BSC6900 GSM V900R011C00 Parameter Reference
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Purpose
This document provides information about the BSC6900 parameters, including the meaning, value, and usage of the
Intended Audience •Network planners •Field engineers •System engineers •Shift operators
Organization Each parameter is described in the following aspects. Description Parameter ID Parameter Name NE MML Command Meaning Feature ID Feature Name Value Type GUI Value Range Actual Value Range Unit Default Value Recommended Value Impact Parameter Relationship Access Service Interrupted After Modification Interruption Scope Interruption Duration (min) Caution
Validation of Modification Impact on Radio Network Performance Introduced in Version Attribute
6900 parameters, including the meaning, value, and usage of the parameters.
ts. Remarks Simple string for identifying a parameter Full name of the parameter NEs on which the parameter is set Commands for setting the parameter, and optional/mandatory attribute of the parameter in each command Functions, functioning ways, and protocols of the parameter Relevant feature ID Features using the parameter Parameter value type Parameter value range displayed on the GUI Actual parameter value range corresponding to the GUI Value Range. For example, the GUI Value Range is 0, and the corresponding Actual Value Range is OFF. Parameter value unit Initial value provided by the system Values recommended in different scenarios Parameter impact scope, that is, objects specified when the parameter is set Relationship between this parameter and other parameters. For example, to use this parameter, you need to set related switches and parameters. Whether this parameter is read/write or read only Whether modifying the parameter value may interrupt the existing services Possible interruption scope in the case that modifying the parameter value may interrupt the existing services Possible interruption duration in the case that modifying the parameter value may interrupt the existing services Cautions to be taken during the modification
Requirements on how to validate the modification of the parameter. For example, you may need to reset the device to validate the modification. Impact of the radio parameter on the network performance Version in which this parameter is introduced Whether this parameter is a radio parameter, a transport parameter, or an equipment parameter
Parameter ID ABCDownQuality ABCUpQuality ABCWaitMaxTime ABISBYPASSMODE ABISFCEN AbisFCTimer1 AbisFCTimer2 ABISIDLETSALLOC ABISIDLETSCFGSWITCH AbisJamThreshold2StartLs ABISRESADJTCHHFUNSW ABISTSFREETM AbisVer ABLASTTIME AbnormalMosThreshold ACCBURST ACCCONTROLCLASS ACCCTRLEN ACCCTRLPY ACCESSOPTILAY ACCINDEX AccStaServiceType ACCWPOS ACCWSIZE ACCWSP ACFC ACFC ACOOPERATPAGINGSWITCH ACS ACTCDSETF ACTCDSETH ACTCDSETWB ACTL2REEST
ACTTIME ACVLTHD ACVOLALARMH ACVOLALARML ACVUTHD ADAPTASSIGNMENTFLOW ADDR AddTransBwInt AddTransBwNum ADEF ADJBSCDPC ADJMODE ADJUSTULMCSTYPE ADLDACT ADMODE ADMSTAT ADMSTAT ADMSTAT ADTET ADTLOD ADTON ADTST ADVALMMGRULETP ADVER1 ADVER2 AEC_Echo_Path_Delay AEC_Echo_Return_Loss AEC_Nlp_Gate AEC_Path_Delay AEC_SNR_Gate AEC_Switch AECDetectThreshold AECDetectTime AFRDSBLCNT
AFRSAMULFRM AGPSRECEIVERID AGPSRECEIVERTYPE AHRDSBLCNT AHRSAMULFRM AID AID AID AID AID AID AID AIDDELAYPROTECTTIME AIDST AIDST AInterMsgTrace AINTFFCDISCLUEN AINTFFCDISCMOCEN AINTFFCDISCMTCEN AINTFFCDISCOSEN AINTFFCEN AINTFFCMETHOD AINTFFCRSRATE1 AINTFFCRSRATE2 AINTFFCRSRATE3 AINTFFCRSRATE4 AINTFFCRSRATE5 AINTFFCRSRATE6 AIPCSDSRVRDNDLEV ALC_Fix_Gain ALC_Fix_Target_Level ALC_Max_Gain ALC_Max_Target_Level ALC_Min_Target_Level
ALC_Mode ALC_Switch ALIVERETRY ALIVETIMER AllBw ALLOCDIFFTRX ALLOCSINGLEPDCHFORSIGNALLING ALLOWAMRHALFRATEUSERPERC ALLOWEDADAMULTIPLEX ALLOWEDMEASRPTMISSEDNUM ALLOWHALFRATEUSERPERC ALLTSTYPE ALLTSTYPE ALMD0 ALMD1 ALMD2 ALMD3 ALMD4 ALMD5 ALMDISACDUR ALMENABLE AlmId ALMID ALMLMTDOWN ALMLMTUP1 ALMLMTUP2 ALMOCACDUR AlmOccurAccuTimeHThd AlmOccurAccuTimeLThd AlmOccurTimesHThd AlmOccurTimesLThd ALMPARACFGFLAG ALMTP ALPHA
ALTIDECI ALTITUDE ALTITUDE ALTITUDEIMP ALVL ALVL AMPC0 AMPC1 AMPC2 AMPC3 AMPC4 AMPC5 AMRBTSPWRNUM AMRCALLPCALLOWED AMRDADTHAW AMRDLLEVFTLEN AMRDLPREDLEND AMRDLQHTHRED AMRDLQLTHRED AMRDLQUAFTLEN AMRDLQUALBADTRIG AMRDLQUALBADUPLEV AMRDLSSHTHRED AMRDLSSLTHRED AMRFULLTOHALFHOALLOW AMRFULLTOHALFHOATCBADJSTEP AMRFULLTOHALFHOATCBTHRESH AMRFULLTOHALFHOPATHADJSTEP AMRFULLTOHALFHOPATHTHRESH AMRFULLTOHALFHOQUALTHRESH AMRFULLTOHALFHOTHRESH AMRHALFTOFULLHOATCBTHRESH AMRHALFTOFULLHOPATHTHRESH AMRHALFTOFULLHOQUALALLOW
AMRHALFTOFULLHOQUALTHRESH AMRHALFTOFULLHOTHRESH AMRMAXADJPCVAL AMRMAXSTEP0 AMRMAXSTEP1 AMRMAXSTEP2 AMRMAXVALADJRX AMRMRCOMPREG AMRPCADJPERIOD AMRQUALSTEP AMRSADLUPGRADE AMRTCHHPRIORALLOW AMRTCHHPRIORLOAD AMRUADTHAW AMRULLEVFTLEN AMRULPREDLEND AMRULQHTHRED AMRULQLOWTHRED AMRULQUAFTLEN AMRULQUALBADTRIG AMRULQUALBADUPLEV AMRULSSHTHRED AMRULSSLTHRED AN19 AN4 ANC_Max_Gain ANC_Switch ANC_Target_SNR ANGLE ANI ANI ANM ANR_Mode ANR_Noise_Reduction_Level
ANR_Noise_Target_Level ANR_Switch ANTAANGLE ANTENNALONG ANTENNAPOWERSWITCH ANTIERRFLAG AntiTheftAllow ANTNO ANTPASSNO ANTPASSNO AORB APN APP APPTYPE AqmM AqmMaxTh AqmMinTh AqmNinit AqmNLowerBound AqmNUpBound AqmSwitch AqmTarTh AreaCode AREAFLAG AREAFLAG AREDISTHD ARELBASE ARELWTHD ARPRETRY ARPTIMEOUT ASN ASN ASRN ASS
ASS AssignBetterCellEn ASSLOADJUDGEEN ASSOLRXLEVOFFSET ASSORXUCN ASSORXUCN ASSORXUSN ASSORXUSN ASSORXUSRN ASSORXUSRN ASSThres ASSTIMER AT1 AT13 AT17 AT18 AT19 AT20 AT4 ATCBHOEN ATCBHYST ATCBTHRED Ater8KSw AterCongHRFlag AterCongstRatio ATERIDX AterJamThreshold2StartLs ATERMASK ATEROMLFLAG ATEROMLINX ATERPIDX ATERSLID ATERTRANSMODE ATN
ATSMASK ATT ATTENFACTOR1 ATTENFACTOR2 AUSTOP AUSTOP AUTHMODE AUTHMODE AUTHMODE AUTHMODE AUTHNAME AUTHNAME AUTHNAME AUTHPWD AUTHPWD AUTHPWD AUTHTYPE AUTHTYPE AUTHTYPE AUTO AUTOADDSRCON AUTOADJULTHHYSTF AUTOADJULTHHYSTH AutoGetBtsLogFlag AUTONEG AUTOTYPE AUTOULKSW AutoUnlockTime AUTYPE AVer AVOL AVOL B1B2SDTHRD B1B2SFTHRD
B3SDTHRD B3SFTHRD BACK8KCLKSW1 BACK8KCLKSW2 BackupPath BACKUPPATH BADQUALDISCTHRES bAdvEstDlTbf BAKDEVTAB BAKIP BAKMASK BAKPWRSAVMETHOD BAKPWRSAVPOLICY BANDINDICATOR1900 BANDINDICATOR850 BANDINDICATOR900 BANTIME BARCODLST BASEBTSID BASETEMPERATURE BASETEMPERATURE BATTCAPACITY BATTENABLEDIN BATTERYDISCHARGEDEPTH BATTTYPE BBAPSRVPN BBDIF BC BCC BCC BCC BCCH BCCHFREQ BCCHTRXHP
BCCONGESTALMBOUND BCCONGESTRESALMBOUND BCDSCP BCID BCLC BCV BE BEARP1PRIWEIGHT BEARP2PRIWEIGHT BEARP3PRIWEIGHT BEARTYPE BEATSENDINGDIS BEPPERIOD BESTTDDCELLNUM BET3GHOEN BETTERCELLHOEN BETTERCELLLASTTIME BETTERCELLSTATTIME BFDDETECTCOUNT BFDSN BFRANGE BHPREPOLICY BITOFFSET BKGARP1PRIWEIGHT BKGARP2PRIWEIGHT BKGARP3PRIWEIGHT BLKFILTERSW BLKPRD BLKSTATPRD BLKSTATSW BLOCKRETRY BLOCKTIMER BMPN BMSN
BMSRN BMTCFCTimerLen BORROWDEVIP BOXFLG BP1 BP2 BQHOEN BQLASTTIME BQMARGIN BQSTATTIME BRDCLASS BRDCLASS BRDCLASS BRDCLASS BRDNO BRDNO BRDRXBW BRDSWTYPE BRDTXBW BRDTYPE BRDTYPE BRDTYPE BRDTYPE BRDTYPE BRDTYPE BrdType BRDTYPE BREAKTIME BROADCASTCONTENT BROADCASTINTERVAL BS BSAGBLKSRES BSCDPC BSCDynSwitchTrxPAAllow
BSCFLAG BSCGATEWAYIP BSCGATHET BSCGATHST BSCID BSCIDX BSCINCHPRD BSCIP BSCIP BscLsStartMode BSCNAME BSCPMA BSCPMAIRAHO BSCPN BSCPORT BSCPRICLASS BSCQAD BSCQADIRAHO BSCRESERVEDPARA1 BSCRESERVEDPARA10 BSCRESERVEDPARA11 BSCRESERVEDPARA12 BSCRESERVEDPARA13 BSCRESERVEDPARA14 BSCRESERVEDPARA15 BSCRESERVEDPARA16 BSCRESERVEDPARA17 BSCRESERVEDPARA18 BSCRESERVEDPARA19 BSCRESERVEDPARA2 BSCRESERVEDPARA20 BSCRESERVEDPARA21 BSCRESERVEDPARA22 BSCRESERVEDPARA23
BSCRESERVEDPARA24 BSCRESERVEDPARA25 BSCRESERVEDPARA26 BSCRESERVEDPARA27 BSCRESERVEDPARA28 BSCRESERVEDPARA29 BSCRESERVEDPARA3 BSCRESERVEDPARA4 BSCRESERVEDPARA5 BSCRESERVEDPARA6 BSCRESERVEDPARA7 BSCRESERVEDPARA8 BSCRESERVEDPARA9 BSCSN BSCSRN BSCSUBTS BSCSYMOFF BSCTID BSCTID BSCTS BSCVMAX BSMSPWRLEV BSPAGBLKSRES BSPAMFRAMS BSPBCCHBLKS BSPRACHBLKS BssLsGenMode BSSLSMSCCOOP BSSPAGINGCOORDINATION BT BT BT BT BT
BT BT BT BT BT BT BT BT BT BT BT BTCFLAG BTCFLAG BTSadjust BTSBARCODE BTSCOMTYPE BTSCOMTYPE BTSDESC BTSDETECTSWITCH BTSID BTSID BTSID BTSIDCONBSC BTSIDLST BTSIDTYPE BTSIDTYPE BTSIDX BTSIP BtsLsStartMode BTSMASK BTSMESRPTPREPROC BTSNAME BTSNAMECONBSC BTSNAMELST
BTSPINGSWITCH BTSPOWEROFFLOCKBCCH BTSPWRNUM BTSSAICPCADJSWITCH BTSSWVER BTSTRCMPRATE BTSTYPE BTSTYPE BTSTYPE BTSWTR BTTSTTYPE BTYPE BUILDTIME BUNDLINGFLAG BVCI BVCI BVCTF BWADJ BWDCONGBW BWDCONGCLRBW BWDCONGCLRTH BWDCONGTH BWDOVLDCLRRSVBW BWDOVLDCLRTH BWDOVLDRSVBW BWDOVLDTH BWDRESVHOTH BWDRSVHOBW BWMAXRATIO BWMODE BWRTPTH BWTHD BYCELLTYPE C31HYST
C32QUAL CABINETDESC CABLST CABT CALLRESTABDIS CALVAL CANPC CAPCOVEROPTSWITCH CARDFREATTR CARRYFLAG CARRYT CARRYT CBA CBCINDEX CBCIP CBCITFPARA CBCPORT CbNonMsgTimer CBQ CBS CbShakeHandTimer CBSIGNLEN CBTRAFFLEN CC CCAEnableSta CCCHLOADINDPRD CCCHLOADTHRES CCDSCP CCMINTERVAL CDRTTRYFBDTHRES CELL1800OFF CELL1800THRED CELL2GBA1BCCH CELL2GBA1TAG
CELL2GBA2BCCH CELL2GBA2TAG CELL8PSKPOWERLEVEL CELL900OFF CELL900THRED CELLBARACCESS2 CELLCOVERAGETYPE CELLEQUCHGVOL CELLEQUCHGVOL CELLFLOATCHGVOL CELLFLOATCHGVOL CELLID CELLID CELLID CELLID CELLID CELLID CELLIDLST CELLIDTYPE CELLIDTYPE CELLIDTYPE CELLINEXTP CELLLAYER CELLLIST CellListOptionSend CELLMAXSD CELLNAME CELLNAME CELLNAME CELLNAMELIST CELLOPPWRGRP CELLOVERCVGRXLEVDLTH CELLOVERCVGTALTH CELLPAGINGOVERLOADCOUNTER
CELLPWROFFEN CELLPWROFFVOL CELLRESELSTRATEGY CELLRXQUALWORSENRATIOTHRSH CELLSCENARIO CELLSELECTAFTERCALLREL CELLTEMP1ALARMH CELLTEMP1ALARML CELLTEMP1THRESHOLDH CELLTEMP1THRESHOLDL CELLTEMPCOMPENABLED CELLWEAKCVGRXLEVDLTH CELLWEAKCVGTALTH CENDTHD CertChain CFGFLAG CFGFLAG CFGMODE CFGSW CFLAG CFLAG CFM CG CG CGET CGET CGIRACSWITCH CGN CGN CGST CGST CGST CHAINNCELLTYPE CHAINTORING
CHALLOCSTRATEGY CHANFAULTALMPDCHTH CHANFAULTALMSWITCH CHANFAULTALMTCHTH CHANID CHANINTERMESALLOW CHANNELRATECODE CHANPDOUTTIME CHECKCOUNT CheckingBTSConnection ChkModA ChkModB CHKN CHKN CHKOFFTIMES CHKONTIMES CHKSUMRX CHKSUMTX CHKSUMTYPE CHKTYPE CHLDURATH CHNNO CHNNO CHNO CHNTSTTYPE CHNTYPE ChosenChInAssCmp ChosenChInHoPerform ChosenChInHoReqAck ChosenEncrypAlgInCiphCmp ChosenEncrypAlgInHoPerform ChosenEncrypAloInAssCmp ChosenEncrypAloInHoReqAck CHPWRINSUFFALLOWED
CHRCOLLECTSWITCH CHREQCSMAXMSGNUMINPERIOD CHREQPSAVGMSGNUMINPERIOD CHREQSTATPERIOD CHTYPE CI CI1 CIC CIC CicDMuteDifCnt CicDMutePeriod CicDMuteSwitch CicDMuteThre CicDMuteTime CicPoolInAssFail CicPoolInHoFail CicPoolListInAssFail CicPoolListInHoFail CicPoolSendFlagInAssCmp CicPoolSendFlagInHoAck CIR CIRESTVALUE CIUSLOTNO CIUSUBRACKNO CLASS11DTM CLASSMARKQUERY CLEARTHD CLKMOD CLKPRTTYPE CLKTYPE ClkType ClrDelay CLRFLG ClrInterval
CMD CMD CMDSEQ CN CN CN CN CN CN CNFAULTDELAY CNID CNID CNNODEIDX CNOPERATORINDEX CNSTATEPOLICYFORGROUP CNT CNT CNT CNTL CNTRISTHRD CNTSTLTHRD COBSCMSCADJEN CODE COLDSET COLTYPE COMBINERLOSS COMMACC Complicacy COMPRS COMSC CONBSCBTSIDTYPE CONGCLRTHD0 CONGCLRTHD1 CONGCLRTHD2
CONGCLRTHD3 CONGCLRTHD4 CONGCLRTHD5 CONGTHD0 CONGTHD1 CONGTHD2 CONGTHD3 CONGTHD4 CONGTHD5 CONHOEN CONNECTPORTNO CONNPWR CONNTYPE CONNTYPE CONTHOMININTV CONTINTV CONTPING Count CPRIDURATS CPS CPUN CRC4CHK CRH CRL CRLEnableSta CRMSGRESENDINT CRMSGRESENDNUM CRO CROCALTMTHRD CROSSIPFLAG CSADDTINFO CSBQTHR CSCHRMR CSCLTERMABNORM
CSDATADL CSDATAPATH CSDATAPRI CSDATAUL CSDSP CSHOINFO CSMRBFCLR CSMRBFHO CSOUTMODE CSOUTRANGE CSRCDSW CSSIGINFO CSTARTTHD CSTRAFTYPE CSVOICEDL CSVOICEINFO CSVOICEPATH CSVOICEPRI CSVOICEUL CSVSP CSW CT1 CT2 CT3 CT4E CT4N CT5 CT6 CT7 CT9 CTHD CTHD CTRBSCDPC CTRLACKTYPE
CTRLFLAG CTRLPORTCN CTRLPORTNO CTRLPORTSN CTRLPORTSRN CTRLSLOT CTRLSN CTRLSRN CTRLSW CurChannelInHoRqd CVer CYCLE DATAFILE DATAQUAFLTLEN DATASTRFLTLEN DATATRAFFSET DATE DATE DateRangeIndex Day DBD DBFREQBCCHIUO DBLFREQADJCID DBLFREQADJCNAME DBLFREQADJIDTYPE DCLACN DCLAPN DCLASN DCLASRN DCVLTHD DCVOLALARMH DCVOLALARML DCVUTHD DefaultDynPdchPreTranNum
DELAYSENDRFCHREL DENO DESC DESTEALSET DESTIP DESTIP DESTIP DESTMEPID DESTNODE DESTNODE DESTSN DESTSRN DESTSSN DESTTRXID DETECTFRAMEPERIOD DETECTMULT DETECTSWITCH DEVICENAME DEVICENO DEVIP DEVTYPE DF DFCBSN DFCBSRN DFDPC DFTPORTSWT DGPSPERIOD DHCPRLYGATEWAYIP DHCPRLYID DIESELENGINESAVESWITCH DIFFBANDSDCCHUSINGOPTIMIZE DINM DINW DIR
DIR DirectedRetryAssFailSendEnable DIRECTRYEN DIRMAGANSITEFLAG DisconnectHandoverProtectTimer DIVERSITY DIVERT16QAMDELAY DIVERT32QAMDELAY DIVERT8PSKDELAY DivSwitch DLADJPRD DLAFSREXQUALHIGHTHRED DLAFSREXQUALLOWTHRED DLAHSREXQUALHIGHTHRED DLAHSREXQUALLOWTHRED DLCI DLCOEFFICIENTTSRAPIDADJ DLDCSPT DLEDGETHRES DLFILTADJFACTOR DLFSREXQUALHIGHTHRED DLFSREXQUALLOWTHRED DlGprsTbfExpandOp DLHSREXQUALHIGHTHRED DLHSREXQUALLOWTHRED DLHYSTF1 DLHYSTF2 DLHYSTF3 DLHYSTH1 DLHYSTH2 DLHYSTH3 DLHYSTWB1 DLHYSTWB2 DLINTERFLEVLIMIT
DLINTERFQUALLIMIT DlLdrThrd2GCell DLLEVFILTLEN DLLTFERLOWTH DLLTFERTGT DLLTFERUPTH DLLTTHADJFA DLMAXDOWNSTEP DLMAXUPSTEP DlOlcThrd2GCell DLPREDLEND DLQHIGHTHRED DLQLOWTHRED DLQUAFILTLEN DLQUALBADTRIG DLQUALBADUPLEV DLQUALIMIT DLQUALIMITAMRFR DLQUALIMITAMRHR DLREXLEVADJFCTR DLREXLEVEXPFLTLEN DLREXLEVHIGHTHRED DLREXLEVLOWTHRED DLREXLEVSLDWINDOW DLREXQUALADJFCTR DLREXQUALEXPFLTLEN DLREXQUALSLDWINDOW DLRXLEVPROTECTFACTOR DLRXQUALPROTECTFACTOR DLSSHIGHTHRED DLSSLOWTHRED DLTBFESTDELAY DLTESTRESENDINT DLTESTRESENDNUM
DLTHF1 DLTHF2 DLTHF3 DLTHH1 DLTHH2 DLTHH3 DLTHWB1 DLTHWB2 DMDUA DMDUB DN DNDEFAULTCS DNDEFAULTMCS DNE2ADEFAULTMCS DNE2AFIXMCS DNFIXCS DNFIXMCS DNPCEN DNSENDSMDIS DNTBFRELDELAY DNTHDCSDEGRADE1 DNTHDCSDEGRADE2 DNTHDCSDEGRADE3 DNTHDCSUPGRADE1 DNTHDCSUPGRADE2 DNTHDCSUPGRADE3 DOOR_ENGINE_MASK DOUBLEANTENNAGAIN DPC DPCDNF DPCGIDX DPCGIDX DPCGIDX DPCT
DPX DPX DRHOLEVRANGE DROPCTRLABISCONNFAIL DROPCTRLCONNFAILHOACCFAIL DROPCTRLCONNFAILOM DROPCTRLCONNFAILOTHER DROPCTRLCONNFAILRLFAIL DROPCTRLCONNFAILRRNOTAVL DROPCTRLEQUIPFAIL DROPCTRLERRINDDMRSP DROPCTRLERRINDSEQERR DROPCTRLERRINDT200 DROPCTRLFORCHOFAIL DROPCTRLINBSCHO DROPCTRLINTRABSCOUTHO DROPCTRLINTRACELLHO DROPCTRLNOMR DROPCTRLOUTBSCHOT8 DROPCTRLRELIND DROPCTRLRESCHK DROPPKTTHD0 DROPPKTTHD1 DROPPKTTHD2 DROPPKTTHD3 DROPPKTTHD4 DROPPKTTHD5 DROPPWRINTERVAL DROPPWRSTARTTIME DROPPWRSTEP DRXEN DRXTIMERMAX DRYSET DS1
DS1 DSCP DSCP DSCP DSCP DSPKIFFOFFTIMER DSPN DSPN DSPN DSPN DSPNO DSPRECOVERTIMER DST DSTF DSTIP DSTIP DSTIP DSTMASK DSTMASK DSTPORTNO DSTTSMASK DTLOADTHRED DTRTYPE DTRX DTRX DTRXPN DTRXPN DTRXSN DTRXSN DTRXSRN DTRXSRN DUMMYBITRANDSWITCH DUPLEX DURATH
DURATH DURATM DURATS DWNDYNCHNTRANLEV DWNINTEN DXXINDEX DXXINDEX DXXPN DYNCHFREETM DYNCHNPREEMPTLEV DYNCHTRANRESLEV DYNOpenTrxPower DYNPBTSUPPORTED E1DURAT E1PORT E1PORTNOINBTSCONBSC E1SLCTTMU E1T1PN E1T1PN E1T1PORTNO E1T1TYPE ECHOIP ECNOOFF ECNOTHRES ECSC ECSN ED ED ED EDATE EDAY EDBLASTTIME EDBSTATTIME EDBSYSFLOWLEV
EDGE EDGEADJLASTTIME EDGEADJSTATTIME EDGELAST EDGELAST1 EDGESTAT EDGESTAT1 EFTIMMFLAG EGPRS11BITCHANREQ EGPRS2A EGPRSBEPLIMIT8PSK EGPRSBEPLIMITGMSK EM EMCPRILV EMERGENCY EMITTHD EMLDSCP EMLPPEN EMLPPPRIORITY EMLPPPRIORITY EMLPRI EMLSP EMLVLANID EMONTH EMSIP ENABLE ENABLED ENCRY ENCRYMODE ENCRYMODE End2EndTraceState ENDAID ENDCIC ENDCIC
EndDayDSTPA ENDHEATTEMP EndMonthDSTPA ENDSUBTS EndTimeTACloseTrxPA ENDTS ENDTS ENDTS ENF ENF ENGOVERLDTHRSH ENGSMPSDLMACFLOWCTRL ENIUO ENLDHOPRD ENLDHOSTP ENLOWLDTHRSH ENPREEMPTTRANSADMT ENQUETRANSADMT ENSOVERLDTHRSH ENTCHADJALLOW ENTITYT ENTITYT ENUTOOLOADINILEV EPLCSwitch ERCODE ERGCALLDIS ERRALARMTHD ERRDETECTSW ESLDSCP ESLPRI ESLSP ESLVLANID ESSN ESTABINDTIMER
ESTINDL3MSGTAFLAG ESTTIME ET ET ET ET ET ET ET ET ETD ETIME ETP ETT EWEEK EWSEQ EX_ANO1_SIG_MAX EX_ANO1_SIG_MIN EX_ANO1_TYPE EX_ANO1_VAL_MAX EX_ANO1_VAL_MIN EX_ANO2_SIG_MAX EX_ANO2_SIG_MIN EX_ANO2_TYPE EX_ANO2_VAL_MAX EX_ANO2_VAL_MIN EX_ANO3_SIG_MAX EX_ANO3_SIG_MIN EX_ANO3_TYPE EX_ANO3_VAL_MAX EX_ANO3_VAL_MIN EX_ANO4_SIG_MAX EX_ANO4_SIG_MIN EX_ANO4_TYPE
EX_ANO4_VAL_MAX EX_ANO4_VAL_MIN EXCACC EXCEPFRAMETHRES EXPDLRXLEV EXPULRXLEV EXT2GCELLID EXT2GCELLNAME EXT3GCELLID EXT3GCELLNAME EXTADJCELLID EXTADJCELLNAME EXTCELLTHRENH EXTFlag EXTMEASORD EXTRPTPERIOD EXTRPTTYPE EXTTP EXTUTBFNODATA FACCHRESENDINT FACCHSENDNOTMSGIND FACCHSENDPGMSGIND FACTORSW FACTORYMODE FAILSIGSTRPUNISH FANADJUSTCOMMAND0 FANADJUSTCOMMAND1 FANADJUSTCOMMAND2 FANADJUSTMODE FANFLAG FANSPEEDMODE FANTYPE FASTCALLTCHTHRESHOLD FASTCNETFLAG
FaultDetectSwitch FC FC FCETHD FCINDEX FCINDEX FCINDEX FCINDEX FCINDEX FCINDEX FCINDEX FCN FCN FCSTHD FCSTYPE FCSTYPE FCSW FCV FDDBA1TAG FDDBA2TAG FDDCELLOFF FDDCELLTHRED FDDDIVERSITY FDDDLUARFAN FDDECQUALTHRSH FDDFREQCNUM FDDQMIN FDDQMINOFFSET FDDQOFF FDDREP FDDRSCPMIN FDDRSCPQUALTHRSH FDDSCRAMBLE FDWINDOW
FERRPTEN FERSTATTH1 FERSTATTH2 FERSTATTH3 FERSTATTH4 FERSTATTH5 FERSTATTH6 FERSTATTH7 FHMODE FILE FILE FileName FILEPATH FILETYPE FILTERWNDSIZE FIN FINESTEPPCALLOWED FIRESET FIXABISPRIORABISLOADTHRED FlashAlmClrThd FlashAlmOccurThd FlashFilterEn FlashStatisAlmClrTW FlashStatisAlmOccurTW FLEXABISMODE FLEXMAIO FLEXTSCSWITCH FlowCountPeriodTicks FLOWCOUNTPERIODTSRAPIDADJ FLOWCTRLSWITCH FLOWCTRLSWITCH FLOWCTRLSWITCH FLOWCTRLSWITCH FLOWCTRLSWITCH
FLOWCTRLSWITCH FLTPARAA1 FLTPARAA2 FLTPARAA3 FLTPARAA4 FLTPARAA5 FLTPARAA6 FLTPARAA7 FLTPARAA8 FLTPARAB FLUSHTRANSFERSWITCH FMSMAXOPCC FMUTYPE FN FN FN FN FN FN FN FORBIDEDGU FORBIDNO7FLASHDISC Force_Limit_Time Force2Phase FORCEDCELLEFRSWITCH FORCEMSACCESS FPN FPN FPTIMER FQBSICOPTSWITCH FQBSICSWITCH FQBSICSWITCH1 FRAGSIZE FRAMEOFFSET
FRAMEOFFSET FRDLDTX FREQ FREQ FREQ FREQ1 FREQ10 FREQ11 FREQ12 FREQ13 FREQ14 FREQ15 FREQ16 FREQ17 FREQ18 FREQ19 FREQ2 FREQ20 FREQ21 FREQ22 FREQ23 FREQ24 FREQ25 FREQ26 FREQ27 FREQ28 FREQ29 FREQ3 FREQ30 FREQ31 FREQ32 FREQ33 FREQ34 FREQ35
FREQ36 FREQ37 FREQ38 FREQ39 FREQ4 FREQ40 FREQ41 FREQ42 FREQ43 FREQ44 FREQ45 FREQ46 FREQ47 FREQ48 FREQ49 FREQ5 FREQ50 FREQ51 FREQ52 FREQ53 FREQ54 FREQ55 FREQ56 FREQ57 FREQ58 FREQ59 FREQ6 FREQ60 FREQ61 FREQ62 FREQ63 FREQ64 FREQ7 FREQ8
FREQ9 FREQADJ FREQADJVALUE FREQBAND FREQLOADSHARETRAFFTHRSH FREQLST FREQREUSEMODE FREQS FREQSCANRLSTTYPE FRINGEHOEN FRULDTX FSN FSN FSRN FSRN FT FTI FTI FTI FULLTOHALFHOATCBOFFSET FULLTOHALFHODURATION FULLTOHALFHOLASTTIME FULLTOHALFHOPATHOFFSET FULLTOHALFHOPERIOD FULLTOHALFHOSTATTIME FWDCONGBW FWDCONGCLRBW FWDCONGCLRTH FWDCONGTH FWDOVLDCLRRSVBW FWDOVLDCLRTH FWDOVLDRSVBW FWDOVLDTH FWDRESVHOTH
FWDRSVHOBW G2G3GLdBlcDeltaThrd G2GLoadAdjustCoeff G711_Mode GAMMA GATHET GATHLOD GATHON GATHST GBRQOS GCChk GCDF GCSCHNASSULCHNEN GCSIMPREEMPTIONEN GLOBALROUTESW GMSKDELAY GPRS GPRS GPRSCELLRESELECTHYESTERESIS GPRSCHPRI GPRSHCSTHR GPRSPENALTYTIME GPRSRXQUALLIMIT GPRSTEMPOFFSET GPSORGLONASS GPSPERIOD GRADEACCALLOW GROUPCALLNUM1 GROUPCALLNUM2 GROUPINDEX GROUPNAME GROUPRELTSNUM GRPID GRPT
GS GSMCSBWRATE GSMCSUSERHIGHPRILEV GSMFREQCNUM GSMTOTDALLOWED GUARDTYPE GWIP GWIP HalfRateDataSupport HALFTOFULLATCBOFFSET HALFTOFULLHODURATION HALFTOFULLHOLASTTIME HALFTOFULLHOPATHOFFSET HALFTOFULLHOSTATTIME HAVETT1 HAVETT2 HBINTER HCN HCSLASTTIME HCSSTATTIME HIERPWRPARA1 HIERPWRPARA2 HiFreqBandSupport HIGHESTPRIORITQUALFIRST HIGHLEVPREEM HIGHPRIUSERQUALFIRST HIGHTEMPLOADPWROFF HISPRIOALLOW HISTORYPWDNUM HMCDTM HOALGOPERMLAY HOBTWNOTHOPALLOW HOCDCMINDWPWR HOCDCMINUPPWR
HOCELLIDTYPE HOCELLNAME HOCTRLSWITCH HODIRFORECASTEN HODIRLASTTIME HODIRSTATIME HODOWNTRIGE HODURT3G HODURT3GTDD HOECNOTH3G HOLASTTIME HOMOD HOOFFSET HOOLRXLEVOFFSET HOOPTSEL HOPENALTYTIME HOPINDEX HOPINDEX HOPMODE HOPOWERBOOST HOPRETH2G HopSingleFreqOptSwitch HOPTRXHSN HOPTRXINDEX HOPTYPE HOPUNISHVALUE HOREFTMR HORSCPTH3G HoSdcchSpeechVer HOSTAT3G HOSTAT3GTDD HOSTATICTIME HOSTTYPE HOSTTYPE
HOTHRES HOUPTRIGE HPANTMODE HPANTMODE HPN HPRIOR HPVFLAG HPVTHD HRATESPT HRDLDTX HRIUOLDRATESELALLOW HRULDTX HSN HSN HSNSW HSRN HT HTCP HTDO HTSDF HUM_MASK HUM_THD_HIGH HUM_THD_LOW HUMALAMRTHRESHOLDH HUMALAMRTHRESHOLDH HUMALAMRTHRESHOLDL HUMALAMRTHRESHOLDL HYSON IARXTMR IASUDURAT IASUPORT IASUSLCTTMU IATXTMR IBCAAFRSOFTBLKTHRD
IBCAAHRSOFTBLKTHRD IBCAALLOWED IBCAASSWAITMEASURERPTTIME IBCACALLINFOFILTERLEN IBCACALLSOFTBLOCKTHOFFSET IBCACALLTARGETCIROFFSET IBCADLPATHLOSSOFF IBCADYNCMEASURENCELLALLOWED IBCAEHOASSWAITMEASURERPTTIME IBCAFLEXTSCALLOWED IBCAFORCEDBTSSYNCALLOWED IBCAFRSOFTBLKTHRD IBCAHOASSWAITMEASURERPTTIME IBCAHRSOFTBLKTHRD IBCAICDMRELEVOFFSET IBCAICDMSWITCH IBCAINBSCINFORPTPRD IBCAINITPCRXLEVDLOFFSET IBCAINITPCRXLEVULOFFSET IBCAINITPCRXQUALDLOFFSET IBCAINITPCRXQUALULOFFSET IBCAIUOPATHLOSSOFF IBCAMAIOUSMTD IBCAMAXINTFSRCNUM IBCANCELLFLAG IBCANCELLPATHLOSSESTIMATE IBCANEWCALLCIROFFSET IBCANHOASSWAITMEASURERPTTIME IBCANONMEANCELLSTATNUM IBCAOPRREVISEFACTOR IBCAOUTBSCINFORPTPRD IBCAPATHLOSSOFF IBCAPLFILTFACTOR IBCARXLEVOFFSET
IBCASCELLPATHLOSS IBCASOFTBLKSAICOFF IBCASOFTBLKSWITCH IBCASUBCHNHANDOVERALLOWED IBCATARGETCIRTHRSH IBCAUSEDIUOSUBLAY IBCAUSRDYNCMEASURENCELL IBCAWAFRSOFTBLKTHRD ICBALLOW ICF ICMPPKGLEN ICTHP1DSCP ICTHP2DSCP ICTHP3DSCP ID ID ID Idle_Code IDLECODE IDLESDTHRES IDTYPE IDTYPE IDTYPE IDTYPE IDTYPE IDTYPE IDTYPE IDTYPE IDX IDXTYPE IDXTYPE IFCBSHAKEHAND IFNO IFOFFSETHIG
IFOFFSETLOW IFREPPRO IGNOREMRNUM IMEI IMMASSAINTERFTIMER IMMASSCBB IMMASSDLSHIFT IMMASSEN IMMASSMAXDELAYTIME IMMASSMAXSENDNUM IMMASSRESENDEN IMMASSTAALLOW IMMASSTATHRES IMMFNAD IMMREJWAITINDTIMER IMSI IMSI INBSCHOTIMER INCHLOD INCHPRD INCLUDEANG INCN INDEN3 INFHHOLAST INFHHOSTAT INFOEXCHGLIST INFRA_RED_MASK INHOF2HTH INHOH2FTH INHOPWROVERLOADTHRESHOLD INITCDMDF INITCDMDH INITCDMDWB INMASK
INNASSOPTEN INNCELLEDGEHOEN INNCELLID INNCELLNAME INNLOADHOEN INNLOADHOPERI INNLOADHOSTEP INNSERIOVERLDTHRED INPN INPN INPORTNO INPUTMD INRBSCSDHOEN INSN INSN INSRN INSRN INT INTELEVHOHYST INTERBANDSTATALGO INTERCELLHYST INTERFEREHOPENTIME INTERFERELASTTIME INTERFERESTATTIME INTERFHOEN INTERFPRIALLOW INTERFTHRES0 INTERFTHRES1 INTERFTHRES2 INTERFTHRES3 INTERFTHRES4 INTERFTHRES5 INTERIORSYNCTMR INTERPERIOD
INTERRATCELLRESELEN InterRatCsServiceLoadHoThrd INTERRATINBSCHOEN InterRatIurgInBscHoEn InterRATLoadHoEcNoBandWidth InterRATLoadHoEcNoStart InterRATLoadHoEcNoStep InterRATLoadHoRSCPBandWidth InterRATLoadHoRSCPStart InterRATLoadHoRSCPStep INTERRATOUTBSCHOEN InterRatServiceLoadHoSwitch INTERVAL INTERVAL INTFREQUENCY INTOINNREXLEVTHRED INTRABSCCODECHOCMDTIMER INTRABSCHOTIMER INTRACELLFHHOEN INTRACELLHOEN INTRACELLHOTIMER INTRAMBSC IntRATLoadHOEcNoThr IntRATLoadHoPeriod IntRATLoadHORSCPThr INTSN INTSNO INTV INTV INVALBSICEN IP IP IP IP
IP IP IPADDR IPADDR IPADDR IPADDR IPADDR IPADDR IPADDR IPADDR1 IPADDR1 IPADDR2 IPADDR2 IPADDR3 IPADDR4 IPEAAT IPEADT IPHC IPHC IPINDEX IPINDEX IPMUXINDEX IPPHYTRANSTYPE IPPHYTRANSTYPE ISADDEDTMPCONTROL ISBASICBSC ISCHAINNCELL ISCLKREDUCY ISCLKREDUCYBAK ISCONFIGEDRING ISCONFIGTHD ISEDGESUPPORT ISFIRSTCLASS ISGPRSSUPPORT
ISMAINBCCH IsMainBSC ISMAINLOCGRP ISNC2SUPPORT ISNCMODE ISQOSPATH ISSPTBSCAISS ISSPTDEMUS ISSUPERBTS ISSUPPORTBTSLSWITCH IsSupportTcPool ISTCBRD ISTCCENTRAL ISTMPCTRL ISTRANCABCON ITEM ITEMINDEX ITEMVALID ITEMVALUE ITFT ITFType IUO IUOCHNTRAN IUOHODURATIME IUOHOSTATIME IUOTP J0ALMSWITCH J0BYTE_FORMAT J0RXVALUE J0TXVALUE J0TYPE J1ALMSWITCH J1BYTE_FORMAT J1RXVALUE
J1TXVALUE J1TYPE J2ALMSWITCH J2BYTE_FORMAT J2MODE J2RXVALUE J2TXVALUE JAUTOADD JBF JITBUFDELAY JITBUFSWITCH K2MODE KBIAS KEEPALIVE LAC LAC1 LACPMODE LATIDECI LATIDEGREE LATIINT LATIMINUTE LATISECONDDECI LATISECONDINT LATITUDE LATITUDESEC LATPRD LATSUSTM LATTH LATUDK LATUPK LAYER LAYER LAYHOLOADTH LBCongestProtect1
LBCongestProtect2 LDRFOUH LDRFST LDRSND LENO LEVEL LEVEL LEVEL Level LEVELRPT LEVHOEN LEVHOHYST LEVLAST LEVSTAT LGCAPPTYPE LGCAPPTYPE LGCAPPTYPE LGCUSAGETYPE LGIDX LHUMTHD LICALMCTHD LICALMRTHD LINKNO LISTTYPE LKTATE LL LL LLCN LNA1 LNA2 LNKNUMMODE LNKRATE LNKREDFLAG LNKSLSMASK
LNKSLSMASK LoadAccThres LOADBALANCEALG LOADBROADCASTPERIOD LOADCURRENTDIV LOADHOAD LoadHoEn LoadHoEnExt2G LoadHoEnExt3G LOADHOPBGTMARGIN LOADHOPENTIME LOADHOPENVALUE LOADHOPERIOD LOADHOSTEP LOADHOUSRRATIO LOADOFFSET LOADPWROFFEN LOADRESELALLOW LOADRESELMAXRXLEV LOADRESELRXTHRSH LOADRESELSTARTTHRSH LOADSHAREALLOW LOADSTATYPE LOADTHSW LocalBSCID LOCALIP LOCALIP LOCALIP LOCALIP LOCALNSVLI LOCALPORTNO LOCGRPNO LOCGRPNO LOCINFOKEY
LOCIP1 LOCIP2 LOCKST LOCPN LODCTRL LODMODE LOGCTHD LOGCTHD LOGPORTFLAG LOGPORTNO LOGPORTSN LOGRTHD LOGRTHD LOGSW LOGTYPE LOGTYPE LONGIDECI LONGIDEGREE LONGIINT LONGIMINUTE LONGISECONDDECI LONGISECONDINT LONGITUDE LONGITUDESEC LoopLevel LOOPMODE LOOPSW LOOPTYPE LOOSESDCCHLOADTHRED LOPDIR LOPLOC LOPT LOPT LOPTIME
LOSTSUSTM LOWLEVSUBRESPREEMPTFLG LOWLEVSUBRESPREEMPTFLG LOWNOISESWH LOWRXLEVOLFORBIDSWITCH LOWTEMPLOADPWROFF LOWTEMPLOADPWROFF LPBKMODE LPN LPN LPN LPNSN LPNTYPE LQCMODE LSDF LSDV LSRTRD LSTCMD LstFormat LSTFORMAT LT LT LT LTCP LTEMTHD LTFERLOWTH LTFERTGT LTFERUPTH LTTHADJFA LVDS252DSPNUM Lvl1Vswr Lvl2Vswr LVSDF M3UASRVPN
MAC MACEAAT MACEADT MACODINGMOD MAIDX MAINBCCHPWDTACTCHEN MAINBCCHPWRDTEN MAINBCCHPWRDTETIME MAINBCCHPWRDTRANGE MAINBCCHPWRDTSTIME MAINDEVTAB MAINDEVTAB MAINLOCGRPNO MAINPORTNO MainVer MAIO1 MAIO10 MAIO11 MAIO12 MAIO2 MAIO3 MAIO4 MAIO5 MAIO6 MAIO7 MAIO8 MAIO9 MAJORALMUP0 MAJORALMUP1 MAJORALMUP2 MAJORALMUP3 MAJORALMUP4 MAJORALMUP5 MANAME
MANAME MASK MASK MASK MASK MASK MASK MASK MASK MASK MASTERIPADDR MASTERIPADDR MAXADJPCVAL MAXASSOCRETR MAXBW MAXCNTNUM MaxDlAssRetryTimes MaxDlEstRetryNum MAXDROPPWRTHRESHOLD MAXFQNUM MAXFQNUM1 MAXFRAMELEN MAXLOADBTSNUM MAXMFLEN MAXMFLEN MaxMissTimes MAXNUM MAXOUTPUTPOWER MAXPATHRETR MaxPbLinkChkNum MAXPDCHNUM MAXPDCHRATE MaxPollingRetryTimes MAXPROMPTDATES
MAXRECHARGECURRENT MAXRECHARGECURRENT MAXRESEND MAXRETRANS1 MAXRETRANS2 MAXRETRANS3 MAXRETRANS4 MAXSFLEN MAXSFLEN MAXSTEP0 MAXSTEP1 MAXSTEP2 MAXTA MAXTADROPCALLFILTER MAXTADROPCALLSWITCH MAXTADROPCALLTHRESHOLD MAXTIME MAXTSOCP MAXTTL MAXVALADJRX MAXVALIDDATES MBFDCHKN MBFDLOCALIP MBR MBSIGNLEN MBTRAFFLEN MBTSID MBTSNAME MCC MCC1 MCCLASS MCCLASS MCELLID MCELLNAME
MCN MCPAOPTALG MCSTANDARD MDIDX MDLEVEL MDName MDNAME MEASORDER MEASPERIOD MEASURETYPE MEPID MEPID MEPTYPE MHF MHF MINACCRXLEV MINBW MINECNOTHRES MINOFFSET MinorAlmThdA MinorAlmThdB MINORALMUP0 MINORALMUP1 MINORALMUP2 MINORALMUP3 MINORALMUP4 MINORALMUP5 MinorClrThdA MinorClrThdB MINPWRLEVDIRTRY MINRESTIMETCH MINRSCPTHRES MINRXINT MINRXINTERVAL
MINTXINT MINTXINTERVAL MIRRORDPN MIRRORSPN MIRRORTYPE MNC MNC1 MOCACCESSCPURATE MODE MODE MODE MODE MODE MODE MODE MODE0 MODE1 MODE2 MODE3 MODE4 MODE5 MONITORPERIOD MONITORTIME Month MOVESPEEDTHRES MPGRPEAAT MPGRPEADT MPGRPN MPGRPN MPGRPN MPMODE MPN MPSWITCH MPTYPE
MPUSLOT MPUSUBRACK MRCOMPREG MRMISSCOUNT MRMISSNUM MRPREPROCFREQ MRRUATTENFACTOR1 MRRUATTENFACTOR2 MRSCOPESWITCH MRSWITCH MRU MS MSCAPABLESTATSWITCH MSCCAP MSCNRILEN MSCNULLNRI MSCPOOLALLOW MSCSTATUE MSCVER MSIPFAILINDDELAY MSISDN MSISDNPREFIX1 MSISDNPREFIX2 MSISDNPREFIX3 MSISDNPREFIX4 MSISDNPREFIX5 MsisdnPrfxList2StartBscLs1 MsisdnPrfxList2StartBscLs10 MsisdnPrfxList2StartBscLs2 MsisdnPrfxList2StartBscLs3 MsisdnPrfxList2StartBscLs4 MsisdnPrfxList2StartBscLs5 MsisdnPrfxList2StartBscLs6 MsisdnPrfxList2StartBscLs7
MsisdnPrfxList2StartBscLs8 MsisdnPrfxList2StartBscLs9 MsisdnPrfxList2StartBtsLs1 MsisdnPrfxList2StartBtsLs10 MsisdnPrfxList2StartBtsLs2 MsisdnPrfxList2StartBtsLs3 MsisdnPrfxList2StartBtsLs4 MsisdnPrfxList2StartBtsLs5 MsisdnPrfxList2StartBtsLs6 MsisdnPrfxList2StartBtsLs7 MsisdnPrfxList2StartBtsLs8 MsisdnPrfxList2StartBtsLs9 MsisdnSegList2AvoidBscLs1 MsisdnSegList2AvoidBscLs10 MsisdnSegList2AvoidBscLs2 MsisdnSegList2AvoidBscLs3 MsisdnSegList2AvoidBscLs4 MsisdnSegList2AvoidBscLs5 MsisdnSegList2AvoidBscLs6 MsisdnSegList2AvoidBscLs7 MsisdnSegList2AvoidBscLs8 MsisdnSegList2AvoidBscLs9 MsisdnSegList2AvoidBtsLs1 MsisdnSegList2AvoidBtsLs10 MsisdnSegList2AvoidBtsLs2 MsisdnSegList2AvoidBtsLs3 MsisdnSegList2AvoidBtsLs4 MsisdnSegList2AvoidBtsLs5 MsisdnSegList2AvoidBtsLs6 MsisdnSegList2AvoidBtsLs7 MsisdnSegList2AvoidBtsLs8 MsisdnSegList2AvoidBtsLs9 MSLEVSTRQPBGT MSMAXRETRAN
MSPCMD MSRDMCSLEV MSRDPDCHLEV MSRN MSRXMIN MSRXQUALSTATTHRSH MSTF MSTSERVACTDELAY MSTXPWRMAX MSW MTCACCESSCPURATE MTHD MTP2LNKN MTRLGY MTU MTU MTU MTVT MULTIBANDREP MUTECHECKCLASS1PERIOD MUTECHECKCLASS2SWITCH MUTECHECKPEIROD MUTEFORBITCALLTMINTVAL MUTERELCALLEN MUXTIME MUXTIME MUXTYPE MWTRXNO MYDISCRIMINATOR N200 N200ESTAB N200FFULL N200FHALF N200PARASWITCH
N200REL N200SACCH N200SDCCH N3101 N3103 N3105 N391 N392 N393 NACCSPT NAME NAME NAME NAME NAME NAME NAME NAME NAME NAME NAME NAME NAMRLFRMTRXALLOWED NAVGI NBAMRTFOSWITCH NBR2GNCELL1ID NBR2GNCELL1NAME NBR2GNCELL2ID NBR2GNCELL2NAME NBR2GNCELLID NBR2GNCELLNAME NBR3GNCELLID NBR3GNCELLNAME NBRCELLSWITCH
NBRCI NBRLAC NBRMCC NBRMNC NBRSPT64 NC2LoadResel NC2SPT NCC NCC NCCPERMIT NCCPERMITED NCELLFILTER NCELLFLTLEN NcellInterFLevelThres0 NcellInterFLevelThres1 NcellInterFLevelThres2 NcellInterFLevelThres3 NcellInterFLevelThres4 NcellInterFLevelThres5 NcellInterFLevelThres6 NcellInterFLevelThres7 NCHOCBLOCKNUM NCHSTARTBLOCK NCO NEIGHBOR NETMASK NEWURGHOMININTV NEXTHOP NEXTHOP NEXTHOP NEXTHOP NI NM NMO
NMSACN NMSAPN NMSASN NMSASRN NO1M48ALMTHDDOWN NO1M48ALMTHDUP NO2M48ALMTHDDOWN NO2M48ALMTHDUP NO3M48ALMTHDDOWN NO3M48ALMTHDUP NO4M48ALMTHDDOWN NO4M48ALMTHDUP NO5M48ALMTHDDOWN NO5M48ALMTHDUP NO6M48ALMTHDDOWN NO6M48ALMTHDUP NOAMRFULLTOHALFHOALLOW NOAMRFULLTOHALFHOATCBADJSTEP NOAMRFULLTOHALFHOATCBTHRESH NOAMRFULLTOHALFHOPATHADJSTEP NOAMRFULLTOHALFHOPATHTHRESH NOAMRFULLTOHALFHOQUALTHRESH NOAMRFULLTOHALFTHRESH NOAMRHALFTOFULLHOATCBTHRESH NOAMRHALFTOFULLHOPATHTHRESH NOAMRHALFTOFULLHOQUALALLOW NOAMRHALFTOFULLHOQUALTHRESH NOAMRHALFTOFULLTHRESH NODET NODLMRHOALLOWLIMIT NODLMRHOEN NODLMRHOQUALLIMIT NOMINALCAPACITY NONAMRCALLPCALLOWED
NONDRXPERIOD NormalCurDurA NormalCurDurB NORMALRESELALLOW NORTHD NOTMSIALLCELLPAGINGLIMITFLAG NOTRASP NOVGCSTIME NQUERIES NRBSDCCHFFLEN NRBTCHFFLEN NRI NRI NRofFDDCellFlag NSEI NSEI NSIGSTRFLTLEN NSLATI NSVCI NSVCIDX NTDI NTDO NY2 OAMFLOWBW OAMFLOWBW OAMFLOWBW OAMFLOWBW OAMFLOWBW OAMFLOWDSCP OAMMINBWKEY OBJECTTYPE OBJECTTYPE OBJIDX OBJIDX
OBJTP OBJTP OBJTYPE OccupyStreamingSwitch OLTOULHOALLOW OMLBKUP OMLDETECTSWITCH OmlDetectTime OMLDSCP OMLESLDL OMLESLUL OMLPRI OMLSP OMLVLANID OMLWS OMUIP OMUMASK OP OPC OPC OPCIDX OperatorType OPINDEX OPINDEXSET OPMODE OPMODE OPMODE OPMODE OPMODE OPNAME OPTILAYER OPTILEVTHRES OPTITATHRES OPTL
OPTM OPTP OPTYPE OPX ORIPORT OT OTHERFREQ OTHMODNUM OTOURECEIVETH OUTASSOPTEN OUTBSCHOCLEARTIMER OUTBSCHOCMDTIMER OutBscLoadHoEn OUTGENOVERLDTHRED OUTHOPWROVERLOADTHRESHOLD OUTINNREXLEVTHRED OUTLOADHOENABLE OUTLOADHOMODPERI OUTLOADHOPERIOD OUTLOADHOSTEP OUTLOWLOADTHRED OUTMASK OUTPN OUTPORTNO OUTPORTTS OUTPUT0 OUTPUT1 OUTPUT2 OUTPUT3 OUTPUTPOWER OUTPUTPOWER1 OUTPUTPOWERUNIT OUTSERIOVERLDTHRED OUTSERVICEALM
OUTSN OUTSN OUTSRN OutSysLoadHoEn OUTSYSSERVHOREASSIGNEN OUTSYSSERVICEHOEN OUTTIMER OUTTSN OverCurAlmThdA OverCurAlmThdB OverCurAlmThdRET OverCurClrThdA OverCurClrThdB OverCurClrThdRET OverCurDurA OverCurDurB OVERLOADINTV OVERTHD P11 P12 P13 P14 PaAdjVol PACKASSDLSHIFT PAGINGAVGCAPACITYINPERIOD PAGINGLIFETIME PAGINGMAXCAPACITYINPERIOD PAGTIMES PANDEC PANINC PANMAX PAOPTILEVEL PatchNo PatchNo1
PATHCHK PATHID PATHID PATHLOSS PATHLOSSHOEN PATHT PATTYPE PB PBGTHOEN PBGTLAST PBGTMARGIN PBGTSTAT PbMtnMsgReSend PCADJPERIOD PCMEASCHAN PCU PCUINDEX PCUNO PCUNO PCUPREEMPTFLAG PDCHDWNLEV PDCHPWRSAVEN PDCHREFORMING PDCHUPLEV PDTMRVALUE PeerBSCID PEERBSCID PEERBSCIP PEERBSCMASK PEERBTSID PEERIP PEERIP PEERIP PEERIP
PEERIP PEERIP1 PEERIP2 PEERIPADDR PEERMASK PEERPN PEERVERSION PENALTYEN PENALTYLASTTM PENALTYRXLEV PENALTYTIMER PERIOD PERIOD PFC PFC PFC PFCSUP PGCLASSIFINGALLOWED PGMAXMSGNUMINPERIOD PGMAXPSMSGNUMINPERIOD PGSTATPERIOD PHB PHB PI PKPEnableSta PKTCOUNT PKTLEN PKTLEN PKTLENTHRES PKTSI PKTSIZE PKTSIZE PL1 PL16QAM
PL2 PL3 PL32QAM PL4 PL8PSK PLPRD PLTH PLYPOINT PLYSWITCH PLYTIME PMCTHD PMCTHD PMI PMNUM PMOAFLAG PMRTHD PMRTHD PMSW PN PN PN PN PN PN PN PN PN PN PN PN PN PN PN PN
PN PN PN PN PN PN PN PN PN PN PN PN PN PN PN POCDELAY POCGBRMAX POCGBRMIN PocSup PODECTHRES POERRTHRES POINTDESINFO POINTNAME Port PORT PORT PORTNO PORTNUM PORTPROTYPE PortSwitch PORTTYPE PORTTYPE POS2QUATER POT
POWER POWER_RELAY1 POWER_RELAY2 POWER_RELAY3 POWER_RELAY4 POWER_RELAY5 POWER_RELAY6 POWERCURRENTDIV POWERREDUCE16QAM POWERREDUCE32QAM POWERTYPE POWERTYPE POWL POWT PPPEAAT PPPEADT PPPLNKN PPPLNKN PPPLNKN PPPLNKN PPPMUX PQNUM PREEMFORHONOTREL PREEMFORHOPDCH PREEMPTIONPERMIT PREMRSAMPLE PRI PRIACCTHR PRIFCEN PRIMMESPPT PRINTCTHD PRINTCTHD PRINTRTHD PRINTRTHD
PRINTSW PRIOR PRIOR PRIORABISLOADTHRED PRIORCLASS PRIORITY PRIORITY PRIORITY PRIVATEPROBEFST PRIVATEPROBENUM PRIVATEPROBESND PrivKey PROBESEQ PROT PROT PROTECTDELAYTIME PROTECTTIME ProtectTimeTrxPowerOn PS PS PS PSCHRABIS PSCHRGB PSCHRINNINFO PSCHRINNMSG PSCHRUM PSDATADL PSDATAUL PSHOSUP PSHPRIDATAPATH PSHPRIDATAPRI PSHPSP PSI1RPT PSISTATUSIND
PSLPRIDATAPATH PSLPRIDATAPRI PSLPSVP PSOTOURECEIVETHRSH PSOUTMODE PSRACHACCLEV PSRACJACCLEV PSRCDSW PSRESREQMSGNUMINPERIOD PSRESREQSTATPERIOD PSU0 PSU1 PSU2 PSU2 PSU3 PSU4 PSU5 PSU6 PSU7 PSUTOORECEIVETHRSH PSUTURNINGOFFENABLE PSW PT PT PT PT PT PTCODE PTRXT PTTXT PTTYPE PTUID PTYPE PTYPE
PubCert PV PV PVCUSERATETIMER PWD PWD PWD PwdMinLen PWL PWRALMSSW1 PWRALMSSW2 PWRBCDALLOWD PWRCTRLOPTIMIZEDEN PWRCTRLSW PWRDIV PWRDIVIND PWRLOCATION PWRMODE PWROFFPROTECTSTARTTIME PWRPRIORALLOW PWRSPNR PwrSwitchA PwrSwitchB PwrSwitchRET Q0MINDSCP Q1MINDSCP Q2MINDSCP Q3MINDSCP Q4MINDSCP QCI QCKMVHOEN QCKSTATCNT QCKTIMETH QCKTRUECNT
QI QLENSD QLENSI QOSOPT QP QSEARCHC QTRUCHANMANGSWITCH QTRUDNPWRLASTTIME QTRUDNPWRSTATTIME QTRUPWRSHARE QUALOFFTIMES QUALONTIMES QUALSTEP QUERYCMAFTERINBSCHO QUICKHOEN R0AuxDev R0BatAllow R0BatCap R0BatCoeff R0BatType R1AuxDev R1BatAllow R1BatCap R1BatCoeff R1BatType R2AuxDev R2BatAllow R2BatCap R2BatCoeff R2BatType RA RA RA RA
RA RA1 RACHACCLEV RACHBUSYTHRED RACHLDAVERSLOT RACJACCLEV RACOLOR RANDACCESSRETRY RANERRTHRED RARESELECTHYST RATE RATECTRLSW RATSCCHENABLED RAWMRSAMPLE RBPTYPE RCDT RCN RCN1 RCN2 RCVMD RDC REASSEN REASSFREQBAND RECEIVEQUALTHRSHAMRFR RECEIVEQUALTHRSHAMRHR RECLEVHYST RECLEVTHRES RECLEVUOHOALLOW RecordDiscardedPagingInfoFlag RECOVERTHD RECQUALTH RECQUALUOHOALLOW RED ReduceTransBwInt
ReduceTransBwNum REF2MCLK2SRC REF2MCLK2SRCBAK REF2MCLKSRC REF2MCLKSRCBAK REF2MCLKSW1 REF2MCLKSW2 REFUSELOCALCLK REGION REHOSTABSTIME REHOSTDELAYTIME REHOSTTYPE REINITTBL RELATEDCN RELATEDFCUENABLED RELATEDMODFUNC RELATEDSN RELATEDSRN RELATEDTRACK REMARK REMARK REMOTENSVLI REP REPEATDLFASET REPEATDLFATHRED REPEATSASET RESALMID ResCheckAllowed RESELHYST RESELINTERVAL RESELWATCHPERIOD RESELWORSENLEVTHRSH ReservedDynPdchPreTranNum ReservedIdleCh
ResetAlmDelaySwitch ResetAlmDelayTime RESETINTERVAL RESETRETRY RESETTIME RESETTIMER RESID RespReqSel REST RESTARTTMR RESTARTTMR RESTYPE RESUMETIMER REVCHANNUM RFMAXPWRDEC RFRESINDPRD RFT RFUCFGBYSLOT RGPSINDICATION RIMSUP RLCN RLT RMTTCATERTRANSMODE RNCID RNCINDEX RNCINDEX RNCNAME RootCert ROUTENO ROUTEPORTNO RPTDLVQIALLOWED RPTPERIODI RPTPERIODT RPTTHD
RPTVOICE RQSIGNLEN RQTRAFFLEN RSCGRPN RSCMNGMODE RSCMNGMODE RSCPENALTYTIMER RSCPOFF RSCPTHRES RSDSRC RSFSRC RSLCTOFFER RSLDL RSLDSCP RSLPRI RSLUL RSLVLANID RSLWS RSNDES RSSThres RSTDESFILE RSTF RSTFUN RSTIME RSVCHMFORECNUM RSVDPARA1 RSVDPARA10 RSVDPARA2 RSVDPARA3 RSVDPARA4 RSVDPARA5 RSVDPARA6 RSVDPARA7 RSVDPARA8
RSVDPARA9 RsvIdleChanNum RT RTCONTEXT RTCPBWRATIO RTCPSWITCH RTDEST RTDESTMASK RTIDX RTOALPHA RTOBETA RTOINIT RTOMAX RTOMIN RTPSWITCH RTTIPDCHMULTIPLEXTHRESH RTTYPE RUS RUSPRD RVer RXBW RxBw RXLEVACCMIN RXLEVOFF RXMIN RXQCKFALLHOEN RXQUAL1 RXQUAL10 RXQUAL11 RXQUAL12 RXQUAL2 RXQUAL3 RXQUAL4 RXQUAL5
RXQUAL6 RXQUAL7 RXQUAL8 RXQUAL9 RXUCHAINNO RXUCHAINNO RXUCHAINNO RXUIDTYPE RXUIDTYPE RXUNAME RXUNAME RXUNAME RXUPOS RXUPOS RXUPOS RXUTYPE S1SWITCH S1VALUE SAADIS SAAF SaGsmrMsc SAICALLOWED SAICTHREDAPDTVALUE SAICTHREDAPDTVALUE SALOG SAMECVGCELLID SAMECVGCELLIDTYPE SAMECVGCELLLOADSTATTM SAMECVGCELLLOADTHRD SAMECVGCELLNAME SAMULFRM SAS SASE SASV
SAVEENABLED SBAF SBTSID SBTSNAME SCALEORDER SCDSCP SCELLFILTER SCELLID SCELLNAME SCHEME SCHNNO SCMD SCOPETYPE SCPIDX SCRAMBLE SCSN SCTPLNKN SD SD SD SD SDALMTHD SDATE SDAY SDCCHNUM SDCCHWaitMREn SDCCHWaitMRTimeLen SDDROPSTATDLLEV SDDROPSTATDLQUAL SDDROPSTATULLEV SDDROPSTATULQUAL SDDYN SDENABLE SDFASTHOSWITCH
SDFLAG SDHOMININTV SDMRCUTNUM SDPUNTIME SDPUNVAL SDSCP SDSFPRI SDT SDTMWDALMDIS SDTMWDALMOC SDV SEARCH3G SELFVERSION Send2QuterFlag SendBssInvokeTrace SENDCMAFTERINBSCHO SendConfusionToMSC SENDDOWNLINKMESSAGE SENDFACCHNOTPRI SENDFACCHPAGPRI SENDSAMBE SENDSI2TERFLAG SENDSI5TERFLAG SendUtranECSCFlag SEPARATEPOS SEPERATEMODE SERCMDPORT SERDATAPORT SERIALNO ServerIP ServiceMode SERVICEMODE SERVICEMODE ServiceName
SERVICETYPE SETDIESELENGINEENABLED SETENVPARAENABLED SETENVPARAENABLED SETHUMPARAENABLED SFPPORTNO SGSNCAP SGSNNAME SGSNNRILEN SGSNNULLNRI SGSNPOOLALLOW SGSNR SGSNSTATUS SHAREINCPURATE SHARESN SHARINGALLOW SHLDFLG SHUTDOWNTRXSTARTTIME SI2TerSwitch SIGCHANHOEN SIGLAST SIGLKSX SIGLKSX SIGLNKID SIGLW SIGLW SIGNALSP SIGOBS SIGQUAFLTLEN SIGSLC SIGSTRFLTLEN SilenceTicksOfResReq SinglePassExcludeMsisdn1 SinglePassExcludeMsisdn10
SinglePassExcludeMsisdn11 SinglePassExcludeMsisdn12 SinglePassExcludeMsisdn13 SinglePassExcludeMsisdn14 SinglePassExcludeMsisdn15 SinglePassExcludeMsisdn16 SinglePassExcludeMsisdn17 SinglePassExcludeMsisdn18 SinglePassExcludeMsisdn19 SinglePassExcludeMsisdn2 SinglePassExcludeMsisdn20 SinglePassExcludeMsisdn3 SinglePassExcludeMsisdn4 SinglePassExcludeMsisdn5 SinglePassExcludeMsisdn6 SinglePassExcludeMsisdn7 SinglePassExcludeMsisdn8 SinglePassExcludeMsisdn9 SIPADDR SIPADDR SITES SITESYNCZONE SLAVEIPADDR SLAVELOCGRPNO SLPTYPE SLSMASK SLVSERVACTDELAY SM SMLCIDX SMLCMode SMOKE_MASK SMONTH SMWINDOW SN
SN SN SN SN SN SN SN SN SN SN SN SN SN SN SN SN SN SN SN SNDMD SndRcvMode SndRcvMode1 SndRcvMode2 SndRcvMode3 SndRcvMode4 SP SPC SPCBITS SPCDNF SPCIC SPDF SPECACC SPECIALSWITCH SPECIALSWITCHERLEVEL
SpeechAlmPeriod SpeechVerInAssCmp SpeechVerinHoPerform SpeechVerInHoReqAck SpeechVerInHoRqd SPEECHVERMODE1 SPEECHVERMODE2 SPEECHVERSION SPEED SPEEDPUNISH SPEEDPUNISHT SPGCCCCHSUP SpprtCB SPTCOMMMEAS SPTINFOEXCHG SPTINTERRATINBSCPSHO SPTINTERRATOUTBSCPSHO SPTNACCResGuarantee SptPaging SptPbLapdCheck SptPbResCheck SptPbSglPassCheck SptPCICCheck SptRanSharing SPTREDUCELATENCY SPTSHARING SPTSTATEFWL SPX SRANMODE SRANMODE SRANMODE SRC2GNCELLID SRC2GNCELLNAME SRC3GNCELLID
SRC3GNCELLNAME SRCCI SRCF SRCGRD SRCGRD SRCHOCTRLSWITCH SRCIP SRCLAC SRCMCC SRCMEPID SRCMNC SRCPORTNO SRCT SRCTSMASK SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN SRN1 SRN2
SRName SRNO SRT SRTORD SRVLW SRVLW SRVPRIPOLICY SRVTYPE SSBQPUNISH SSCPUAVEUSAGEALMTHD SSCPUMAXUSAGEALMTHD SSDSPAVEUSAGEALMTHD SSDSPMAXUSAGEALMTHD SSLENSD SSLENSI SSN SSN SSSN SSTAPUNISH ST ST ST ST ST ST ST STARTAID STARTCBSHORTMSGFLOWCTRL STARTCHREQARRIVALCTRL STARTCIC STARTCIC StartDayDSTPA STARTHEATTEMP StartMonthDSTPA
STARTPGARRIVALCTRL STARTPSRESREQARRIVALCTRL STARTSUBTS STARTTIME StartTimeTACloseTrxPA STARTTS STARTTS STARTTS STC STC STCIC STCN STD STEP STFLG STIME STIRCALLOWED STOPSI5SWITCH STOPTIME STP STPN STRTM STSN STSRN STSUBTS STT STTS STTYPE SUBBSCTID SUBBSCTID SUBCMD SUBFRAMELEN SUBFRAMETHRES SUBID
SUBNET SUBRESPREEMPTFLG SUBRESPREEMPTFLG SUBTS SubVer SupportApplyUsedCic SUPPORTBAKCLK2SRC SUPPORTBAKCLKSRC SUPPORTCELLBROADCAST SUPPORTDL5TS SUPPORTDTM SUPPORTEDA SUPPORTENDTM SupportIpSpanBtsLSwitch SupportTFOCodecOptimize SupptCellList SVALUE SVRIP SVRPORT SW SW SW SW SW SWEEK Switch SWITCH SWITCH SWITCH SWITCH SWITCH3AH SWITCHBACKFLAG SWITCHBACKHBNUM SwitchParameter1
SwitchParameter10 SwitchParameter2 SwitchParameter3 SwitchParameter4 SwitchParameter5 SwitchParameter6 SwitchParameter7 SwitchParameter8 SwitchParameter9 SWITCHPORTNO SWOP SWSEQ SYMOFFSET SYNCCASE SYNCMETHOD SYNMODE SYNTIMEDAY SYNTIMEHOUR SYNTIMEMIN SYSCONTACT SYSDESC SYSFLOWLEV SYSLOCATION SysMsg10Allowed SYSOBJECTID SYSSERVICES T1 T1 T10TMR T12TMR T13TMR T14TMR T17TMR T1TMR
T2 T2 T200 T200FACCHF T200FACCHH T200SACCH3 T200SACCHS T200SACCT0 T200SDCCH T200SDCCH3 T203 T22TMR T23TMR T2TMR T3 T3 T3105 T3115 T3168 T3192 T3212 T391 T3TMR T4 T4TMR T5 T5TMR T6 T8 T8TMR TAFLTLEN TAFORUOHOALLOW TAHOEN TAHYST
TALASTTIME TALIMIT TALKERINFINT TASIGSTRFLTLEN TASKIDX TASTATTIME TATHRES TAVGT TAVGW TB TB TBS TBS TC TC TCC TCCRCAllowed TCHAJFLAG TCHBUSYTHRES TCHDROPSTATDLFER TCHDROPSTATDLLEV TCHDROPSTATDLQUAL TCHDROPSTATULFER TCHDROPSTATULLEV TCHDROPSTATULQUAL TCHHOMININTV TCHMRCUTNUM TCHRATEMODIFY TCHTIMEHOPERIOD TCHTIMEHOSWITCH TCHTRIBUSYUNDERLAYTHR TCHTRICBUSYOVERLAYTHR TCLEN TCMODE
TCMUTEDETECTFLAG TCN TCPN TCPOOLID TCSN TCSRN TCTYPE TDDBA1TAG TDDBA2TAG TDDCELLOFF TDDCELLRESELDIV TDDCELLTHRED TDDDIVERSITY TDDDLUARFAN TDDMIOPTIMIZEDALLOWED TDDMIPROHIBIT TDDRSCPQUALTHRSH TDDSCRAMBLE TDDSCRAMBLE TDDSIOPTIMIZEDALLOWED TDDSYNCCASE TDMCONGCLRTH TDMCONGTH TDMN1 TDMN2 TEI TEMP_MASK TEMP_THD_HIGH TEMP_THD_LOW TEMPALARMTHRESHOLDH TEMPALARMTHRESHOLDH TEMPALARMTHRESHOLDL TEMPALARMTHRESHOLDL TEMPCOMPENSATECOEF
TEMPLATEDESC TEMPLATEID TEMPLATEID TEMPLATENAME TEMPOFHIGHTEMPLOADPWROFF TEMPOFLOWTEMPLOADPWROFF TEMPOFLOWTEMPLOADPWROFF TER2INDICATOR TESTTIMER TEXT TFOOptSwitch TFREQ TFRMSTARTTIME TG TGWID TGWIPOAMIP TGWIPOAMMASK TGWPEERSN TGWPEERSRN TH THDOFF THDON THP1ARP1PRIWEIGHT THP1ARP2PRIWEIGHT THP1ARP3PRIWEIGHT THP2ARP1PRIWEIGHT THP2ARP2PRIWEIGHT THP2ARP3PRIWEIGHT THP3ARP1PRIWEIGHT THP3ARP2PRIWEIGHT THP3ARP3PRIWEIGHT THTYPE TI_WAIT_SGSN_PRIVATE_MESSAGE TIGHTBCCHASSMAINBCCHLEV
TIGHTBCCHASSMAINBCCHQUAL TIGHTBCCHHOLASTTIME TIGHTBCCHHOLOADTHRES TIGHTBCCHHOSTATTIME TIGHTBCCHRXQUALTHRES TIGHTBCCHSWITCH TIGHTSDCCHRXLEVTHRED TIIMSIPAGING TIME TIME TIME TIMEAMRFHPUNISH TIMEBQPUNISH TIMEOTOUFAILPUN TIMEOUT TIMEOUT Timeout TIMEOUT TIMEOUT TIMEPUNISH TIMES TIMESLOTVOLADJALLOW TIMETAPUNISH TIMEUTOOFAILPUN TIQUEUINGTIMER TIWAITMSCMSG TL TLLI TLT TLTHD TLTHD TM TM1 TM2
TM3 TM4 TM5 TMI TMIGLD TMLEN TMODE TMRBADQUALDISCSTAT TMRISTHRD TMSI TMSTLTHRD TMT1TMR TMT2TMR TNAME TNMODE TNMODE TO TO TOPBOARDCN TOPBOARDSLOTNO TOPBOARDSRN TP TPN TQHO TRACECTHD TRACECTHD TRACERTHD TRACERTHD TRACESW TrafficClassDlCoefficient TrafficClassUlCoefficient TRAMODE TransMode TRANSSN
TRANST TRANST TRANST TRANSTYPE TRANSTYPE TRANSTYPE0 TRANSTYPE1 TRANSTYPE2 TRANSTYPE3 TRCRNGLMT TRESEL TRIGTHRES TRKLNKPN TRKLNKSN TRKN TRMI TRMLOADTHINDEX TRMLOADTHINDEX TRMLOADTHINDEX TRMLOADTHINDEX TRMLOADTHINDEX TRMLOADTHINDEX TRMLOADTHINDEX TRMMAPSW TRUNKN TRUNKN TRUNKN TRXAIDSWITCH TRXDURATS TRXHOPINDEX TRXID TRXID TRXID1 TRXID10
TRXID11 TRXID12 TRXID13 TRXID14 TRXID15 TRXID16 TRXID17 TRXID18 TRXID19 TRXID2 TRXID20 TRXID21 TRXID22 TRXID23 TRXID24 TRXID3 TRXID4 TRXID5 TRXID6 TRXID7 TRXID8 TRXID9 TRXIDLST TRXIDLST TRXMAIO TRXNO TrxNum TRXPN TRXPN TRXPRIALLOW TRXTP TS TS TS
TS TS TSBITMAP TSBITMAP TSBITMAP TSC TSCOUNT TSCPLANEN TSCROSSX TSDURAT TSIDX TSKN TSMASK TSMASK TSN TSNO TSPRIORITY TSPWRRESERVE TSRAPIDADJPERIOD TSRAPIDADJSWITCH TSRATE TSRN TSTMODE TSTTIMESLOT TSTTYPE TSTTYPE TsTurningOffEnable TT TTL TTL TURNOFFCELLCHANNUM TURNOFFCELLSTPTIME TURNOFFCELLSTRTIME TURNOFFENABLE
TURNONCELLLOADTHRD TUTHD TUTHD TWFCMCHIDLE TWFCMTRXIDLE TWFCSCHIDLE TWFRRMRSP TWFSEEKMS TWFSYNCACK TWFSYNCRPT TX TXAOPER1 TXAOPER2 TXAOPER3 TXAOPER4 TXBOPER1 TXBOPER2 TXBOPER3 TXBOPER4 TXBW TxBw TXINT TXINT TYPE TYPE TYPE TYPE TYPE TYPE TYPE U0GEN U0TOW U0TRX U0TRXBPN
U0TRXSN U0TRXSRN U1GEN U1TOW U1TRX U1TRXBPN U1TRXSN U1TRXSRN ucCSPrefCallReestPrio ucCSPrefCSEmergCallPrio ucCSPrefCSOrgCallPrio ucCSPrefCSTermCallPrio ucCSPrefInBscHoPrio ucCSPrefIntraBscHoPrio ucCSPrefOtherPrio ucCSPrefPSPrio ucCSPrefSupplePrio ucCSPrefVBSPrio ucCSPrefVGCSPrio ucCtrlOfCicIE UCISRAIFAULT ucPSPrefCallReestPrio ucPSPrefCSEmergCallPrio ucPSPrefCSOrgCallPrio ucPSPrefCSTermCallPrio ucPSPrefInBscHoPrio ucPSPrefIntraBscHoPrio ucPSPrefOtherPrio ucPSPrefPSPrio ucPSPrefSupplePrio ucPSPrefVBSPrio ucPSPrefVGCSPrio ucSpeechVerOptiInHo UDPMUXMODRECV
UDPMUXMODSEND UDPPN UDPPN UG UHUMTHD UIC UINTTIME UL UL ULADJPRD ULAFSREXQUALHIGHTHRED ULAFSREXQUALLOWTHRED ULAHSREXQUALHIGHTHRED ULAHSREXQUALLOWTHRED ULBQLASTTIME ULBQSTATTIME ULCOEFFICIENTTSRAPIDADJ ULDATAFWDTMR ulDlAckFreq ULEDGETHRES ulEgprsDlAckFreq ulEgprsUlAckFreq ULFILTADJFACTOR ULFSREXQUALHIGHTHRED ULFSREXQUALLOWTHRED ULHSREXQUALHIGHTHRED ULHSREXQUALLOWTHRED ULHYSTF1 ULHYSTF2 ULHYSTF3 ULHYSTH1 ULHYSTH2 ULHYSTH3 ULHYSTWB1
ULHYSTWB2 UlLdrThrd2GCell ULLEVFILTLEN ULMAXDOWNSTEP ULMAXUPSTEP UlOlcThrd2GCell ULPREDLEND ULQHIGHTHRED ULQLOWTHRED ULQUAFILTLEN ULQUALBADTRIG ULQUALBADUPLEV ULQUALIMIT ULQUALIMITAMRFR ULQUALIMITAMRHR ULREXLEVADJFCTR ULREXLEVEXPFLTLEN ULREXLEVHIGHTHRED ULREXLEVLOWTHRED ULREXLEVSLDWINDOW ULREXQUALADJFCTR ULREXQUALEXPFLTLEN ULREXQUALSLDWINDOW ULRXLEVPROTECTFACTOR ULRXQUALPROTECTFACTOR ULSSHIGHTHRED ULSSLOWTHRED ULTHF1 ULTHF2 ULTHF3 ULTHH1 ULTHH2 ULTHH3 ULTHWB1
ULTHWB2 ULTOOLHOALLOW ulUlAckFreq UMCROSSTALKOPTALLOWED UMPENALTYTIMER UmVer UNBA UNBLOCKRETRY UnderCurAlmThdA UnderCurAlmThdB UnderCurAlmThdRET UnderCurClrThdA UnderCurClrThdB UnderCurClrThdRET UPBTSID UPBTSID UPBTSIDTYPE UPBTSIDTYPE UPBTSNAME UPBTSNAME UPDATE UPDEFAULTCS UPDEFAULTMCS UPDYNCHNTRANLEV UPE2ADEFAULTMCS UPE2AFIXMCS UPEXTTBFINACTDELAY UPFIXCS UPFIXMCS UPINTERFQUALLIMIT UPINTERLEVLIMIT UPLNKMAXLENGTH UPOMLWS UPPCEN
UPPERGRPID UPPERLP UPRXLEVLASTTIME UPRXLEVSMOOTHPARA UPRXLEVSTATICTIME UPSENDSMDIS UPTBFRELDELAY UPTHDCSDEGRADE1 UPTHDCSDEGRADE2 UPTHDCSDEGRADE3 UPTHDCSUPGRADE1 UPTHDCSUPGRADE2 UPTHDCSUPGRADE3 URGENTRESELALLOW USERIDTYPE USFGRAN4BLK USR USR USTBGNTIME USTENDTIME UTEMTHD UTOOFAILMAXTIME UTOOHOPENTIME UTOORECTH UTOOTRAFHOALLOW UTRAFHOPERIOD UTRAFHOSTEP UTRANCELLTYPE VENDORCODE VGCSMAXNUM VGCSPREEMPT VGCSRSRVNUM VIPACCESSCPURATE VIPCELL
VIPPRIORITY VIPSHAREINCPURATE VLANFlAG VLANFLAG VLANFLAG1 VLANFlAG2 VLANID VLANID VLANID VLANID VLANID1 VLANID2 VLANPRI VLANPRI VLANSWITCH VOICEVER VOL24_MASK VOL24_THD_HIGH VOL24_THD_LOW VOL48_MASK VOL48_THD_HIGH VOL48_THD_LOW VSWRENABLED VSWRERRTHRES VSWRFILETERCOUNTER VSWRTHRES1 VSWRTHRES2 VSWRUNJUSTTHRES VVer WAITFORRELIND WAITFORRELINDAMRFR WAITFORRELINDAMRHR WaitMSLocationResponse WAITRESVCHANREFRESHTIMER
WAITSDCCHIDLETIMER WaitSMLCLocationResponse WARMSET WATER_MASK WEEK WELONGI WETSET WHETHERAFFECTSWAP WINADJSWITCH WK WKMODE WLAETIME WLAFLAG WLARP WLASTIME WLNKALMFLAG WORKAREA WORKINGSTANDARD WORKMODE WORKMODE WORKMODE WS WTBS WTBS WTRT ZONET
Parameter Name
NE
Downlink Quality Threshold in Assigning Better Cell
BSC6900
Uplink Quality Threshold in Assigning Better Cell
BSC6900
Maximum Better Cell Assigning Duration
BSC6900
Abis ByPass Mode
BSC6900
SDCCH Congestion Flow Control Allowed
BSC6900
Abis Flow Control Timer 1
BSC6900
Abis Flow Control Timer 2
BSC6900
Abis Idle TS Allocate Strategy
BSC6900
Abis Idle TS Configure Switch
BSC6900
Abis Jam Rate for BTS Local Switch
BSC6900
TCHH Function Switch
BSC6900
Timer of Releasing Abis Timeslot
BSC6900
Abis Interface Tag
BSC6900
Duration of BTS Collecting AB[100 Millisecond]
BSC6900
Abnormal Voice MOS Threshold
BSC6900
Access Burst Type
BSC6900
Access Control Class
BSC6900
Access Control Allowed
BSC6900
Access Control Policy
BSC6900
Incoming-to-BSC HO Optimum Layer
BSC6900
Access Control Policy Index
BSC6900
PS Initial Access Service Type
BSC6900
Starting Point of the Access Control Window
BSC6900
Access Control Window Size
BSC6900
Sliding Speed of the Access Control Window
BSC6900
Address and control field compress
BSC6900
Support Address and Control Field Compress
BSC6900
A Interface Paging Co-ordination Switch
BSC6900
Additional Reselect Parameter Indication
BSC6900
AMR ACS[F]
BSC6900
AMR ACS[H]
BSC6900
AMR ACS[WB]
BSC6900
Activate L2 Re-establishment
BSC6900
Valid Time of BTS Resource Activation
BSC6900
AC Voltage Lower Threshold
BSC6900
AC Overvoltage Alarm Threshold
BSC6900
AC Undervoltage Alarm Threshold
BSC6900
AC Voltage Upper Threshold
BSC6900
Assignment Procedure in Intra-Cell HO Allowed
BSC6900
Communication Address
BSC6900
Sub-Link Bandwidth Request Interval When Not Congested
BSC6900
Bandwidth for Secondary Link When Not Congested
BSC6900
External Alarm Customer Definition Switch
BSC6900
Adjacent BSC DPC
BSC6900
Adjustment Mode
BSC6900
Support EGPRS Uplink MCS Dynamic Adjust
BSC6900
Auto Download Active Function Switch
BSC6900
Auto Download Mode
BSC6900
Administrative State
BSC6900
Administrative State
BSC6900
Administrative State
BSC6900
Offset Time Adjustment End Time
BSC6900
Load Threshold of Offset Adjustment
BSC6900
Offset Time Adjustment Switch
BSC6900
Offset Time Adjustment Start Time
BSC6900
Advanced Alarm Management Rule Type
BSC6900
BTS Software Version 1
BSC6900
BTS Software Version 2
BSC6900
AEC Echo Path Delay
BSC6900
AEC Echo Return Loss
BSC6900
AEC Nlp Gate
BSC6900
AEC Path Delay
BSC6900
AEC SNR Gate
BSC6900
AEC Switch
BSC6900
AEC Detect Threshold
BSC6900
AEC Detect Time
BSC6900
AFR Radio Link Timeout
BSC6900
AFR SACCH Multi-Frames
BSC6900
GPS ID
BSC6900
GPS type
BSC6900
AHR Radio Link Timeout
BSC6900
AHR SACCH Multi-Frames
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID.
BSC6900
Alarm ID.
BSC6900
Aiding Delay Protect Time
BSC6900
Alarm Select Type
BSC6900
Alarm Select Type
BSC6900
A Interface Msg [End2end User Tracing]
BSC6900
A IF FC Discard LOC UP Enable
BSC6900
A IF FC Discard MOC Enable
BSC6900
A IF FC Discard MTC Enable
BSC6900
A IF FC Discard Other Service Enable
BSC6900
A Interface Flow Control Enable
BSC6900
A Interface Flow Control Method
BSC6900
A IF FC Service Rate in Level 1
BSC6900
A IF FC Service Rate in Level 2
BSC6900
A IF FC Service Rate in Level 3
BSC6900
A IF FC Service Rate in Level 4
BSC6900
A IF FC Service Rate in Level 5
BSC6900
A IF FC Service Rate in Level 6
BSC6900
CSD Service Redundancy Level
BSC6900
ALC Fix Gain
BSC6900
ALC Fix Target Level
BSC6900
ALC Max Gain
BSC6900
ALC Max Target Level
BSC6900
ALC Min Target Level
BSC6900
ALC Mode
BSC6900
ALC Switch
BSC6900
Alive Retry
BSC6900
Alive Timer
BSC6900
Bandwidth
BSC6900
Resource Reallocation to Different Trx
BSC6900
Allocate One PDCH for Signaling Data
BSC6900
Ratio of AMR-HR
BSC6900
Allow EDA Multiplex
BSC6900
Allowed Measure Report Missed Number
BSC6900
Ratio of TCHH
BSC6900
Timeslot Type
BSC6900
Timeslot Type
BSC6900
Feed Tri. 0 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 1 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 2 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 3 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 4 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 5 TMA Low Current Alarm Threhold
BSC6900
Alarm Disappear Accumulate Duration
BSC6900
Alarm Enable Flag
BSC6900
Alarm ID.
BSC6900
Alarm ID.
BSC6900
Lower Alarm
BSC6900
Upper Alarm
BSC6900
Upper Alarm
BSC6900
Alarm Occurrence Accumulate Duration
BSC6900
Alarm Occur Accumulative Time Threshold
BSC6900
Alarm Clear Accumulative Time Threshold
BSC6900
Alarm Occur Times Threshold
BSC6900
Alarm Clear Times Threshold
BSC6900
Alarm Parameter Configuration Enabled
BSC6900
Alarm Type
BSC6900
ALPHA
BSC6900
Antenna Altitude Decimal Part
BSC6900
GPS antenna altitude
BSC6900
Antenna Altitude Int Part
BSC6900
GPS antenna altitude
BSC6900
Alarm Severity
BSC6900
Alarm Severity
BSC6900
Feed Tri. 0 TMA Configuration
BSC6900
Feed Tri. 1 TMA Configuration
BSC6900
Feed Tri. 2 TMA Configuration
BSC6900
Feed Tri. 3 TMA Configuration
BSC6900
Feed Tri. 4 TMA Configuration
BSC6900
Feed Tri. 5 TMA Configuration
BSC6900
AMR BTS PC Class
BSC6900
Allow III Power Control For AMR
BSC6900
AMR Downlink Adaptive Threshold Allowed
BSC6900
AMR Filter Length for DL RX_LEV
BSC6900
AMR DL MR. Number Predicted
BSC6900
AMR DL Qual. Upper Threshold
BSC6900
AMR DL Qual. Lower Threshold
BSC6900
AMR Filter Length for DL Qual.
BSC6900
AMR DL Qual Bad Trig Threshold
BSC6900
AMR DL Qual Bad UpLEVDiff
BSC6900
AMR DL RX_LEV Upper Threshold
BSC6900
AMR DL RX_LEV Lower Threshold
BSC6900
AMR F-H Ho Allowed
BSC6900
AMR F-H Ho ATCB Adjust Step
BSC6900
AMR F-H Ho ATCB Threshold
BSC6900
AMR F-H Ho Pathloss Adjust Step
BSC6900
AMR F-H Ho Pathloss Threshold
BSC6900
AMR F-H Ho Qual. Threshold
BSC6900
AMR F-H Traffic Threshold
BSC6900
AMR H-F Ho ATCB Threshold
BSC6900
AMR H-F Ho Pathloss Threshold
BSC6900
Allow AMR H-F Quality-based HO
BSC6900
AMR H-F Ho Qual. Threshold
BSC6900
AMR H-F Traffic Threshold
BSC6900
AMR MAX Up Adj. PC Value by Qual.
BSC6900
AMR MAX Down Adj. Value Qual. Zone 0
BSC6900
AMR MAX Down Adj. Value Qual. Zone 1
BSC6900
AMR MAX Down Adj. Value Qual. Zone 2
BSC6900
AMR MAX Up Adj. PC Value by RX_LEV
BSC6900
AMR MR. Compensation Allowed
BSC6900
AMR PC Interval
BSC6900
AMR MAX Down Adj. PC Value by Qual.
BSC6900
AMR SACCH Downlink Power Upgrade
BSC6900
AMR TCH/H Prior Allowed
BSC6900
AMR TCH/H Prior Cell Load Threshold
BSC6900
AMR Uplink Adaptive Threshold Allowed
BSC6900
AMR Filter Length for UL RX_LEV
BSC6900
AMR UL MR. Number Predicted
BSC6900
AMR UL Qual. Upper Threshold
BSC6900
AMR UL Qual. Lower Threshold
BSC6900
AMR Filter Length for UL Qual
BSC6900
AMR UL Qual. Bad Trig Threshold
BSC6900
AMR UL Qual. Bad UpLEVDiff
BSC6900
AMR UL RX_LEV Upper Threshold
BSC6900
AMR UL RX_LEV Lower Threshold
BSC6900
MAX Retrans Reset Circle Msg on A-I
BSC6900
MAX Reset Mesg Retransmission on A-I
BSC6900
ANC Max Gain
BSC6900
ANC Switch
BSC6900
ANC Target SNR
BSC6900
RET Antenna Tilt Angle
BSC6900
Adjacent Node ID
BSC6900
Adjacent node ID
BSC6900
Alarm Name
BSC6900
ANR Mode
BSC6900
ANR Noise Reduction Level
BSC6900
ANR Noise Target Level
BSC6900
ANR Switch
BSC6900
Antenna Azimuth Angle
BSC6900
GPS Antenna Delay
BSC6900
Antenna Power Supply Switch
BSC6900
E1T1 anti-error switch
BSC6900
Burglar Alarm Auto Clear Permit
BSC6900
Antenna No.
BSC6900
Antenna Pass No
BSC6900
Sub-Location Group Antenna Pass No.
BSC6900
Down TRX1 A or B
BSC6900
A interface port No.
BSC6900
Application type
BSC6900
Application Type
BSC6900
AQM N Update Interval
BSC6900
AQM Maximum Threshold
BSC6900
AQM Congestion Threshold
BSC6900
AQM Packet Discard Initial Interval
BSC6900
AQM Packet Discard Interval Lower Threshold
BSC6900
AQM Packet Discard Interval Upper Threshold
BSC6900
AQM Switch
BSC6900
AQM Target Threshold
BSC6900
Area Code
BSC6900
Area flag
BSC6900
Area flag
BSC6900
Abnormal Release Threshold
BSC6900
Abnormal Release Statistic Base
BSC6900
Abnormal Warn Threshold
BSC6900
ARP packet resend times
BSC6900
ARP packet time-out[100ms]
BSC6900
A interface slot No.
BSC6900
A interface slot No.
BSC6900
A interface subrack No.
BSC6900
Event Type
BSC6900
Event Type
BSC6900
Assigning Better Cell Allowed
BSC6900
Assignment Cell Load Judge Enable
BSC6900
Assign to Overlayer RxLev Offset
BSC6900
Associated RXU Board CN
BSC6900
Associated RXU Board CN
BSC6900
Associated RXU Board SN
BSC6900
Associated RXU Board SN
BSC6900
Associated RXU Board SRN
BSC6900
Associated RXU Board SRN
BSC6900
Absolute Signal Strength Threshold
BSC6900
T3107
BSC6900
T1
BSC6900
T13 -s
BSC6900
T17 -s
BSC6900
T18 -s
BSC6900
T19
BSC6900
T20
BSC6900
T4 -s
BSC6900
Concentric Circles ATCB HO Allowed
BSC6900
Distance Hysteresis Between Boundaries
BSC6900
Distance Between Boundaries of Subcells
BSC6900
Switch of 8K on Ater
BSC6900
HR Allocation Flag
BSC6900
Congestion Ratio on Ater Resource
BSC6900
Ater connection path index
BSC6900
Ater Jam Rate for BSC Local Switch
BSC6900
Ater Mask
BSC6900
Whether or not for OML
BSC6900
Ater OML Index
BSC6900
Ater Connection Path Index
BSC6900
Ater Signaling Channel ID
BSC6900
Ater Interface Transfer Mode
BSC6900
Antenna Tributary No.
BSC6900
A interface timeslot mask
BSC6900
Attach-detach Allowed
BSC6900
Antenna Tributary 1 Factor
BSC6900
Antenna Tributary 2 Factor
BSC6900
Loop time[min]
BSC6900
Test time[min]
BSC6900
Authentication Mode
BSC6900
Validate mode
BSC6900
Validate mode
BSC6900
Validate Mode
BSC6900
Validate user name
BSC6900
Validate user name
BSC6900
Validate User Name
BSC6900
Validate password
BSC6900
Validate password
BSC6900
Validate Password
BSC6900
Validate protocol type
BSC6900
Validate protocol type
BSC6900
Validate Protocol Type
BSC6900
Auto negotiation
BSC6900
Add inter-subrack path automatically
BSC6900
Auto Adjust UL TH and Hysteresis [F]
BSC6900
Auto Adjust UL TH and Hysteresis [H]
BSC6900
Support Auto Obtaining of BTS Logs
BSC6900
Automatic Negotiation Mode
BSC6900
Work Mode for Auto Download Activation
BSC6900
Auto Unlock Switch
BSC6900
Auto Unlock Time
BSC6900
Administration unit type
BSC6900
A Interface Tag
BSC6900
Alarm level
BSC6900
Alarm VOL.
BSC6900
B1B2 signal degraded threshold
BSC6900
B1B2 signal fail threshold
BSC6900
B3 signal degrade threshold
BSC6900
B3 signal fail threshold
BSC6900
Switch of backplane LINE1
BSC6900
Switch of backplane LINE2
BSC6900
Backup Path
BSC6900
Path of Backup File
BSC6900
Bad Quality Disconnection Threshold
BSC6900
Support Advance Downlink TBF Establishment
BSC6900
BTS Interface Board Bar Code 2
BSC6900
Backup port IP address
BSC6900
Backup port mask
BSC6900
Backup Power Saving Method
BSC6900
Backup Power Saving Policy
BSC6900
High Band Indicator of Cell 1900
BSC6900
High Band Indicator of Cell 850
BSC6900
High Band Indicator of Cell 900
BSC6900
Forbidden time after MAX Times
BSC6900
Cabinet Bar Code List
BSC6900
Reference BTS Index
BSC6900
Temperature Basis for Compensation
BSC6900
Temperature Basis for Compensation
BSC6900
Battery Capacity
BSC6900
Battery Configuration Enabled
BSC6900
Battery Discharge Depth
BSC6900
Battery Type
BSC6900
BBAP service listening port No.
BSC6900
Up Down Balance Basic Difference
BSC6900
Battery Capcity
BSC6900
BCC
BSC6900
BCC
BSC6900
BCC
BSC6900
BCCH FD
BSC6900
Main BCCH Frequency
BSC6900
Frequency Hopping Mode of BCCH TRX
BSC6900
BC Congestion Alarm Threshold
BSC6900
BC Congestion Restore Alarm Threshold
BSC6900
DSCP of BG[QoS]
BSC6900
BC Identifier
BSC6900
Battery Current Limiting Coefficient
BSC6900
Boost-Charging Voltage
BSC6900
Battery Configuration Enabled
BSC6900
BestEffort-ARP1 Priority Weight
BSC6900
BestEffort-ARP2 Priority Weight
BSC6900
BestEffort-ARP3 Priority Weight
BSC6900
DSP bear type
BSC6900
Interval for Sending Heartbeat
BSC6900
Bep Period
BSC6900
Best TDD Cell Number
BSC6900
Better 3G Cell HO Allowed
BSC6900
Better Cell Handover Enable
BSC6900
Better Cell HO Valid Time
BSC6900
Better Cell HO Watch Time
BSC6900
Detect multiplier of BFD packet
BSC6900
BFD Session No.
BSC6900
Up Down Balance Floating Range
BSC6900
Switchback Policy of Baseband FH Mutual Aid
BSC6900
In Frame Bit Offset [1/8 bit]
BSC6900
Background-ARP1 Priority Weight
BSC6900
Background-ARP2 Priority Weight
BSC6900
Background-ARP3 Priority Weight
BSC6900
Alarm switch of blinking filter
BSC6900
Alarm blink threshold
BSC6900
Observing time window of statistical alarm
BSC6900
Switch of statistics blinking alarm
BSC6900
Block Retry
BSC6900
Block Timer
BSC6900
BM Port No
BSC6900
BM Slot No
BSC6900
BM Subrack No
BSC6900
Timer Length of BM-TC Flow Control
BSC6900
Borrow DevIP
BSC6900
To Alarm Box Flag
BSC6900
Position of Break Point 1
BSC6900
Position of Break Point 2
BSC6900
BQ HO Allowed
BSC6900
BQ HO Valid Time
BSC6900
BQ HO Margin
BSC6900
BQ HO Watch Time
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board No.
BSC6900
Board No.
BSC6900
Receive Bandwidth
BSC6900
BTS Board Software Type
BSC6900
Forward Bandwidth
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board type.
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Ring II Wait Time Before Switch
BSC6900
Broadcast Content
BSC6900
Broadcast Interval
BSC6900
Backup Style
BSC6900
CCCH Blocks Reserved for AGCH
BSC6900
External BSC DPC
BSC6900
Allow Dynamic Shutdown of TRX by BSC
BSC6900
BSC Flag
BSC6900
BSC GateWay IP
BSC6900
BSC Offset Information Collection End Time
BSC6900
BSC Offset Information Collection Start Time
BSC6900
BSC ID
BSC6900
BSC Index
BSC6900
BSC Fine Tuning Period
BSC6900
BSC IP
BSC6900
BSC IP
BSC6900
Options for BSC Local Switch
BSC6900
External BSC Name
BSC6900
Preemption Allowed
BSC6900
Preemption Allowed During Intra-BSC Handover
BSC6900
In-BSC Port No.
BSC6900
BSC Port
BSC6900
eMLPP Multi-Priority Classes Allowed
BSC6900
Queue Allowed
BSC6900
Queuing Allowed During Intra-BSC Handover
BSC6900
Reserved parameter 1
BSC6900
Reserved parameter 10
BSC6900
Reserved parameter 11
BSC6900
Reserved parameter 12
BSC6900
Reserved parameter 13
BSC6900
Reserved parameter 14
BSC6900
Reserved parameter 15
BSC6900
Reserved parameter 16
BSC6900
Reserved parameter 17
BSC6900
Reserved parameter 18
BSC6900
Reserved parameter 19
BSC6900
Reserved parameter 2
BSC6900
Reserved parameter 20
BSC6900
Reserved parameter 21
BSC6900
Reserved parameter 22
BSC6900
Reserved parameter 23
BSC6900
Reserved parameter 24
BSC6900
Reserved parameter 25
BSC6900
Reserved parameter 26
BSC6900
Reserved parameter 27
BSC6900
Reserved parameter 28
BSC6900
Reserved parameter 29
BSC6900
Reserved parameter 3
BSC6900
Reserved parameter 4
BSC6900
Reserved parameter 5
BSC6900
Reserved parameter 6
BSC6900
Reserved parameter 7
BSC6900
Reserved parameter 8
BSC6900
Reserved parameter 9
BSC6900
In-BSC Slot No.
BSC6900
In-BSC Subrack No.
BSC6900
In-BSC Sub Timeslot No.
BSC6900
BSC Symbol Offset
BSC6900
ID of BSC in TC Pool
BSC6900
ID of a BSC in TC Pool
BSC6900
In-BSC Timeslot No.
BSC6900
BS_CV_MAX
BSC6900
Transfer BTS/MS Power Class
BSC6900
Number of PAGCH Blocks
BSC6900
Multi-Frames in a Cycle on the Paging CH
BSC6900
Number of PBCCH Blocks
BSC6900
Number of PRACH Blocks
BSC6900
BSS Local Switching General Strategy
BSC6900
MSC-Collaborated BSS Local Switching
BSC6900
BSS Paging Co-ordination
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
BM/TC config flag
BSC6900
BM/TC config flag
BSC6900
Adjust Voltage
BSC6900
BTS Bar Code
BSC6900
BTS Communication Type
BSC6900
BTS Communication Type
BSC6900
BTS Description
BSC6900
BTS Detect Switch
BSC6900
Site Index
BSC6900
BTS Index
BSC6900
BTS Index
BSC6900
Connect BSC BTS Index
BSC6900
BTS Index List
BSC6900
BTS Index Type
BSC6900
BTS Index Type
BSC6900
Site Index Collect
BSC6900
BTS IP
BSC6900
Options for BTS Local Switch
BSC6900
Subnet Mask
BSC6900
MR.Preprocessing
BSC6900
BTS Name
BSC6900
Connect BSC BTS Name
BSC6900
BTS Name List
BSC6900
BTS Ping Switch
BSC6900
BTS Power-off Lock BCCH
BSC6900
BTS PC Class
BSC6900
Switch for BTS Supporting SAIC PC Adjust
BSC6900
BTS Software Version
BSC6900
Transmission Compression Ratio
BSC6900
BTS Type
BSC6900
BTS Type
BSC6900
BTS Type
BSC6900
Time for Waiting to Restore
BSC6900
BT Test Type
BSC6900
Battery Type
BSC6900
Ring II Try Rotating Duration Time
BSC6900
Bundling Flag
BSC6900
PTP BVC Identifier
BSC6900
PTPBVC Identifier
BSC6900
BVC Flow Control Timer
BSC6900
Auto adjust bandwidth switch
BSC6900
Backward congestion remain bandwidth
BSC6900
Backward congestion clear remain bandwidth
BSC6900
Backward congestion clear remain ratio
BSC6900
Backward congestion remain ratio
BSC6900
Backward overload congestion clear remain bandwidth
BSC6900
Backward overload congestion clear remain ratio
BSC6900
Backward overload congestion remain bandwidth
BSC6900
Backward overload congestion remain ratio
BSC6900
Backward handover reserved ratio
BSC6900
Backward handover reserved bandwidth
BSC6900
Max bandwidth estimate ratio [%]
BSC6900
Bandwidth Mode
BSC6900
Load Control algorithm BandWidth THD[%]
BSC6900
Up Down Balance Alarm Threshold
BSC6900
Cell Index Type
BSC6900
GPRS Cell Reselect Hysteresis Applied to C31 Criterion
BSC6900
Exceptional Rule for GPRS Reselect Offset
BSC6900
Cabinet Description
BSC6900
Cabinet List
BSC6900
Is remote cabinet
BSC6900
Call Reestablishment Forbidden
BSC6900
Calibration Value
BSC6900
PWRC
BSC6900
Capacity and Coverage Optimize Switch
BSC6900
Card Frequency Attribute
BSC6900
Carry Flag
BSC6900
The bearing type of the logic port
BSC6900
Carry port type
BSC6900
Cell Bar Access
BSC6900
CBC INDEX
BSC6900
CBC IP
BSC6900
CBC ITF Para
BSC6900
CBC Port
BSC6900
Cb No Message Disconnection Timer
BSC6900
Cell Bar Qualify
BSC6900
Consent burst size [Byte]
BSC6900
Cell Broadcast Handshake Timer
BSC6900
Filter Length for SDCCH CV_BEP
BSC6900
Filter Length for TCH CV_BEP
BSC6900
CC
BSC6900
Certificate Chain File Enabled State
BSC6900
CCCH Load Indication Period
BSC6900
CCCH Load Threshold
BSC6900
DSCP of CONV[QoS]
BSC6900
CCM Send Prid
BSC6900
Cell Directed Retry Forbidden Threshold
BSC6900
1800 Reporting Offset
BSC6900
1800 Reporting Threshold
BSC6900
2G NCELL BCCH
BSC6900
2GBA1 Input Tag
BSC6900
2G NCELL BCCH
BSC6900
2GBA2 Input Tag
BSC6900
Cell 8PSK Power Attenuation Grade
BSC6900
900 Reporting Offset
BSC6900
900 Reporting Threshold
BSC6900
Cell Access Bar Switch
BSC6900
Cell Coverage Type
BSC6900
Even Charging Voltage
BSC6900
Even Charging Voltage
BSC6900
Float Charging Voltage
BSC6900
Float Charging Voltage
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell List
BSC6900
Cell Index Type
BSC6900
Cell Index Type
BSC6900
Cell Index Type
BSC6900
Cell Inner/Extra Property
BSC6900
Layer of the cell
BSC6900
Cell Index List
BSC6900
Cell List Send Flag in ASS CMP
BSC6900
Cell SDCCH Channel Maximum
BSC6900
Cell Name
BSC6900
Cell Name
BSC6900
Cell Name
BSC6900
Cell Name List
BSC6900
Cell Operator Power Group
BSC6900
Cell Over Coverage DL RxLev Threshold
BSC6900
Cell Over Coverage TA Threshold
BSC6900
Cell Paging Overload Threshold
BSC6900
Battery Power-off Allowed State
BSC6900
Battery Power-off Voltage
BSC6900
2G/3G Cell Reselection Strategy
BSC6900
Cell Rx Quality Worsen Ratio Threshold
BSC6900
Cell Scenario
BSC6900
Select 3G Cell After Call Release
BSC6900
High Temp Alarm Assembled Battery1
BSC6900
Low Temp Alarm Assembled Battery1
BSC6900
Upper Assembled Battery 1 Temp
BSC6900
Lower Assembled Battery1 TEMP Measure
BSC6900
Battery Temperature Compensated Configure Enabled
BSC6900
Cell Weak Coverage DL RxLev Threshold
BSC6900
Cell Weak Coverage TA Threshold
BSC6900
Congestion End Threshold
BSC6900
Certificate Chain File Name
BSC6900
Board Parameter Configuration Enabled
BSC6900
Carry Flag
BSC6900
BTS Configuration Mode
BSC6900
Configure switch
BSC6900
Board Parameter Configuration Enabled
BSC6900
Board Parameter Configuration Enabled
BSC6900
Confirm Password
BSC6900
Command Group
BSC6900
Command Group
BSC6900
Congestion End Threshold
BSC6900
Congestion End Threshold
BSC6900
CGI and RAC Plan Switch
BSC6900
Command Group Name
BSC6900
Cabinet Group No.
BSC6900
Congestion Start Threshold
BSC6900
Congestion Start Threshold
BSC6900
Congestion Start Threshold
BSC6900
Chain Neighbour Cell Type
BSC6900
Combine Type
BSC6900
Channel Allocate Strategy
BSC6900
PDCH Available Threshold of Channel Failure
BSC6900
Monitoring Alarm Switch for Channel Failure
BSC6900
TCH Available Threshold of Channel Failure
BSC6900
Chan ID
BSC6900
Active CH Interf. Meas.Allowed
BSC6900
Channel Rate Type Decode Expand
BSC6900
PDCH Out-of-Synchronization Period
BSC6900
Ping Check Timeout Counts
BSC6900
Auto Check of BTS Connection Port
BSC6900
ANT_A ALD Current Detection Mode
BSC6900
ANT_B ALD Current Detection Mode
BSC6900
Check Index
BSC6900
Check Index
BSC6900
Check Times for Off
BSC6900
Check Times for On
BSC6900
Calculate checksum when receive message
BSC6900
Calculate checksum when send message
BSC6900
Checksum arithmetic
BSC6900
Check type
BSC6900
Duration
BSC6900
Channel No.
BSC6900
Channel No.
BSC6900
Channel No.
BSC6900
Channel Test Type
BSC6900
Channel Type
BSC6900
ChosenCh Send Flag in ASS CMP
BSC6900
ChosenCh Send Flag in HO Perform
BSC6900
ChosenCh Send Flag in HO REQ ACK
BSC6900
ChosenEncrypAlg Send Flag in Cipher CMP
BSC6900
ChosenEncrypAlg Send Flag in HO Perform
BSC6900
ChosenEncrypAlg Send Flag in ASS CMP
BSC6900
ChosenEncrypAlg Send Flag in HO REQ ACK
BSC6900
Channel Assign Allow for Insuff Power
BSC6900
PS CHR Collect Switch
BSC6900
Max CS CHAN REQ Num in Period
BSC6900
Average PS CHAN REQ Num
BSC6900
CHAN REQ Statistical Period
BSC6900
Channel Type
BSC6900
Cell CI
BSC6900
Cell CI
BSC6900
CIC
BSC6900
CIC
BSC6900
Number of Different Frames in CIC One-Way Mute Detection
BSC6900
CIC Downlink One-Way Mute Detection Period
BSC6900
CIC Downlink One-Way Mute Detection Switch
BSC6900
CIC Downlink One-Way Mute Detection Threshold
BSC6900
CIC Downlink One-Way Mute Detection Duration
BSC6900
CIC Pool Send Flag in ASS Fail
BSC6900
CIC Pool Send Flag in HO Fail
BSC6900
CIC Pool List Send Flag in ASS Fail
BSC6900
CIC Pool List Send Flag in HO Fail
BSC6900
CIC Pool Send Flag in ASS CMP
BSC6900
CIC Pool Send Flag in HO REQ ACK
BSC6900
Bandwidth [64kbps]
BSC6900
C/I Estimate Value
BSC6900
Slot No.
BSC6900
Subrack No.
BSC6900
Support Class11 DTM
BSC6900
Classmark Enquiry With 3G Request
BSC6900
Error clear threshold
BSC6900
Clock Mode
BSC6900
Clock Protocol Type
BSC6900
Clock board type
BSC6900
Clock Type
BSC6900
Clear Command Delay Time
BSC6900
Alarm Cleared Flag
BSC6900
Clear Command Time Interval
BSC6900
Command Name
BSC6900
Command Name
BSC6900
Command Sequence
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
Port Cabinet No.
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
CN Fault Delay
BSC6900
MSC ID
BSC6900
SGSN Node ID
BSC6900
CN Node Index
BSC6900
Operator Index
BSC6900
CN State Policy For Group
BSC6900
Records to Return
BSC6900
Cabinet Type
BSC6900
Cabinet Type
BSC6900
Counts Limit
BSC6900
Upper count threshold of raised fault
BSC6900
Lower count threshold of raised fault
BSC6900
Co-BSC/MSC Adj
BSC6900
Code
BSC6900
Refrigeration Equipment
BSC6900
Collection Type
BSC6900
Combiner Loss
BSC6900
Common Access Control Class
BSC6900
Password Complexity
BSC6900
BTS Transfer Compression Rate
BSC6900
Co-MSC
BSC6900
Connect BSC BTS Index Type
BSC6900
Recover threshold of queue 0 [ms]
BSC6900
Recover threshold of queue 1 [ms]
BSC6900
Recover threshold of queue 2 [ms]
BSC6900
Recover threshold of queue 3 [ms]
BSC6900
Recover threshold of queue 4 [ms]
BSC6900
Recover threshold of queue 5 [ms]
BSC6900
Congestion threshold of queue 0 [ms]
BSC6900
Congestion threshold of queue 1 [ms]
BSC6900
Congestion threshold of queue 2 [ms]
BSC6900
Congestion threshold of queue 3 [ms]
BSC6900
Congestion threshold of queue 4 [ms]
BSC6900
Congestion threshold of queue 5 [ms]
BSC6900
Concentric Circles HO Allowed
BSC6900
Connect Port No.
BSC6900
Connect power monitoring board
BSC6900
Connection Type
BSC6900
Connection Type
BSC6900
Min Interval for Consecutive HOs
BSC6900
Interval for Consecutive HO Jud.
BSC6900
Continue ping or not
BSC6900
Send PKT Count
BSC6900
Duration Second
BSC6900
Allow Dynamic Shutdown of TRX
BSC6900
CPU NO
BSC6900
CRC4 Check Switch
BSC6900
Cell Reselect Hysteresis Parameters
BSC6900
Certificate Revocation List File Name
BSC6900
Certificate Revocation List File State
BSC6900
Channel Release Resend Interval
BSC6900
Channel Release Resend Number
BSC6900
Cell Reselect Offset
BSC6900
Cross Call Detect Time Threshold
BSC6900
Cross IP address available flag
BSC6900
CHR Supplementary Info Output Control
BSC6900
Bad Speech Quality Rate Threshold
BSC6900
CHR MR Output
BSC6900
Abnormal Call End Output Control
BSC6900
GSM CS data service downlink factor
BSC6900
CS data path
BSC6900
CS data priority
BSC6900
GSM CS data service uplink factor
BSC6900
CS Data Service PRI
BSC6900
CHR Handover Information Output
BSC6900
Output MR Before Call Release
BSC6900
Output MR Before Handover
BSC6900
CHR Output Mode
BSC6900
CHR Output Range
BSC6900
CHR Function Switch
BSC6900
CHR Signaling Output
BSC6900
Congestion Start Threshold
BSC6900
Service Type of CHR Output
BSC6900
GSM CS voice service downlink factor
BSC6900
CHR Speech Information
BSC6900
CS voice path
BSC6900
CS voice priority
BSC6900
GSM CS voice service uplink factor
BSC6900
CS Voice Service PRI
BSC6900
Self-healing Switch for Ethernet Adapter Traffic Monitoring
BSC6900
Timer alignment ready
BSC6900
Timer not aligned
BSC6900
Timer aligned
BSC6900
Timer emergency proving
BSC6900
Timer normal proving
BSC6900
Timer sending SIB
BSC6900
Timer remote congestion
BSC6900
Timer excessive delay of acknowledgement
BSC6900
Timer interval of resending FISU
BSC6900
Critical threshold
BSC6900
Critical threshold
BSC6900
Control BSC DPC
BSC6900
Control Acknowledge Type
BSC6900
Control Flag
BSC6900
Control Port Cabinet No.
BSC6900
Control Port No.
BSC6900
Control Port Slot No.
BSC6900
Control Port Subrack No.
BSC6900
Slot No.
BSC6900
Control Plane Slot No.
BSC6900
Control Plane Subrack No.
BSC6900
CM Control Enable Switch
BSC6900
HO_RQD Current Channel
BSC6900
C-Version No.
BSC6900
Period of New File Generation[min]
BSC6900
Data file
BSC6900
Filter Length for TCH Qual
BSC6900
Filter Length for TCH Level
BSC6900
Data Service Allowed
BSC6900
Date Limit
BSC6900
Date
BSC6900
Prohib DynShutdown TRX DateRangeIdx
BSC6900
Day
BSC6900
Dead Band
BSC6900
BCCH IUO of Double Frequency Cell
BSC6900
Same Group Cell Index
BSC6900
Same Group Cell Name
BSC6900
Same Group Cell Index Type
BSC6900
DC Low Voltage Alarm Cabinet No.
BSC6900
DC Low Voltage Alarm Port No.
BSC6900
DC Low Voltage Alarm Slot No.
BSC6900
DC Low Voltage Alarm Subrack No.
BSC6900
DC Voltage Lower Threshold
BSC6900
DC Overvoltage Alarm Threshold
BSC6900
DC Under Voltage Alarm Threshold
BSC6900
DC Voltage Upper Threshold
BSC6900
Number of Dynamic Channel Pre-Converted
BSC6900
T3111
BSC6900
Destination entity No.
BSC6900
Description
BSC6900
Anti-theft Equipment
BSC6900
Destination IP address
BSC6900
Destination IP address
BSC6900
Destination IP address
BSC6900
RMEP ID
BSC6900
Transport Link Type
BSC6900
Dest Node Type
BSC6900
Peer Slot No.
BSC6900
Peer Subrack No.
BSC6900
Peer Subsystem No.
BSC6900
Destination Main BCCH TRX ID
BSC6900
Period of Mute Detect Class2 TRAU Frame
BSC6900
Detect Period
BSC6900
Switch for Abis Timeslot Detection
BSC6900
Device Name
BSC6900
Device No.
BSC6900
Borrowed device IP address
BSC6900
Device IP Address Type
BSC6900
DL UARFCN
BSC6900
DFCB Board SN
BSC6900
DFCB Board SRN
BSC6900
Default DPC
BSC6900
The Type of FTP Server Command Port
BSC6900
DGPS data report period[min]
BSC6900
DHCP Relay Gateway IP Address
BSC6900
DHCP Relay ID
BSC6900
Diesel Engine Save Switch
BSC6900
Different Band SDCCH Using Optimize
BSC6900
Date in Month
BSC6900
Date in Week
BSC6900
Directory
BSC6900
File Directory
BSC6900
Directed Retry AssFail Send Enable
BSC6900
Directed Retry
BSC6900
Directly Magnifier BTS Flag
BSC6900
Disconnect Handover Protect Timer
BSC6900
Diversity
BSC6900
Diversity Transmitter 16QAM Delay
BSC6900
Diversity Transmitter 32QAM Delay
BSC6900
Diversity Transmitter 8PSK Delay
BSC6900
Four Diversity Receiver
BSC6900
PwrCtrlDLAdjPeriod
BSC6900
DLAFSRexQualHighThred
BSC6900
DLAFSRexQualLowThred
BSC6900
DLAHSRexQualHighThred
BSC6900
DLAHSRexQualLowThred
BSC6900
The Identifier of Data Link Connection
BSC6900
Fast DL Priority Decision Threshold
BSC6900
Support Downlink Dual-Carrier
BSC6900
Edge HO DL RX_LEV Threshold
BSC6900
III DL Filter Adjust Factor
BSC6900
DLFSRexQualHighThred
BSC6900
DLFSRexQualLowThred
BSC6900
Downlink GPRS TBF Window Expansion Optimization
BSC6900
DLHSRexQualHighThred
BSC6900
DLHSRexQualLowThred
BSC6900
AMR DL Coding Rate adj.hyst1[F]
BSC6900
AMR DL Coding Rate adj.hyst2[F]
BSC6900
AMR DL Coding Rate adj.hyst3[F]
BSC6900
AMR DL Coding Rate adj.hyst1[H]
BSC6900
AMR DL Coding Rate adj.hyst2[H]
BSC6900
AMR DL Coding Rate adj.hyst3[H]
BSC6900
AMR DL Coding Rate adj.hyst1[WB]
BSC6900
AMR DL Coding Rate adj.hyst2[WB]
BSC6900
Interf.of DL Level Threshold
BSC6900
Interf.of DL Qual.Threshold
BSC6900
2G Cell DL Basic Congest Thred
BSC6900
Filter Length for DL RX_LEV
BSC6900
Downlink Long-term FER Lower Threshold
BSC6900
Downlink Long-term FER Target
BSC6900
Downlink Long-term FER Upper Threshold
BSC6900
Downlink Threshold Adjust Factor
BSC6900
DLMAXDownStep
BSC6900
DLMAXUpStep
BSC6900
2G Cell DL Overload Congest Thred
BSC6900
DL MR. Number Predicted
BSC6900
DL Qual. Upper Threshold
BSC6900
DL Qual. Lower Threshold
BSC6900
Filter Length for DL Qual.
BSC6900
DL Qual. Bad Trig Threshold
BSC6900
DL Qual. Bad UpLEVDiff
BSC6900
DL Qual. Threshold
BSC6900
DL Qual. Limit for AMR FR
BSC6900
DL Qual. Limit for AMR HR
BSC6900
DLRexLevAdjustFactor
BSC6900
DLRexLevExponentFilterLen
BSC6900
DLRexLevHighThred
BSC6900
DLRexLevLowthred
BSC6900
DLRexLevSlideWindow
BSC6900
DLRexQualAdjustFactor
BSC6900
DLRexQualExponentFilterLen
BSC6900
DLRexQualSlideWindow
BSC6900
III DL RexLev Protect Factor
BSC6900
III DL RexQual Protect Factor
BSC6900
DL RX_LEV Upper Threshold
BSC6900
DL RX_LEV Lower Threshold
BSC6900
Downlink TBF Establishment Delay
BSC6900
Download Test Resend Interval
BSC6900
Download Test Resend Number
BSC6900
AMR DL Coding Rate adj.th1[F]
BSC6900
AMR DL Coding Rate adj.th2[F]
BSC6900
AMR DL Coding Rate adj.th3[F]
BSC6900
AMR DL Coding Rate adj.th1[H]
BSC6900
AMR DL Coding Rate adj.th2[H]
BSC6900
AMR DL Coding Rate adj.th3[H]
BSC6900
AMR DL Coding Rate adj.th1[WB]
BSC6900
AMR DL Coding Rate adj.th2[WB]
BSC6900
Down MDU A
BSC6900
Down MDU B
BSC6900
Domain
BSC6900
Downlink Default CS Type
BSC6900
Downlink Default MCS Type
BSC6900
Downlink EGPRS2-A Default MCS Type
BSC6900
Downlink EGPRS2-A Fixed MCS Type
BSC6900
Downlink Fixed CS Type
BSC6900
Downlink Fixed MCS Type
BSC6900
DL PC Allowed
BSC6900
Short Message Downlink Disabled
BSC6900
Release Delay of Downlink TBF
BSC6900
Downlink TBF Threshold from CS2 to CS1
BSC6900
Downlink TBF Threshold from CS3 to CS2
BSC6900
Downlink TBF Threshold from CS4 to CS3
BSC6900
Downlink TBF Threshold from CS1 to CS2
BSC6900
Downlink TBF Threshold from CS2 to CS3
BSC6900
Downlink TBF Threshold from CS3 to CS4
BSC6900
Enable Door Status Alarm Reporting
BSC6900
Double Antenna Gain
BSC6900
DSP code[Whole Number]
BSC6900
DSP code[Divided Number]
BSC6900
DPC Group Index
BSC6900
DPC Group Index
BSC6900
DPC Group Index
BSC6900
DSP type
BSC6900
DSP index
BSC6900
DPX
BSC6900
Directed Retry Handover Level Range
BSC6900
Drop Optimize ABIS Link Failure
BSC6900
Drop Optimize Conn Fail[HO access fail]
BSC6900
Drop Optimize Conn Fail[OM intervention]
BSC6900
Drop Optimize Conn Fail[other]
BSC6900
Drop Optimize Conn Fail[radio link fail]
BSC6900
Drop Optimize Conn Fail[resource not available]
BSC6900
Drop Optimize Equipment Failure
BSC6900
Drop Optimize Err Ind[unsolicited DM response]
BSC6900
Drop Optimize Err Ind[sequence error]
BSC6900
Drop Optimize Err Ind[T200 timeout]
BSC6900
Drop Optimize Forced Handover Failure
BSC6900
Drop Optimize Into-BSC Handover Timeout
BSC6900
Drop Optimize Intra-BSC Handover Timeout
BSC6900
Drop Optimize Intra-Cell Handover Timeout
BSC6900
Drop Optimize No MR for Long Time
BSC6900
Drop Optimize Out-BSC Handover Timeout
BSC6900
Drop Optimize Release Indication
BSC6900
Drop Optimize Resource Check
BSC6900
Packet discard threshold of queue 0 [ms]
BSC6900
Packet discard threshold of queue 1 [ms]
BSC6900
Packet discard threshold of queue 2 [ms]
BSC6900
Packet discard threshold of queue 3 [ms]
BSC6900
Packet discard threshold of queue 4 [ms]
BSC6900
Packet discard threshold of queue 5 [ms]
BSC6900
Drop Power Time Interval[T3]
BSC6900
Drop Power Start Time[T1]
BSC6900
Drop Power Step
BSC6900
SMCBC DRX
BSC6900
Max. Duration of DRX
BSC6900
Dehumidification Equipment
BSC6900
E1T1 port No.
BSC6900
E1T1 port No.
BSC6900
Differentiated Service Codepoint
BSC6900
Differentiated services code point
BSC6900
Differentiated Service Codepoint
BSC6900
DSCP
BSC6900
DSP Kickoff Timer
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP Recover Timer
BSC6900
DaylightSave
BSC6900
Destination File Name
BSC6900
Destination IP address
BSC6900
Destination IP Address
BSC6900
Destination IP Address
BSC6900
Destination address mask
BSC6900
Destination Address Mask
BSC6900
Destination port No.
BSC6900
Destination timeslot mask
BSC6900
Directed Retry Load Access Threshold
BSC6900
DRX Type
BSC6900
Down Link No.
BSC6900
Down Link No.
BSC6900
Down TRX Board Pass No.
BSC6900
Down TRX Board Pass No.
BSC6900
Down TRX Slot No.
BSC6900
Down TRX Slot No.
BSC6900
Down TRX Subrack No.
BSC6900
Down TRX Subrack No.
BSC6900
Dummy Bit Randomization Switch
BSC6900
Duplex Mode
BSC6900
Duration
BSC6900
Duration Hour
BSC6900
Duration
BSC6900
Duration
BSC6900
Downlink Multiplex Threshold of Dynamic Channel Conversion
BSC6900
DL Signal Strength Limit
BSC6900
Up DXX Index
BSC6900
DXX Index
BSC6900
Up DXX Port No.
BSC6900
Timer of Releasing Idle Dynamic Channel
BSC6900
Level of Preempting Dynamic Channel
BSC6900
Reservation Threshold of Dynamic Channel Conversion
BSC6900
Allow Dynamic Shutdown of TRX
BSC6900
Dynamic Transmission Div Supported
BSC6900
Duration
BSC6900
Port No.
BSC6900
E1 Port No Connect To BSC
BSC6900
Transmission Board Type
BSC6900
E1/T1 port No.
BSC6900
E1/T1 Port No.
BSC6900
Backboard E1/T1 Port No.
BSC6900
E1/T1 Type
BSC6900
Check IP address
BSC6900
Ec/No Offset
BSC6900
Ec/No Threshold for Layer Of 3G Cell
BSC6900
ECSC
BSC6900
End Serial No.
BSC6900
End Date
BSC6900
End Date
BSC6900
End Date
BSC6900
End Date
BSC6900
End date
BSC6900
Number of Satisfactory Measurements
BSC6900
Total Number of Measurements
BSC6900
Subcell HO Allowed Flow Control Level
BSC6900
EDGE
BSC6900
Edge HO AdjCell Valid Time
BSC6900
Edge HO AdjCell Watch Time
BSC6900
Handover Algorithm II Edge HO Valid Time
BSC6900
Handover Algorithm I Edge HO Valid Time
BSC6900
Handover Algorithm II Edge HO Watch Time
BSC6900
Handover Algorithm I Edge HO Watch Time
BSC6900
Effect Immediately Flag
BSC6900
Support 11BIT EGPRS Access
BSC6900
EGPRS2-A
BSC6900
EDGE 8PSK Quality Threshold
BSC6900
EDGE GMSK Quality Threshold
BSC6900
EndType
BSC6900
Priority of Emergency Call
BSC6900
Emergency verification
BSC6900
Error emit threshold
BSC6900
EML DSCP
BSC6900
Allow EMLPP
BSC6900
eMLPP Priority
BSC6900
eMLPP Priority In Paging
BSC6900
EML Priority
BSC6900
EML Service PRI
BSC6900
EML VlanId
BSC6900
End month
BSC6900
EMS IP Address
BSC6900
Fallback Function Enable
BSC6900
TMA Power Supply Enabled
BSC6900
Encryption Algorithm
BSC6900
Transport Encrypted Mode
BSC6900
The Encrypted Mode
BSC6900
Support End-to-end User Tracing Function
BSC6900
End Alarm ID
BSC6900
End CIC
BSC6900
End CIC
BSC6900
Prohibit Power Saving End Day
BSC6900
Heater Shutdown Temperature
BSC6900
Prohibit Power Saving End Month
BSC6900
End Sub Timeslot NO.
BSC6900
Time When the Function Is Disabled
BSC6900
End TS
BSC6900
End TS
BSC6900
End Timeslot NO.
BSC6900
Status
BSC6900
Subtask Status
BSC6900
En Iuo Out Cell General OverLoad Thred
BSC6900
User Plane DL Flow Ctrl Switch
BSC6900
Enhanced Concentric Allowed
BSC6900
Load Classification HO Period
BSC6900
Load Classification HO Step
BSC6900
En Iuo Out Cell Low Load Thred
BSC6900
Transmission Resource Preempting Support
BSC6900
Transmission Resource Queuing Support
BSC6900
En Iuo Out Cell Serious OverLoad Thred
BSC6900
Enhanced TCH Adjust Allowed
BSC6900
Local entity type
BSC6900
Destination entity type
BSC6900
IniLev for EnUtoO Load HO
BSC6900
EPLC Switch
BSC6900
Return Code
BSC6900
Emergent Call Disable
BSC6900
Error-frame alarm threshold
BSC6900
Error-frame detect switch
BSC6900
ESL DSCP
BSC6900
ESL Priority
BSC6900
ESL Service PRI
BSC6900
ESL VlanId
BSC6900
End Sync Serial No.
BSC6900
T3101
BSC6900
Add TA to A Interface EST IND
BSC6900
Ring II Rotating Penalty Time
BSC6900
EndTime
BSC6900
End Time
BSC6900
End Time
BSC6900
Execute Type
BSC6900
End Time
BSC6900
End Time
BSC6900
End Time
BSC6900
End Time
BSC6900
End Date
BSC6900
End Time
BSC6900
Log Type
BSC6900
End Time
BSC6900
End week
BSC6900
End week sequence
BSC6900
Upper Limit of Signal Output of External Analog 1
BSC6900
Lower Limit of Signal Output of External Analog 1
BSC6900
Sensor Type of External Analog 1
BSC6900
Upper Limit of Measurement Range of External Analog 1
BSC6900
Lower Limit of Measurement Range of External Analog 1
BSC6900
Upper Limit of Signal Output of External Analog 2
BSC6900
Lower Limit of Signal Output of External Analog 2
BSC6900
Sensor Type of External Analog 2
BSC6900
Upper Limit of Measurement Range of External Analog 2
BSC6900
Lower Limit of Measurement Range of External Analog 2
BSC6900
Upper Limit of Signal Output of External Analog 3
BSC6900
Lower Limit of Signal Output of External Analog 3
BSC6900
Sensor Type of External Analog 3
BSC6900
Upper Limit of Measurement Range of External Analog 3
BSC6900
Lower Limit of Measurement Range of External Analog 3
BSC6900
Upper Limit of Signal Output of External Analog 4
BSC6900
Lower Limit of Signal Output of External Analog 4
BSC6900
Sensor Type of External Analog 4
BSC6900
Upper Limit of Measurement Range of External Analog 4
BSC6900
Lower Limit of Measurement Range of External Analog 4
BSC6900
Exclusive Access
BSC6900
Exceptional Frame Threshold of Mute Detect Class1
BSC6900
Expected DL RX_LEV
BSC6900
Expected UL RX_LEV
BSC6900
Cell Index
BSC6900
Cell Name
BSC6900
Cell Index
BSC6900
Cell Name
BSC6900
BSC Adjacent Cell Index
BSC6900
BSC Adjacent Cell Name
BSC6900
Extended Cell Throughput Enhancement
BSC6900
Extended Switch of Input Alarm
BSC6900
Extension Measurement Command
BSC6900
Extension MR Period
BSC6900
Extension MR Type
BSC6900
Cell Extension Type
BSC6900
Not Send Dummy Message with Extended Uplink TBF
BSC6900
FACCH Msg Resend Interval
BSC6900
FACCH Send Notification Msg Indication
BSC6900
FACCH Send Paging Msg Indication
BSC6900
TRM Factor switch
BSC6900
Factory Mode
BSC6900
Penalty Level after HO Fail
BSC6900
Continuous adjustment command
BSC6900
Discrete adjustment command
BSC6900
Duty ratio adjustment command
BSC6900
Fan adjustment mode
BSC6900
Fan Type
BSC6900
Speed adjustment mode
BSC6900
FanBox Type
BSC6900
Fast Call Setup TCH Usage Threshold
BSC6900
Configure Ring II
BSC6900
Fault Detect Switch
BSC6900
Physical layer flow control switch
BSC6900
Flow Control
BSC6900
Flow Control End Threshold
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Cabinet No. of Parent BTS
BSC6900
Cabinet No. of Father BTS
BSC6900
Flow Control Start Threshold
BSC6900
CRC check mode
BSC6900
CRC check mode
BSC6900
Flow control switch
BSC6900
Float-Charging Voltage
BSC6900
FDDBA1 Input Tag
BSC6900
FDDBA2 Input Tag
BSC6900
FDD Reporting Offset
BSC6900
FDD Reporting Threshold
BSC6900
Diversity Indication
BSC6900
Downlink Frequency
BSC6900
PS FDD Ec/No Quality Threshold
BSC6900
FDD Multirate Reporting
BSC6900
FDD Qmin
BSC6900
FDD Qmin Offset
BSC6900
FDD Q Offset
BSC6900
FDD REP QUANT
BSC6900
FDD RSCP Min.
BSC6900
PS FDD RSCP Quality Threshold
BSC6900
Scrambling Code
BSC6900
Fast judgement window
BSC6900
FER Report Enable
BSC6900
FER Threshold 1
BSC6900
FER Threshold 2
BSC6900
FER Threshold 3
BSC6900
FER Threshold 4
BSC6900
FER Threshold 5
BSC6900
FER Threshold 6
BSC6900
FER Threshold 7
BSC6900
Frequency Hopping Mode
BSC6900
File Name
BSC6900
Target File Path
BSC6900
File Name
BSC6900
Export File Path
BSC6900
Log File Type
BSC6900
Filter Window Size
BSC6900
Final
BSC6900
0.2dB Power Control Enable
BSC6900
Fire-extinguishing Equipment
BSC6900
Fix Abis Prior Choose Load Thred
BSC6900
Flash Alarm Clear Threshold
BSC6900
Flash Alarm Occur Threshold
BSC6900
Flash Filter Enable
BSC6900
Flash Statistic Alarm Clear Time Window
BSC6900
Flash Statistic Alarm Raise Time Window
BSC6900
Flex Abis Mode
BSC6900
Start Flex MAIO Switch
BSC6900
Flex TSC Switch
BSC6900
Flux Measurement Period
BSC6900
Fast Flux Measurement Period
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Filter Parameter A1
BSC6900
Filter Parameter A2
BSC6900
Filter Parameter A3
BSC6900
Filter Parameter A4
BSC6900
Filter Parameter A5
BSC6900
Filter Parameter A6
BSC6900
Filter Parameter A7
BSC6900
Filter Parameter A8
BSC6900
Filter Parameter B
BSC6900
FLUSH-LL PDU Transfer Switch
BSC6900
MS_TXPWR_MAX_CCH
BSC6900
FMU Board Type
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
Allow E Down G Up Switch
BSC6900
Anti DPC Intermittent Disconnect Timer
BSC6900
Force Limit Time
BSC6900
Force MS Two-phase Access
BSC6900
Allow Forced EFR in Cell
BSC6900
Force MS to Send Ho Access SWITCH
BSC6900
Dest Father BTS Port No.
BSC6900
Dest Father BTS Port No.
BSC6900
Maximum Delay Time[ms]
BSC6900
Freq. and BSIC Optimize Switch
BSC6900
Freq. and BSIC Plan Switch
BSC6900
Freq. and BSIC Plan Switch
BSC6900
MP flake size
BSC6900
Frame Offset [Frame No]
BSC6900
Frame Offset
BSC6900
FR Use Downlink DTX
BSC6900
Time Mode
BSC6900
Time Mode
BSC6900
Frequency
BSC6900
Frequency 1
BSC6900
Frequency 10
BSC6900
Frequency 11
BSC6900
Frequency 12
BSC6900
Frequency 13
BSC6900
Frequency 14
BSC6900
Frequency 15
BSC6900
Frequency 16
BSC6900
Frequency 17
BSC6900
Frequency 18
BSC6900
Frequency 19
BSC6900
Frequency 2
BSC6900
Frequency 20
BSC6900
Frequency 21
BSC6900
Frequency 22
BSC6900
Frequency 23
BSC6900
Frequency 24
BSC6900
Frequency 25
BSC6900
Frequency 26
BSC6900
Frequency 27
BSC6900
Frequency 28
BSC6900
Frequency 29
BSC6900
Frequency 3
BSC6900
Frequency 30
BSC6900
Frequency 31
BSC6900
Frequency 32
BSC6900
Frequency 33
BSC6900
Frequency 34
BSC6900
Frequency 35
BSC6900
Frequency 36
BSC6900
Frequency 37
BSC6900
Frequency 38
BSC6900
Frequency 39
BSC6900
Frequency 4
BSC6900
Frequency 40
BSC6900
Frequency 41
BSC6900
Frequency 42
BSC6900
Frequency 43
BSC6900
Frequency 44
BSC6900
Frequency 45
BSC6900
Frequency 46
BSC6900
Frequency 47
BSC6900
Frequency 48
BSC6900
Frequency 49
BSC6900
Frequency 5
BSC6900
Frequency 50
BSC6900
Frequency 51
BSC6900
Frequency 52
BSC6900
Frequency 53
BSC6900
Frequency 54
BSC6900
Frequency 55
BSC6900
Frequency 56
BSC6900
Frequency 57
BSC6900
Frequency 58
BSC6900
Frequency 59
BSC6900
Frequency 6
BSC6900
Frequency 60
BSC6900
Frequency 61
BSC6900
Frequency 62
BSC6900
Frequency 63
BSC6900
Frequency 64
BSC6900
Frequency 7
BSC6900
Frequency 8
BSC6900
Frequency 9
BSC6900
Frequency Adjust Switch
BSC6900
Frequency Adjust Value
BSC6900
Frequency Band Attribute
BSC6900
GSM900 Band Traffic Load Share Threshold
BSC6900
Freq Band List
BSC6900
Frequency Reuse Mode
BSC6900
Frequency List
BSC6900
Frequency Scan Result Type
BSC6900
Edge HO Allowed
BSC6900
FR Uplink DTX
BSC6900
Slot No. of Father BTS
BSC6900
Slot No. of Father BTS
BSC6900
Subrack No. of Parent BTS
BSC6900
Subrack No. of Father BTS
BSC6900
File Type
BSC6900
Factor table index
BSC6900
Factor table index
BSC6900
Factor table index
BSC6900
F-H ATCB Offset Overlay
BSC6900
F-H Ho Duration
BSC6900
F-H Ho Last Time
BSC6900
F-H Pathloss Offset Overlay
BSC6900
F-H Ho Period
BSC6900
F-H Ho Stat. Time
BSC6900
Forward congestion remain bandwidth
BSC6900
Forward congestion clear remain bandwidth
BSC6900
Forward congestion clear remain ratio
BSC6900
Forward congestion remain ratio
BSC6900
Forward overload congestion clear remain bandwidth
BSC6900
Forward overload congestion clear remain ratio
BSC6900
Forward overload congestion remain bandwidth
BSC6900
Forward overload congestion remain ratio
BSC6900
Forward handover reserved ratio
BSC6900
Forward handover reserved bandwidth
BSC6900
CS 2G 3G Load Balance Delta Threshold
BSC6900
2G Load Adjustment Coefficient
BSC6900
G711 Mode
BSC6900
GAMMA
BSC6900
Offset Information Collection End Time
BSC6900
Load Threshold of Offset Collection
BSC6900
Offset Information Collection Switch
BSC6900
Offset Information Collection Start Time
BSC6900
Support GBR QoS
BSC6900
Group Call Check
BSC6900
GCDF
BSC6900
VGCS Channel Assign in Channel Enable
BSC6900
VGCS IM Preemption Enable
BSC6900
Global route management switch
BSC6900
Diversity Transmitter GMSK Delay
BSC6900
GPRS
BSC6900
Support GPRS
BSC6900
GPRS Cell Reselect Hysteresis
BSC6900
PDCH Channel Priority Type
BSC6900
Threshold of HCS Signal Strength
BSC6900
GPRS Penalty Time
BSC6900
GPRS Quality Threshold
BSC6900
GPRS Temporary Offset
BSC6900
GPS or Glonass
BSC6900
GPS data report period
BSC6900
Grade Access Allow
BSC6900
Group Call Num 1
BSC6900
Group Call Num 2
BSC6900
BSC Node Redundancy Group Index
BSC6900
BSC Node Redundancy Group Name
BSC6900
Group Release TS Number
BSC6900
Transport Resource Group No.
BSC6900
Transport Resource Group Type
BSC6900
Geography Scope
BSC6900
CS ratio
BSC6900
GSM CS High Level Standard
BSC6900
Serving Band Reporting
BSC6900
GSM-to-TD Cell Reselection Allowed
BSC6900
ICMP type which will be guarded
BSC6900
BTS SeGW IP Address
BSC6900
BTS Security Gateway IP Address
BSC6900
Support Half Rate Data Service
BSC6900
H-F ATCB Offset Overlay
BSC6900
H-F Ho Duration
BSC6900
H-F Ho Last Time
BSC6900
H-F Pathloss Offset Overlay
BSC6900
H-F Ho Stat. Time
BSC6900
Antenna Tributary 1 Flag
BSC6900
Antenna Tributary 2 Flag
BSC6900
Heartbeat interval
BSC6900
Head Cabinet No.
BSC6900
HCS HO Valid Time
BSC6900
HCS HO Watch Time
BSC6900
Hierarchical Power Para1
BSC6900
Hierarchical Power Para2
BSC6900
Support High Frequency Band
BSC6900
Highest Priority for Quality First
BSC6900
Highest-Priority MSs Rapid Preemption
BSC6900
Highest Priority User Quality First
BSC6900
High Temp Load Power Off
BSC6900
History Record Priority Allowed
BSC6900
Maximum History Password Numbers
BSC6900
Support HMC DTM
BSC6900
Pref. Subcell in HO of Intra-BSC
BSC6900
Handover Between Operators Allow
BSC6900
Min DL Level on Candidate Cell
BSC6900
Min UL Level on Candidate Cell
BSC6900
Specify Index of Cell Handover to
BSC6900
Cell Name of Handover to
BSC6900
Current HO Control Algorithm
BSC6900
Handover Direction Forecast Enable
BSC6900
Handover Direction Forecast Last Times
BSC6900
Handover Direction Forecast Statistic Times
BSC6900
Quick Handover Down Trigger Level
BSC6900
FDD 3G Better Cell HO Valid Time
BSC6900
TDD 3G Better Cell HO Valid Time
BSC6900
Ec/No Threshold for Better 3G Cell HO
BSC6900
Quick Handover Last Time
BSC6900
Handover Scope
BSC6900
Quick Handover Offset
BSC6900
Handover to Overlayer RxLev Offset
BSC6900
Inter-rat HO Preference
BSC6900
Inter UL/OL Subcells HO Penalty Time
BSC6900
Hop Index
BSC6900
Hop Index
BSC6900
Hop Mode
BSC6900
Power Boost before HO Enabled or Not
BSC6900
HO Preference Threshold for 2G Cell
BSC6900
Hop Group Single Freq Optimization
BSC6900
Hop TRX Group HSN
BSC6900
Hop TRX Group Index
BSC6900
Hop Type
BSC6900
Quick Handover Punish Value
BSC6900
BSC HO Protect Time
BSC6900
RSCP Threshold for Better 3G Cell HO
BSC6900
Speech VER in SDCCH HO REQ ACK
BSC6900
FDD 3G Better Cell HO Watch Time
BSC6900
TDD 3G Better Cell HO Watch Time
BSC6900
Quick Handover Static Time
BSC6900
The host type of signalling point
BSC6900
HostType
BSC6900
Inter-layer HO Threshold
BSC6900
Quick Handover Up Trigger Level
BSC6900
Cell Antenna Hopping
BSC6900
Cell Antenna Hopping
BSC6900
Head Port No.
BSC6900
Highest Priority
BSC6900
Hierarchical Power-off Config. Enabled
BSC6900
Load Power-off Voltage
BSC6900
Support Half Rate
BSC6900
HR Use Downlink DTX
BSC6900
Load of UL-OL Cells Rate Select Allowed
BSC6900
HR Uplink DTX
BSC6900
HSN
BSC6900
Head Slot No.
BSC6900
HSN Modification Switch
BSC6900
Head Subrack No.
BSC6900
Hop Type
BSC6900
High Temperature Critical Point
BSC6900
High Temperature Delta Tout
BSC6900
High Temperature Shutdown Flag
BSC6900
Enable Humidity Alarm Reporting
BSC6900
Upper Limit of Humidity Alarm
BSC6900
Lower Limit of Humidity Alarm
BSC6900
Upper Threshold of Humidity Alarm
BSC6900
Upper Threshold of Humidity Alarm
BSC6900
Lower Threshold of Humidity Alarm
BSC6900
Lower Threshold of Humidity Alarm
BSC6900
Hysteresis for On
BSC6900
Inactive RX timer
BSC6900
Duration
BSC6900
Port No.
BSC6900
Transmission Board Type
BSC6900
Inactive TX timer
BSC6900
IBCA AMR FR Soft Block Threshold
BSC6900
IBCA AMR HR Soft Block Threshold
BSC6900
IBCA Allowed
BSC6900
IBCA Assign Waiting Mr Time
BSC6900
IBCA Call Information Filter
BSC6900
IBCA Set-up Call Soft Block Threshold Offset
BSC6900
Target CIR Offset of IBCA Set-up Call
BSC6900
IBCA Downlink Path Loss Offset
BSC6900
IBCA Dyn Measure Neighbour Cell Flag
BSC6900
IBCA Urgent HO Waiting Mr Time
BSC6900
IBCA Flexible TSC Allowed
BSC6900
IBCA Forced BTS Synchronization Allowed
BSC6900
IBCA FR/EFR Soft Block Threshold
BSC6900
IBCA HO Waiting Effective Mr Time
BSC6900
IBCA HR Soft Block Threshold
BSC6900
IBCA ICDM Initial Level Offset
BSC6900
IBCA ICDM Switch
BSC6900
IBCA Info Report Period Within BSC
BSC6900
IBCA Init. Power Control RexLevDL Offset
BSC6900
IBCA Init. Power Control RexLevUL Offset
BSC6900
IBCA Init. Pwr Ctrl Rx Qual DL Offset
BSC6900
IBCA Init. Pwr Ctrl Rx Qual UL Offset
BSC6900
IBCA IUO Path Loss Offset
BSC6900
IBCA MAIO Using Method
BSC6900
IBCA Max. Interference Source Num.
BSC6900
IBCA Neighbor Cell Flag
BSC6900
IBCA Pathloss Est of Non. MR Ncell
BSC6900
Target CIR Offset of IBCA New Call
BSC6900
IBCA Natural HO Waiting Mr Time
BSC6900
IBCA Non Measurement Ncell Stat. Num
BSC6900
Corrected Factor of IBCA Priority
BSC6900
IBCA Info Report Period Between BSC
BSC6900
IBCA Pathloss Offset
BSC6900
IBCA Path Lose Filter Factor
BSC6900
IBCA RxLev Offset
BSC6900
IBCA Service Cell Pathloss
BSC6900
IBCA Soft Block SAIC Offset
BSC6900
IBCA Soft Block Switch
BSC6900
IBCA Sub-Channel Handover Allowed
BSC6900
IBCA MAIO Target C/I Threshold
BSC6900
IUO IBCA Allowed
BSC6900
IBCA User Dyn Measure Neighbor Cell
BSC6900
IBCA WAMR FR Soft Block Threshold
BSC6900
ICB Allowed
BSC6900
Intelligent Control Flag
BSC6900
ICMP packet Length
BSC6900
DSCP of PRI.1 INTACT[QoS]
BSC6900
DSCP of PRI.2 INTACT[QoS]
BSC6900
DSCP of PRI.3 INTACT[QoS]
BSC6900
Task ID
BSC6900
Task ID
BSC6900
Index
BSC6900
Idle Code
BSC6900
Idle code
BSC6900
Idle SDCCH Threshold N1
BSC6900
Index Type
BSC6900
BTS Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Semipermanent Link Index
BSC6900
Index Type
BSC6900
Index Type
BSC6900
If CB Shake Hand
BSC6900
Outgoing Interface No.
BSC6900
Positive or Minus Offset
BSC6900
Indication Offset
BSC6900
Report Process Flag
BSC6900
Ignore Measurement Report Number
BSC6900
IMEI
BSC6900
IMM ASS A IF Creation Timer
BSC6900
Immediate Assignment Optimized
BSC6900
Move Immediate Assignment Down to BTS
BSC6900
TCH Immediate Assignment
BSC6900
Max Delay of IMM ASS Retransmit
BSC6900
Max Transmit Times of IMM ASS
BSC6900
Use IMM ASS Retransmit Parameter
BSC6900
TA Pref. of Imme-Assign Allowed
BSC6900
TA Threshold of Imme-Assign Pref
BSC6900
Immediate Initial Adjust After Site Reset Enable
BSC6900
T3122
BSC6900
IMSI
BSC6900
IMSI
BSC6900
T3121
BSC6900
Fine Tuning Threshold
BSC6900
Fine Tuning Period in BSC
BSC6900
Included Angle
BSC6900
In Port Cabinet No.
BSC6900
Independent E1 Port 3
BSC6900
Intracell F-H HO Last Time
BSC6900
Intracell F-H HO Stat Time
BSC6900
Info Exchange Content
BSC6900
Infrared alarm switch
BSC6900
F2H HO Threshold
BSC6900
H2F HO Threshold
BSC6900
Power Overload Threshold In Ho. In
BSC6900
AMR Starting Mode[F]
BSC6900
AMR Starting Mode[H]
BSC6900
AMR Starting Mode[WB]
BSC6900
In BSC Mask
BSC6900
OL Subcell Assignment Optimization
BSC6900
Inner Cell EDGE HO Enable
BSC6900
BSC Inner Cell Index
BSC6900
BSC Inner Cell Name
BSC6900
Load HO of OL Subcell to UL Subcell
BSC6900
OL Subcell Load Diversity HO Period
BSC6900
Step Length of OL Subcell Load HO
BSC6900
Inner Cell Serious OverLoad Thred
BSC6900
In BSC Port No.
BSC6900
BTS In Port No.
BSC6900
DXX In Port No.
BSC6900
Latitude and Longitude Input Mode
BSC6900
Inter-BSC SDCCH HO ALLowed
BSC6900
In BSC Slot No.
BSC6900
In Port Slot No.
BSC6900
In BSC Subrack No.
BSC6900
In Port Subrack No.
BSC6900
Broadcast Interval
BSC6900
Adjacent Cell Inter-layer HO Hysteresis
BSC6900
Interfere Band Stat Algorithm Type
BSC6900
Inter-cell HO Hysteresis
BSC6900
Penalty Time on Interfere HO
BSC6900
Interfere HO Valid Time
BSC6900
Interfere HO Static Time
BSC6900
Interference HO Allowed
BSC6900
Interf. Priority Allowed
BSC6900
Interference Band Threshold 0
BSC6900
Interference Band Threshold 1
BSC6900
Interference Band Threshold 2
BSC6900
Interference Band Threshold 3
BSC6900
Interference Band Threshold 4
BSC6900
Interference Band Threshold 5
BSC6900
BSC Interior Clock Synchronize Protect Time
BSC6900
Interference Calculation Period
BSC6900
Inter-RAT Cell Reselection Enable
BSC6900
Inter-RAT CS Service HO Load Threshold
BSC6900
Inter-RAT In BSC Handover Enable
BSC6900
Allow Incoming BSC Handover at Iur-g
BSC6900
Inter-RAT Load HO Bandwidth [EcNo]
BSC6900
Inter-RAT Load HO EcNo at Start Point
BSC6900
Inter-RAT Hierarchy Load HO Step [EcNo]
BSC6900
Inter-RAT Load HO Bandwidth [RSCP]
BSC6900
Inter-RAT Load HO RSCP at Start Point
BSC6900
Inter-RAT Hierarchy Load HO Step [RSCP]
BSC6900
Inter-RAT Out BSC Handover Enable
BSC6900
Allow Inter-RAT Load HO in Access State
BSC6900
Relative Time
BSC6900
Send PKT Interval[s]
BSC6900
Interference Frequency
BSC6900
Incoming OL Subcell HO Level TH
BSC6900
T25
BSC6900
T3103A
BSC6900
Intracell F-H HO Allowed
BSC6900
Intracell HO Allowed
BSC6900
T3103C
BSC6900
Co-MBSC
BSC6900
Inter-RAT Load HO EcNo Threshold
BSC6900
Inter-RAT Hierarchical Load HO Period
BSC6900
Inter-RAT Load HO RSCP Threshold
BSC6900
In BSC Start Timeslot No.
BSC6900
DXX In Time Slot No.
BSC6900
Time Interval
BSC6900
OMU Automatic Switchover Interval
BSC6900
Invalid BSIC Reporting
BSC6900
IP Address
BSC6900
IP Address
BSC6900
Local IP Address
BSC6900
Remote IP Address
BSC6900
Physical IP
BSC6900
FTPServer IP
BSC6900
Local IP address
BSC6900
IP address
BSC6900
Local IP address
BSC6900
Packet source IP address
BSC6900
Next Hop IP address.
BSC6900
Local IP address
BSC6900
IP Address
BSC6900
IP Address1
BSC6900
Master Clock Server IP Address
BSC6900
IP Address2
BSC6900
Slave Clock Server IP Address
BSC6900
IP Address3
BSC6900
IP Address4
BSC6900
IP Frame Error Alarm Threshold
BSC6900
IP Frame Error Alarm Clearance Threshold
BSC6900
Head compress
BSC6900
Head compress
BSC6900
IP address index
BSC6900
IP address index
BSC6900
IP MUX Index
BSC6900
IP Phy Trans Type
BSC6900
IP Physical Tran. Type
BSC6900
DHEU Heater Control Allowed
BSC6900
Base BSC
BSC6900
Chain Neighbor Cell
BSC6900
Clock Server Redundancy
BSC6900
Clock Server Redundancy
BSC6900
Config Ring
BSC6900
Configure Check Thresholds or Not
BSC6900
EDGE Support in External Neighbour Cell
BSC6900
Is First Class Transport Resource Group
BSC6900
GPRS Support in External Neighbour Cell
BSC6900
Is Main BCCH TRX
BSC6900
Is Main BSC
BSC6900
Is Main Local Group
BSC6900
NC2 Support in External Neighbour Cell
BSC6900
Subnetwork Configure Mode
BSC6900
IS QOSPATH
BSC6900
Support BSC AISS
BSC6900
Demu Configure Information
BSC6900
Is Supper BTS
BSC6900
Support BTS Local Switch
BSC6900
Is Support Tc Pool
BSC6900
TC board
BSC6900
Remote TC Central
BSC6900
DHEU Temperature Control
BSC6900
Tran. Cabinet Configured
BSC6900
NCCELL No.
BSC6900
Item Index
BSC6900
Item Valid
BSC6900
Value
BSC6900
Interface Type
BSC6900
Interface Type
BSC6900
Concentric Attribute
BSC6900
Dynamic Channel Conversion Parameter of Concentric Cell
BSC6900
UO HO Valid Time
BSC6900
UO HO Watch Time
BSC6900
Cell IUO Type
BSC6900
J0 trace mismatch alarm switch
BSC6900
J0 Byte Format
BSC6900
J0 expected incept value
BSC6900
J0 transmit value
BSC6900
J0 type
BSC6900
J1 trace mismatch alarm switch
BSC6900
J1 Byte Format
BSC6900
J1 expected incept value
BSC6900
J1 transmit value
BSC6900
J1 type
BSC6900
J2 mismatch alarm switch
BSC6900
J2 Byte Format
BSC6900
J2 length
BSC6900
J2 expected incept value
BSC6900
J2 transmit value
BSC6900
Automatic Append J Byte
BSC6900
LAPD Jitter Buffer Algorithm
BSC6900
PS Jitter Buffer Delay
BSC6900
Jitter Buffer switch
BSC6900
K2 Mode
BSC6900
K Bias
BSC6900
Keep-alive timer length[S]
BSC6900
Cell LAC
BSC6900
Cell LAC
BSC6900
Aggregation Mode
BSC6900
Latitude Decimal Part
BSC6900
Latitude Degree Part
BSC6900
Latitude Int Part
BSC6900
Latitude Minute Part
BSC6900
Latitude Second Decimal Part
BSC6900
Latitude Second Int Part
BSC6900
GPS antenna latitude
BSC6900
GPS antenna latitude
BSC6900
Delay measure period [100ms]
BSC6900
Delay adjust suspend period [LATTH]
BSC6900
Rate down threshold for delay [ms]
BSC6900
average delay down filter mantissa
BSC6900
average delay up filter mantissa
BSC6900
Layer of The Cell
BSC6900
Layer of the cell
BSC6900
Inter-Layer HO Load Threshold
BSC6900
Lb Congestion Protection Timer 1
BSC6900
Lb Congestion Protection Timer 2
BSC6900
LDR Fourth
BSC6900
LDR First
BSC6900
LDR Second
BSC6900
Local entity No.
BSC6900
Log Level
BSC6900
Log Level
BSC6900
Alarm Mask Switch
BSC6900
MD LEVEL
BSC6900
Level Report Switch
BSC6900
Level HO Allowed
BSC6900
Inter-layer HO Hysteresis
BSC6900
Layer HO Valid Time
BSC6900
Layer HO Watch Time
BSC6900
Logical function type
BSC6900
Logical function type
BSC6900
Logic function type
BSC6900
Application type of POUc_TDM
BSC6900
PbSL Logical Index
BSC6900
Lower Humidity Threshold
BSC6900
Alarm occur threshold
BSC6900
Alarm recover threshold
BSC6900
Link No.
BSC6900
Query Type
BSC6900
Link rate type
BSC6900
Lower Limit
BSC6900
Lower Limit
BSC6900
Channel No.
BSC6900
LNA Threshold1
BSC6900
LNA Threshold2
BSC6900
Tributary Numbering
BSC6900
Semipermanent Link Rate
BSC6900
Initial bearing traffic active tag
BSC6900
Signalling link mask
BSC6900
Signalling link mask
BSC6900
Load handover Load Accept Threshold
BSC6900
MSC Pool Load Balancing Algorithm Select
BSC6900
NC2 Load Broadcast Period
BSC6900
Load Current Shunt Coefficient
BSC6900
Enhanced Load HO Allowed
BSC6900
Load Handover Support
BSC6900
Load Handover Support
BSC6900
Load Handover Support
BSC6900
Load HO PBGT Threshold
BSC6900
Penalty Time on Load HO
BSC6900
Penalty Value on Load HO
BSC6900
Load HO Step Period
BSC6900
Load HO Step Level
BSC6900
HO Ratio of Enhanced Load HO Algorithm
BSC6900
Load HO Bandwidth
BSC6900
Load Power-off Allowed State
BSC6900
Cell Load Reselection Allowed
BSC6900
Load Reselect Level Threshold
BSC6900
Load Reselection Receive Threshold
BSC6900
Load Reselection Start Threshold
BSC6900
Balance Traffic Allowed
BSC6900
Type of Cell Load Calculation
BSC6900
TRM Load Threshold switch
BSC6900
Local BSC ID
BSC6900
Local IP address
BSC6900
Local IP address
BSC6900
Local IP Address
BSC6900
Local IP Address
BSC6900
Local NSVL ID
BSC6900
Local Port No.
BSC6900
Location Group No.
BSC6900
Location Group No.
BSC6900
Filter of Location Information
BSC6900
First local IP address
BSC6900
Second local IP address
BSC6900
Set Locked/Unlock
BSC6900
Local SCTP port No.
BSC6900
Board Start Load Control.
BSC6900
Loading Mode
BSC6900
Log control threshold
BSC6900
Log control threshold
BSC6900
Logic Port Flag
BSC6900
Logic Port No.
BSC6900
Logic Port Slot No.
BSC6900
Log restore threshold
BSC6900
Log restore threshold
BSC6900
Log control switch
BSC6900
Log File Type
BSC6900
Log Type
BSC6900
Longitude Decimal Part
BSC6900
Longitude Degree Part
BSC6900
Longitude Int Part
BSC6900
Longitude Minute Part
BSC6900
Longitude Second Decimal Part
BSC6900
Longitude Second Int Part
BSC6900
GPS antenna longitude
BSC6900
GPS antenna longitude
BSC6900
Loop Level
BSC6900
Loopback Type
BSC6900
Loop Detect Switch
BSC6900
Loop type
BSC6900
IBCA Loose Trx SDCCH Load Threshold
BSC6900
Loop Direction
BSC6900
Loop Position
BSC6900
Loop type
BSC6900
Loop type.
BSC6900
Loop Time
BSC6900
Suspend times after bandwidth adjusted
BSC6900
Low-level Sublink Resource Preempt Switch
BSC6900
Low Lev Sub Res Preempt Flag
BSC6900
Diversity LNA Bypass Permitted
BSC6900
Allocate OL Channel Based on RX Level
BSC6900
Low Temperature StartLoadPower-off Allowed State
BSC6900
Low Temperature StartLoadPower-off Allowed State
BSC6900
Loop Back Mode
BSC6900
IP Logic Port No.
BSC6900
Logic port No.
BSC6900
Logic port No.
BSC6900
IP Logic Port Slot No.
BSC6900
Type of the logic port
BSC6900
Link Quality Control Mode
BSC6900
Load Shutdown Flag
BSC6900
Load Shutdown Voltage
BSC6900
LDR Third
BSC6900
Whether Include List Command
BSC6900
Result list format
BSC6900
Result List Format
BSC6900
Load type
BSC6900
Log Type
BSC6900
Log Type
BSC6900
Low Temperature Critical Point
BSC6900
Lower Temperature Threshold
BSC6900
Uplink Long-term FER Lower Threshold
BSC6900
Uplink Long-term FER Target
BSC6900
Uplink Long-term FER Upper Threshold
BSC6900
Uplink Threshold Adjust Factor
BSC6900
Number of DSPs with 252 LVDS Links
BSC6900
Lvl1 Vswr
BSC6900
Lvl2 Vswr
BSC6900
Low Voltage Shutdown Flag
BSC6900
M3UA service listening port No.
BSC6900
MAC Address
BSC6900
MAC Frame Error Alarm Threshold
BSC6900
MAC Frame Error Alarm Clearance Threshold
BSC6900
ARFCN Coding Scheme
BSC6900
MA Index
BSC6900
Power Derating Active Channel Enabled
BSC6900
Power Derating Enabled
BSC6900
Power Derating End Time
BSC6900
Power Derating Range
BSC6900
Power Derating Start Time
BSC6900
BTS Interface Board Bar Code 1
BSC6900
PTU Main Dev. Tab
BSC6900
Main Location Group No.
BSC6900
Main Port No
BSC6900
Main Version No.of TMU
BSC6900
MAIO 1
BSC6900
MAIO 10
BSC6900
MAIO 11
BSC6900
MAIO 12
BSC6900
MAIO 2
BSC6900
MAIO 3
BSC6900
MAIO 4
BSC6900
MAIO 5
BSC6900
MAIO 6
BSC6900
MAIO 7
BSC6900
MAIO 8
BSC6900
MAIO 9
BSC6900
Feed Tri. 0 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 1 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 2 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 3 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 4 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 5 TMA Over Critical Alarm Threshold
BSC6900
MA Name
BSC6900
MA Name
BSC6900
Subnet mask
BSC6900
Subnet mask
BSC6900
Subnet mask
BSC6900
Packet source mask
BSC6900
Subnet mask
BSC6900
Mask
BSC6900
IP Mask
BSC6900
Subnet Mask
BSC6900
Subnet Mask
BSC6900
Master Clock Server IP Address
BSC6900
Clock Server IP Address 1
BSC6900
MAX Up Adj. PC Value by Qual.
BSC6900
Association max retrans
BSC6900
Max bandwidth [64kbps]
BSC6900
MAX Consecutive HO Times
BSC6900
Retry Times of Downlink TBF Reassignment
BSC6900
Retry Times of Downlink TBF Establishment
BSC6900
Max Drop Power Threshold
BSC6900
Maximum TRX Number
BSC6900
Maximum TRX Number
BSC6900
Maximum Frame Length[byte]
BSC6900
Max BTS Num of Parallel Software Load
BSC6900
PPP mux max mux-frame length
BSC6900
PPP mux max mux-frame length
BSC6900
Maximum Retry Times
BSC6900
Max Alarm Log Number
BSC6900
Diesel Max Output Power
BSC6900
Path max retrans
BSC6900
Pb Link Check Max TimeOut Number
BSC6900
Maximum Number of PDCH
BSC6900
Maximum Rate Threshold of PDCHs in a Cell
BSC6900
Retry Times of Downlink TBF Polling
BSC6900
Expire Prompt Dates
BSC6900
Charge Coefficient
BSC6900
Charge Coefficient
BSC6900
Max Resend Times of Phy.Info.
BSC6900
Max Retransmissions for Radio Priority 1
BSC6900
Max Retransmissions for Radio Priority 2
BSC6900
Max Retransmissions for Radio Priority 3
BSC6900
Max Retransmissions for Radio Priority 4
BSC6900
PPP mux max sub-frame length
BSC6900
PPP mux max sub-frame length
BSC6900
MAX Down Adj.Value Qual.Zone 0
BSC6900
MAX Down Adj.Value Qual.Zone 1
BSC6900
MAX Down Adj.Value Qual.Zone 2
BSC6900
Max TA
BSC6900
MAX TA Drop Call Filter
BSC6900
Max TA Drop Call Switch
BSC6900
MAX TA Drop Call Threshold
BSC6900
Maximum time for posave
BSC6900
Maximum Number of Occupied Abis Timeslots
BSC6900
MAX TTL
BSC6900
MAX Up Adj. PC Value by RX_LEV
BSC6900
Maximum Valid Dates
BSC6900
MBFD Check Index
BSC6900
Multi hop BFD detect local ip
BSC6900
Multi-band report
BSC6900
Filter Length for SDCCH MEAN_BEP
BSC6900
Filter Length for TCH MEAN_BEP
BSC6900
Second BTS Index
BSC6900
Second BTS Name
BSC6900
MCC
BSC6900
Cell MCC
BSC6900
MC PRI number
BSC6900
MC PRI Number
BSC6900
Second Cell Index
BSC6900
Second Cell Name
BSC6900
Cabinet No. of Management Board
BSC6900
MCPA Optimization Switch
BSC6900
GSM Multi Carrier BTS Standard
BSC6900
MD INDEX
BSC6900
MD Level
BSC6900
MD NAME
BSC6900
MD Name
BSC6900
Allow MR Command or not
BSC6900
Measurement Period
BSC6900
Measurement Report Type
BSC6900
MEP ID
BSC6900
MEP ID
BSC6900
MEP Type
BSC6900
MP/MC list head option
BSC6900
MP/MC List Head Option
BSC6900
Cell Reselection Level Threshold
BSC6900
Min bandwidth [64kbps]
BSC6900
Min Ec/No threshold
BSC6900
Min Access Level Offset
BSC6900
ANT_A ALD Current Minor Alarm Occur Threshold
BSC6900
ANT_B ALD Current Minor Alarm Occur Threshold
BSC6900
Feed Tri. 0 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 1 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 2 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 3 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 4 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 5 TMA Over Warning Alarm Threshold
BSC6900
ANT_A ALD Current Minor Alarm Clear Threshold
BSC6900
ANT_B ALD Current Minor Alarm Clear Threshold
BSC6900
Min Power Level For Directed Retry
BSC6900
TCH Minimum Recovery Time
BSC6900
Min RSCP threshold
BSC6900
Min interval of BFD packet receive [ms]
BSC6900
Minimum RX Interval
BSC6900
Min interval of BFD packet send [ms]
BSC6900
Minimum TX Interval
BSC6900
Mirror Dest Port No.
BSC6900
Mirror Source Port No.
BSC6900
Mirror Type
BSC6900
MNC
BSC6900
Cell MNC
BSC6900
MOC Access CPU Rate
BSC6900
System clock working mode
BSC6900
Signalling link mode
BSC6900
Configure Mode
BSC6900
Mode after Switchover
BSC6900
File Output Mode
BSC6900
Backup mode
BSC6900
Check mode
BSC6900
Feed Tri. 0 Alarm Mode
BSC6900
Feed Tri. 1 Alarm Mode
BSC6900
Feed Tri. 2 Alarm Mode
BSC6900
Feed Tri. 3 Alarm Mode
BSC6900
Feed Tri. 4 Alarm Mode
BSC6900
Feed Tri. 5 Alarm Mode
BSC6900
Monitor Period
BSC6900
Monitor Time
BSC6900
Month
BSC6900
Quick Move Speed Threshold
BSC6900
MP Group Frame Error Alarm Threshold
BSC6900
MP Group Frame Error Alarm Clearance Threshold
BSC6900
MP Group No.
BSC6900
MP Group No.
BSC6900
MLPPP Group No.
BSC6900
Multiplexing Mode
BSC6900
Connect Port No.
BSC6900
MCPPP Switch
BSC6900
MP type
BSC6900
MPU Slot No.
BSC6900
MPU Subrack No.
BSC6900
MR. Compensation Allowed
BSC6900
Allowed MR Number Lost
BSC6900
MRMissNumber
BSC6900
Sent Freq.of preprocessed MR
BSC6900
Antenna Tributary 1 Factor
BSC6900
Antenna Tributary 2 Factor
BSC6900
MR Collection Scope Switch
BSC6900
MR Collection Control Switch
BSC6900
Max Receive Unit
BSC6900
Number of MSs
BSC6900
MS Capability Statistic Switch
BSC6900
MSC Available Capability
BSC6900
Length of NRI in TMSI
BSC6900
MSC NULL-NRI Value
BSC6900
MSC Pool Function Enabled
BSC6900
MSC Administrable State
BSC6900
MSC Version Indication
BSC6900
TREESTABLISH
BSC6900
MSISDN
BSC6900
MSISDN prefix 1
BSC6900
MSISDN prefix 2
BSC6900
MSISDN prefix 3
BSC6900
MSISDN prefix 4
BSC6900
MSISDN prefix 5
BSC6900
Prefix Number for BSC 1
BSC6900
Prefix Number for BSC 10
BSC6900
Prefix Number for BSC 2
BSC6900
Prefix Number for BSC 3
BSC6900
Prefix Number for BSC 4
BSC6900
Prefix Number for BSC 5
BSC6900
Prefix Number for BSC 6
BSC6900
Prefix Number for BSC 7
BSC6900
Prefix Number for BSC 8
BSC6900
Prefix Number for BSC 9
BSC6900
Prefix Number for BTS 1
BSC6900
Prefix Number for BTS 10
BSC6900
Prefix Number for BTS 2
BSC6900
Prefix Number for BTS 3
BSC6900
Prefix Number for BTS 4
BSC6900
Prefix Number for BTS 5
BSC6900
Prefix Number for BTS 6
BSC6900
Prefix Number for BTS 7
BSC6900
Prefix Number for BTS 8
BSC6900
Prefix Number for BTS 9
BSC6900
Avoid Number for BSC 1
BSC6900
Avoid Number for BSC 10
BSC6900
Avoid Number for BSC 2
BSC6900
Avoid Number for BSC 3
BSC6900
Avoid Number for BSC 4
BSC6900
Avoid Number for BSC 5
BSC6900
Avoid Number for BSC 6
BSC6900
Avoid Number for BSC 7
BSC6900
Avoid Number for BSC 8
BSC6900
Avoid Number for BSC 9
BSC6900
Avoid Number for BTS 1
BSC6900
Avoid Number for BTS 10
BSC6900
Avoid Number for BTS 2
BSC6900
Avoid Number for BTS 3
BSC6900
Avoid Number for BTS 4
BSC6900
Avoid Number for BTS 5
BSC6900
Avoid Number for BTS 6
BSC6900
Avoid Number for BTS 7
BSC6900
Avoid Number for BTS 8
BSC6900
Avoid Number for BTS 9
BSC6900
EN Quick PBGT HO ALG When MS Leaves BTS
BSC6900
MS MAX Retrans
BSC6900
MSP Control Command
BSC6900
MSRD MCS Threshold
BSC6900
MSRD PDCH Multiplex Threshold
BSC6900
Subrack No. of Management Board
BSC6900
Min DL level on candidate Cell
BSC6900
MS Rx Quality Statistic Threshold
BSC6900
MS Flow Control Timer
BSC6900
Master Service Active Delay
BSC6900
Maximum TX Power for Access PCH
BSC6900
Self-healing Switch for Memory Overload
BSC6900
MTC Access CPU Rate
BSC6900
Method
BSC6900
MTP2 link No.
BSC6900
Metrology
BSC6900
MTU value
BSC6900
MTU[Byte]
BSC6900
MTU
BSC6900
Hierarchical Power Supply Para.<0.1v>
BSC6900
Multi-Band Report
BSC6900
Period of Mute Detect Class1
BSC6900
Mute Detect Class2 Switch
BSC6900
Period of Mute Detect Class2
BSC6900
Access Prohibited Upon One-Way Audio
BSC6900
Forced Call Release Upon Failed Handover in One-Way Audio
BSC6900
PPP mux framing out-time[us]
BSC6900
PPP mux framing out-time[us]
BSC6900
IP MUX Type
BSC6900
Min Quantity of Working TRXs
BSC6900
My discriminator of BFD
BSC6900
N200
BSC6900
N200 of Establish
BSC6900
N200 of FACCH/Full Rate
BSC6900
N200 of FACCH/Half Rate
BSC6900
Use LAPDm N200
BSC6900
N200 of Release
BSC6900
N200 of SACCH
BSC6900
N200 of SDCCH
BSC6900
Maximum Value of N3101
BSC6900
Maximum Value of N3103
BSC6900
Maximum Value of N3105
BSC6900
Parameter of DTE [N391]
BSC6900
Parameter of DTE [N392]
BSC6900
Parameter of DTE [N393]
BSC6900
Support NACC
BSC6900
OSP name
BSC6900
DSP name
BSC6900
Signalling Route name
BSC6900
Signalling link set name
BSC6900
Signalling link name
BSC6900
Adjacent Node Name
BSC6900
Local entity name
BSC6900
Destination entity name
BSC6900
M3UA route name
BSC6900
M3UA Signalling link set name
BSC6900
M3UA Signaling link name
BSC6900
PCU Name
BSC6900
Assign Non-AMR User Loose Fre. Reuse TRX
BSC6900
N_AVG_I
BSC6900
TFO Switch
BSC6900
Neighbor 2G Cell 1 Index
BSC6900
Neighbor 2G Cell 1 Name
BSC6900
Neighbor 2G Cell 2 Index
BSC6900
Neighbor 2G Cell 2 Name
BSC6900
Neighbor 2G Cell Index
BSC6900
Neighbor 2G Cell Name
BSC6900
Neighbor Cell Index
BSC6900
Neighbor Cell Name
BSC6900
Neighbor Cell Plan Switch
BSC6900
Neighbour Cell CI
BSC6900
Neighbour Cell LAC
BSC6900
Neighbour Cell MCC
BSC6900
Neighbour Cell MNC
BSC6900
Support 64 Neighbour Cells
BSC6900
NC2 Load Reselection Switch
BSC6900
Support NC2
BSC6900
NCC
BSC6900
NCC
BSC6900
NCC Permitted
BSC6900
NCC Permitted
BSC6900
Neighbor Cell Filter Length MR Number
BSC6900
Filter Length for Ncell RX_LEV
BSC6900
NeighborCell Interfere Level Thresh 0
BSC6900
NeighborCell Interfere Level Thresh 1
BSC6900
NeighborCell Interfere Level Thresh 2
BSC6900
NeighborCell Interfere Level Thresh 3
BSC6900
NeighborCell Interfere Level Thresh 4
BSC6900
NeighborCell Interfere Level Thresh 5
BSC6900
NeighborCell Interfere Level Thresh 6
BSC6900
NeighborCell Interfere Level Thresh 7
BSC6900
NCH Occupy Block Number
BSC6900
NCH Start Block
BSC6900
Network Control Mode
BSC6900
Adjacent flag
BSC6900
Net Mask
BSC6900
Min Interval for Emerg. HO
BSC6900
Forward Route Address
BSC6900
Forward route address
BSC6900
Forward route address
BSC6900
Forward Route Address
BSC6900
Network ID
BSC6900
Download file name
BSC6900
Network Operation Mode
BSC6900
No Mains Supply Alarm Cabinet No.
BSC6900
No Mains Supply Alarm Port No.
BSC6900
No Mains Supply Alarm Slot No.
BSC6900
No Mains Supply Alarm Subrack No.
BSC6900
Lower limit of No.1 input -48V[-V]
BSC6900
Upper limit of No.1 input -48V[-V]
BSC6900
Lower limit of No.2 input -48V[-V]
BSC6900
Upper limit of No.2 input -48V[-V]
BSC6900
Lower limit of No.3 input -48V[-V]
BSC6900
Upper limit of No.3 input -48V[-V]
BSC6900
Lower limit of No.4 input -48V[-V]
BSC6900
Upper limit of No.4 input -48V[-V]
BSC6900
Lower limit of No.5 input -48V[-V]
BSC6900
Upper limit of No.5 input -48V[-V]
BSC6900
Lower limit of No.6 input -48V[-V]
BSC6900
Upper limit of No.6 input -48V[-V]
BSC6900
Non-AMR F-H Ho Allowed
BSC6900
Non-AMR F-H Ho ATCB Adjust Step
BSC6900
Non-AMR F-H Ho ATCB Threshold
BSC6900
Non-AMR F-H Ho Pathloss Adjust Step
BSC6900
Non-AMR F-H Ho Pathloss Threshold
BSC6900
Non-AMR F-H Ho Qual. Threshold
BSC6900
Non-AMR F-H Traffic Threshold
BSC6900
Non-AMR H-F Ho ATCB Threshold
BSC6900
Non-AMR H-F Ho Pathloss Threshold
BSC6900
Allow Non-AMR H-F Quality-based HO
BSC6900
Non-AMR H-F Ho Qual. Threshold
BSC6900
Non-AMR H-F Traffic Threshold
BSC6900
Adjacent Node Type
BSC6900
Cons.No Dl Mr.HO Allowed Limit
BSC6900
No Dl Mr.HO Allowed
BSC6900
No Dl Mr.Ul Qual HO Limit
BSC6900
Norminal Capacity{AH}
BSC6900
Allow III Power Control For Non-AMR
BSC6900
Non-DRX Period
BSC6900
A ALD Cur-Minor Alarm N-Cur Duration
BSC6900
B ALD Cur-Minor Alarm N-Cur Duration
BSC6900
Cell Normal Reselection Allowed
BSC6900
Normal Work TEMP Threshold
BSC6900
Discard TMSI All Cell Paging
BSC6900
Statistical Period of No-traffic
BSC6900
No VGCS Call Time
BSC6900
Number of TRACERT Packages Per TTL
BSC6900
Filter Length for SDCCH NBR_RCVD_BLOCK
BSC6900
Filter Length for TCH NBR_RCVD_BLOCK
BSC6900
NRI Value
BSC6900
NRI Value
BSC6900
Support NR_of_FDD_cells Writing
BSC6900
NSE Identifier
BSC6900
NSE Identifier
BSC6900
NCell Filter Length for SDCCH Level
BSC6900
NS Latitude
BSC6900
NSVC Identifier
BSC6900
NSVC Index
BSC6900
Normal Temperature Delta Tin
BSC6900
Normal Temperature Delta Tout
BSC6900
Ny2
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
DSCP of OAM flow
BSC6900
OAM flow min bandwidth switch
BSC6900
Operate Object
BSC6900
Object Type
BSC6900
User Index
BSC6900
Object Index
BSC6900
Object Type
BSC6900
Object Type
BSC6900
Object Type
BSC6900
Preempt Switch of Streaming Resource
BSC6900
OL to UL HO Allowed
BSC6900
Configure Backup OML
BSC6900
OML Detection Switch
BSC6900
OML Lapd Link Detect Time
BSC6900
OML DSCP
BSC6900
BTS OML&ESL Average Down-bandwidth
BSC6900
BTS OML&ESL Average Up-bandwidth
BSC6900
OML Priority
BSC6900
OML Service PRI
BSC6900
OML VlanId
BSC6900
OML/ESL/EML LAPD Downlink Window Size
BSC6900
OMU External Network Virtual IP
BSC6900
OMU External Network Mask
BSC6900
Operator
BSC6900
OSP Code
BSC6900
OSP Code
BSC6900
OPC Index
BSC6900
Operator Type
BSC6900
Operator Index
BSC6900
OP INDEX SET
BSC6900
Operate mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operator Name
BSC6900
Assign Optimum Layer
BSC6900
Assign-optimum-level Threshold
BSC6900
TA Threshold of Assignment Pref
BSC6900
TRX Priority
BSC6900
Optical interface standard
BSC6900
Operation Type
BSC6900
Operate Type
BSC6900
OPX
BSC6900
Originally E1/T1 Port No.
BSC6900
Operation type
BSC6900
Other Frequency
BSC6900
Number of Other-RAT Modules
BSC6900
OtoU HO Received Level Threshold
BSC6900
UL Subcell Assignment Optimization
BSC6900
T8
BSC6900
T7
BSC6900
Inter BSC Load Information Allowed
BSC6900
UL Subcell General Overload Threshold
BSC6900
Power Overload Threshold In Ho. Out
BSC6900
Outgoing OL Subcell HO Level TH
BSC6900
Load HO Allowed
BSC6900
MOD Step LEN of UL Load HO Period
BSC6900
UL Subcell Load Hierarchical HO Periods
BSC6900
Step Length of UL Subcell Load HO
BSC6900
UL Subcell Lower Load Threshold
BSC6900
Out BSC Mask
BSC6900
Out BSC Port No.
BSC6900
DXX Out Port No.
BSC6900
DXX Out Time Slot No.
BSC6900
Cannel 0 Digital Control Signal Level
BSC6900
Cannel 1 Digital Control Signal Level
BSC6900
Cannel 2 Digital Control Signal Level
BSC6900
Cannel 3 Digital Control Signal Level
BSC6900
Output Power
BSC6900
Output Power
BSC6900
Output Power Unit
BSC6900
UL Subcell Serious Overload Threshold
BSC6900
Cell Out-of-Service Alarm Switch
BSC6900
Out BSC Slot No.
BSC6900
Load Outlet Slot No.
BSC6900
Out BSC Subrack No.
BSC6900
Allow Inter-RAT Load HO in Connect State
BSC6900
Service Handover Reassign
BSC6900
Service Based Handover Switch
BSC6900
Load Info Timeout Timer
BSC6900
Out BSC Start Timeslot No.
BSC6900
ANT_A ALD Over Current Occur Threshold
BSC6900
ANT_B ALD Over Current Occur Threshold
BSC6900
RET ALD Over Current Occur Threshold
BSC6900
ANT_A ALD Over Current Clear Threshold
BSC6900
ANT_B ALD Over Current Clear Threshold
BSC6900
RET ALD Over Current Clear Threshold
BSC6900
A ALD Cur-Minor Alarm Over-Cur Duration
BSC6900
B ALD Cur-Minor Alarm Over-Cur Duration
BSC6900
Overload Indication Period
BSC6900
Derating TEMP Threshold
BSC6900
CPU Usage for Critical Paging FC
BSC6900
CPU Usage for Major Paging FC
BSC6900
CPU Usage for Minor Paging FC
BSC6900
CPU Usage for Slight Paging FC
BSC6900
PA Intelligent Adjust Voltage
BSC6900
Move Packet Assignment Down to BTS
BSC6900
Average Paging Message Number In Period
BSC6900
BTS Paging Lifetime
BSC6900
MAX Paging Message Number In Period
BSC6900
Paging Times
BSC6900
PAN_DEC
BSC6900
PAN_INC
BSC6900
PAN_MAX
BSC6900
Priority of Shut Down TRX
BSC6900
Patch No.
BSC6900
Patch Number
BSC6900
IP path check flag
BSC6900
IP path ID
BSC6900
IP path ID
BSC6900
Path Loss of Different Frequency Band
BSC6900
Pathloss Ho. Enable
BSC6900
IP path type
BSC6900
Patch type
BSC6900
Pb
BSC6900
PBGT HO Allowed
BSC6900
PBGT Valid Time
BSC6900
PBGT HO Threshold
BSC6900
PBGT Watch Time
BSC6900
MAX Retrans Maintenance Msg on Pb-I
BSC6900
PC Interval
BSC6900
PC_MEAS_CHAN
BSC6900
PCU No
BSC6900
PCU No.
BSC6900
PCU No.
BSC6900
PCU No.
BSC6900
PCU Support PREEMPT_ABIS_LINK Message
BSC6900
PDCH Downlink Multiplex Threshold
BSC6900
PDCH Power Saving Enable
BSC6900
PDCH Reforming
BSC6900
PDCH Uplink Multiplex Threshold
BSC6900
PENDING timer
BSC6900
Peer BSC ID
BSC6900
Peer BSC ID
BSC6900
Peer BSC IP
BSC6900
Peer BSC Mask
BSC6900
Peer BTS ID
BSC6900
Peer IP address
BSC6900
Peer IP address
BSC6900
Peer IP address
BSC6900
Peer IP Address
BSC6900
Peer IP Address
BSC6900
First destination IP address
BSC6900
Second destination IP address
BSC6900
Peer IP address
BSC6900
Peer subnet mask
BSC6900
Destination SCTP port No.
BSC6900
Peer Version
BSC6900
Penalty Allowed
BSC6900
Cell Penalty Duration
BSC6900
Cell Penalty Level
BSC6900
CfgPenaltyTimer
BSC6900
Ping Check Period
BSC6900
Measurement Period
BSC6900
Protocal field compress
BSC6900
Protocol field compress
BSC6900
Support Protocol Field Compress
BSC6900
PFC Support
BSC6900
Paging Message Classifying Allowed
BSC6900
Max CS Paging Message Num in Period
BSC6900
Max PS Paging Message Num in Period
BSC6900
Paging Statistical Period
BSC6900
Per-Hop Behavior
BSC6900
PHB
BSC6900
Cell Reselect Parameters Indication
BSC6900
Private Key Password Enabled State
BSC6900
PKT Count
BSC6900
PKT Size[Byte]
BSC6900
Packet Length
BSC6900
Maximum Frame Length
BSC6900
PACKET SI
BSC6900
Size of packet
BSC6900
PKT Size
BSC6900
Persistence Level 1
BSC6900
16QAM Transmitter Power Reduce Level
BSC6900
Persistence Level 2
BSC6900
Persistence Level 3
BSC6900
32QAM Transmitter Power Reduce Level
BSC6900
Persistence Level 4
BSC6900
TRX 8PSK Level
BSC6900
Packet lost measure period [100ms]
BSC6900
Packet discard threshold[0.001]
BSC6900
Play Point
BSC6900
Play Switch
BSC6900
Play Time
BSC6900
Performance monitor control threshold
BSC6900
Performance monitor control threshold
BSC6900
Interval for Sending Cell Paging Package
BSC6900
Number of Cell Pagings in One Package
BSC6900
Cell Paging Package Switch
BSC6900
Performance monitor restore threshold
BSC6900
Performance monitor restore threshold
BSC6900
Performance monitoring flow control switch
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No
BSC6900
Port No
BSC6900
BM Port No
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Physics port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Transmission Delay of POC Service
BSC6900
Max. GBR for POC Service
BSC6900
Min. GBR for POC Service
BSC6900
POC Support
BSC6900
Power Output Reduction Threshold
BSC6900
Power Output Error Threshold
BSC6900
Rollback Point Description
BSC6900
Rollback Point Name
BSC6900
Destination Port
BSC6900
Port
BSC6900
Port
BSC6900
DXX In Port No.
BSC6900
DXX Port Number
BSC6900
Port protocol type
BSC6900
Panel Port Switch
BSC6900
Port Type
BSC6900
Port Type
BSC6900
2Quater Message Transmission Channel
BSC6900
Patch Operation Type
BSC6900
Rated Power
BSC6900
Switch for Relay 1
BSC6900
Switch for Relay 2
BSC6900
Switch for Relay 3
BSC6900
Switch for Relay 4
BSC6900
Switch for Relay 5
BSC6900
Switch for Relay 6
BSC6900
Battery Shunt Coefficient
BSC6900
16QAM Transmitter Power Reduce Level
BSC6900
32QAM Transmitter Power Reduce Level
BSC6900
Power Type
BSC6900
Cabinet Power System Type
BSC6900
Power Level
BSC6900
Power Type
BSC6900
PPP Frame Error Alarm Threshold
BSC6900
PPP Frame Error Alarm Clearance Threshold
BSC6900
PPP link No.
BSC6900
PPP sub-link No.
BSC6900
PPP link No.
BSC6900
PPP Link No.
BSC6900
PPP mux
BSC6900
Priority queue number
BSC6900
Preempted Call Not Released After Handover Failure
BSC6900
PDCH Preemption Allowed During Handover Due to Preemption
BSC6900
Emergency Call Preemption Permitted
BSC6900
Preprocess MR Sample Ratio
BSC6900
Route Priority
BSC6900
Packet Access Priority
BSC6900
Support Priority Based Flow Control
BSC6900
Transfer Original MR
BSC6900
Print control threshold
BSC6900
Print control threshold
BSC6900
Print restore threshold
BSC6900
Print restore threshold
BSC6900
Print Flow control switch
BSC6900
Cell Priority
BSC6900
Cell Priority
BSC6900
Flex Abis Prior Choose Load Thred
BSC6900
Cell HCS Prior Class
BSC6900
Route priority
BSC6900
Signalling link priority
BSC6900
Priority
BSC6900
Preferential Customized Detection Type
BSC6900
Number of Customized Detection Types
BSC6900
Subsidiary Customized Detection Type
BSC6900
Private Key File Name
BSC6900
BTS Port Detection Sequence
BSC6900
SS7 protocol type
BSC6900
Frame Relay Protocol Type
BSC6900
Protection Delay for Detection
BSC6900
Dyn. Turning Off Cell Protection Time
BSC6900
TRX Power-on Protection Time
BSC6900
Port select
BSC6900
Port select
BSC6900
Port select
BSC6900
PS CHR Abis
BSC6900
PS CHR Gb
BSC6900
PS CHR Inner Information
BSC6900
PS CHR Inner Message
BSC6900
PS CHR Um
BSC6900
GSM PS data service downlink factor
BSC6900
GSM PS data service uplink factor
BSC6900
PS Handover Support
BSC6900
PS high PRI data path
BSC6900
PS high PRI data priority
BSC6900
PS High PRI Service PRI
BSC6900
PSI1 Repetition Period
BSC6900
Support PSI Status Message
BSC6900
PS low PRI data path
BSC6900
PS low PRI data priority
BSC6900
PS Low PRI Service PRI
BSC6900
PS OtoU HO Receive Level Threshold
BSC6900
Mode Control
BSC6900
PS RACH Min. Access Level
BSC6900
PS Min.Access Level
BSC6900
PS CHR Switch
BSC6900
Max PS Resource REQ Num in Period
BSC6900
PS Resource REQ Statistical Period
BSC6900
DPSU 0 Configured
BSC6900
DPSU 1 Configured
BSC6900
DPSU 2 Configured
BSC6900
DPSU 2 Configured
BSC6900
DPSU 3 Configured
BSC6900
DPSU 4 Configured
BSC6900
DPSU 5 Configured
BSC6900
DPSU 6 Configured
BSC6900
DPSU 7 Configured
BSC6900
PS UtoO HO Receive Level Threshold
BSC6900
PSU Turning Off Enable
BSC6900
Self-healing Switch for OMU Process
BSC6900
Port Type
BSC6900
Port
BSC6900
Cell Reselect Penalty Time
BSC6900
Subnet Protocol Type
BSC6900
Port Type
BSC6900
Line code
BSC6900
Frame receive Structure
BSC6900
Frame send Structure
BSC6900
Frame Structure
BSC6900
HDLC Path Index In BTS
BSC6900
Port type
BSC6900
Power System Type
BSC6900
Certificate File Name
BSC6900
BTS Patch Version
BSC6900
Patch Version
BSC6900
PVC Utilization Report Period Timer
BSC6900
Private Key Password
BSC6900
Password
BSC6900
User Password
BSC6900
Minimum Password Length
BSC6900
Power Level
BSC6900
First Alarm Switch
BSC6900
Second Alarm Switch
BSC6900
Power Forecast Allowed
BSC6900
III Power Control Optimized Enable
BSC6900
Power Control Switch
BSC6900
Power Deviation
BSC6900
Power Deviation Indication
BSC6900
Location Group Power Switch
BSC6900
Power Class
BSC6900
Power-off Protect Start Time
BSC6900
Power Priority Allowed
BSC6900
Power Finetune
BSC6900
ANT_A ALD Power Switch
BSC6900
ANT_B ALD Power Switch
BSC6900
RET ALD Power Switch
BSC6900
Min DSCP of queue 0
BSC6900
Min DSCP of queue 1
BSC6900
Min DSCP of queue 2
BSC6900
Min DSCP of queue 3
BSC6900
Min DSCP of queue 4
BSC6900
Qsearch C Initial
BSC6900
MS Fast Moving HO Allowed
BSC6900
MS Fast-moving Watch Cells
BSC6900
MS Fast-moving Time Threshold
BSC6900
MS Fast-moving Valid Cells
BSC6900
Qsearch I
BSC6900
Filter Length for TCH Qual.
BSC6900
Filter Length for SDCCH Qual.
BSC6900
Support QoS Optimize
BSC6900
Qsearch P
BSC6900
Qsearch C
BSC6900
QTRU Signal Merge Avoid Switch
BSC6900
Qtru Down Power Inadequate Last Time
BSC6900
Qtru Down Power Inadequate Stat Time
BSC6900
Multi-Density TRX Power Sharing
BSC6900
Qualified Times for Off
BSC6900
Qualified Times for On
BSC6900
MAX Down Adj. PC Value by Qual.
BSC6900
Query Classmark after In-BSC HO Enabled
BSC6900
Quick Handover Enable
BSC6900
SubRack0 Auxiliary Equipment
BSC6900
SubRack0 Storage Battery Config Permit
BSC6900
SubRack0 Storage Battery Capacity
BSC6900
SubRack0 Storage Battery Coefficient
BSC6900
SubRack0 Storage Battery Type
BSC6900
SubRack1 Auxiliary Equipment
BSC6900
SubRack1 Storage Battery Config Permit
BSC6900
SubRack1 Storage Battery Capacity
BSC6900
SubRack1 Storage Battery Coefficient
BSC6900
SubRack1 Storage Battery Type
BSC6900
SubRack2 Auxiliary Equipment
BSC6900
SubRack2 Storage Battery Config Permit
BSC6900
SubRack2 Storage Battery Capacity
BSC6900
SubRack2 Storage Battery Coefficient
BSC6900
SubRack2 Storage Battery Type
BSC6900
RAC
BSC6900
Route Area
BSC6900
Routing Area
BSC6900
Route Area
BSC6900
Route Area
BSC6900
Route Area
BSC6900
CS RACH Min. Access Level
BSC6900
RACH Busy Threshold
BSC6900
Average RACH Load Timeslot Number
BSC6900
CS Min.Access Level
BSC6900
Routing Area Color Code
BSC6900
Allow MS to Access to Another Cell
BSC6900
Random Access Error Threshold
BSC6900
Accessorial Hysteresis of Cell Selection
BSC6900
Rate
BSC6900
AMR Rate Control Switch
BSC6900
Is RATSCCH Function Enabled
BSC6900
Raw MR Sample Ratio
BSC6900
Type of Rollback Point
BSC6900
Result Recording Type
BSC6900
Chain No.
BSC6900
First RXU Chain No.
BSC6900
Second RXU Chain No.
BSC6900
Receive Mode
BSC6900
Rate down coefficient [%]
BSC6900
Allow Reassign
BSC6900
Frequency Band of Reassign
BSC6900
ReceiveQualThrshAMRFR
BSC6900
ReceiveQualThrshAMRHR
BSC6900
RX_LEV Hysteresis
BSC6900
RX_LEV Threshold
BSC6900
RX_LEV for UO HO Allowed
BSC6900
Record Discarded Paging Msg
BSC6900
Decrease rate alarm recover threshold
BSC6900
RX_QUAL Threshold
BSC6900
RX_QUAL for UO HO Allowed
BSC6900
Backup
BSC6900
Interval to Reduce Transmission Bandwidth when Congested
BSC6900
Number of Transmission Bandwidth to Reduce when Congested
BSC6900
Port for LINE2
BSC6900
Back-up port for LINE2
BSC6900
Port for LINE1
BSC6900
Back-up port for LINE1
BSC6900
Switch of panel 2M BITS1
BSC6900
Switch of panel 2M BITS2
BSC6900
Use SGSN clock source
BSC6900
Region Information
BSC6900
ReHost Absolute Time
BSC6900
ReHostDelayTime
BSC6900
ReHost Type
BSC6900
Reinitialize Neighbour Cell Table
BSC6900
Associated Board CN
BSC6900
Extend Connection Configuration Enabled
BSC6900
Associated Board Function
BSC6900
Associated Board SN
BSC6900
Associated Board SRN
BSC6900
Cascading Tributary
BSC6900
Remark
BSC6900
Route use description
BSC6900
Remote NSVL ID
BSC6900
Repeat
BSC6900
Repeated Downlink FACCH
BSC6900
Repeated Downlink FACCH Threshold
BSC6900
Repeated SACCH
BSC6900
Reserved Alarm ID.
BSC6900
ResCheckAllowed
BSC6900
Cell Reselection Hysteresis
BSC6900
Cell Reselect Interval
BSC6900
Normal Cell Reselection Watch Period
BSC6900
Normal Cell Reselection Worsen Level Threshold
BSC6900
Number of Reserved Dynamic Channel
BSC6900
Reserved TCH Number for PA Turning On
BSC6900
BTS Reset Alarm Delay Switch
BSC6900
BTS Reset Alarm Delay Time
BSC6900
Reset Interval of Account Lock Counter
BSC6900
Reset Retry
BSC6900
BTS Reset Time
BSC6900
Reset Timer
BSC6900
Reason
BSC6900
Response on Out-BSC HO Req
BSC6900
Resume Broken Downloads Flag
BSC6900
Sub-protocol negotiate out time[S]
BSC6900
Sub-protocol negotiate out time[S]
BSC6900
Alarm Restore Type
BSC6900
Resume Timer
BSC6900
Reserved Channel Number
BSC6900
Max RC Power Reduction
BSC6900
Radio Resource Report Period
BSC6900
Execute Interval
BSC6900
Configure RFU by Slot
BSC6900
GPS or RGPS
BSC6900
RIM Support
BSC6900
Channel No.
BSC6900
Radio Link Timeout
BSC6900
Remote TC Subrack Ater Transmission Mode
BSC6900
RNC ID
BSC6900
Neighboring RNC Index
BSC6900
Neighboring RNC Index
BSC6900
Neighboring RNC Name
BSC6900
Root Certificate File Name
BSC6900
Route No.
BSC6900
Route Port No.
BSC6900
Report Downlink VQI Allowed
BSC6900
Cell Reselection MR Period in Packet Idle Mode
BSC6900
Cell Reselection MR Period in Packet Transfer Mode
BSC6900
Decrease rate alarm report threshold
BSC6900
Report Speech Quality
BSC6900
Filter Length for SDCCH REP_QUANT
BSC6900
Filter Length for TCH REP_QUANT
BSC6900
Rscgrp No.
BSC6900
Resource Management Mode
BSC6900
Resource management mode
BSC6900
RscPenaltyTimer
BSC6900
RSCP Offset
BSC6900
RSCP Threshold for Layer of 3G Cell
BSC6900
RSD alarm source
BSC6900
RSF alarm source
BSC6900
GPRS Reselection Offset
BSC6900
BTS RSL Average Down-bandwidth
BSC6900
RSL DSCP
BSC6900
RSL Priority
BSC6900
BTS RSL Average Up-bandwidth
BSC6900
RSL VlanId
BSC6900
RSL LAPD Window Size
BSC6900
Lock Reason
BSC6900
Relative Signal Strength Threshold
BSC6900
Reset file
BSC6900
Result File Name
BSC6900
Restart switch
BSC6900
Restart Timer
BSC6900
Max Channel Num Reserved for EC
BSC6900
Reserved Parameter 1
BSC6900
Reserved Parameter 10
BSC6900
Reserved Parameter 2
BSC6900
Reserved Parameter 3
BSC6900
Reserved Parameter 4
BSC6900
Reserved Parameter 5
BSC6900
Reserved Parameter 6
BSC6900
Reserved Parameter 7
BSC6900
Reserved Parameter 8
BSC6900
Reserved Parameter 9
BSC6900
Reserve Idle Channel Number
BSC6900
Revertive type
BSC6900
Routing Context
BSC6900
RTCP Bandwidth Usage
BSC6900
Enable RTCP
BSC6900
Destination Network Address
BSC6900
Destination Address Mask
BSC6900
Route Index
BSC6900
RTO alpha value
BSC6900
RTO beta value
BSC6900
RTO initial value
BSC6900
RTO max value
BSC6900
RTO min value
BSC6900
Measure Link Delay Switch
BSC6900
RTTI PDCH Multiplex Threshold
BSC6900
Route Type
BSC6900
Rate up step [kbps]
BSC6900
Rate up step adjust period [PLPRD]
BSC6900
R-Version No.
BSC6900
Backward Bandwidth
BSC6900
Backward Bandwidth
BSC6900
Minimum Receiving level for Access
BSC6900
Interfere HO Qual. Thresh Offset for AMR FR
BSC6900
Minum Access RXLEV
BSC6900
Rx_Level_Drop HO Allowed
BSC6900
Interfere HO Qual. Thresh 1 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 10 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 11 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 12 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 2 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 3 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 4 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 5 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 6 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 7 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 8 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 9 for Non-AMR FR
BSC6900
RXU Chain No
BSC6900
RXU Chain No.
BSC6900
RXU Chain No.
BSC6900
RXU Index Type
BSC6900
RXU Index Type
BSC6900
RXU Name
BSC6900
RXU Name
BSC6900
RXU Name
BSC6900
RXU Chain Position
BSC6900
RXU Chain Position
BSC6900
RXU Board Position
BSC6900
RXU Board Type
BSC6900
S1 value setting switch
BSC6900
S1 Value
BSC6900
Special Analog Alarm Enabled
BSC6900
Special Analog Alarm Flag
BSC6900
Trunking MSC
BSC6900
SAIC Allowed
BSC6900
Power Control Threshold Adjust for SAIC
BSC6900
Power Control threshold Adjust for SAIC
BSC6900
Special Analog Alarm Enabled
BSC6900
Same Coverage Cell No
BSC6900
Same Coverage Cell Index Type
BSC6900
Same Coverage Cell Load Stat. Time
BSC6900
Same Coverage Cell Load Threshold
BSC6900
Same Coverage Cell Name
BSC6900
SACCH Multi-Frames
BSC6900
Special Alarm Switcher
BSC6900
Special Alarm Switch Enabled
BSC6900
Special Alarm Switch Valid Vol. Level
BSC6900
Energy Saving Support
BSC6900
Special Bool Alarm Flag
BSC6900
First BTS Index
BSC6900
First BTS Name
BSC6900
SCALE_ORDER
BSC6900
DSCP of STREAM[QoS]
BSC6900
Serving Cell Filter Length MR Number
BSC6900
First Cell Index
BSC6900
First Cell Name
BSC6900
Coding Scheme
BSC6900
Sub Channel No.
BSC6900
Command String
BSC6900
Scope Type
BSC6900
Subrack Communication Path Index
BSC6900
Scrambling Code or Cell Parameter Id
BSC6900
Start Serial No.
BSC6900
SCTP link No.
BSC6900
Start Date
BSC6900
Start Date
BSC6900
Start Date
BSC6900
Alarm Log Saved Time
BSC6900
SD Alarm Threshold
BSC6900
Start Date
BSC6900
Start date
BSC6900
SDCCHChannelNumber
BSC6900
Waiting for MR on SDCCH Switch
BSC6900
Duration for Waiting MR on SDCCH
BSC6900
DL Level Threshold for SDCCH Call Drop
BSC6900
DL Quality Threshold for SDCCH Call Drop
BSC6900
UL Level Threshold for SDCCH Call Drop
BSC6900
UL Quality Threshold for SDCCH Call Drop
BSC6900
SDCCH Dynamic Allocation Allowed
BSC6900
SD Enable
BSC6900
SD Quick HO
BSC6900
Shut Down Enabled
BSC6900
Min Interval for SDCCH Hos
BSC6900
SdMrCutNum
BSC6900
Penalty Time on Fast Moving HO
BSC6900
Penalty on Fast Moving HO
BSC6900
DSCP of Signaling
BSC6900
SDSF Priority
BSC6900
Shutdown Temperature
BSC6900
Sliding Time Window Alarm Disappear
BSC6900
Sliding Time Window Alarm Occurrence
BSC6900
Shutdown Voltage
BSC6900
3G Search PRIO
BSC6900
Self Version
BSC6900
Support Sent 2QUATER
BSC6900
Spt BSS Invoke Trace Rpt[end2end user trace]
BSC6900
Send Classmark ENQ Result to MSC Enabled
BSC6900
Sent Confusion Message to MSC
BSC6900
Send Downlink Message after Hanging up
BSC6900
Send FACCH Notification Priority
BSC6900
Send FACCH Paging Priority
BSC6900
BSC Auto Link Flag
BSC6900
Send System Information 2ter
BSC6900
Send System Information 5ter
BSC6900
Send 3G Class Flag
BSC6900
Separate Position
BSC6900
Separate Mode
BSC6900
The Command Port of FTP Server
BSC6900
The Source Date Port of FTP Server
BSC6900
Device Serial No.
BSC6900
FTP Server IP Address
BSC6900
Service mode
BSC6900
Service Type
BSC6900
Service Type
BSC6900
Service Name
BSC6900
Service Type
BSC6900
Diesel Engine Configure Enabled
BSC6900
ENV TEMP CFG Enabled
BSC6900
ENV TEMP CFG Enabled
BSC6900
Environment Humidity Configure Enabled
BSC6900
SFP Port No
BSC6900
Configure Capacity
BSC6900
SGSN Name
BSC6900
SGSN NRI Length
BSC6900
SGSN NullNRI Value
BSC6900
Allow SGSN Pool
BSC6900
Protocol Version Supported by SGSN
BSC6900
SGSN Management Status
BSC6900
Share in CPU Rate
BSC6900
Load Sharing Slot No.
BSC6900
Sharing Allow
BSC6900
Shield Flag
BSC6900
Shutdown TRX Start Time[T2]
BSC6900
SI 2ter Switch
BSC6900
SDCCH HO Allowed
BSC6900
Signal Strength Duration Times
BSC6900
Signalling link set index
BSC6900
Signalling link set index
BSC6900
Signaling link ID
BSC6900
Signaling Load Weight
BSC6900
Signaling Load Weight
BSC6900
Signal Service PRI
BSC6900
Signal Strength Observation Times
BSC6900
Filter Length for SDCCH Qual
BSC6900
Signalling link code
BSC6900
Filter Length for SDCCH Level
BSC6900
Interval Between Resource Request
BSC6900
Single Pass Exclude MSISDN Number 1
BSC6900
Single Pass Exclude MSISDN Number 10
BSC6900
Single Pass Exclude MSISDN Number 11
BSC6900
Single Pass Exclude MSISDN Number 12
BSC6900
Single Pass Exclude MSISDN Number 13
BSC6900
Single Pass Exclude MSISDN Number 14
BSC6900
Single Pass Exclude MSISDN Number 15
BSC6900
Single Pass Exclude MSISDN Number 16
BSC6900
Single Pass Exclude MSISDN Number 17
BSC6900
Single Pass Exclude MSISDN Number 18
BSC6900
Single Pass Exclude MSISDN Number 19
BSC6900
Single Pass Exclude MSISDN Number 2
BSC6900
Single Pass Exclude MSISDN Number 20
BSC6900
Single Pass Exclude MSISDN Number 3
BSC6900
Single Pass Exclude MSISDN Number 4
BSC6900
Single Pass Exclude MSISDN Number 5
BSC6900
Single Pass Exclude MSISDN Number 6
BSC6900
Single Pass Exclude MSISDN Number 7
BSC6900
Single Pass Exclude MSISDN Number 8
BSC6900
Single Pass Exclude MSISDN Number 9
BSC6900
Source IP address
BSC6900
Source IP address
BSC6900
Sites
BSC6900
Site Sync Zone
BSC6900
Clock Server IP Address 2
BSC6900
Sub-Location Group No.
BSC6900
Self Loop Type
BSC6900
Signalling route mask
BSC6900
Slave Service Active Delay
BSC6900
StartType
BSC6900
SMLC Index
BSC6900
SMLC Mode
BSC6900
Enable Smoke Alarm Reporting
BSC6900
Start month
BSC6900
Filter window
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No
BSC6900
BM Slot No
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Main Board Logic slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Port Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Send Mode
BSC6900
DRRU Sending Receiving Mode
BSC6900
DRFU Sending Receiving Mode
BSC6900
MRRU/GRRU Sending Receiving Mode
BSC6900
MRFU/GRFU Sending Receiving Mode
BSC6900
BTS3900E Sending Receiving Mode
BSC6900
Sync Period
BSC6900
OSP code[Whole Number]
BSC6900
OSP code bits
BSC6900
OSP code[Divided Number]
BSC6900
Start PCIC
BSC6900
Signal point data format
BSC6900
Special Access Control Class
BSC6900
Special Alarm Switch
BSC6900
Special Alarm Valid Level Configuration
BSC6900
One-Way Mute Alarm Reporting Period
BSC6900
Speech VER Send Flag in ASS CMP
BSC6900
Speech VER Send Flag in HO Perform
BSC6900
SpeechVerSend Flag in HO REQ ACK
BSC6900
HO_RQD Speech VER
BSC6900
Speech Version Mode 1
BSC6900
Speech Version Mode 2
BSC6900
Speech Version
BSC6900
ETHPORT SPEED
BSC6900
Penalty on MS Fast Moving HO
BSC6900
Penalty Time on Fast Moving HO
BSC6900
Support SPLIT_PG_CYCLE on CCCH
BSC6900
Support Cell Broadcast
BSC6900
Allow Common Measurement at Iur-g
BSC6900
Allow Info Exchange at Iur-g
BSC6900
Support In Inter-RAT Inter-cell PS Handover
BSC6900
Support Out Inter-RAT Inter-Cell PS Handover
BSC6900
Support NACC Resource Guarantee
BSC6900
Support Paging Message from Trunking MSC
BSC6900
Support Pb Lapd Check
BSC6900
Support Pb Resource Check
BSC6900
Support Pb Single Pass Check
BSC6900
Support PCIC Check
BSC6900
Support RAN Sharing
BSC6900
Support Reduced Latency Capability
BSC6900
RanSharing Support
BSC6900
Support State Firewall
BSC6900
OSP index
BSC6900
Is Support Normalized Data Configuration
BSC6900
Is Support SingleRAN Mode
BSC6900
Is Support SingleRAN Mode
BSC6900
Source Cell Index
BSC6900
Source Cell Name
BSC6900
Source Cell Index
BSC6900
Source Cell Name
BSC6900
Source Cell CI
BSC6900
Source File Name
BSC6900
Clock source priority
BSC6900
Clock source priority
BSC6900
Current HO CTRL Algorithm in Source Cell
BSC6900
Source IP Address
BSC6900
Source Cell LAC
BSC6900
Source Cell MCC
BSC6900
MEP ID
BSC6900
Source Cell MNC
BSC6900
Source port No.
BSC6900
Clock source type
BSC6900
Source timeslot mask
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
BM Subrack No
BSC6900
Subrack No
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Port Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack 1 No
BSC6900
Subrack 2 No
BSC6900
Subrack name
BSC6900
Tributary No.
BSC6900
Subrack type
BSC6900
Sort Order
BSC6900
User Data Load Weight
BSC6900
User Data Load Weight
BSC6900
Service Priority Policy
BSC6900
Service Type
BSC6900
Penalty Level after BQ HO
BSC6900
CPU occupancy alarm clearance threshold
BSC6900
CPU occupancy alarm threshold
BSC6900
DSP occupancy alarm clearance threshold
BSC6900
DSP occupancy alarm threshold
BSC6900
Filter Length for TCH Level
BSC6900
Filter Length for SDCCH Level
BSC6900
Subsystem No.
BSC6900
Subsystem No.
BSC6900
Start Sync Serial No.
BSC6900
Penalty Level after TA HO
BSC6900
StartTime
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Alarm ID
BSC6900
Prefer Variable Bitmap Code
BSC6900
CHAN REQ Arrival Control
BSC6900
Start CIC
BSC6900
Start CIC
BSC6900
Prohibit Power Saving Start Day
BSC6900
Heater Startup Temperature
BSC6900
Prohibit Power Saving Start Month
BSC6900
Paging Arrival Control
BSC6900
PS Resource REQ Arrival Control
BSC6900
Start Sub Timeslot No.
BSC6900
Fallback Start Time
BSC6900
Time When the Function Is Enabled
BSC6900
Start TS
BSC6900
Start TS
BSC6900
Start Timeslot No.
BSC6900
Smart Temperature Control
BSC6900
Smart Temperature Control
BSC6900
Start CIC
BSC6900
Out Port Cabinet No.
BSC6900
Start Date
BSC6900
Measurement Step
BSC6900
Satellite flag
BSC6900
Start Time
BSC6900
EICC Allowed
BSC6900
Stop Send SI 5/5bis/5ter after Encrypt
BSC6900
Fallback Stop Time
BSC6900
STP function switch
BSC6900
Out-BTS Port No.
BSC6900
Start Time
BSC6900
Out Port Slot No.
BSC6900
Out Port Subrack No.
BSC6900
Out-BTS Sub Timeslot No.
BSC6900
Start Time
BSC6900
Out-BTS Timeslot No.
BSC6900
BTS Type
BSC6900
ID of slave BSC in TC Pool
BSC6900
ID of slave BSC in TC Pool
BSC6900
Command Parameter
BSC6900
Max subframe length[byte]
BSC6900
Max Subframe Length
BSC6900
Subtask ID
BSC6900
Subnet No
BSC6900
Sublink Resources Preemption Switch
BSC6900
Sub Res Preempt Flag
BSC6900
Sub Timeslot No.
BSC6900
Sub-Version No.of TMU
BSC6900
Support Apply Used A Cic
BSC6900
Use Back-up port for LINE2
BSC6900
Use Back-up port for LINE1
BSC6900
Support Cell Broadcast Name
BSC6900
Support High Multislot Class
BSC6900
Support DTM
BSC6900
Support EDA
BSC6900
Support Enhanced DTM
BSC6900
Support FE/GE SPAN BTS Local Switch
BSC6900
Support TFO Codec Optimize
BSC6900
SupptCellList
BSC6900
S Value
BSC6900
Server IP
BSC6900
Server UDP Port
BSC6900
Switch
BSC6900
OMU Automatic Switchover Switch
BSC6900
Switch
BSC6900
Switch
BSC6900
Power Switch
BSC6900
Start week
BSC6900
Port switch
BSC6900
Self-healing Switch
BSC6900
Grace Protection Period Switch
BSC6900
Bfd Protocol Switch
BSC6900
Alarm Parameter Configuration Enabled
BSC6900
3ah Switch
BSC6900
Switch primary IP address flag
BSC6900
Switch back HB number
BSC6900
SwitchParameter1
BSC6900
SwitchParameter10
BSC6900
SwitchParameter2
BSC6900
SwitchParameter3
BSC6900
SwitchParameter4
BSC6900
SwitchParameter5
BSC6900
SwitchParameter6
BSC6900
SwitchParameter7
BSC6900
SwitchParameter8
BSC6900
SwitchParameter9
BSC6900
Switch Port
BSC6900
Set Enable/Disable
BSC6900
Start week sequence
BSC6900
BTS Symbol Offset
BSC6900
Sync case
BSC6900
Site Synchronization Method
BSC6900
Clock Synchronization Mode
BSC6900
Days of Inter Sync Period
BSC6900
Hours of Inter Sync Period
BSC6900
Minutes of Inter Sync Period
BSC6900
Contact mode of the manufacturer
BSC6900
System description
BSC6900
System Flux Threshold for Load HO
BSC6900
System Location
BSC6900
Send System Message 10 Allow
BSC6900
NE Name
BSC6900
System services
BSC6900
T1
BSC6900
Time1
BSC6900
Signalling route set test timer
BSC6900
Uninhibit ACK timer
BSC6900
Force uninhibit timer
BSC6900
Inhibition ACK timer
BSC6900
Link realignment timer
BSC6900
Time-control changeover timer
BSC6900
T2
BSC6900
Time2
BSC6900
T200
BSC6900
T200 FACCH/F
BSC6900
T200 FACCH/H
BSC6900
T200 SACCH TCH SAPI3
BSC6900
T200 SACCH SDCCH
BSC6900
T200 SACCH TCH SAPI0
BSC6900
T200 SDCCH
BSC6900
T200 SDCCH SAPI3
BSC6900
T203
BSC6900
Local inhibit test timer
BSC6900
Remote inhibit test timer
BSC6900
Changeover ACK timer
BSC6900
T3
BSC6900
Time3
BSC6900
T3105
BSC6900
T3115
BSC6900
T3168
BSC6900
T3192
BSC6900
T3212
BSC6900
Parameter of DTE [T391]
BSC6900
Time-control changeback timer
BSC6900
T4
BSC6900
Changeover ACK first attempt timer
BSC6900
T5
BSC6900
Changeover ACK second attempt timer
BSC6900
T6
BSC6900
T8
BSC6900
Transmission prohibited inhibition timer
BSC6900
Filter Length for TA
BSC6900
TA for UO HO Allowed
BSC6900
TA HO Allowed
BSC6900
TA Hysteresis
BSC6900
TA HO Valid Time
BSC6900
TA Threshold
BSC6900
Talker Info Interval
BSC6900
TA Filter Length for SDCCH Level
BSC6900
AISS Task Index
BSC6900
TA HO Watch Time
BSC6900
TA Threshold
BSC6900
T_AVG_T
BSC6900
T_AVG_W
BSC6900
Output Segment No
BSC6900
Output Segment No.
BSC6900
Try Switching Duration Time
BSC6900
Ring I Try Rotating Duration Time
BSC6900
Test code
BSC6900
Tc
BSC6900
Temperature Compensation Coefficient
BSC6900
TC CRC Allowed
BSC6900
TCH Rate Adjust Allow
BSC6900
TCH Traffic Busy Threshold
BSC6900
DL FER Threshold for TCH Call Drop
BSC6900
DL Level Threshold for TCH Call Drop
BSC6900
DL Quality Threshold for TCH Call Drop
BSC6900
UL FER Threshold for TCH Call Drop
BSC6900
UL Level Threshold for TCH Call Drop
BSC6900
UL Quality Threshold for TCH Call Drop
BSC6900
Min Interval for TCH Hos
BSC6900
TchMrCutNum
BSC6900
TCH Rate Modify
BSC6900
TCH Time Handover Period
BSC6900
TCH Time Handover Switch
BSC6900
Tch Traffic Busy Underlay Threshold
BSC6900
Tch Traffic Busy Overlay Threshold
BSC6900
Test code length
BSC6900
TC mode
BSC6900
Mute Detect Class1 Switch
BSC6900
Tail Cabinet No.
BSC6900
TC Port No
BSC6900
TC Pool ID
BSC6900
TC Slot No
BSC6900
TC Subrack No
BSC6900
The type of TC resource
BSC6900
TDD BA1 Input Tag
BSC6900
TDDBA2 Input Tag
BSC6900
TDD Reporting Offset
BSC6900
TDD Cell Reselect Diversity
BSC6900
TDD Reporting Threshold
BSC6900
Diversity
BSC6900
DL UARFAN
BSC6900
TDD MI System Information Optimized
BSC6900
TDD MI System INFO Broadcasting Prohibit
BSC6900
PS TDD RSCP Quality Threshold
BSC6900
Cell Parameter ID
BSC6900
Cell Parameter ID
BSC6900
TDD System Information Optimized Allowed
BSC6900
Sync Case
BSC6900
Congestion clear remain ratio
BSC6900
Congestion remain ratio
BSC6900
Subrack 1 TDM Port No
BSC6900
Subrack 2 TDM Port No
BSC6900
TEI
BSC6900
Enable Temperature Alarm Reporting
BSC6900
Upper Limit of Temperature Alarm
BSC6900
Lower Limit of Temperature Alarm
BSC6900
Upper ENV TEMP Alarm
BSC6900
Upper ENV TEMP Alarm
BSC6900
Lower ENV TEMP Alarm
BSC6900
Lower ENV TEMP Alarm
BSC6900
Coefficient of Temp Compensation
BSC6900
Cell Template Description
BSC6900
Cell Template Index
BSC6900
Cell Template Index
BSC6900
Cell Template Name
BSC6900
Temp Of High Temp. Load Power Off
BSC6900
Low Temperature Start Load Power Off Temp.
BSC6900
Low Temperature Start Load Poweroff Temp.
BSC6900
TER Indicator of System Information 3
BSC6900
Test Timer
BSC6900
Content of Message
BSC6900
TFO Option Switch
BSC6900
Test Frequency
BSC6900
Frame Start Time
BSC6900
Target OMU
BSC6900
TGW ID
BSC6900
TGW IP_TRANS IP address
BSC6900
TGW IP_TRANS IP Mask
BSC6900
TGW TRANS Slot No.
BSC6900
TGW Trans Subrack No.
BSC6900
Th
BSC6900
Volt Threshold for Off
BSC6900
Volt Threshold for On
BSC6900
THP1-ARP1 Priority Weight
BSC6900
THP1-ARP2 Priority Weight
BSC6900
THP1-ARP3 Priority Weight
BSC6900
THP2-ARP1 Priority Weight
BSC6900
THP2-ARP2 Priority Weight
BSC6900
THP2-ARP3 Priority Weight
BSC6900
THP3-ARP1 Priority Weight
BSC6900
THP3-ARP2 Priority Weight
BSC6900
THP3-ARP3 Priority Weight
BSC6900
Threshold type
BSC6900
Receive SGSN Config. Msg. Timer
BSC6900
Level Thresh for Assign BCCH Under TBCCH
BSC6900
Quality Thresh for Assign BCCH Under TBCCH
BSC6900
TIGHT BCCH HO Valid Time
BSC6900
Load Threshold for TIGHT BCCH HO
BSC6900
TIGHT BCCH HO Watch Time
BSC6900
RX_QUAL Threshold for TIGHT BCCH HO
BSC6900
TIGHT BCCH Switch
BSC6900
IBCA Tight Trx SDCCH Rxlev Threshold
BSC6900
IMSI Paging Timer
BSC6900
Time Limit
BSC6900
Time
BSC6900
Duration
BSC6900
Penalty Time after AMR TCHF-H HO Fail
BSC6900
Penalty Time after BQ HO
BSC6900
Penalty Time after OtoU HO Fail
BSC6900
Reply Time-Out[ms]
BSC6900
Reply Time-Out[ms]
BSC6900
Time Out
BSC6900
Time Out
BSC6900
Maximum Delay Time
BSC6900
Quick Handover Punish Time
BSC6900
Number of ping packets
BSC6900
Voltage Adjust Based Timeslots Allowed
BSC6900
Penalty Time after TA HO
BSC6900
Penalty Time after UtoO HO Fail
BSC6900
T11
BSC6900
Receive MSC Configuration Message Timer
BSC6900
Time Limit
BSC6900
TLLI
BSC6900
Tout Limit
BSC6900
Temperature Alarm Lower Threshold
BSC6900
Temperature Alarm Lower Threshold
BSC6900
Execute Time
BSC6900
Execute Time 1
BSC6900
Execute Time 2
BSC6900
Execute Time 3
BSC6900
Execute Time 4
BSC6900
Execute Time 5
BSC6900
TRMMAP ID
BSC6900
TRMMAP index
BSC6900
Time Length
BSC6900
Test Mode
BSC6900
Timer for Bad Quality DISC Statistic
BSC6900
Upper time threshold of raised fault
BSC6900
TMSI
BSC6900
Lower time threshold of raised fault
BSC6900
Signalling link test ACK timer
BSC6900
Signalling link repeat test timer
BSC6900
Data Table
BSC6900
Transmission Mode
BSC6900
Transmission Mode
BSC6900
AdjustMethod
BSC6900
Cell Reselect Temporary Offset
BSC6900
TOP Board Cabinet No.
BSC6900
TOP Board Slot No.
BSC6900
TOP Board Subrack No.
BSC6900
Log Type
BSC6900
Tail Port No.
BSC6900
Into-BSC HO REQ Queue Timer
BSC6900
Debug tracking control threshold
BSC6900
Debug tracking control threshold
BSC6900
Debug tracking restore threshold
BSC6900
Debug tracking restore threshold
BSC6900
Debug Flow control switch
BSC6900
DL Priority Decision Threshold
BSC6900
UL Priority Decision Threshold
BSC6900
Traffic mode
BSC6900
Transmission Mode
BSC6900
Load Transmitting Slot No.
BSC6900
Transport Type
BSC6900
Transport Type
BSC6900
Transport Type
BSC6900
Carrier Type
BSC6900
BTS Transmission Type
BSC6900
E1 Port 0 Set Optical Transmission Mode
BSC6900
E1 Port 1 Set Optical Transmission Mode
BSC6900
E1 Port 2 Set Optical Transmission Mode
BSC6900
E1 Port 3 Set Optical Transmission Mode
BSC6900
Trace Mode
BSC6900
Cell Reselection Forbidden Time
BSC6900
Load HO Threshold
BSC6900
Trunk Link No.
BSC6900
Trunk Link Slot No.
BSC6900
Trunk No.
BSC6900
User TRMMAP index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
Transport Resource Mapping switch
BSC6900
The Trunk group No.
BSC6900
Trunk group No.
BSC6900
Trunk No.
BSC6900
TRX Aiding Function Control
BSC6900
Duration Second
BSC6900
Channel Hop Index
BSC6900
TRX ID
BSC6900
TRX ID
BSC6900
No.1 TRX ID
BSC6900
No.10 TRX ID
BSC6900
No.11 TRX ID
BSC6900
No.12 TRX ID
BSC6900
No.13 TRX ID
BSC6900
No.14 TRX ID
BSC6900
No.15 TRX ID
BSC6900
No.16 TRX ID
BSC6900
No.17 TRX ID
BSC6900
No.18 TRX ID
BSC6900
No.19 TRX ID
BSC6900
No.2 TRX ID
BSC6900
No.20 TRX ID
BSC6900
No.21 TRX ID
BSC6900
No.22 TRX ID
BSC6900
No.23 TRX ID
BSC6900
No.24 TRX ID
BSC6900
No.3 TRX ID
BSC6900
No.4 TRX ID
BSC6900
No.5 TRX ID
BSC6900
No.6 TRX ID
BSC6900
No.7 TRX ID
BSC6900
No.8 TRX ID
BSC6900
No.9 TRX ID
BSC6900
TRXID LST
BSC6900
TRX Index List
BSC6900
Channel MAIO
BSC6900
TRX No.
BSC6900
TRX Number
BSC6900
TRX Board Pass No.
BSC6900
Sub-Location Group TRX Board Pass No.
BSC6900
Allocation TRX Priority Allowed
BSC6900
TRX Board Type
BSC6900
Time Slot
BSC6900
Time Slot
BSC6900
time slot No.
BSC6900
Bearing Timeslot
BSC6900
Time Slot NO.
BSC6900
Bearing time slot
BSC6900
Bearing time slot
BSC6900
Bearing Time Slot
BSC6900
TSC
BSC6900
Idle TS Count
BSC6900
TSC Plan Enable
BSC6900
Time slot cross index
BSC6900
Duration * 10 minutes
BSC6900
Timeslot Index
BSC6900
Task Name
BSC6900
Timeslot Mask
BSC6900
TS Mask
BSC6900
Tail Slot No.
BSC6900
Timeslot No.
BSC6900
Timeslot Priority
BSC6900
Timeslot Power Reserve
BSC6900
Fast Flux Measurement TBF Timer
BSC6900
Fast Flux Detection Switch
BSC6900
Time Slot Rate
BSC6900
Tail Subrack No.
BSC6900
Test Mode
BSC6900
Test Timeslot
BSC6900
Test Type
BSC6900
Test Type
BSC6900
Allow Turning Off Time Slot
BSC6900
Topo Type
BSC6900
Time to Live
BSC6900
PKT TTL
BSC6900
Dyn. Turning Off Cell Busy Channel Num.
BSC6900
Dyn. Turning Off Cell Stop Time
BSC6900
Dyn. Turning Off Cell Start Time
BSC6900
Enable Turning Off Cell
BSC6900
Dyn. Turning On Cell Load Threshold
BSC6900
Temperature Alarm Upper Threshold
BSC6900
Temperature Alarm Upper Threshold
BSC6900
Observation Cell Channel Reservation Timer
BSC6900
Observation Cell TRX Reservation Timer
BSC6900
Serving Cell TCHF Reservation Timer
BSC6900
Information Collection Response Timer
BSC6900
MS Search Timer
BSC6900
BTS Reserved Resource Activation Timer
BSC6900
BTS SYNC_REPORT Timer
BSC6900
TX-integer
BSC6900
Assigned Power of Pass A Operators 1
BSC6900
Assigned Power of Pass A Operators 2
BSC6900
Assigned Power of Pass A Operators 3
BSC6900
Assigned Power of Pass A Operators 4
BSC6900
Assigned Power of Pass B Operators 1
BSC6900
Assigned Power of Pass B Operators 2
BSC6900
Assigned Power of Pass B Operators 3
BSC6900
Assigned Power of Pass B Operators 4
BSC6900
Forward Bandwidth
BSC6900
Forward Bandwidth
BSC6900
Interval of send[ms]
BSC6900
TX_INT
BSC6900
Subrack Type
BSC6900
Finish Type
BSC6900
Freq. Band
BSC6900
PCU Type
BSC6900
Freq. Band
BSC6900
Cabinet Type
BSC6900
Cell Type
BSC6900
Up0 Power Attenuation Factor
BSC6900
Up0 Tower-Top Amplifier Flag
BSC6900
Up0 Link No.
BSC6900
Up0 TRX Board Pass No.
BSC6900
Up0 TRX Slot No.
BSC6900
Up0 TRX Subrack No.
BSC6900
Up1 Power Attenuation Factor
BSC6900
Up1 Tower-Top Amplifier Flag
BSC6900
Up1 Link No.
BSC6900
Up1 TRX Board Pass No.
BSC6900
Up1 TRX Slot No.
BSC6900
Up1 TRX Subrack No.
BSC6900
CS Preferred Call Reestablish Priority
BSC6900
CS Preferred CS Emergency Call Priority
BSC6900
CS Preferred CS MOC Priority
BSC6900
CS Preferred CS MTC Priority
BSC6900
CS Preferred Into-BSC HO Priority
BSC6900
CS Preferred Intra-BSC HO Priority
BSC6900
CS Preferred Other Service Priority
BSC6900
CS Preferred PS Priority
BSC6900
CS Preferred Supplement Priority
BSC6900
CS Preferred VBS Priority
BSC6900
CS Preferred VGCS Priority
BSC6900
Controlling of CIC IE In BSS Map Messages
BSC6900
RAI Alarm Switch
BSC6900
PS Preferred Call Reestablish Service Priority
BSC6900
PS Preferred CS Emergency Call Service Priority
BSC6900
PS Preferred CS Original Call Service Priority
BSC6900
PS Preferred CS Terminated Call Service Priority
BSC6900
PS Preferred In Handover Service Priority
BSC6900
PS Preferred Intra Handover Service Priority
BSC6900
PS Preferred Other Service Priority
BSC6900
PS Preferred PS Service Priority
BSC6900
PS Preferred Supplement Service Priority
BSC6900
PS Preferred VBS Service Priority
BSC6900
PS Preferred VGCS Service Priority
BSC6900
Speech Ver Change Optimize in Handover
BSC6900
Receive UDP MUX Mode
BSC6900
Sender UDP MUX Mode
BSC6900
Local UDP Port No.
BSC6900
Remote UDP Port No.
BSC6900
Operator Level
BSC6900
Upper Humidity Threshold
BSC6900
UIC
BSC6900
Unit time[ms]
BSC6900
Upper Limit
BSC6900
Upper Limit
BSC6900
PwrCtrlULAdjPeriod
BSC6900
ULAFSRexQualHighThred
BSC6900
ULAFSRexQualLowThred
BSC6900
ULAHSRexQualHighThred
BSC6900
ULAHSRexQualLowThred
BSC6900
UL BQ HO Last Time
BSC6900
UL BQ HO Static Time
BSC6900
Fast UL Priority Decision Threshold
BSC6900
Timer for UL Data Forward
BSC6900
RRBP Frequency for GPRS Downlink TBF
BSC6900
Edge HO UL RX_LEV Threshold
BSC6900
RRBP Frequency for EGPRS Downlink TBF
BSC6900
ACK Frequency for EGPRS Uplink TBF
BSC6900
III UL Filter Adjust Factor
BSC6900
ULFSRexQualHighThred
BSC6900
ULFSRexQualLowThred
BSC6900
ULHSRexQualHighThred
BSC6900
ULHSRexQualLowThred
BSC6900
AMR UL Coding Rate adj.hyst1[F]
BSC6900
AMR UL Coding Rate adj.hyst2[F]
BSC6900
AMR UL Coding Rate adj.hyst3[F]
BSC6900
AMR UL Coding Rate adj.hyst1[H]
BSC6900
AMR UL Coding Rate adj.hyst2[H]
BSC6900
AMR UL Coding Rate adj.hyst3[H]
BSC6900
AMR UL Coding Rate adj.hyst1[WB]
BSC6900
AMR UL Coding Rate adj.hyst2[WB]
BSC6900
2G Cell UL Basic Congest Thred
BSC6900
Filter Length for UL RX_LEV
BSC6900
ULMAXDownStep
BSC6900
ULMAXUpStep
BSC6900
2G Cell UL Overload Congest Thred
BSC6900
UL MR. Number Predicted
BSC6900
UL Qual. Upper Threshold
BSC6900
UL Qual. Lower Threshold
BSC6900
Filter Length for UL Qual.
BSC6900
UL Qual. Bad Trig Threshold
BSC6900
UL Qual. Bad UpLEVDiff
BSC6900
UL Qual. Threshold
BSC6900
UL Qual. Limit for AMR FR
BSC6900
UL Qual. Limit for AMR HR
BSC6900
ULRexLevAdjustFactor
BSC6900
ULRexLevExponentFilterLen
BSC6900
ULRexLevHighThred
BSC6900
ULRexLevLowThred
BSC6900
ULRexLevSlideWindow
BSC6900
ULRexQualAdjustFactor
BSC6900
ULRexQualExponentFilterLen
BSC6900
ULRexQualSlideWindow
BSC6900
III UL RexLev Protect Factor
BSC6900
III UL RexQual Protect Factor
BSC6900
UL RX_LEV Upper Threshold
BSC6900
UL RX_LEV Lower Threshold
BSC6900
AMR UL Coding Rate adj.th1[F]
BSC6900
AMR UL Coding Rate adj.th2[F]
BSC6900
AMR UL Coding Rate adj.th3[F]
BSC6900
AMR UL Coding Rate adj.th1[H]
BSC6900
AMR UL Coding Rate adj.th2[H]
BSC6900
AMR UL Coding Rate adj.th3[H]
BSC6900
AMR UL Coding Rate adj.th1[WB]
BSC6900
AMR UL Coding Rate adj.th2[WB]
BSC6900
UL to OL HO Allowed
BSC6900
ACK Frequency for GPRS Uplink TBF
BSC6900
Um Interface Crosstalk Optimization Allowed
BSC6900
UmPenaltyTimer
BSC6900
Um Interface Tag
BSC6900
Support Balance
BSC6900
Unblock Retry
BSC6900
ANT_A ALD Under Current Occur Threshold
BSC6900
ANT_B ALD Under Current Occur Threshold
BSC6900
RET ALD Under Current Occur Threshold
BSC6900
ANT_A ALD Under Current Clear Threshold
BSC6900
ANT_B ALD Under Current Clear Threshold
BSC6900
RET ALD Under Current Clear Threshold
BSC6900
Up BTS Index
BSC6900
Dest Father BTS Index
BSC6900
UPBTS Index type
BSC6900
Dest Father Index Type
BSC6900
Up BTS Name
BSC6900
Dest Father BTS Name
BSC6900
Update
BSC6900
Uplink Default CS Type
BSC6900
Uplink Default MCS Type
BSC6900
Uplink Multiplex Threshold of Dynamic Channel Conversion
BSC6900
Uplink EGPRS2-A Default MCS Type
BSC6900
Uplink EGPRS2-A Fixed MCS Type
BSC6900
Inactive Period of Extended Uplink TBF
BSC6900
Uplink Fixed CS Type
BSC6900
Uplink Fixed MCS Type
BSC6900
Interf.of UL Qual. Threshold
BSC6900
Interf.of UL Level Threshold
BSC6900
Uplink Max Length
BSC6900
OML/ESL/EML LAPD Uplink Window Size
BSC6900
UL PC Allowed
BSC6900
Upper Class Transport Resource Group No.
BSC6900
The Upper logic port number
BSC6900
Duration of Uplink Received Level Differ
BSC6900
Smooth Factor of Uplink Received Level
BSC6900
Observe Time of UL RX Level Difference
BSC6900
Short Message Uplink Disabled
BSC6900
Release Delay of Non-extended Uplink TBF
BSC6900
Uplink TBF Threshold from CS2 to CS1
BSC6900
Uplink TBF Threshold from CS3 to CS2
BSC6900
Uplink TBF Threshold from CS4 to CS3
BSC6900
Uplink TBF Threshold from CS1 to CS2
BSC6900
Uplink TBF Threshold from CS2 to CS3
BSC6900
Uplink TBF Threshold from CS3 to CS4
BSC6900
Cell Urgent Reselection Allowed
BSC6900
User Query Type
BSC6900
Support USF Granularity 4 Switch
BSC6900
User Name of FTP Server
BSC6900
FTPServer User
BSC6900
Energy Saving Start Time[HH:MM]
BSC6900
Energy Saving End Time[HH:MM]
BSC6900
Upper Temperature Threshold
BSC6900
MaxRetry Time after UtoO Fail
BSC6900
Penalty Time of UtoO HO
BSC6900
UtoO HO Received Level Threshold
BSC6900
UtoO Traffic HO Allowed
BSC6900
Underlay HO Step Period
BSC6900
Underlay HO Step Level
BSC6900
Utran Cell Type
BSC6900
Vendor Code
BSC6900
Maximum Number of Channels for VGCS
BSC6900
Channel Allocation Strategy for VGCS
BSC6900
Reserved Number of Channels for VGCS
BSC6900
VIP Access CPU Rate
BSC6900
VIP Cell
BSC6900
VIP Priority
BSC6900
VIP Share in CPU Rate
BSC6900
VLANID Flag
BSC6900
Vlan Flag
BSC6900
VLANID Flag of First Local IP address
BSC6900
VLANID Flag of Second Local IP address
BSC6900
VLAN ID.
BSC6900
VLAN ID
BSC6900
VLAN ID
BSC6900
VLAN ID
BSC6900
VLAN ID of First Local IP address
BSC6900
VLAN ID of Second Local IP address
BSC6900
VLAN Priority
BSC6900
VLAN Priority
BSC6900
VLAN Switch
BSC6900
Speech Version
BSC6900
Enable Alarm Reporting for 24V Power
BSC6900
Upper Limit of Alarm for 24V Power
BSC6900
Lower Limit of Alarm for 24V Power
BSC6900
Enable Alarm Reporting for 48V Power
BSC6900
Upper Limit of Alarm for 48V Power
BSC6900
Lower Limit of Alarm for 48V Power
BSC6900
Standing Wave Alarm CFG Enabled
BSC6900
VSWR TRX Unadjusted Threshold
BSC6900
Serious VSW Alarm Filter Times
BSC6900
Standing Wave Radio Alarm Threshold
BSC6900
Serious VSW Alarm Threshold
BSC6900
VSWR TRX Error Threshold
BSC6900
V-Version No.
BSC6900
T3109
BSC6900
Wait for REL Indication AMR FR
BSC6900
T3109 for AMR HR
BSC6900
Timer of MS Location Response from MS
BSC6900
Timer of Reserved TCH for EMC
BSC6900
IBCA Wait SDCCH Idle Timer
BSC6900
Timer of MS Location Response from SMLC
BSC6900
Heating Equipment
BSC6900
Enable Water Alarm Reporting
BSC6900
Week Limit
BSC6900
WE Longitude
BSC6900
Humidification Equipment
BSC6900
Whether affect the port swapping
BSC6900
LAPD Window Adjust Switch
BSC6900
Week
BSC6900
Work mode
BSC6900
End Time of WLA Detection
BSC6900
Wireless Link Alarm Critical Permit
BSC6900
WLA Prompting Recover Period
BSC6900
Begin Time of WLA Detection
BSC6900
Wireless Link Alarm Flag
BSC6900
Work Area Flag
BSC6900
Working Standard
BSC6900
Work Mode
BSC6900
Work Mode
BSC6900
Work Mode
BSC6900
Window Size
BSC6900
Wait Time before OML Switch
BSC6900
Ring I Wait Time Before Switch
BSC6900
WTR Time[Sec]
BSC6900
TimeZone
BSC6900
MML Command SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) ADD BTS(Optional) SET GCELLCCCH(Optional) SET BSCTMR(Optional) SET BSCTMR(Optional) SET BTSOTHPARA(Optional) SET BTSOTHPARA(Optional) SET BSSLS(Optional) SET BTSFLEXABISPARA(Optional) SET GCELLPSCHM(Optional) SET BSCBASIC(Optional) ADD AISSCFG(Optional) SET OTHSOFTPARA(Optional) SET GCELLPSBASE(Optional) SET GCELLPRACH(Optional) SET GCELLCCBASIC(Optional) SET GCELLCCBASIC(Mandatory) SET GCELLHOIUO(Optional) ADD BSCACCCTRLP(Mandatory) SET GCELLPSOTHERPARA(Optional) ADD BSCACCCTRLP(Optional) ADD BSCACCCTRLP(Optional) ADD BSCACCCTRLP(Optional) ADD ADD BTSPPPLNK(Optional) PPPLNK(Optional) ADD ADD BTSMPGRP(Optional) MPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLIDLEAD(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLSOFT(Optional)
ADD AISSCFG(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET SET BTSFMUABP(Optional) BTSAPMUBP(Optional) SET BTSAPMUBP(Optional) SET SET BTSDATUBP(Optional) GCELLSOFT(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BTSRXUBP(Optional) ADD EXTNCELL(Mandatory) COL BSCSYNCINFO(Mandatory) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory) SET GCELLEGPRSPARA(Optional) SET BTSAUTODLDACTINFO(Optional) SET BTSAUTODLDACTINFO(Optional) SET GCELLADMSTAT(Mandatory) SET GTRXADMSTAT(Mandatory) SET GTRXCHANADMSTAT(Mandatory) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Mandatory) ADD AISSCFG(Optional) ADD BTSALMMGMRULE(Mandatory) SET BTSAUTODLDACTINFO(Optional) SET BTSAUTODLDACTINFO(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Optional) ADD GPS(Mandatory) ADD GPS(Mandatory) SET GCELLCCBASIC(Optional) SET GCELLCCBASIC(Optional) SET ALMPORT(Mandatory) SET SET ALMLVL(Mandatory) ALMBLKPARA(Mandatory) SET ALMSHLD(Mandatory) SET BOXRPT(Mandatory) ADD OBJALMSHLD(Optional) SET ENVALMPARA(Mandatory) SET BTSENVALMPORT(Optional) ADD BTSOBJALMSHLD(Mandatory) SET GCELLSOFT(Optional) ADD OBJALMSHLD(Optional) ADD BTSOBJALMSHLD(Mandatory) SET OTHSOFTPARA(Mandatory) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCBASIC(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional)
SET TCPARA(Optional) SET TCPARA(Optional) SET BSCNSPARA(Optional) SET BSCNSPARA(Optional) ADD RSCGRP(Mandatory) SET BSCPSSOFTPARA(Optional) SET GCELLPSCHM(Optional) SET GCELLCHMGBASIC(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLCHMGBASIC(Optional) ADD AE1T1(Mandatory) ADD PBE1T1(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) ADD BTSALMMGMRULE(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSALMFLASHTHD(Mandatory) ADD BTSALMMGMRULE(Mandatory) SET BTSDGPSBP(Optional) SET BTSDGPSBP(Optional) SET BTSDGPSBP(Optional) ADD BTSALMMGMRULE(Mandatory) SET BTSALMFLASHTHD(Optional) SET BTSALMFLASHTHD(Optional) SET BTSALMFLASHTHD(Optional) SET BTSALMFLASHTHD(Optional) SET BTSDHEUBP(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) SET GCELLPSPWPARA(Optional)
SET GCELLLCS(Optional) ADD GPS(Mandatory) SET GCELLLCS(Optional) ADD GPS(Mandatory) SET EXP ALMLVL(Mandatory) ALMLOG(Optional) SET ALMSCRN(Mandatory) SET ENVALMPARA(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET GCELLPWR2(Optional) SET GCELLPWR3(Optional) SET GCELLCCAMR(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWRBASIC(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCCAMR(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET OTHSOFTPARA(Optional) SET AITFOTHPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional) ADD ADJNODE(Mandatory) SET BTSANTANGLE(Mandatory) ADD IPPATH(Mandatory) ADD ADJMAP(Mandatory) ADD IPMUX(Mandatory) ADD IPPATHBIND(Mandatory) SET ENVALMPARA(Optional) SET TCPARA(Optional) SET TCPARA(Optional)
SET TCPARA(Optional) SET TCPARA(Optional) SET GCELLLCS(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional) ADD MPGRP(Optional) LOD RETANTCFG(Mandatory) SET BTSTHEFTALM(Optional) SET BTSANTANGLE(Mandatory) SET RETANTENB(Mandatory) ADD TRXBIND2PHYBRD(Mandatory) ADD BTSBINDLOCGRP(Optional) ADD BTSANTFEEDERBRD(Mandatory) SET BTSANTFEEDERCONNECT(Optional) ADD MTP3LNK(Mandatory) ADD SCTPLNK(Mandatory) ADD SEMILINK(Mandatory) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BSCBASIC(Optional) CMP BRDAREA(Optional) LOD PATCH(Optional) LOD BRD(Optional) SYN BRDAREA(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Optional) STR IPCHK(Optional) STR IPCHK(Optional) ADD MTP3LNK(Mandatory) ADD ATERSL(Optional) ADD ATERCONSL(Optional) ADD MTP3LNK(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional)
SET ENVALMPARA(Optional) SET GCELLHOAD(Optional) SET GCELLCCBASIC(Optional) SET SET BTSAPMUBP(Optional) GCELLCHMGAD(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET SET BTSAPMUBP(Optional) BTSRXUBP(Mandatory) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET SET BTSAPMUBP(Optional) BTSRXUBP(Mandatory) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET BTSRXUBP(Mandatory) SET OTHSOFTPARA(Optional) SET GCELLTMR(Optional) SET BSCTMR(Optional) SET BSCAITFTMR(Optional) SET BSCAITFTMR(Optional) SET BSCAITFTMR(Optional) SET BSCTMR(Optional) SET BSCTMR(Optional) SET BSCAITFTMR(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET ADD OTHSOFTPARA(Optional) MTP3LNK(Mandatory) ADD ATERE1T1(Mandatory) SET OTHSOFTPARA(Optional) ADD ATERCONPATH(Optional) ADD ATERSL(Mandatory) SET OTHSOFTPARA(Optional) ADD ATERCONSL(Mandatory) ADD SEMILINK(Mandatory) ADD MTP3LNK(Mandatory) SET BSSLS(Optional) ADD ATERSL(Mandatory) ADD ATERCONSL(Mandatory) ADD SEMILINK(Mandatory) ADD ATEROML(Mandatory) ADD ATEROML(Mandatory) ADD ATERSL(Optional) ADD ATERCONSL(Optional) SET BSCBASIC(Mandatory) STR BTSVSWRTST(Optional)
ADD MTP3LNK(Mandatory) SET GCELLIDLEBASIC(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET E1T1LOP(Optional) STR E1T1TST(Optional) SET SSLAUTHMODE(Mandatory) ADD PPPLNK(Mandatory) ADD BTSPPPLNK(Mandatory) ADD ADD BTSMPGRP(Mandatory) MPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory) ADD PPPLNK(Mandatory) ADD BTSPPPLNK(Mandatory) ADD ADD BTSMPGRP(Mandatory) MPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory) ADD PPPLNK(Mandatory) ADD BTSPPPLNK(Mandatory) ADD ADD BTSMPGRP(Mandatory) MPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory) ADD PPPLNK(Optional) ADD BTSPPPLNK(Optional) ADD ADD BTSMPGRP(Optional) MPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional) SET ETHPORT(Optional) ADD BRD(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET OTHSOFTPARA(Optional) SET BTSETHPORT(Optional) SET BTSAUTODLDACTINFO(Optional) LCK SCHTSK(Optional) SET PWDPOLICY(Optional) SET OPT(Optional) SET BSCBASIC(Optional) SET ALMPORT(Optional) SET BTSENVALMPORT(Optional) SET OPT(Optional) SET OPT(Optional)
SET OPT(Optional) SET OPT(Optional) SET CLK(Optional) SET CLK(Optional) BKP LOGDB(Optional) BKP DB(Optional) SET GCELLSOFT(Optional) SET BSCPSSOFTPARA(Optional) ADD BTSESN(Optional) STR IPCHK(Optional) STR IPCHK(Optional) SET BTSBAKPWR(Mandatory) SET BTSBAKPWR(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLHOAD(Optional) SET BTSRACKBC(Mandatory) ADD AISSCFG(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET SCTPSRVPORT(Optional) SET GTRXRLALM(Optional) SET BTSAPMUBP(Optional) ADD GCELL(Optional) ADD GEXT2GCELL(Mandatory) ADD GCELLQUICKSETUP(Optional) ADD GEXT2GCELL(Mandatory) ADD GCELLQUICKSETUP(Mandatory) SET GCELLHOPQUICKSETUP(Mandatory)
SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) STR FRPORTLOOP(Mandatory) BLK SET BC(Mandatory) BSCPSTCDSCPMAP(Optional) ADD BC(Mandatory) ADD NSVC(Mandatory) SET BTSAPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSAPMUBP(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) ADD N7DPC(Mandatory) SET GBSCREDGRP(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional) SET GCELLHOBASIC(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) STR IPCHK(Optional) ADD BTSBFD(Mandatory) ADD BTSIPRTBIND(Mandatory) SET GTRXRLALM(Optional) SET GCELLCCACCESS(Optional) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET ALMBLKSW(Optional) SET ALMBLKPARA(Optional) SET ALMBLKSW(Optional) SET ALMBLKSW(Optional) SET BSCNSPARA(Optional) SET BSCNSPARA(Optional) ADD ATERCONPATH(Mandatory) ADD ATERCONPATH(Mandatory)
ADD ATERCONPATH(Mandatory) SET BSCTMR(Optional) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) SET BOXRPT(Mandatory) SET BTSBREAKPOINT(Optional) SET BTSBREAKPOINT(Optional) SET GCELLHOBASIC(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) SET STR FCSW(Mandatory) BKP(Mandatory) SET FCCPUTHD(Mandatory) SET FCMSGQTHD(Mandatory) SET CPUTHD(Mandatory) ADD BRD(Mandatory) STR BTSLOG(Mandatory) STR BTSVSWRTST(Optional) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional) LOD BTSSW(Mandatory) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional) SET DPUBRDTYPE(Mandatory) ADD BRD(Optional) SET ETHPORT(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) ADD BTSBRDCAP(Mandatory) STR BTSLOG(Mandatory) SET BTSRINGATTR(Optional) SET GCELLSBC(Optional) SET GCELLSBC(Optional) BKP LOGDB(Optional) SET GCELLIDLEBASIC(Optional) ADD EXTBSC(Mandatory) SET BSCDSTPA(Optional)
BLK ACIC(Mandatory) ADD AE1T1(Mandatory) ADD GCBSADDR(Mandatory) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD ADJNODE(Mandatory) ADD GEXT2GCELL(Optional) ADD EXTBSC(Mandatory) ADD AISSCFG(Optional) ADD ADD BTSAUTOPLAN(Mandatory) GCBSADDR(Mandatory) SET BTSIP(Optional) IMP BTSIPPARA(Mandatory) SET BSSLS(Optional) ADD EXTBSC(Mandatory) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) ADD BTSMONITORTS(Mandatory) ADD GCBSADDR(Mandatory) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) ADD BTSMONITORTS(Mandatory) ADD BTSMONITORTS(Mandatory) ADD BTSMONITORTS(Mandatory) ADD ATERE1T1(Mandatory) SET BSCAISS(Mandatory) ADD ATERSL(Mandatory) ADD SEMILINK(Mandatory) SET BSCBASIC(Mandatory) ADD BTSMONITORTS(Mandatory) SET GCELLPSBASE(Optional) SET GCELLHOCTRL(Optional) ADD GCELL(Optional) SET GCELLIDLEBASIC(Optional) ADD GCELL(Optional) ADD GCELL(Optional) SET BSSLS(Optional) ADD GCNNODE(Optional) SET GCELLPSBASE(Optional) SET CLK(Mandatory) CON PATCH(Mandatory) LOD PATCH(Mandatory) LOD BRD(Mandatory) SET E1T1LOP(Mandatory) SET E1T1(Mandatory) LOP E1T1(Mandatory)
ADD ADD BTSCONNECT(Mandatory) BTSETHRMMEP(Mandatory) SET SET BTSETHPORT(Mandatory) BTSOMLDETECT(Mandatory) SET SET BTSRINGATTR(Mandatory) BTSFLEXABISPARA(Mandatory) ADD ADD BTSMONITORTS(Mandatory) BTSTOPCONFIG(Mandatory) SET LOD BTSTRCMPR(Mandatory) RETANTCFG(Mandatory) ADD BTSABISHDLCPATH(Mandatory) SAV BTSCLKPARA(Mandatory) SET BTSCTRL(Mandatory) SET BTSANTANGLE(Mandatory) ADD BTSABISMUXFLOW(Mandatory) SET BTSRACKBC(Mandatory) STR E1T1TST(Mandatory) SET BTSIPCLKPARA(Mandatory) SET BTSCLKPARA(Mandatory) ADD BTSPPPLNK(Mandatory) SET BTSCAVFRQ(Mandatory) OPT(Mandatory) ADD BTSMPGRP(Mandatory) SET BTSPMUDEF(Mandatory) ADD BTSMPLNK(Mandatory) SET BTSTMA(Mandatory) COPTLNK(Mandatory) SET SET BTSIP(Mandatory) SET RETANTENB(Mandatory) ADD IPLOGICPORT(Mandatory) SET STR BTSPINGSW(Mandatory) BTSBATTTST(Mandatory) SET BTSBWPARA(Mandatory) STR BTSLOG(Mandatory) CHK BTSBIND2HDLCPATH(Mandatory) E1T1CRS(Mandatory) ADD STR BTSRACKTEMPMON(Mandatory) ADD BTSIPRTBIND(Mandatory) STR ADD BTSTST(Mandatory) BTSRETANT(Mandatory) ADD BTSETHMD(Mandatory) STR RETANTSCAN(Mandatory) ADD BTSETHMA(Mandatory) ADD TRANSPERFTST(Mandatory) BTSANTFEEDERBRD(Mandatory) STR ADD SWP BTSETHLCMEP(Mandatory) BTSBRD(Mandatory) ADD BTSBRD(Mandatory) SWP BTSETHRMMEP(Mandatory) BTSCLKCLTPT(Mandatory) SET BTSOMLDETECT(Mandatory) TST BTSBRD(Mandatory) ADD BTSRXUBRD(Mandatory) SET SET BTSFLEXABISPARA(Mandatory) BTSENVALM(Mandatory) ADD BTSTOPCONFIG(Mandatory) STR BTSVSWRTST(Mandatory) ADD BTSTRXBRD(Mandatory) LOD RETANTCFG(Mandatory) SWP BTSLOCGRP(Mandatory) SAV BTSCLKPARA(Mandatory) SET BTSLOADCTRL(Mandatory) BTSANTFEEDERCONNECT(Mandatory) SET CHGBTSANTANGLE(Mandatory) BTSPTUSHKTM(Mandatory) SET ADD BTSRACKBC(Mandatory) ATERE1T1(Mandatory) PING BTSCFM(Mandatory) SET TRC BTSCLKPARA(Mandatory) BTSCFM(Mandatory) SET ADD BTSCAVFRQ(Mandatory) ATERSL(Mandatory) OPR BTSBRDPWR(Mandatory) SET BTSPMUDEF(Mandatory) IMP BTSIPPARA(Mandatory) GCELLBASICPARA(Optional) SET EXP BTSTMA(Mandatory) BTSIPPARA(Mandatory) SET RETANTENB(Mandatory) IMP BTSVLAN(Mandatory) SET BTSOMLDETECT(Mandatory) STR EXP BTSBATTTST(Mandatory) BTSVLAN(Mandatory) STR BTSLOG(Mandatory) IMP SET BTSDEVIP(Mandatory) BTSIP(Optional) STR EXP BTSRACKTEMPMON(Mandatory) BTSDEVIP(Mandatory) STR BTSTST(Mandatory) BTSIPPARA(Mandatory) IMP BTSPPPLNK(Mandatory) STR EXP RETANTSCAN(Mandatory) BTSPPPLNK(Mandatory) ADD BTS(Optional) STR TRANSPERFTST(Mandatory) IMP BTSMPGRP(Mandatory) SWP BTSBRD(Mandatory) EXP BTSMPGRP(Mandatory) SET BTSOTHPARA(Optional) SWP BTSCLKCLTPT(Mandatory) IMP BTSMPLNK(Mandatory) TST BTSBRD(Mandatory) EXP ADD BTSMPLNK(Mandatory) ADJNODE(Mandatory) SET BTSENVALM(Mandatory) IMP BTSIPRT(Mandatory) STR EXP BTSVSWRTST(Mandatory) BTSIPRT(Mandatory) SWP BTSLOCGRP(Mandatory) SET BTSLOADCTRL(Mandatory) BSCABISPRIMAP(Mandatory) CHG BTSPTUSHKTM(Mandatory) LOD ADD BTSSW(Mandatory) BTSABISHDLCPATH(Mandatory) PING BTSCFM(Mandatory) LOD BTSPATCH(Mandatory) TRC BTSCFM(Mandatory) CON BTSBRDPWR(Mandatory) BTSPATCH(Mandatory) OPR IMP BTSIPPARA(Mandatory) COL SYNCINFO(Mandatory) EXP BTSIPPARA(Mandatory) IMP SET BTSVLAN(Mandatory) BTSANTANGLE(Mandatory) EXP BTSVLAN(Mandatory) ADD BTSAUTOPLAN(Mandatory) IMP ADDBTSDEVIP(Mandatory) BTSOP(Mandatory) SET BTSIP(Optional) EXP BTSDEVIP(Mandatory) BTSIPPARA(Mandatory) IMP BTSPPPLNK(Mandatory) EXP BTSPPPLNK(Mandatory) SET BSSLS(Optional) IMP BTSMPGRP(Mandatory) EXP ADD BTSMPGRP(Mandatory) BTSAUTOPLAN(Mandatory) IMP BTSMPLNK(Mandatory) EXP BTSMPLNK(Mandatory) SET GCELLHOCTRL(Optional) IMP BTSIPRT(Mandatory) EXP BTSIPRT(Mandatory) LOD ADD BTSSW(Mandatory) BTSABISHDLCPATH(Mandatory) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
SET BTSPINGSW(Optional) SET BTSLOCKBCCH(Mandatory) SET GCELLPWR2(Optional) SET GCELLSOFT(Optional) LOD BTSSW(Mandatory) SET BTSTRCMPR(Mandatory) ADD BTS(Mandatory) SET BTSALM(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Mandatory) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory) ADD BTSBFD(Optional) STR BTSTST(Mandatory) SET BTSAPMUBP(Optional) SET BTSRINGATTR(Optional) ADD SCTPLNK(Optional) ADD PTPBVC(Mandatory) BLK PTPBVC(Mandatory) ADD GCELLQUICKSETUP(Optional) SET BSSGPPARA(Optional) ADD IPLOGICPORT(Mandatory) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD IPLOGICPORT(Optional) ADD RSCGRP(Mandatory) ADD IPLOGICPORT(Optional) SET GTRXRLALM(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) SET GCELLRESELECTPARA(Optional)
SET GCELLRESELECTPARA(Optional) ADD BTSCABINET(Optional) SET BTSRACKBC(Mandatory) ADD CAB(Mandatory) SET GCELLBASICPARA(Optional) SET BTSCLKPARA(Mandatory) SET GCELLCCCH(Optional) SET BTSAUTOPLANCFG(Optional) ADD BTSBRD(Optional) ADD IPPATH(Optional) ADD IPLOGICPORT(Optional) STR IPCHK(Optional) SET GCELLIDLEBASIC(Optional) ADD GCBSADDR(Mandatory) ADD GCBSADDR(Mandatory) ADD GCBSADDR(Optional) ADD GCBSADDR(Mandatory) SET BSCTMR(Optional) SET GCELLIDLEBASIC(Optional) ADD IPLOGICPORT(Optional) SET BSCTMR(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) SET BSCBASIC(Optional) SET CERTFILE(Optional) SET GCELLCCCH(Optional) SET GCELLCCCH(Optional) SET BSCPSTCDSCPMAP(Optional) ADD ETHMA(Optional) SET GCELLOTHEXT(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELL2GBA1(Mandatory) SET GCELL2GBA1(Mandatory)
SND MOV GCELLSYSMSG(Mandatory) BCCH(Mandatory) SET ADD FHO(Mandatory) GTRX(Mandatory) SET ADD GCELL2GBA1(Mandatory) PTPBVC(Mandatory) SET SET GCELLCHMGBASIC(Mandatory) GCELLEGPRSPARA(Mandatory) SET SET GCELLHO2GBA2(Mandatory) GCELLPRACH(Mandatory) SET SET GCELLHOAD(Mandatory) GCELLPRIVATEOPTPARA(Mandatory) SET SET GCELLHOBASIC(Mandatory) GCELLPSBASE(Mandatory) SET GCELLHOCTRL(Mandatory) SET SET GCELLPSCHM(Mandatory) GCELLHO2GBA2(Mandatory) SET SET GCELLHOEDBPARA(Mandatory) GCELLPSCS(Mandatory) SET SET GCELLHOEMG(Mandatory) GCELLPSI1(Mandatory) GCELLHO2GBA2(Mandatory) SET SET GCELLHOFAST(Mandatory) GCELLPSOTHERPARA(Mandatory) SET GCELLBASICPARA(Optional) SET GCELLHOFDDBA2(Mandatory) GCELLPSPWPARA(Mandatory) SET SET GCELLHOFITPEN(Mandatory) MSTOCELL(Mandatory) GCELLCCUTRANSYS(Optional) SET SET GCELLHOIUO(Mandatory) PSCELLTODSP(Mandatory) SET SET GCELLHOPTP(Mandatory) GCELLNC2PARA(Mandatory) SET GCELLHOTDDBA2(Mandatory) GCELLCCUTRANSYS(Optional) SET SET GCELLNCRESELECTPARA(Mandatory) SET GCELLHOUTRANFDD(Mandatory) SET SET GCELLNWCTRLMSRPARA(Mandatory) GCELLSERVPARA(Optional) SET SET GCELLHOUTRANTDD(Mandatory) GCELLRESELECTPARA(Mandatory) SET SET GCELLPWR2(Mandatory) GCELLSERVPARA(Mandatory) GCELLOTHEXT(Optional) SET SET GCELLPWR3(Mandatory) GCELLSTANDARDOPTPARA(Mandatory) SET BTSPMUBP(Optional) SET GCELLDYNTURNOFF(Mandatory) GCELLGPRS(Mandatory) SET SET GCELLPWRBASIC(Mandatory) GPSCHRSCOPE(Mandatory) BTSDPMUBP(Optional) SET ADD GCELLCHMGAD(Mandatory) BTSOBJALMSHLD(Mandatory) SET GCELLHOPQUICKSETUP(Mandatory) ADD GCELLQUICKSETUP(Mandatory) SET BTSPMUBP(Optional) SET SET GCELLMAIOPLAN(Mandatory) GCELLFREQSCAN(Mandatory) SET SET BTSANTANGLE(Mandatory) SET GCELLHOPANT(Mandatory) BTSDPMUBP(Optional) SET STR GCELLHOPANTQUICKSETUP(Mandatory) TRXBURSTTST(Mandatory) ADD CELLBIND2BTS(Mandatory) STR BTSRFTST(Mandatory) MOV BCCH(Mandatory) SET GMRSCOPE(Mandatory) ADD GTRX(Mandatory) ADD PTPBVC(Mandatory) SET GCELLEGPRSPARA(Mandatory) GCELLHOINTERRATLDB(Mandatory) SET SET GCELLPRACH(Mandatory) ADD BTSRETANT(Mandatory) SET GCELLPRIVATEOPTPARA(Mandatory) SET ADD GCELLPSBASE(Mandatory) BTSAUTOPLAN(Optional) SET GCELLPSCHM(Mandatory) SET SAV GCELLPSCS(Mandatory) GCELLTEMPLATE(Mandatory) SET GCELLPSI1(Mandatory) STR GCELLPSOTHERPARA(Mandatory) NCS(Mandatory) SET SET GCELLPSPWPARA(Mandatory) SET PSCELLTODSP(Mandatory) FHO(Mandatory) SET SET GCELLNC2PARA(Mandatory) ADD BTSRETANT(Mandatory) SET GCELLNCRESELECTPARA(Mandatory) SET SET GCELLNWCTRLMSRPARA(Mandatory) BTSANTANGLE(Mandatory) SET GCELLRESELECTPARA(Mandatory) SET ADD GCELLSERVPARA(Mandatory) GCELL(Mandatory) SET GCELLSTANDARDOPTPARA(Mandatory) ADD GCELLGPRS(Mandatory) GEXT3GCELL(Optional) SET SET GPSCHRSCOPE(Mandatory) ADD ADD GSMSCB(Optional) BTSRETANT(Mandatory) ADD GCELLQUICKSETUP(Mandatory) SET MSGSOFTPARA(Optional) SET GCELLFREQSCAN(Mandatory) SET SET BTSANTANGLE(Mandatory) GCELLCHMGBASIC(Optional) STR TRXBURSTTST(Mandatory) STR BTSRFTST(Mandatory) SET GCELLHOINTERRATLDB(Mandatory) ADD BTSAUTOPLAN(Mandatory) SAV GCELLTEMPLATE(Mandatory) ADD GSMSCB(Optional) SET GCELLCHMGAD(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLSOFT(Optional)
SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLBASICPARA(Optional) SET GCELLCCAD(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET SET BTSFMUABP(Mandatory) BTSAPMUBP(Optional) SET SET BTSNFCBBP(Mandatory) BTSDPMUBP(Optional) SET BTSPMUBP(Mandatory) BTSAPMUBP(Optional) SET BTSAPMUBP(Mandatory) BTSDPMUBP(Optional) SET BTSDATUBP(Mandatory) GCELLOTHEXT(Optional) SET BTSDEMUBP(Mandatory) SET BTSDHEUBP(Mandatory) SET SET GCELLOTHEXT(Optional) BTSDOMUBP(Mandatory) SET SET BTSDPMUBP(Mandatory) GTRXFC(Optional) SET BTSDTMUBP(Mandatory) SET SET BTSPSUFP(Mandatory) CERTFILE(Mandatory) SET BTSDDPUBP(Mandatory) IMP BTSIPPARA(Mandatory) SET BTSUSCUBP(Mandatory) IMP BTSVLAN(Mandatory) IMP BTSDEVIP(Mandatory) SET BTSIP(Optional) IMP BTSPPPLNK(Mandatory) IMP SET BTSMPGRP(Mandatory) BTSAUTOPLANCFG(Mandatory) IMP BTSMPLNK(Mandatory) IMP BTSIPRT(Mandatory) SET BTSCABPARA(Mandatory) SET BTSPOWERTYPE(Mandatory) ADD OP(Mandatory) ADD CCG(Mandatory) SET CCGN(Mandatory) ADD OP(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional) ADD PBSL(Optional) SET BTSAUTOPLANCFG(Optional) SET CCGN(Optional) SET BTSIDLETS(Mandatory) ADD ATERSL(Optional) ADD ATERCONSL(Optional) ADD PBSL(Optional) ADD G2GNCELL(Optional) CBN BTSRXUCHAIN(Mandatory)
SET GCELLCHMGBASIC(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSBC(Optional) ADD GSMSCB(Mandatory) SET GCELLCHMGAD(Optional) SET AITFOTHPARA(Optional) SET GCELLSOFT(Optional) ADD IPPATH(Optional) SET OTHSOFTPARA(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) STR IPCHK(Optional) ADD IPPATHBIND(Mandatory) SET BTSAIRCON(Optional) SET BTSAIRCON(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) STR IPCHK(Mandatory) STR BTSTST(Mandatory) SET SET FHO(Mandatory) BTSCHNFALLBACK(Mandatory) SET GTRXCHANHOP(Mandatory) SET SET GTRXCHAN(Mandatory) TCPLYVOICE(Mandatory) SET GTRXCHANADMSTAT(Mandatory) STR BTSTST(Mandatory) STR BTSTST(Mandatory) SET BTSCHNFALLBACK(Mandatory) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET GCELLCHMGAD(Optional)
SET GPSCHRSCOPE(Optional) SET BSCFCPARA(Optional) ADD GCELL(Mandatory) SET ADD BSCFCPARA(Optional) GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) SET BSCFCPARA(Optional) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET GTRXCHAN(Optional) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory) SET BTSAUTOPLANCFG(Optional) BLK ACIC(Mandatory) BLK PBCIC(Mandatory) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) ADD IPLOGICPORT(Optional) SET GCELLCHMGAD(Optional) ADD DXXCONNECT(Mandatory) ADD DXXCONNECT(Mandatory) SET GCELLGPRS(Optional) SET OTHSOFTPARA(Optional) ADD MPGRP(Optional) SET BTSCLKPARA(Mandatory) SET BTSIPCLKPARA(Optional) SET CLKTYPE(Mandatory) SET BTSCLK(Mandatory) SET BTSTHEFTALM(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) SET BTSTHEFTALM(Optional)
SET BTSFMUABP(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET BTSUSCUBP(Optional) SET BTSCABPARA(Mandatory) SET BTSPOWERTYPE(Mandatory) LOD RETANTCFG(Optional) ADD BTSSFPMODE(Optional) EXP BTSRXUBP(Optional) LOG(Optional) SET SET BTSANTANGLE(Optional) SET BTSFORBIDTS(Optional) ADD BTSRXU2LOCGRP(Mandatory) SET BTSCLKPARA(Optional) SET BTSOMLTS(Optional) ADD CCG(Mandatory) ADD BTSBINDLOCGRP(Mandatory) SET BTSETHPORT(Optional) BTSCAVFRQ(Optional) SET ADD BTSBRD(Optional) SET BTSPMUDEF(Optional) SUBCMD(Mandatory) ADD BTSPPPLNK(Optional) ADD BTSCABINET(Mandatory) SET BTSTMA(Optional) ADD BTSMPLNK(Optional) ADD BTSRXUBRD(Optional) ADD CAB(Mandatory) SET RETANTENB(Optional) ADD BTSETHMA(Optional) SET BTSENVALMPORT(Optional) STR BTSBATTTST(Optional) ADD BTSETHLCMEP(Optional) ADD BTSOBJALMSHLD(Mandatory) STR BTSTST(Mandatory) ADD ADD BTSTOPCONFIG(Optional) BTSBFD(Optional) STR RETANTSCAN(Optional) IMP ADDBTSDEVIP(Optional) BTSIPRTBIND(Optional) STR TRANSPERFTST(Optional) IMP BTSPPPLNK(Optional) SWP BTSBRD(Optional) IMP BTSMPLNK(Optional) SET BTSENVALM(Optional) CHG BTSPTUSHKTM(Optional) OPR BTSBRDPWR(Mandatory) SET GBSCREDGRP(Optional) ADD ADD NSE(Mandatory) ADD NRIMSCMAP(Mandatory) GCNNODE(Mandatory) SET ADD MSGSOFTPARA(Mandatory) SGSNNODE(Mandatory) SET ADD AITFOTHPARA(Mandatory) NRISGSNMAP(Mandatory) SET BSCAITFTMR(Mandatory) ADD GCNNODE(Mandatory) CMP LICENSE(Optional) SET GBSCREDGRP(Optional) EXP ALMLOG(Optional) SET BTSBAT(Mandatory) SET BTSDPMUBP(Mandatory) SET LOGLIMIT(Optional) SET ALMBLKPARA(Optional) SET ALMBLKPARA(Optional) SET GCELLHOBASIC(Optional) ADD GSMSCB(Mandatory) SET BTSOUTPUT(Optional) COL SYNCINFO(Mandatory) SET GCELLPWRBASIC(Optional) SET GCELLCCBASIC(Optional) SET PWDPOLICY(Optional) SET BTSBWPARA(Optional) ADD GEXT2GCELL(Optional) ADD BTSABISHDLCPATH(Mandatory) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) SET GCELLHOBASIC(Optional) ADD DXXCONNECT(Mandatory) ADD SUBRACK(Optional) SET CONNTYPE(Mandatory) ADD GIURGCONN(Mandatory) SET GCELLHOCTRL(Optional) SET GCELLHOAD(Optional) PING IP(Optional) PING MAC(Optional) PING BTSCFM(Optional) STR BTSTST(Mandatory) SET GTRXDEV(Optional) ADD GCBSADDR(Mandatory) SET BTSCRC4(Mandatory) SET GCELLIDLEBASIC(Optional) SET CERTFILE(Mandatory) SET CERTFILE(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET GCELLIDLEBASIC(Optional) SET BSCBASIC(Optional) ADD SCTPLNK(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional)
ADD TRMFACTOR(Optional) ADD TRMMAP(Optional) ADD TRMMAP(Optional) ADD TRMFACTOR(Optional) ADD GCELL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Optional) SET GCSCHRCTRL(Mandatory) SET GCSCHRCTRL(Optional) SET GTRXFC(Optional) SET GCSCHRCTRL(Optional) ADD TRMFACTOR(Optional) SET GCSCHRCTRL(Optional) ADD TRMMAP(Optional) ADD TRMMAP(Optional) ADD TRMFACTOR(Optional) ADD GCELL(Optional) SET SLFSLVSW(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) ADD AISSCFG(Mandatory) SET GCELLPSBASE(Optional)
SET BTSLOADCTRL(Mandatory) ADD BTSRETANT(Mandatory) ADD BTSRETANT(Mandatory) ADD BTSRETANT(Mandatory) ADD BTSRETANT(Mandatory) ADD RSCGRP(Mandatory) SET BTSCTRL(Mandatory) SET BTSCTRL(Mandatory) SET CMCTRLSW(Mandatory) SET MSGSOFTPARA(Optional) SET BTSAUTODLDACTINFO(Mandatory) SET GCSFILE(Optional) UPD JTGCPLD(Mandatory) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) SET GCELLOTHEXT(Optional) ADD OP(Optional) SET TIME(Optional) ADD BSCDSTPADATE(Mandatory) SET BTSAUTODLDACTINFO(Mandatory) SET BTSDHEUBP(Optional) ADD GCELL(Mandatory) ADD GCELL(Mandatory) ADD GCELL(Mandatory) ADD GCELL(Mandatory) SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET GCELLPSCHM(Optional)
ADD M3DE(Mandatory) SET GCELLTMR(Optional) ADD M3RT(Mandatory) ADD M3LKS(Mandatory) ADD OP(Optional) SET BTSOUTPUT(Optional) PING IP(Mandatory) TRC IPADDR(Mandatory) PING MAC(Mandatory) TRC ADD MAC(Mandatory) IPRTBIND(Mandatory) PING BTSCFM(Mandatory) TRC BTSCFM(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Mandatory) ADD GIURGCONN(Mandatory) ADD GIURGCONN(Mandatory) ADD GIURGCONN(Mandatory) MOV BCCH(Mandatory) SET GCELLSOFT(Optional) ADD BTSBFD(Optional) SET BTSABISTROP(Mandatory) ADD BTSRETANT(Mandatory) ADD BTSRETANT(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD ADD GEXT3GCELL(Mandatory) DEVIP(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET BTSDFCUBP(Optional) SET BTSDFCUBP(Optional) ADD GCNNODE(Optional) SET FTPSSRV(Mandatory) ADD GPS(Optional) ADD DHCPRLY(Mandatory) ADD DHCPRLY(Mandatory) SET BTSDPMUBP(Optional) SET GCELLCHMGBASIC(Optional) ADD SUBTSK(Mandatory) ADD SUBTSK(Mandatory) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory)
DLD RETANTCFG(Optional) DLD BTSPATCH(Optional) ULD BTSLOG(Optional) DLD BTSSW(Optional) SET AITFOTHPARA(Optional) SET GCELLBASICPARA(Optional) SET GCELLSOFT(Optional) ADD GEXT3GCELL(Mandatory) SET OTHSOFTPARA(Optional) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET GCELLBASICPARA(Optional) SET GCELLBASICPARA(Optional) SET GCELLBASICPARA(Optional) SET BTSRXUBP(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) ADD NSVC(Mandatory) SET BSCPSSOFTPARA(Optional) SET GCELLGPRS(Optional) SET GCELLHOBASIC(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLPWR2(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLPWR2(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLHOEMG(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPRIVATEOPTPARA(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional)
SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) ADD BTSANTFEEDERBRD(Optional) SET BTSANTFEEDERCONNECT(Optional) ADD BTSANTFEEDERBRD(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSIPCLKPARA(Mandatory) SET GCELLPSCS(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLPSCS(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLBASICPARA(Optional) SET GCELLCCAD(Optional) SET GCELLPRIVATEOPTPARA(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) ADD EMU(Optional) SET GCELLPWRBASIC(Optional) ADD N7DPC(Mandatory) ADD N7DPC(Mandatory) BLK ACIC(Mandatory) ADD AE1T1(Optional) ADD GCNNODE(Mandatory) ADD N7DPC(Mandatory)
ADD N7DPC(Mandatory) ADD MTP3RT(Mandatory) ADD MTP3LKS(Mandatory) ADD M3DE(Mandatory) ADD GCNNODE(Mandatory) ADD GEXTSMLC(Mandatory) ADD GNRNC(Mandatory) ADD G2GNCELL(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) ADD PORTFLOWCTRLPARA(Optional) SET BTSBAKPWR(Optional) SET BTSBAKPWR(Optional) SET BTSBAKPWR(Optional) SET GCELLOTHEXT(Optional) SET GCELLPSBASE(Optional) SET BTSOUTPUT(Optional) ADD PPPLNK(Optional)
ADD MPLNK(Optional) ADD SCTPLNK(Optional) SET PHBMAP(Mandatory) PING IP(Optional) SET DSCPMAP(Mandatory) SET BTSVLAN(Optional) IMP BTSVLAN(Optional) SET BSCPSSOFTPARA(Optional) DLD TCFILE(Mandatory) SET TCTYPE(Optional) ADD OBJALMSHLD(Mandatory) SET TCPLYVOICE(Mandatory) SET TCPARA(Optional) SET PSCELLTODSP(Mandatory) SET BSCPSSOFTPARA(Optional) SET TZ(Optional) ULD BTSDEVFILE(Mandatory) ADD IPRT(Mandatory) ADD ADD BTSIPRT(Mandatory) BTSBFD(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory) ADD ADD BTSIPRT(Mandatory) IPRT(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory) ADD TSCROSS(Mandatory) ADD TSCROSS(Mandatory) SET GCELLCCBASIC(Optional) SET GCELLGSMR(Optional) ADD BTSANTFEEDERBRD(Mandatory) SET BTSANTFEEDERCONNECT(Optional) ADD BTSANTFEEDERBRD(Optional) SET BTSANTFEEDERCONNECT(Optional) ADD BTSANTFEEDERBRD(Mandatory) SET BTSANTFEEDERCONNECT(Optional) ADD BTSANTFEEDERBRD(Mandatory) SET BTSANTFEEDERCONNECT(Optional) SET GCELLSOFT(Optional) SET BTSETHPORT(Optional) STR BTSTST(Mandatory)
STR TRXBURSTTST(Mandatory) STR BTSTST(Mandatory) STR BTSTST(Mandatory) SET GCELLPSCHM(Optional) ADD AISSCFG(Optional) ADD ADD DXX(Mandatory) BTSCONNECT(Mandatory) ADD DXXCONNECT(Mandatory) ADD DXXTSEXGRELATION(Mandatory) ADD BTSCONNECT(Mandatory) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLBASICPARA(Optional) SET GCELLCHMGBASIC(Optional) STR TRANSPERFTST(Mandatory) STR TRANSPERFTST(Mandatory) ADD BTSABISHDLCPATH(Mandatory) STR TRANSPERFTST(Mandatory) SET COPTLNK(Optional) SET BTSCLK(Mandatory) ADD BTSTOPCONFIG(Mandatory) SET BTSCLK(Mandatory) ADD IPPATH(Mandatory) ADD G3GNCELL(Optional) ADD GEXT3GCELL(Optional) SET GCELLCCBASIC(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD SUBTSK(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) STR BTSLOG(Optional) SET TZ(Mandatory) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional)
SET GCELLGPRS(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET BTSLOADCTRL(Mandatory) SET GCELLPSBASE(Optional) SET GCELLGPRS(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET TZ(Mandatory) SET GCELLCCAD(Optional) ADD MTP3LKS(Optional) ADD MPGRP(Optional) SET BSCABISPRIMAP(Optional) SET GCELLCCBASIC(Optional) SET GCELLGSMR(Optional) SET OTHSOFTPARA(Optional) SET BSCABISPRIMAP(Optional) SET BSCSRVPRI(Optional) SET BSCABISPRIMAP(Optional) SET TZ(Mandatory) ADD EMSIP(Mandatory) SET BTSFALLBACK(Optional) SET BTSTMA(Mandatory) SET GCELLBASICPARA(Optional) SET FTPSSRV(Optional) SET FTPSCLT(Optional) SET OTHSOFTPARA(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) BLK ACIC(Mandatory) BLK PBCIC(Mandatory)
ADD BSCDSTPADATE(Mandatory) SET BTSDHEUBP(Optional) ADD BSCDSTPADATE(Mandatory) SET BTSFORBIDTS(Optional) SET BSCDSTPA(Optional) BLK ATERE1T1(Mandatory) BLK AE1T1(Mandatory) SET BTSFORBIDTS(Mandatory) SET SCHTSKSW(Mandatory) ADD SUBTSK(Optional) SET GCELLHOIUO(Optional) SET GCELLPSOTHERPARA(Optional) ADD GCELL(Mandatory) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET GCELLHOIUO(Optional) SET GCELLCHMGBASIC(Optional) ADD M3LE(Mandatory) ADD M3DE(Mandatory) SET GCELLHOIUO(Optional) SET TCPARA(Optional) EXP LOG(Optional) SET SET ETHPORT(Optional) GCELLCCBASIC(Optional) ADD PPPLNK(Optional) SET ADD ETHPORT(Optional) MPGRP(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) SET BSCABISPRIMAP(Optional) SET BSCABISPRIMAP(Optional) SET BSCSRVPRI(Optional) SET BSCABISPRIMAP(Optional) EXP ALMLOG(Optional) SET GCELLTMR(Optional)
SET AITFOTHPARA(Optional) SET BTSRINGATTR(Optional) SET TZ(Mandatory) EXP LOG(Optional) ADD SUBTSK(Mandatory) RUN BATCHFILE(Optional) COL LOG(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD GSMSCB(Mandatory) ADD OP(Mandatory) STR BTSLOG(Optional) EXP LOG(Optional) ADD OP(Mandatory) SET TZ(Mandatory) SET TZ(Mandatory) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional)
ADD EMU(Optional) ADD EMU(Optional) SET GCELLSERVPARA(Optional) SET GCELLSOFT(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWRBASIC(Optional) ADD GEXT2GCELL(Mandatory) ADD GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) ADD EXTNCELL(Mandatory) ADD EXTNCELL(Mandatory) SET GCELLPSOTHERPARA(Optional) SET BTSALM(Optional) SET GCELLEXTMSRPARA(Optional) SET GCELLEXTMSRPARA(Optional) SET GCELLEXTMSRPARA(Optional) ADD GCELL(Optional) SET GCELLPSBASE(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET BSCABISPRIMAP(Optional) SET GCELLCHMGBASIC(Optional) SET GCELLHOFITPEN(Optional) SET FANSPEED(Optional) SET FANSPEED(Optional) SET FANSPEED(Optional) SET FANSPEED(Optional) SET FANSPEED(Mandatory) SET FANSPEED(Mandatory) LOD FAN(Mandatory) SET GCELLBASICPARA(Optional) SET BTSRINGATTR(Optional)
SET TCPARA(Optional) SET ETHPORT(Optional) SET BTSETHPORT(Optional) SET GTRXFC(Optional) SET ETHPORT(Mandatory) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD IPLOGICPORT(Optional) ADD PORTFLOWCTRLPARA(Mandatory) ADD ETHTRK(Optional) SET BSCABISPRIMAP(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Optional) SET GTRXFC(Optional) ADD PPPLNK(Optional) ADD MPLNK(Optional) SET FCSW(Mandatory) SET BTSAPMUBP(Optional) SET GCELLIDLEFDDBA1(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLIDLEFDDBA1(Mandatory) SET GCELLIDLEFDDBA1(Mandatory) ADD GEXT3GCELL(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) ADD GEXT3GCELL(Optional) SET GCELLIDLEFDDBA1(Mandatory) SET FCCPUTHD(Optional)
SET GCELLSOFT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLHOPTP(Optional) SET GCELLHOPQUICKSETUP(Mandatory) EXP LOG(Optional) ZIP FILE(Mandatory) BKP LOGDB(Optional) EXP CFGMML(Optional) EXP GCELLTEMPLATE(Optional) EXP ALMLOG(Optional) SET GCELLNC2PARA(Optional) EXP LOG(Optional) SET GCELLPWR3(Optional) SET BTSOUTPUT(Optional) SET BTSFLEXABISPARA(Optional) SET BTSALMFLASHTHD(Optional) SET BTSALMFLASHTHD(Optional) SET BTSALMFLASHTW(Optional) SET BTSALMFLASHTW(Optional) SET BTSALMFLASHTW(Optional) ADD BTS(Optional) ADD GCELL(Optional) SET GCELLSOFT(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET ETHPORT(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD IPLOGICPORT(Optional) ADD ETHTRK(Optional)
SET BSCABISPRIMAP(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLCCCH(Optional) SET BTSFMUABP(Optional) EXP ELABEL(Optional) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory) EXP EXP CFGMML(Optional) DEVFILE(Optional) BKP DB(Optional) DLD RETANTCFG(Mandatory) EXP GCELLTEMPLATE(Optional) EXP CHK BTSDEVFILE(Optional) DATA2LIC(Optional) LOD RVK RETANTCFG(Mandatory) LICENSE(Optional) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory) DLD BTSPATCH(Optional) SET BSCPSSOFTPARA(Optional) ADD GCNNODE(Optional) SET TCPARA(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Mandatory) ADD IPMUX(Optional) SET BTSAUTOPLANCFG(Optional) SET BTSAUTOPLANCFG(Optional) SET BTSAUTOPLANCFG(Optional) ADD MPGRP(Optional) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory)
SET GCELLOTHEXT(Optional) SET GCELLBASICPARA(Optional) EXP LOG(Mandatory) ADD SUBTSK(Mandatory) ADD GTRX(Mandatory) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) ADD BTSANTFEEDERBRD(Optional) SET GCELLCHMGAD(Optional) SET GCELLFREQSCAN(Optional) SET GTRXDEV(Optional) STR NCS(Mandatory) SET GCELLSOFT(Optional) SET GCELLHOBASIC(Optional) SET GCELLBASICPARA(Optional) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Optional) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Optional) EXP LOG(Optional) ADD ADJMAP(Mandatory) ADD TRMFACTOR(Mandatory) SET BSCABISPRIMAP(Mandatory) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional) SET OTHSOFTPARA(Optional) SET GCELLHOINTERRATLDB(Optional) SET TCPARA(Optional) SET GCELLPSPWPARA(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Mandatory) ADD AISSCFG(Optional) SET GCELLPSOTHERPARA(Optional) SET BSCBASIC(Optional) ADD GPS(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET GLOBALROUTESW(Mandatory) SET GCELLBASICPARA(Optional) SET GCELLGPRS(Mandatory) ADD GCELLQUICKSETUP(Optional) SET GCELLRESELECTPARA(Optional) SET GTRXCHAN(Optional) SET GCELLSERVPARA(Optional) SET GCELLNCRESELECTPARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNCRESELECTPARA(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional) ADD GPS(Optional) SET GCELLCHMGBASIC(Optional) SET BTSCHNFALLBACK(Mandatory) SET BTSCHNFALLBACK(Mandatory) SET GBSCREDGRP(Mandatory) SET GBSCREDGRP(Optional) SET BTSFLEXABISPARA(Optional) ADD RSCGRP(Mandatory) SET BTSIP(Mandatory) ADD RSCGRP(Mandatory)
SET GCELLSBC(Optional) ADD GSMSCB(Mandatory) ADD TRMLOADTH(Optional) SET BSCBASIC(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLPSOTHERPARA(Optional) ADD ICMPGUARD(Mandatory) ADD BTSAUTOPLAN(Optional) SET BTSIP(Optional) SET OTHSOFTPARA(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) ADD SCTPLNK(Optional) ADD BTSRXUCHAIN(Mandatory) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) SET BTSBAT(Optional) SET BTSBAT(Optional) SET BSCBASIC(Optional) SET GCELLCHMGBASIC(Optional) SET OTHSOFTPARA(Optional) SET GCELLCHMGBASIC(Optional) SET BTSAPMUBP(Optional) SET GCELLCHMGAD(Optional) SET PWDPOLICY(Optional) SET GCELLGPRS(Optional) SET GCELLHOIUO(Optional) ADD GCNOPERATOR(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional)
SET FHO(Mandatory) SET GCELLHOBASIC(Optional) SET SET GCELLHOEMG(Optional) FHO(Mandatory) SET GCELLHOFITPEN(Optional) SET GCELLHOIUO(Optional) SET GCELLHOFAST(Optional) SET GCELLHOFAST(Optional) SET GCELLHOFAST(Optional) SET GCELLHOFAST(Optional) ADD G3GNCELL(Optional) ADD G3GNCELL(Optional) SET GCELLHOUTRANFDD(Optional) ADD G2GNCELL(Optional) SET FHO(Mandatory) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional) SET GCELLCHMGAD(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional) SET GCELLHOEDBPARA(Optional) ADD GCELLMAGRP(Mandatory) SET GCELLMAIOPLAN(Mandatory) ADD GCELLMAGRP(Mandatory) SET GCELLOTHBASIC(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional) SET OTHSOFTPARA(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Mandatory) SET GTRXHOP(Optional) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional) ADD AISSCFG(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional) SET MSGSOFTPARA(Optional) ADD G3GNCELL(Optional) ADD G3GNCELL(Optional) ADD G2GNCELL(Optional) ADD OPC(Optional) SET BTSIP(Optional)
ADD GEXT2GCELL(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOFAST(Optional) SET GCELLHOPANT(Optional) SET GCELLHOPANTQUICKSETUP(Mandatory) ADD BTSRXUCHAIN(Mandatory) SET GCELLCHMGBASIC(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET GCELLCCCH(Optional) SET GCELLBASICPARA(Optional) SET GCELLCHMGAD(Optional) SET GCELLBASICPARA(Optional) ADD GCELLMAGRP(Optional) ADD BTSRXUCHAIN(Mandatory) ADD GCELL(Optional) ADD BTSRXUCHAIN(Mandatory) ADD BTSBFD(Mandatory) SET BTSDHEUBP(Optional) SET BTSDHEUBP(Optional) SET BTSAPMUBP(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAIRCON(Optional) SET SCCPTMR(Optional) STR TRANSPERFTST(Mandatory) STR TRANSPERFTST(Mandatory) STR TRANSPERFTST(Mandatory) SET SCCPTMR(Optional) SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) ADD G2GNCELL(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET OTHSOFTPARA(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) ADD G2GNCELL(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET OTHSOFTPARA(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) ADD G2GNCELL(Optional)
SET BTSCTRL(Mandatory) GCELLHOEMG(Mandatory) SET BTSIPCLKPARA(Mandatory) GCELLHOFAST(Mandatory) ADD BTSPPPLNK(Mandatory) SET GCELLHOFDDBA2(Mandatory) ADD BTSMPGRP(Mandatory) SET GCELLHOFITPEN(Mandatory) ADD BTSMPLNK(Mandatory) SET GCELLHOIUO(Mandatory) SET BTSIP(Mandatory) GCELLHOPTP(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET BTSPINGSW(Mandatory) BTSFMUABP(Mandatory) SET GCELLHOUTRANFDD(Mandatory) SET BTSBWPARA(Mandatory) BTSNFCBBP(Mandatory) SET GCELLHOUTRANTDD(Mandatory) GCELLCHMGAD(Optional) ADD BTSETHMD(Mandatory) SET BTSPMUBP(Mandatory) ADD BTSETHMA(Mandatory) SET GCELLPWR2(Mandatory) SET BTSAPMUBP(Mandatory) GCELLCHMGAD(Optional) ADD BTSETHLCMEP(Mandatory) SET GCELLPWR3(Mandatory) BTSDATUBP(Mandatory) ADD BTSETHRMMEP(Mandatory) GCELLDYNTURNOFF(Mandatory) SET BTSDEMUBP(Mandatory) GCELLCHMGAD(Optional) SET GCELLPWRBASIC(Mandatory) SET BTSOMLDETECT(Mandatory) BTSDFCUBP(Mandatory) SET GCELLCHMGAD(Mandatory) GCELLCHMGAD(Optional) SET BTSFLEXABISPARA(Mandatory) BTSDHEUBP(Mandatory) ADD BTSTOPCONFIG(Mandatory) SET GCELLHOPQUICKSETUP(Mandatory) BTSDOMUBP(Mandatory) SET BTSDPMUBP(Mandatory) GCELLCHMGAD(Optional) LOD BTSSW(Mandatory) GCELLMAIOPLAN(Mandatory) SET LOD RETANTCFG(Mandatory) ADD BTSDTMUBP(Mandatory) GIBCAPNCGRP(Mandatory) SET SET GCELLCHMGAD(Optional) SAV BTSCLKPARA(Mandatory) GCELLHOPANT(Mandatory) SET BTSDGPSBP(Mandatory) SET BTSRACKBC(Mandatory) SET BTSPSUFP(Mandatory) SET GCELLHOPANTQUICKSETUP(Mandatory) GCELLCHMGAD(Optional) SET ADD CELLBIND2BTS(Mandatory) SET BTSCLKPARA(Mandatory) BTSDDPUBP(Mandatory) SET BTSBAKPWR(Mandatory) SET BTSCAVFRQ(Mandatory) BTSUSCUBP(Mandatory) GCELLCHMGAD(Optional) SET BTSCRC4(Mandatory) ADD BTSPMUDEF(Mandatory) BTSRETANT(Mandatory) SET GCELLBASICPARA(Optional) BTSLOCKBCCH(Mandatory) SET BTSTMA(Mandatory) BTSALMPORT(Mandatory) SET BTSLSW(Mandatory) ADD RETANTENB(Mandatory) BTSRXUCHAIN(Mandatory) SET BTSAPMUBP(Optional) STR BTSBATTTST(Mandatory) SET CBN BTSTRANS(Mandatory) BTSRXUCHAIN(Mandatory) STR BTSLOG(Mandatory) SET BTSVLAN(Mandatory) CHK BTS(Mandatory) ADD IPPATH(Optional) STR BTSRACKTEMPMON(Mandatory) MOVBTSBREAKPOINT(Mandatory) BCCH(Mandatory) SET STR BTSTST(Mandatory) ADD GTRX(Mandatory) SET BTSCABPARA(Mandatory) SET BSCPSTCDSCPMAP(Optional) STR RETANTSCAN(Mandatory) ADD BTSBFD(Mandatory) SET BTSJBF(Mandatory) STR TRANSPERFTST(Mandatory) SET BTSTHEFTALM(Mandatory) BSCPSTCDSCPMAP(Optional) BTSLAPDWS(Mandatory) ADD SCHTSK(Mandatory) SWP BTSBRD(Mandatory) BTSSPTMODE(Mandatory) SET BTSPOWERTYPE(Mandatory) SET SCHTSKSW(Optional) SET BTSRXUBP(Mandatory) BSCPSTCDSCPMAP(Optional) SWP BTSCLKCLTPT(Mandatory) BTSOUTPUT(Mandatory) SET ADD SUBTSK(Optional) TST SET BTSBRD(Mandatory) BTSOMLBACKUP(Mandatory) SPT BTSRXUCHAIN(Mandatory) ADD BTSFALLBACK(Mandatory) SUBCMD(Optional) STR TRXBURSTTST(Mandatory) SET BTSAUTODLDACTINFO(Mandatory) SET BTSENVALM(Mandatory) BTSEXD(Mandatory) SET BTSOTHPARA(Mandatory) ADD PTPBVC(Mandatory) STR SCHTSK(Optional) STR BTSVSWRTST(Mandatory) BTSCLK(Mandatory) SET SET BTSAUTOPLANCFG(Mandatory) GCELLEGPRSPARA(Mandatory) LOD BTSPATCH(Mandatory) SET ADD BTSLOCGRP(Mandatory) BTSBRDCAP(Mandatory) SET BTSABISTROP(Mandatory) GCELLPRACH(Mandatory) CON BTSPATCH(Mandatory) SET BTSALM(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) SET GCELLPRIVATEOPTPARA(Mandatory) SET BTSLOADCTRL(Mandatory) BTSAIRCON(Mandatory) TCPARA(Optional) ADD BTSBINDLOCGRP(Mandatory) SET GCELLPSBASE(Mandatory) CHG BTSPTUSHKTM(Mandatory) SET ADD BTSANTFEEDERBRD(Mandatory) SET BTSAUXEQP(Mandatory) GCELLPSCHM(Mandatory) E1T1LOP(Optional) PING BTSCFM(Mandatory) SET BTSBAT(Mandatory) ADD BTSBRD(Mandatory) SET GCELLPSCS(Mandatory) BTSEXCURSION(Mandatory) TRC BTSCFM(Mandatory) SET BTSCHNFALLBACK(Mandatory) ADD BTSCABINET(Mandatory) SET GCELLPSI1(Mandatory) ADD EXTNCELL(Mandatory) SET GCELLCHMGBASIC(Optional) OPR BTSBRDPWR(Mandatory) SWP BTSRING(Mandatory) ADD BTSRXUBRD(Mandatory) SET GCELLPSOTHERPARA(Mandatory) BSCSYNCOFF(Mandatory) IMP BTSIPPARA(Mandatory) SWP BTSOMLLINK(Mandatory) ADD BTSTRXBRD(Mandatory) SET GCELLPSPWPARA(Mandatory) BTSAISS(Mandatory) EXP BTSIPPARA(Mandatory) ADD BTSIPRTBIND(Mandatory) SET BTSENVALMPORT(Mandatory) ADD PSCELLTODSP(Mandatory) BTSESN(Mandatory) SET EXP BTSVLAN(Mandatory) GCELLTEMPLATE(Mandatory) ADD BTSALMMGMRULE(Mandatory) BSCABISPRIMAP(Mandatory) SET GCELLNC2PARA(Mandatory) IMP BTSDEVIP(Mandatory) SAV GCELLTEMPLATE(Mandatory) SET BTSANTFEEDERCONNECT(Mandatory) SET GCELLNCRESELECTPARA(Mandatory) EXP BTSDEVIP(Mandatory) IMP ADD BTSOBJALMSHLD(Mandatory) SET BTSVLAN(Mandatory) GCELLNWCTRLMSRPARA(Mandatory) IMP BTSPPPLNK(Mandatory) ADD BTSCONNECT(Mandatory) SET GCELLRESELECTPARA(Mandatory) ADD G2GNCELL(Mandatory) EXP BTSPPPLNK(Mandatory) ADD BTSMONITORTS(Mandatory) SET GCELLSERVPARA(Mandatory) IMP BTSMPGRP(Mandatory) ADD BTSABISHDLCPATH(Mandatory) SET GCELLSTANDARDOPTPARA(Mandatory) SET GCELLHOINTERRATLDB(Mandatory) EXP BTSMPGRP(Mandatory) ADD BTSABISMUXFLOW(Mandatory) SET GCELLGPRS(Mandatory) IMP BTSMPLNK(Mandatory) ADD BTSBIND2HDLCPATH(Mandatory) SET GPSCHRSCOPE(Mandatory) EXP BTSMPLNK(Mandatory) SET GCELLFREQSCAN(Mandatory) IMP SWPBTSIPRT(Mandatory) BTSLOCGRP(Mandatory) EXP BTSIPRT(Mandatory) STR BTSRFTST(Mandatory) SET ADD MSTOCELL(Mandatory) SEMILINK(Mandatory) TST SNDRSI(Mandatory) TST UPDMSRAC(Mandatory) SET PSCELLTODSP(Mandatory) ADD GCBSADDR(Optional) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory) SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional) STR BTSLOG(Optional) ULD BTSLOG(Optional) CHK INNSPCH(Mandatory) SET GCELLHOFAST(Optional) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory) SET GCELLTMR(Optional) SET GCELLBASICPARA(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLBASICPARA(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) ADD AISSCFG(Optional) CHK INNSPCH(Mandatory) SET GCELLTMR(Optional) SET STR MSTOCELL(Mandatory) CALLRESLOP(Mandatory) TST ADD SNDRSI(Mandatory) GCSCHRUSER(Mandatory) TST UPDMSRAC(Mandatory) ADD GPSCHRUSER(Mandatory) SET GCELLTMR(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) SET GCELLLCS(Optional) ADD BTSCONNECT(Optional) SET BTSDOMUBP(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) ADD GNRNC(Mandatory) ADD EMU(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GTRXDEV(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) ADD SEMILINK(Optional)
SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) ADD EXTNCELL(Mandatory) ADD EXTNCELL(Mandatory) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) ADD SEMILINK(Mandatory) ADD BTSCONNECT(Mandatory) ADD DXXTSEXGRELATION(Mandatory) SET GCELLLCS(Optional) SET GCELLHOCTRL(Optional) ADD SEMILINK(Mandatory) ADD BTSCONNECT(Optional) ADD SEMILINK(Mandatory) ADD BTSCONNECT(Optional) ADD GSMSCB(Mandatory) ADD G2GNCELL(Optional) SET GCELLSOFT(Optional) ADD G2GNCELL(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLCHMGAD(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) ADD AISSCFG(Optional) SET GCELLOTHEXT(Optional)
SET GCELLHOBASIC(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOINTERRATLDB(Optional) EXP LOG(Optional) STR ETHOAMLOOPTST(Optional) SET GCELLEXTMSRPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLTMR(Optional) SET GCELLTMR(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLTMR(Optional) ADD GNRNC(Mandatory) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLHOINTERRATLDB(Optional) ADD SEMILINK(Mandatory) ADD DXXTSEXGRELATION(Mandatory) ADD SUBTSK(Optional) SET ASWPARA(Mandatory) SET GCELLCCUTRANSYS(Optional) EXP LOG(Optional) ADD ADD SNTPSRVINFO(Mandatory) XPUVLAN(Mandatory) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory) ADD NSVLLOCAL(Mandatory) ADD NSVLREMOTE(Mandatory)
DLD RETANTCFG(Mandatory) ULD BTSDEVFILE(Mandatory) SET BTSETHPORT(Optional) DLD BTSPATCH(Mandatory) IMP BTSDEVIP(Optional) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory) ADD IPPATH(Mandatory) ADD DEVIP(Mandatory) ADD ETHIP(Mandatory) ADD ICMPGUARD(Mandatory) ADD VLANID(Mandatory) ADD ETHTRKIP(Mandatory) ADD SGSNROUTEINFO(Mandatory) ADD SGSN(Mandatory) SET BTSIPCLKPARA(Mandatory) ADD SGSN(Optional) SET BTSIPCLKPARA(Mandatory) SET ADD BTSETHPORT(Optional) SGSN(Optional) ADD BTSPPPLNK(Optional) SET BTSETHPORT(Optional) ADD ADD BTSMPGRP(Optional) SGSN(Optional) ADD BTSPPPLNK(Optional) IMP BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD ETHIP(Mandatory) ADD ETHTRKIP(Mandatory) ADD IPMUX(Optional) ADD BTS(Optional) ADD BTSAUTOPLAN(Optional) IMP BTSIPPARA(Mandatory) SET BTSDHEUBP(Optional) ADD AISSCFG(Mandatory) ADD G2GNCELL(Optional) SET BTSIPCLKPARA(Mandatory) SET BTSIPCLKPARA(Mandatory) ADD BTS(Optional) ADD BTSRXUBRD(Optional) ADD GEXT2GCELL(Optional) ADD RSCGRP(Mandatory) ADD GEXT2GCELL(Optional)
ADD GTRX(Optional) SET BSCBASIC(Mandatory) ADD BTSLOCGRP(Mandatory) ADD GEXT2GCELL(Optional) ADD NSE(Optional) ADD IPMUX(Mandatory) ADD AISSCFG(Mandatory) SET BTSENVALM(Mandatory) SET BTSOTHPARA(Optional) SET BTSLSW(Optional) SET BSCBASIC(Optional) ADD BRD(Mandatory) ADD SUBRACK(Optional) SET GCELLIDLEFDDBA1(Mandatory) SET GCELLIDLETDDBA1(Mandatory) SET BTSDHEUBP(Optional) SET GCELL2GBA1(Mandatory) SET GCELLHO2GBA2(Mandatory) SET BTSPSUFP(Optional) SET SET GCELLIDLEFDDBA1(Mandatory) GCELLHOFDDBA2(Mandatory) SET SET GCELLIDLETDDBA1(Mandatory) GCELLHOTDDBA2(Mandatory) SET GCELL2GBA1(Mandatory) SET SET GCELLHO2GBA2(Mandatory) GCELLREV(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory) ADD IPPATH(Mandatory) SET GCELLREV(Mandatory) ADD ADJMAP(Mandatory) ADD TRMMAP(Mandatory) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory) SET GTRXIUO(Mandatory) SET GCELLPSCHM(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) ADD GCELL(Optional) SET OPT(Optional) SET OPT(Mandatory) SET OPT(Optional) SET OPT(Optional) SET OPT(Optional) SET OPT(Optional) SET OPT(Mandatory) SET OPT(Optional)
SET OPT(Optional) SET OPT(Optional) SET COPTLNK(Optional) SET COPTLNK(Optional) SET COPTLNK(Optional) SET COPTLNK(Optional) SET COPTLNK(Optional) SET OPT(Optional) SET COPTLNK(Optional) SET BTSJBF(Mandatory) SET BTSOTHPARA(Optional) SET OTHSOFTPARA(Optional) ADD GCELL(Mandatory) SET ADD MSP(Optional) GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) SET GCELLHOAD(Optional) SET FHO(Mandatory) ADD PPPLNK(Optional) ADD ADD BTSAUTOPLAN(Mandatory) MPLNK(Optional) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD ETHTRK(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) ADD GPS(Mandatory) ADD GPS(Mandatory) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) SET GCELLBASICPARA(Optional) ADD GEXT2GCELL(Optional) SET GCELLHOAD(Optional) ADD GEXTSMLC(Optional)
ADD GEXTSMLC(Optional) SET LDR(Optional) SET LDR(Optional) SET LDR(Optional) ADD M3LE(Mandatory) ADD M3DE(Mandatory) EXP LOG(Optional) COL LOG(Optional) SET ALMML(Mandatory) ADD ETHMD(Optional) SET GCELLBASICPARA(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) CON PATCH(Optional) ADD BRD(Optional) LOD PATCH(Optional) LOD BRD(Optional) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD BRD(Optional) ADD PBSL(Optional) SET BTSEXD(Optional) SET LICALMTHD(Mandatory) SET LICALMTHD(Mandatory) LOP LAPDLNK(Mandatory) EXP GCELLTEMPLATE(Optional) ADD MTP3LNK(Optional) SET ALMPORT(Optional) SET BTSENVALMPORT(Optional) SET E1T1LOP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET OPT(Optional) ADD SEMILINK(Optional) ADD M3LNK(Optional) ADD MTP3LKS(Optional)
ADD ADD GEXT2GCELL(Optional) M3LKS(Optional) ADD GEXT3GCELL(Optional) SET GCELLHOAD(Optional) ADD GCNOPERATOR(Optional) SET BSCPSSOFTPARA(Optional) SET BTSPMUBP(Optional) SET GCELLHOAD(Optional) SET GCELLHOBASIC(Optional) ADD GEXT2GCELL(Optional) ADD GEXT3GCELL(Optional) ADD G2GNCELL(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET BTSDPMUBP(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET BSCABISPRIMAP(Optional) SET GBSCREDGRP(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory) ADD NSVLLOCAL(Mandatory) ADD ADD BTSLOCGRP(Mandatory) SGSNROUTEINFO(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) SWP BTSLOCGRP(Mandatory) ADD BTSOBJALMSHLD(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional)
ADD SCTPLNK(Mandatory) ADD SCTPLNK(Optional) SET OPLOCK(Mandatory) ADD SCTPLNK(Mandatory) SET LODCTRL(Mandatory) LOD BTSSW(Optional) LOD BTSPATCH(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) ADD SCTPLNK(Mandatory) ADD SCTPLNK(Mandatory) ADD SCTPLNK(Mandatory) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET FCSW(Optional) COL LOG(Mandatory) STR BTSLOG(Mandatory) ULD BTSLOG(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) SET GCELLLCS(Mandatory) ADD GPS(Mandatory) ADD GPS(Mandatory) STR BTSTST(Optional) STR FRPORTLOOP(Mandatory) SET E1T1(Optional) LOP LAPDLNK(Mandatory) SET GCELLCHMGAD(Optional) STR CALLRESLOP(Mandatory) STR CALLRESLOP(Mandatory) SET E1T1LOP(Mandatory) SET OPTLOP(Mandatory) STR CALLRESLOP(Optional)
ADD IPLOGICPORT(Optional) SET GCELLSOFT(Optional) SET BTSFLEXABISPARA(Optional) SET GCELLOTHBASIC(Optional) SET GCELLCHMGAD(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) STR TRANSPERFTST(Mandatory) ADD IPPATH(Mandatory) ADD IPLOGICPORT(Optional) SET BTSIP(Mandatory) ADD IPPATH(Mandatory) ADD IPLOGICPORT(Mandatory) SET GCELLEGPRSPARA(Optional) SET BTSAPMUBP(Optional) SET BTSAPMUBP(Optional) EXP BTSIPPARA(Optional) SET EXP LDR(Optional) BTSVLAN(Optional) EXP EXP BTSDEVIP(Optional) LOG(Optional) EXP BTSPPPLNK(Optional) EXP CMP BTSMPGRP(Optional) TBLDATA(Optional) EXP BTSMPLNK(Optional) EXP BTSIPRT(Optional) LOD BRD(Optional) SET LOGLIMIT(Mandatory) EXP LOG(Mandatory) SET BTSDHEUBP(Optional) SET BTSEXD(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET DSPLVDSMODE(Mandatory) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSAPMUBP(Optional) SET SCTPSRVPORT(Optional)
ADD XPUVLAN(Mandatory) SET BTSETHPORT(Optional) SET BTSETHPORT(Optional) ADD ETHMA(Mandatory) ADD ETHMEP(Mandatory) SET GCELLSOFT(Optional) PING MAC(Mandatory) TRC MAC(Mandatory) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) ADD BTSESN(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSBINDLOCGRP(Mandatory) ADD BTS(Optional) SET BTSAUTODLDACTINFO(Mandatory) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET GCELLMAIOPLAN(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) ADD ETHMA(Mandatory) SET BTSDATUBP(Optional) PING BTSCFM(Mandatory) TRC BTSCFM(Mandatory)
ADD BTSETHMA(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD ETHIP(Mandatory) ADD EMSIP(Mandatory) ADD ICMPGUARD(Mandatory) ADD IPRTBIND(Mandatory) ADD ETHTRKIP(Mandatory) ADD GCBSADDR(Mandatory) SET BTSETHPORT(Optional) IMP BTSDEVIP(Optional) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSIPCLKPARA(Mandatory) SET GCELLPWR2(Optional) ADD SCTPLNK(Optional) ADD IPLOGICPORT(Optional) SET GCELLHOAD(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET BTSBAKPWR(Optional) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional) SET BTSAUTOPLANCFG(Optional) ADD IPMUX(Optional) SET OTHSOFTPARA(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) SET PWDPOLICY(Optional) SET ALMCAPACITY(Optional) SET BTSDPMUBP(Optional) ADD SCTPLNK(Optional) SET OTHSOFTPARA(Optional) SET GTRXBASE(Optional) SET GCELLPSCHM(Optional) SET BSCPSSOFTPARA(Optional) SET PWDPOLICY(Optional)
SET BTSPMUBP(Optional) SET BTSDPMUBP(Optional) SET GCELLHOAD(Optional) SET GCELLPRACH(Optional) SET GCELLPRACH(Optional) SET GCELLPRACH(Optional) SET GCELLPRACH(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLBASICPARA(Optional) SET GCELLCCAD(Optional) SET GCELLCCAD(Optional) SET GCELLCCAD(Optional) STR POSAVE(Optional) SET GTRXBASE(Optional) TRC IPADDR(Optional) SET GCELLPWR2(Optional) SET PWDPOLICY(Optional) ADD IPRTBIND(Mandatory) STR IPCHK(Mandatory) SET GCELLCCBASIC(Optional) SET GCELLHOFITPEN(Optional) ADD GCNOPERATOR(Mandatory) ADD GCELL(Mandatory) SET ADD GCELLHOFITPEN(Optional) GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) COL SYNCINFO(Mandatory) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) COL SYNCINFO(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD MPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory)
SET BTSFMUABP(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) SET GCELLCHMGAD(Optional) SET BTSPSUFP(Optional) ADD ETHMD(Mandatory) ADD ETHMA(Mandatory) ADD ADD ETHMD(Mandatory) BTSETHMD(Optional) ADD PINGBTSETHMD(Mandatory) BTSCFM(Mandatory) ADD BTSETHMA(Mandatory) TRC BTSCFM(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory) SET GCELLPSI1(Optional) ADD GNRNC(Mandatory) SET GCELLCCUTRANSYS(Optional) ADD ETHMEP(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory) ADD ETHMEP(Mandatory) ADD MPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) SET GCELLNC2PARA(Optional) ADD IPLOGICPORT(Optional) ADD GEXT3GCELL(Optional) ADD G2GNCELL(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET GCELLHOCTRL(Optional) SET GCELLCHMGBASIC(Optional) ADD GEXT3GCELL(Optional) STR IPCHK(Optional) ADD BTSBFD(Optional)
STR IPCHK(Optional) BTSBFD(Optional) ADD GCNOPERATOR(Mandatory) ADD GCELL(Mandatory) STR ADD ETHMIRRORPORT(Mandatory) GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) STR ETHMIRRORPORT(Mandatory) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) STR ETHMIRRORPORT(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory) SET BTSAUTOPLANCFG(Optional) SET BSCFCPARA(Optional) SET CLKMODE(Mandatory) ADD SCTPLNK(Mandatory) SET QUICKCFG(Mandatory) SWP MBSCMODE(Mandatory) CHK MODEDATA(Mandatory) SET GCSFILE(Mandatory) SET MSP(Optional) STR IPCHK(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) SET BTSDATUBP(Optional) STR BTSRACKTEMPMON(Mandatory) STR BTSRACKTEMPMON(Mandatory) SET BTSAUTODLDACTINFO(Mandatory) SET GCELLHOFAST(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) ADD BTSMPGRP(Mandatory) ADD ADD BTSMPLNK(Mandatory) IPLOGICPORT(Optional) IMP BTSMPGRP(Mandatory) SET BTSFMUABP(Optional) IMP BTSMPLNK(Mandatory) SET BTSAPMUBP(Optional) SET ADD BTSDATUBP(Optional) BTS(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD MPGRP(Optional)
SET MPUBIND(Mandatory) ADD BRD(Mandatory) SET MPUBIND(Mandatory) ADD BRD(Mandatory) SET GCELLPWR2(Optional) SET GCELLHOFITPEN(Optional) SET GCELLPWR3(Optional) SET GCELLHOCTRL(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET GMRSCOPE(Mandatory) ADD BTSPPPLNK(Optional) ADD BTSMPLNK(Optional) SET GMRCTRL(Mandatory) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional) ADD AISSCFG(Optional) SET GCELLSOFT(Optional) ADD GCNNODE(Optional) ADD GCNOPERATOR(Mandatory) ADD GCNOPERATOR(Optional) ADD GCNOPERATOR(Optional) ADD GCNNODE(Optional) SET GCELLCCUTRANSYS(Optional) CHK INNSPCH(Mandatory) SET GCELLTMR(Optional) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional)
SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET BSSLS(Optional) SET GCELLHOFAST(Optional) SET GCELLCCBASIC(Optional)
SET MSPCMD(Mandatory) SET SET BTSFMUABP(Optional) GCELLPSCHM(Optional) SET BTSAPMUBP(Optional) SET SET BTSDATUBP(Optional) GCELLPSCHM(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) ADD GEXT2GCELL(Optional) SET GCELLNC2PARA(Optional) SET BSSGPPARA(Optional) SET GBSCREDGRP(Optional) SET GCELLSERVPARA(Optional) SET SLFSLVSW(Optional) SET BSCFCPARA(Optional) CHK E1T1CRS(Mandatory) ADD MTP3LNK(Mandatory) ADD GPS(Optional) ADD SCTPLNK(Optional) SET ETHPORT(Optional) SET BTSETHPORT(Optional) SET BTSBAT(Optional) SET GCELLSERVPARA(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD IPMUX(Mandatory) SET BTSCABPARA(Optional) STR IPCHK(Optional) SET BTSRINGATTR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLSTANDARDOPTPARA(Optional) SET GCELLSTANDARDOPTPARA(Optional) SET GCELLSTANDARDOPTPARA(Optional) ADD BC(Optional) ADD BC(Optional) ADD BC(Optional) SET GCELLGPRS(Optional) ADD OPC(Mandatory) ADD N7DPC(Mandatory) ADD MTP3RT(Mandatory) ADD MTP3LKS(Mandatory) ADD MTP3LNK(Mandatory) ADD ADJNODE(Mandatory) ADD M3LE(Mandatory) ADD M3DE(Mandatory) ADD M3RT(Mandatory) ADD M3LKS(Mandatory) ADD M3LNK(Mandatory) ADD PCU(Mandatory) SET GCELLCHMGAD(Optional) SET GCELLPSPWPARA(Optional) SET GCELLBASICPARA(Optional) ADD GIBCAPNCGRP(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD G2GNCELL(Mandatory) ADD G2GNCELL(Mandatory) ADD G3GNCELL(Mandatory) ADD G3GNCELL(Mandatory) SET BTSAUTOPLANCFG(Optional)
ADD G2GNCELL(Mandatory) ADD G2GNCELL(Mandatory) ADD G2GNCELL(Mandatory) ADD G2GNCELL(Mandatory) SET GCELLGPRS(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLGPRS(Optional) ADD GCELL(Optional) ADD GEXT2GCELL(Mandatory) ADD GCELLQUICKSETUP(Optional) SET GCELLIDLEBASIC(Optional) SET GCELLEXTMSRPARA(Optional) SET GCELLHOFAST(Optional) SET GCELLHOFITPEN(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET GCELLPSBASE(Optional) ADD N7DPC(Optional) ADD XPUVLAN(Mandatory) SET GCELLHOCTRL(Optional) ADD OMUIPRT(Mandatory) ADD IPRT(Mandatory) ADD ADD BTSIPRT(Mandatory) IPRTBIND(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory) ADD OPC(Mandatory) DLD TCFILE(Mandatory) SET GCELLPSBASE(Optional)
SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET BTSALMPORT(Mandatory) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET PWRPARA(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOBASIC(Optional) ADD ADJNODE(Mandatory) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET GCELLHOEMG(Optional) SET BTSPMUBP(Optional) SET GCELLPWR3(Optional)
SET GCELLNWCTRLMSRPARA(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET GCELLNC2PARA(Optional) SET BTSCABPARA(Optional) SET OTHSOFTPARA(Optional) SET GTRXRLALM(Optional) SET BTSFALLBACK(Optional) TRC IPADDR(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) ADD ADD NRIMSCMAP(Mandatory) NSE(Mandatory) ADD ADD NSVC(Mandatory) NRISGSNMAP(Mandatory) ADD NSVLLOCAL(Mandatory) ADD NSVLREMOTE(Mandatory) SET OTHSOFTPARA(Optional) ADD PTPBVC(Mandatory) BLK PTPBVC(Mandatory) ADD GCELLQUICKSETUP(Optional) SET GCELLHOFITPEN(Optional) SET GCELLLCS(Optional) ADD NSVC(Mandatory) ADD NSVC(Mandatory) BLK NSVC(Mandatory) SET BTSDHEUBP(Optional) SET BTSDHEUBP(Optional) SET GCELLGSMR(Optional) SET ETHPORT(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD IPLOGICPORT(Optional) ADD ETHTRK(Optional) SET QUEUEMAP(Mandatory) SET QUEUEMAP(Optional) SET BTSANTANGLE(Mandatory) STR TRXBURSTTST(Mandatory) ADD GCSCHRUSER(Optional) ADD GPSCHRUSER(Optional)
ADD OBJALMSHLD(Mandatory) ADD BTSOBJALMSHLD(Mandatory) SET FHO(Mandatory) SET GCELLPSOTHERPARA(Optional) SET GCELLHOIUO(Optional) SET BTSOMLBACKUP(Optional) SET BTSOMLDETECT(Mandatory) SET OTHSOFTPARA(Optional) SET BSCABISPRIMAP(Optional) SET BTSBWPARA(Mandatory) SET BTSBWPARA(Mandatory) SET BSCABISPRIMAP(Optional) SET BSCSRVPRI(Optional) SET BSCABISPRIMAP(Optional) SET BTSLAPDWS(Optional) ADD EMSIP(Optional) EXP LOG(Optional) ADD ADD OP(Mandatory) EMSIP(Optional) ULK USR(Mandatory) ADD BTSOP(Mandatory) ADD GCELLOSPMAP(Mandatory) ADD GCELLQUICKSETUP(Mandatory) BLK ACIC(Mandatory) ADD AE1T1(Mandatory) ADD GCNOPERATOR(Mandatory) ADD GCNOPERATOR(Mandatory) ADD GCBSADDR(Mandatory) ADD UPD GCNNODE(Mandatory) JTGCPLD(Mandatory) ADD GCNOPERATOR(Mandatory) BLK ACIC(Mandatory) ADD GCELL(Optional) ADD GEXTSMLC(Mandatory) BLK ADD ATERE1T1(Mandatory) GEXT2GCELL(Optional) ADD GEXT3GCELL(Optional) BLK AE1T1(Mandatory) ADD NSE(Mandatory) ADD SGSNNODE(Mandatory) BLK PBCIC(Mandatory) ADD NRISGSNMAP(Mandatory) ADD PCU(Mandatory) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GTRXDEV(Optional)
SET OPT(Optional) SWP BTSBRD(Mandatory) SET BTSFORBIDTS(Mandatory) ADD GNRNC(Mandatory) ADD BTSTOPCONFIG(Mandatory) CON PATCH(Optional) LOD PATCH(Optional) ADD GCELLQUICKSETUP(Optional) SET BTSOTHPARA(Optional) SET GCELLHOIUO(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLTMR(Optional) SET GCELLTMR(Optional) SET GCELLHOAD(Optional) SET GCELLHOEDBPARA(Optional) SET GTRXDEV(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLHOEDBPARA(Optional) ADD SEMILINK(Optional) ADD SEMILINK(Mandatory) ADD DXXTSEXGRELATION(Mandatory) ADD DXXTSEXGRELATION(Mandatory) SET BTSDTMUBP(Optional) SET BTSDTMUBP(Optional) SET BTSDTMUBP(Optional) SET BTSDTMUBP(Optional) ADD BTSLOCGRP(Mandatory) ADD BTSLOCGRP(Mandatory) ADD BTSLOCGRP(Optional) SET GCELLHOEDBPARA(Optional) SET GCELLSOFT(Optional)
ADD SEMILINK(Mandatory) ADD ABISLOADSHARE(Mandatory) ADD SEMILINK(Mandatory) SET GCELLHOINTERRATLDB(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) ADD GNRNC(Optional) ADD SEMILINK(Mandatory) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET GCELLCCCH(Optional) SET BTSCABPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BTSOTHPARA(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLCCBASIC(Optional) SET GCELLPSBASE(Optional) SET GCELLPSBASE(Optional) SET GCELLPSBASE(Optional) SET GTRXDEV(Optional) SET BTSAUTODLDACTINFO(Mandatory) SET BTSAUTODLDACTINFO(Mandatory)
ADD IPPATH(Optional) ADD IPPATH(Mandatory) ADD IPMUX(Mandatory) ADD IPPATHBIND(Mandatory) SET GCELLPWRBASIC(Optional) SET GCELLHOBASIC(Optional) ADD IPPATH(Optional) CON PATCH(Optional) LOD PATCH(Optional) SET GCELLPSPWPARA(Optional) SET GCELLHOBASIC(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) SET OTHSOFTPARA(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPSPWPARA(Optional) BLK PBCIC(Mandatory) ADD PCU(Mandatory) ADD PBE1T1(Mandatory) SET GCELLGPRS(Mandatory) SET BTSFLEXABISPARA(Optional) SET GCELLPSCHM(Optional) SET GCELLSOFT(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) ADD M3LKS(Optional) SET GBSCREDGRP(Mandatory) SET BTSIP(Mandatory) SET BTSIP(Mandatory) SET BTSIP(Mandatory) SET BTSIP(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) STR IPCHK(Mandatory) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory)
ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory) ADD SCTPLNK(Mandatory) ADD SCTPLNK(Optional) ADD IPPATH(Mandatory) ADD IPPATH(Optional) ADD SCTPLNK(Mandatory) SET BTSLOADCTRL(Mandatory) SET GCELLHOCTRL(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLHOFITPEN(Optional) ADD IPPATH(Optional) STR NCS(Mandatory) ADD PPPLNK(Optional) ADD BTSPPPLNK(Optional) ADD ADD BTSMPGRP(Optional) MPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional) ADD NSE(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET PHBMAP(Mandatory) ADD IPMUX(Mandatory) SET GCELLIDLEBASIC(Optional) SET CERTFILE(Optional) STR ETHOAMLOOPTST(Optional) STR ETHOAMLOOPTST(Optional) STR FRPORTLOOP(Mandatory) ADD BTSABISMUXFLOW(Optional) SET GCELLGPRS(Optional) PING IP(Optional) PING MAC(Optional) PING BTSCFM(Optional) SET GCELLPRACH(Optional) SET GTRXDEV(Optional)
SET GCELLPRACH(Optional) SET GCELLPRACH(Optional) SET GTRXDEV(Optional) SET GCELLPRACH(Optional) SET GTRXDEV(Optional) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) SET TCPLYVOICE(Mandatory) SET TCPLYVOICE(Mandatory) SET TCPLYVOICE(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET GCELLSOFT(Mandatory) SET GCELLSOFT(Mandatory) SET GCELLSOFT(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET FCSW(Optional) SET SCUPORT(Optional) SET ALMPORT(Mandatory) SET XPUPORT(Optional) ADD ATERE1T1(Mandatory) ADD AE1T1(Mandatory) BLK AE1T1(Mandatory) BLK ATERE1T1(Mandatory) ADD PBE1T1(Mandatory) ADD OBJALMSHLD(Mandatory) SET MSPCMD(Mandatory) SET MSP(Mandatory) SET E1T1LOP(Optional) LOP E1T1(Optional) SET E1T1(Optional) STR E1T1TST(Optional) SET OPTLOP(Mandatory) SWP ETHPORT(Mandatory) SET OPT(Optional) SET COPTLNK(Optional)
SET ETHPORT(Optional) ADD ETHREDPORT(Mandatory) ADD ETHIP(Mandatory) ADD ETHMEP(Mandatory) ADD IPLOGICPORT(Optional) STR IPCHK(Optional) STR ETHOAMLOOPTST(Mandatory) STR FRPORTLOOP(Optional) CHK E1T1CRS(Mandatory) ADD BC(Mandatory) ADD PBSL(Mandatory) SET ADD BTSFORBIDTS(Mandatory) BTSAUTOPLAN(Mandatory) ADD BTSPPPLNK(Mandatory) SET BTSENVALMPORT(Mandatory) ADD ADD BTSMPLNK(Mandatory) BTSOBJALMSHLD(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory) SET BTSOMLTS(Mandatory) ADD BTSCONNECT(Mandatory) SET BTSETHPORT(Mandatory) IMP BTSDEVIP(Mandatory) ADD BTSETHLCMEP(Mandatory) STR BTSTST(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) BEG ROLLBACK(Mandatory) ADD ROLLBACKPOINT(Optional) BEG FORWARD(Mandatory) ADD ROLLBACKPOINT(Mandatory) ADD FTPSCLTDPORT(Mandatory) SWP BTSRING(Optional) SWP BTSOMLLINK(Optional) ADD DXXCONNECT(Mandatory) ADD DXX(Optional) ADD PORTFLOWCTRLPARA(Mandatory) SET XPUPORT(Mandatory) ADD ETHMEP(Mandatory) ADD BTSTOPCONFIG(Mandatory) SET GCELLCCUTRANSYS(Optional) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
SET BTSAPMUBP(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) SET BTSPMUBP(Optional) SET GCELLBASICPARA(Optional) SET GCELLBASICPARA(Optional) SET BTSPMUBP(Optional) SET BTSPOWERTYPE(Optional) SET GTRXDEV(Optional) SET GTRXDEV(Optional) ADD BTSPPPLNK(Optional) IMP BTSPPPLNK(Optional) ADD BTSPPPLNK(Optional) IMP BTSPPPLNK(Optional) ADD PPPLNK(Optional) ADD MPLNK(Optional) ADD BTSPPPLNK(Mandatory) ADD ADD BTSMPLNK(Mandatory) IPLOGICPORT(Optional) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD PORTFLOWCTRLPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET GCELLCCAD(Optional) SET GMRCTRL(Optional) ADD BTSIPRT(Optional) IMP BTSIPRT(Optional) SET GCELLPSBASE(Optional) SET BSCFCPARA(Optional) SET GCELLHOCTRL(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional)
SET FCSW(Optional) SET GCELLBASICPARA(Optional) ADD GEXT2GCELL(Optional) SET BTSFLEXABISPARA(Optional) SET GCELLSERVPARA(Optional) ADD MTP3RT(Optional) ADD M3RT(Optional) ADD MTP3LNK(Optional) ADD M3LNK(Optional) ADD IPRT(Mandatory) SET BTSOTHPARA(Mandatory) SET BTSOTHPARA(Mandatory) SET BTSOTHPARA(Mandatory) SET CERTFILE(Optional) SET BTSOTHPARA(Optional) ADD N7DPC(Optional) ADD BC(Optional) SET BTSABISTROP(Optional) SET GCELLDYNTURNOFF(Optional) SET BSCDSTPA(Optional) SET E1T1(Optional) CHK E1T1CRS(Mandatory) SET OPT(Optional) SET COPTLNK(Mandatory) SET GPSCHRCTRL(Optional) SET GPSCHRCTRL(Optional) SET GPSCHRCTRL(Optional) SET GPSCHRCTRL(Optional) SET GPSCHRCTRL(Optional) ADD TRMFACTOR(Optional) ADD TRMFACTOR(Optional) ADD NSE(Optional) ADD TRMMAP(Optional) ADD TRMMAP(Optional) ADD GCELL(Optional) SET GCELLPSI1(Optional) SET GCELLPSI1(Optional)
ADD TRMMAP(Optional) ADD TRMMAP(Optional) ADD GCELL(Optional) SET GCELLHOIUO(Optional) SET GPSCHRCTRL(Optional) SET GCELLCCACCESS(Optional) ADD BTSLOCGRP(Optional) SET GPSCHRCTRL(Mandatory) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional) SET GCELLHOIUO(Optional) SET BTSOTHPARA(Optional) SET SLFSLVSW(Optional) SET ALMPORT(Mandatory) ADD SNTPSRVINFO(Mandatory) SET GCELLIDLEAD(Optional) ADD NSE(Mandatory) SET BTSENVALMPORT(Optional) SET E1T1(Optional) SET E1T1(Optional) SET E1T1(Optional) ADD BTSABISHDLCPATH(Mandatory) SET E1T1(Optional) ADD BTSBIND2HDLCPATH(Mandatory) ADD GTRXBIND2HDLCPATH(Mandatory) SET ETHPORT(Mandatory) SET BTSAPMUBP(Optional)
SET CERTFILE(Optional) SET BTSAUTODLDACTINFO(Optional) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory) SET BSCPSSOFTPARA(Optional) DLD RETANTCFG(Mandatory) ADD OP(Mandatory) SET CERTFILE(Mandatory) ULD DLD BTSDEVFILE(Mandatory) LICENSE(Mandatory) DLD ULD BTSPATCH(Mandatory) LICENSE(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory) SET PWDPOLICY(Optional) STR BTSTST(Mandatory) SET PWRALMSW(Optional) SET PWRALMSW(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWR3(Optional) SET GCELLPWRBASIC(Optional) SET GCELLCCACCESS(Optional) SET GCELLCCACCESS(Optional) SET GCELLSOFT(Optional) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional) SET BTSBAKPWR(Optional) SET GCELLCHMGAD(Optional) SET GTRXDEV(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET QUEUEMAP(Optional) SET QUEUEMAP(Optional) SET QUEUEMAP(Optional) SET QUEUEMAP(Optional) SET QUEUEMAP(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional)
SET GCELLCCUTRANSYS(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLPSOTHERPARA(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLSOFT(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET BTSAIRCON(Optional) SET BTSAIRCON(Optional) SET GCELLPWR2(Optional) SET GCELLSOFT(Optional) SET GCELLHOBASIC(Optional) SET BTSAUXEQP(Optional) SET BTSBAT(Optional) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) SET BTSAUXEQP(Optional) SET BTSBAT(Optional) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) SET BTSAUXEQP(Optional) SET BTSBAT(Optional) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) SET BTSBAT(Mandatory) ADD GEXT2GCELL(Optional) ADD GEXT3GCELL(Optional) SET GCELLGPRS(Optional) SET BTSAUTOPLANCFG(Optional)
ADD GCELLQUICKSETUP(Optional) SET BTSAUTOPLANCFG(Optional) SET GCELLCCACCESS(Optional) SET GCELLCCBASIC(Optional) SET GCELLCCCH(Optional) ADD BTSLOCGRP(Optional) SET GCELLPSBASE(Optional) SET GCELLRESELECTPARA(Optional) SET GCELLCCACCESS(Optional) SET GCELLRESELECTPARA(Optional) SET BTSETHPORT(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GMRCTRL(Optional) BEG FORWARD(Mandatory) ADD RUN BTSRXUCHAIN(Mandatory) BATCHFILE(Optional) SET BTSBREAKPOINT(Mandatory) SPT BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) SET GTRXDEV(Optional) ADD IPLOGICPORT(Optional) SET GCELLCCBASIC(Optional) SET GCELLCCAD(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET OTHSOFTPARA(Optional) ADD IPLOGICPORT(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) ADD BRD(Mandatory) SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional) SET CLK(Optional) SET CLK(Optional) SET CLK(Optional) SET CLK(Optional) SET CLK(Optional) SET CLK(Optional) SET CLK(Optional) SET BTSLSW(Optional) SET GREDGRPPRIMHOSTPOLICY(Mandatory) SET GREDGRPPRIMHOSTPOLICY(Mandatory) SET GREDGRPPRIMHOSTPOLICY(Mandatory) ADD AISSCFG(Mandatory) SET BTSRXUBP(Mandatory) SET BTSDFCUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Mandatory) SET BTSRXUBP(Mandatory) SET BTSDFCUBP(Optional) ADD TRMMAP(Optional) ADD TRMFACTOR(Mandatory) ADD IPRT(Mandatory) ADD NSVLREMOTE(Mandatory) ADD GSMSCB(Mandatory) SET GCELLCCBASIC(Optional) SET GCELLCCBASIC(Optional) SET GCELLCCBASIC(Optional) SET BTSENVALMPORT(Optional) SET OTHSOFTPARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLNC2PARA(Optional) SET GCELLPSCHM(Optional) SET GCELLOTHEXT(Optional)
SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET PWDPOLICY(Optional) SET BSCNSPARA(Optional) SET BTSOTHPARA(Optional) SET BSCNSPARA(Optional) TST SNDRSI(Mandatory) SET OTHSOFTPARA(Optional) DLD LICENSE(Optional) ULD LICENSE(Optional) ADD PPPLNK(Optional) ADD MPLNK(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD GNRNC(Optional) SET GCELLCHMGBASIC(Optional) SET GCELLOTHEXT(Optional) SET GCELLCCCH(Optional) ADD SUBTSK(Optional) ADD BTS(Optional) SET BTSDGPSBP(Optional) ADD NSE(Optional) SET E1T1LOP(Optional) SET GCELLCCBASIC(Optional) SET BSCBASIC(Optional) ADD GEXT3GCELL(Mandatory) ADD GEXT3GCELL(Optional) ADD GNRNC(Mandatory) ADD GIURGCONN(Mandatory) ADD GNRNC(Mandatory) SET CERTFILE(Optional) ADD SGSNROUTEINFO(Mandatory) ADD SGSNROUTEINFO(Mandatory) SET GCELLSOFT(Optional) SET GCELLNWCTRLMSRPARA(Optional) SET GCELLNWCTRLMSRPARA(Optional) ADD IPLOGICPORT(Optional)
SET GCELLOTHBASIC(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) ADD IPPATH(Mandatory) ADD RSCGRP(Mandatory) ADD IPLOGICPORT(Optional) SET GCELLHOFITPEN(Optional) ADD G3GNCELL(Optional) ADD GEXT3GCELL(Optional) SET OPT(Optional) SET OPT(Optional) SET GCELLNCRESELECTPARA(Optional) SET BTSBWPARA(Mandatory) SET BSCABISPRIMAP(Optional) SET BSCABISPRIMAP(Optional) SET BTSBWPARA(Mandatory) SET BSCABISPRIMAP(Optional) SET BTSLAPDWS(Optional) LCK CMCTRL(Mandatory) SET OTHSOFTPARA(Optional) UPD JTGCPLD(Mandatory) RUN BATCHFILE(Optional) ADD BTSPPPLNK(Optional) ADD ADD BTSMPLNK(Optional) OPC(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional) SET GCELLCHMGBASIC(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional) SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional) SET BSCDSTPA(Optional) SET MSP(Optional) ADD M3LE(Optional) ADD M3DE(Optional) ADD GCNNODE(Optional) ADD GCNNODE(Optional) ADD OMUIPRT(Mandatory) ADD OMUIPRT(Mandatory) ADD BTSIPRT(Optional) IMP BTSIPRT(Mandatory) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) SET GCELLBASICPARA(Optional) SET GCELLPSCHM(Optional) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory) ADD IPLOGICPORT(Optional) ADD IPLOGICPORT(Optional) SET BTSAUTODLDACTINFO(Mandatory) ADD IPPATH(Mandatory) ADD RSCGRP(Mandatory) SET GCELLSERVPARA(Optional) SET GCELLAMRQUL(Optional) SET GCELLBASICPARA(Optional) SET GCELLHOBASIC(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) ADD TRXBIND2PHYBRD(Mandatory) SET BTSRXUBP(Mandatory) ADD BTSRXUBRD(Mandatory) ADD TRXBIND2PHYBRD(Mandatory) SET BTSRXUBP(Mandatory) ADD TRXBIND2PHYBRD(Mandatory) SET BTSRXUBP(Mandatory) ADD BTSRXUBRD(Mandatory) ADD TRXBIND2PHYBRD(Mandatory) SET BTSRXUBP(Mandatory) ADD BTSRXUBRD(Mandatory) SET BTSRXUBP(Mandatory) SET OPT(Optional) SET OPT(Optional) SET BTSDEMUBP(Optional) SET BTSAPMUBP(Optional) ADD GCNNODE(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWR2(Optional) SET GCELLPWR3(Optional) SET BTSDPMUBP(Optional) SET GCELLDYNTURNOFF(Mandatory) SET GCELLDYNTURNOFF(Mandatory) SET GCELLDYNTURNOFF(Optional) SET GCELLDYNTURNOFF(Optional) SET GCELLDYNTURNOFF(Mandatory) SET GCELLCCBASIC(Optional) SET BTSDPMUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDEMUBP(Optional)
SET BTSDOMUBP(Optional) SET BTSAPMUBP(Optional) COL SYNCINFO(Mandatory) COL SYNCINFO(Mandatory) SET GCELLCCUTRANSYS(Optional) SET BSCPSTCDSCPMAP(Optional) SET GCELLHOFAST(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) SET GCELLSBC(Optional) ADD GSMSCB(Mandatory) STR BTSTST(Optional) ADD SUBTSK(Mandatory) ADD SUBCMD(Mandatory) SET GMRSCOPE(Mandatory) ADD SRCONPATH(Optional) ADD GEXT3GCELL(Mandatory) SET GCELLHOFDDBA2(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD SCTPLNK(Mandatory) ADD M3LNK(Mandatory) ADD SUBTSK(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional) SET ALMCAPACITY(Optional) SET MSP(Optional) STR BTSLOG(Optional) SET TZ(Mandatory) ADD GCELLQUICKSETUP(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLBASICPARA(Optional) SET MSP(Optional) SET GCELLSOFT(Optional)
SET GTRXDEV(Optional) SET GCELLHOCTRL(Optional) SET GCELLPWR3(Optional) ADD GEXT2GCELL(Optional) ADD GEXT2GCELL(Optional) SET BSCPSTCDSCPMAP(Optional) SET MSP(Optional) SET BTSAPMUBP(Optional) ADD BTSALMMGMRULE(Mandatory) ADD BTSALMMGMRULE(Mandatory) SET BTSAPMUBP(Optional) SET GCELLCCUTRANSYS(Optional) SET BTSLOADCTRL(Mandatory) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Mandatory) SET GCELLSOFT(Optional) SET AITFOTHPARA(Optional) SET OTHSOFTPARA(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET BTSOTHPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SPT BTSRXUCHAIN(Mandatory) ADD BTS(Optional) SET FTPSSRV(Mandatory) SET FTPSSRV(Mandatory) ADD BTSRETANT(Mandatory) ADD FTPSCLTDPORT(Mandatory) SET BSCBASIC(Optional) ADD BTS(Optional) ADD BTSAUTOPLAN(Mandatory) EXP LOG(Optional)
SET BTSVLAN(Mandatory) IMP BTSVLAN(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) ADD BTSSFPMODE(Mandatory) ADD SGSNNODE(Optional) ADD SGSN(Mandatory) ADD GCNOPERATOR(Mandatory) ADD GCNOPERATOR(Optional) ADD GCNOPERATOR(Optional) SET GCELLPSBASE(Optional) ADD SGSNNODE(Optional) SET BSCFCPARA(Optional) ADD ABISLOADSHARE(Mandatory) SET BTSSHARING(Optional) SET ALMSHLD(Mandatory) SET BTSBAKPWR(Optional) SET OTHSOFTPARA(Optional) SET GCELLHOBASIC(Optional) ADD ADD MTP3RT(Mandatory) AISSCFG(Optional) ADD MTP3LKS(Mandatory) ADD ADD M3RT(Mandatory) MTP3LNK(Mandatory) ADD M3LKS(Mandatory) ADD M3LNK(Mandatory) ADD M3LNK(Mandatory) ADD NSVLLOCAL(Optional) ADD NSVLREMOTE(Optional) SET BSCSRVPRI(Optional) ADD AISSCFG(Optional) SET GCELLHOFITPEN(Optional) ADD MTP3LNK(Mandatory) SET GCELLHOFITPEN(Optional) SET BSCPSSOFTPARA(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional)
SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) SET BSCBASIC(Optional) PING IP(Mandatory) TRC IPADDR(Optional) SWP BRD(Mandatory) COL BKP(Mandatory) LOG(Optional) STR CMP BRDAREA(Optional) SET ULD BTSAISS(Mandatory) RSTINFO(Mandatory) SET CLK(Mandatory) SET BTSIPCLKPARA(Mandatory) UPD JTGCPLD(Mandatory) SET ADD XPUPORT(Mandatory) BTSBINDLOCGRP(Mandatory) ADD XPUVLAN(Mandatory) STR MPUBIND(Mandatory) TRANSPERFTST(Mandatory) SET SET DPUBRDTYPE(Mandatory) ADD N7DPC(Optional) SET TCTYPE(Mandatory) ADD BRD(Mandatory) SET GBSCREDGRP(Optional) LOD BRD(Optional) SYN BRDAREA(Optional) SET TZ(Mandatory) CMP TBLDATA(Mandatory) SET ADD MSPCMD(Mandatory) GEXTSMLC(Mandatory) SET MSP(Mandatory) ADD BFDPROTOSW(Mandatory) GEXTSMLC(Mandatory) SET STR FRPORTLOOP(Mandatory) ADD ADD EMU(Optional) BC(Mandatory) ADD NSVC(Mandatory) SET TZ(Mandatory) ADD NSVLLOCAL(Mandatory) SET FCCPUTHD(Optional) SET PSCELLTODSP(Mandatory) SET FCMSGQTHD(Optional) SET DSPLVDSMODE(Mandatory) ADD BTSAUTOPLAN(Mandatory)
ADD BTSDPMUBP(Mandatory) PPPLNK(Mandatory) SET ADD BTSDTMUBP(Mandatory) MPGRP(Mandatory) SET ADD BTSDGPSBP(Mandatory) MPLNK(Mandatory) SET ADD ETHIP(Mandatory) SET BTSDDPUBP(Mandatory) ADD IPLOGICPORT(Mandatory) SET BTSUSCUBP(Mandatory) ADD BTSRXUBP(Mandatory) ICMPGUARD(Mandatory) SET STR IPCHK(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) VLANID(Mandatory) ADD BTSBINDLOCGRP(Mandatory) DLD TCFILE(Mandatory) ADD IPPATHBIND(Mandatory) ADD BTSANTFEEDERBRD(Mandatory) MTP3LNK(Optional) ADD IPRTBIND(Mandatory) ADD BTSBRD(Mandatory) SCTPLNK(Mandatory) ETHMD(Mandatory) ADD BTSRXUBRD(Optional) ETHMA(Mandatory) SET PHBMAP(Mandatory) ADD BTSTRXBRD(Mandatory) M3LNK(Mandatory) ADD BTSENVALMPORT(Mandatory) ETHMEP(Mandatory) ATERE1T1(Mandatory) SET PING MAC(Mandatory) ADD BTSANTFEEDERCONNECT(Mandatory) AE1T1(Mandatory) SET STR ETHOAMLOOPTST(Mandatory) ADD BTSOBJALMSHLD(Mandatory) BLK ATERE1T1(Mandatory) TRC MAC(Mandatory) LOD RETANTCFG(Mandatory) BLK ADD AE1T1(Mandatory) ETHTRK(Mandatory) SET BTSANTANGLE(Mandatory) ADD PBE1T1(Mandatory) ADD ETHTRKLNK(Mandatory) SET BTSCLKPARA(Mandatory) EXP ALMLOG(Optional) ADD ETHTRKIP(Mandatory) SET BTSCAVFRQ(Mandatory) STA ALMLOG(Optional) STR ETHMIRRORPORT(Mandatory) SET BTSPMUDEF(Mandatory) BLK SET BTSTMA(Mandatory) ADD BC(Mandatory) OBJALMSHLD(Optional) CHK RETANTENB(Mandatory) E1T1CRS(Mandatory) SET SET BTSIP(Mandatory) STR BTSBATTTST(Mandatory) SWP ETHPORT(Mandatory) STR BTSTST(Mandatory) ADD GCBSADDR(Mandatory) ADD ETHREDPORT(Mandatory) STR RETANTSCAN(Mandatory) SET TCPLYVOICE(Mandatory) STR TRANSPERFTST(Optional) SET TCPARA(Mandatory) SWP BTSBRD(Mandatory) ADD BTSSFPMODE(Optional) BTSENVALM(Mandatory) SET BTSFORBIDTS(Optional) ADD GIURGCONN(Mandatory) CHGBTSOMLTS(Optional) BTSPTUSHKTM(Mandatory) SET IMP BTSDEVIP(Optional) SET BTSETHPORT(Optional) ADD ADD BTSBFD(Optional) BTSPPPLNK(Optional) ADD ADD BTSIPRTBIND(Optional) BTSMPLNK(Optional) ADD ADD BTSETHMA(Optional) NSE(Mandatory) ADD BTSETHLCMEP(Optional) ADD ADD BTSTOPCONFIG(Optional) PBSL(Mandatory) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional) ADD BTSCONNECT(Mandatory) OPR BTSBRDPWR(Mandatory) SET GTRXDEV(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET SNTPCLTPARA(Mandatory) ADD OPC(Optional) ADD OPC(Mandatory) ADD OPC(Optional) ADD PBE1T1(Mandatory) ADD OPC(Optional) ADD N7DPC(Optional) SET GCELLCCBASIC(Optional) SET BTSFMUABP(Optional) SET BTSFMUABP(Optional)
SET BSCBASIC(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET MSGSOFTPARA(Optional) SET BTSCHNFALLBACK(Mandatory) SET BTSCHNFALLBACK(Mandatory) SET BTSCHNFALLBACK(Mandatory) SET ETHPORT(Optional) SET GCELLHOAD(Optional) SET GCELLHOAD(Optional) SET GCELLPSBASE(Optional) ADD GCNOPERATOR(Optional) ADD GNRNC(Optional) ADD GNRNC(Optional) SET GCELLGPRS(Optional) SET GCELLGPRS(Optional) SET BSCPSSOFTPARA(Optional) ADD GCNNODE(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET BSCBASIC(Optional) SET GCELLGPRS(Optional) SET BTSRXUBP(Optional) ADD OPC(Mandatory) SET FTPSCLT(Optional) ADD N7DPC(Mandatory) ADD M3LE(Mandatory) ADD BTS(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCABINET(Optional) ADD G2GNCELL(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD G2GNCELL(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD G3GNCELL(Mandatory)
ADD TSCROSS(Mandatory) ADD DEVIP(Mandatory) ADD IPRT(Mandatory) SET OPT(Mandatory) SET COPTLNK(Mandatory) SET ETHPORT(Mandatory) ADD ETHREDPORT(Mandatory) G3GNCELL(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) G2GNCELL(Mandatory) ADD ADD ETHIP(Mandatory) RUN BATCHFILE(Mandatory) ADD ADD TRXBIND2PHYBRD(Mandatory) IPLOGICPORT(Mandatory) SWP BTSRING(Optional) ADD ICMPGUARD(Mandatory) SET CLKMODE(Mandatory) SWP BTSOMLLINK(Optional) STR IPCHK(Mandatory) SET BTSFMUABP(Mandatory) ADD VLANID(Mandatory) CLKSRC(Mandatory) SET ADD BTSNFCBBP(Mandatory) IPPATHBIND(Mandatory) SET G2GNCELL(Optional) ADD BTSPMUBP(Mandatory) IPRTBIND(Mandatory) SET ADD BTSAPMUBP(Mandatory) ETHMA(Mandatory) SET ADD BTSDATUBP(Mandatory) BTSBFD(Mandatory) ADD ETHMEP(Mandatory) SET PINGBTSDEMUBP(Mandatory) MAC(Mandatory) ADD BTSDFCUBP(Mandatory) G2GNCELL(Mandatory) SET STR ETHOAMLOOPTST(Mandatory) SET BTSDHEUBP(Mandatory) TRC MAC(Mandatory) ADD G2GNCELL(Mandatory) SET SET BFDPROTOSW(Mandatory) PINGBTSDOMUBP(Mandatory) MAC(Mandatory) SET BTSDPMUBP(Mandatory) STR TRC FRPORTLOOP(Mandatory) MAC(Mandatory) SET BTSDTMUBP(Mandatory) BLK BC(Mandatory) SET ADD BTSDGPSBP(Mandatory) G2GNCELL(Mandatory) SET TRANSPATCHPARA(Mandatory) SET CHK BTSDDPUBP(Mandatory) E1T1CRS(Mandatory) ADD TSCROSS(Mandatory) SET ADD BTSUSCUBP(Mandatory) BC(Mandatory) SET BTSRXUBP(Mandatory) ADD ADD NSVC(Mandatory) CLKSRC(Mandatory) ADD ADD BTSRXU2LOCGRP(Mandatory) NSVLLOCAL(Mandatory) ADD BTSBINDLOCGRP(Mandatory) SET PSCELLTODSP(Mandatory) ADD TSCROSS(Mandatory) ADD BTSANTFEEDERBRD(Mandatory) SET DSPLVDSMODE(Mandatory) ADD RSCGRP(Mandatory) ADD BTSBRD(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET PHBMAP(Mandatory) ADD BTSRXUBRD(Optional) SUBRACK(Mandatory) ADD ATERE1T1(Mandatory) ADD BTSTRXBRD(Mandatory) SET CLK(Mandatory) ADD AE1T1(Mandatory) ADD BTSENVALMPORT(Mandatory) MTP3LNK(Optional) SET BLK AE1T1(Mandatory) ADD BTSANTFEEDERCONNECT(Mandatory) SCTPLNK(Mandatory) SET ADD ADD ABISLOADSHARE(Mandatory) BTSOBJALMSHLD(Mandatory) ADD RETANTCFG(Mandatory) PBE1T1(Mandatory) LOD SET BTSANTANGLE(Mandatory) ADD M3LNK(Mandatory) SET BTSCLKPARA(Mandatory) SET BTSCAVFRQ(Mandatory) BLK ATERE1T1(Mandatory) SET BTSPMUDEF(Mandatory) ADD ETHMD(Mandatory) EXP ALMLOG(Optional) SET COL BTSTMA(Mandatory) LOG(Optional) ADD ETHTRK(Mandatory) STA RETANTENB(Mandatory) ALMLOG(Optional) SET ADD ETHTRKLNK(Mandatory) ADD BTSBATTTST(Mandatory) OBJALMSHLD(Mandatory) STR ADD ETHTRKIP(Mandatory) STR BTSTST(Mandatory) ADD GCBSADDR(Mandatory) STR ETHMIRRORPORT(Mandatory) STR RETANTSCAN(Mandatory) SET TCPLYVOICE(Mandatory) STR TRANSPERFTST(Optional) SET TCPARA(Mandatory) SWP BTSBRD(Mandatory) ADD BTSSFPMODE(Optional) BTSENVALM(Mandatory) SET BTSFORBIDTS(Optional) ADD GIURGCONN(Mandatory) CHGBTSOMLTS(Optional) BTSPTUSHKTM(Mandatory) SET IMP BTSDEVIP(Optional) SET BTSETHPORT(Optional) ADD ADD BTSBFD(Optional) BTSPPPLNK(Optional) ADD ADD BTSIPRTBIND(Optional) BTSMPLNK(Optional) ADD ADD BTSETHMA(Optional) NSE(Mandatory) ADD BTSETHLCMEP(Optional) ADD ADD BTSTOPCONFIG(Optional) PBSL(Mandatory) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional) ADD BTSCONNECT(Mandatory) OPR BTSBRDPWR(Mandatory) ADD SRCONPATH(Mandatory) ADD SRCONPATH(Mandatory)
ADD SUBRACK(Mandatory) SET BTSTMA(Mandatory) SET CLK(Mandatory) EXP ALMLOG(Optional) ADD NSVLLOCAL(Optional) ADD NSVLREMOTE(Optional) SET BTSPSUFP(Optional) ADD BTSABISMUXFLOW(Mandatory) SET GCELLHOFITPEN(Optional) SET CPUTHD(Optional) SET CPUTHD(Optional) SET CPUTHD(Optional) SET CPUTHD(Optional) STR BKP(Optional) SET GCELLCHMGAD(Optional) ULD RSTINFO(Mandatory) ADD XPUVLAN(Mandatory) SET GCELLCHMGAD(Optional) LOD BRD(Optional) CMP TBLDATA(Mandatory) ADD GIURGCONN(Mandatory) EXP ALMLOG(Optional) SET GCELLHOFITPEN(Optional) SET TZ(Mandatory) EXP LOG(Optional) ADD SUBTSK(Mandatory) COL LOG(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD GSMSCB(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional) SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) BLK ACIC(Mandatory) BLK PBCIC(Mandatory) ADD BSCDSTPADATE(Mandatory) SET BTSDHEUBP(Optional) ADD BSCDSTPADATE(Mandatory)
SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) SET BTSFORBIDTS(Optional) SET BTSFALLBACK(Optional) SET BSCDSTPA(Optional) BLK ATERE1T1(Mandatory) BLK AE1T1(Mandatory) SET BTSFORBIDTS(Mandatory) SET BTSFMUABP(Optional) SET BTSNFCBBP(Optional) ADD AE1T1(Mandatory) ADD BTSMONITORTS(Optional) ADD OP(Mandatory) STR NCS(Mandatory) ADD MTP3LNK(Optional) STR BTSLOG(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET BTSFALLBACK(Optional) ADD N7DPC(Optional) ADD BTSMONITORTS(Mandatory) SET GCELLFREQSCAN(Optional) ADD BTSMONITORTS(Optional) ADD BTSMONITORTS(Optional) ADD BTSMONITORTS(Mandatory) ADD OP(Mandatory) ADD BTSMONITORTS(Mandatory) SET BTSAUTODLDACTINFO(Optional) BLK ACIC(Mandatory) ADD AE1T1(Mandatory) STR BTSLOG(Optional) ADD IPMUX(Optional) ADD BTSABISMUXFLOW(Optional) ADD SUBTSK(Mandatory) ADD SUBCMD(Mandatory)
SET SUBNET(Mandatory) SET GCELLSOFT(Optional) SET BTSFLEXABISPARA(Optional) SET BTSOMLTS(Mandatory) SET BTSAUTODLDACTINFO(Mandatory) SET OTHSOFTPARA(Optional) SET CLK(Optional) SET CLK(Optional) SET GCELLSBC(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLGPRS(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLGPRS(Optional) SET BSSLS(Optional) SET BSCBASIC(Optional) ADD GNRNC(Optional) SET GCELLPRACH(Optional) ADD NSE(Mandatory) ADD NSE(Mandatory) SET ALMPORT(Optional) SET ASWPARA(Mandatory) SET OBJAUTHSW(Mandatory) SET BTSENVALMPORT(Mandatory) OPR BTSBRDPWR(Mandatory) SET TZ(Mandatory) SET SCUPORT(Mandatory) SET SLFSLVSW(Mandatory) SET LICENSECTRL(Mandatory) SET BFDPROTOSW(Mandatory) SET BTSALMPORT(Mandatory) SET BTSETHPORT(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) SET SS7PATCHSWITCH(Optional) ADD BTSSFPMODE(Optional) SET OPSW(Mandatory) SET TZ(Mandatory) SET BTSAISS(Optional) ADD GEXT3GCELL(Mandatory) SET BTSOTHPARA(Optional) SET BTSIPCLKPARA(Mandatory) SET BTSIPCLKPARA(Optional) SET BTSIPCLKPARA(Optional) SET BTSIPCLKPARA(Optional) SET SYS(Optional) SET SYS(Optional) SET GCELLHOAD(Optional) SET SYS(Optional) SET BSCBASIC(Optional) SET SYS(Optional) SET SYS(Optional) SET BSSGPPARA(Optional) CHG BTSPTUSHKTM(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional)
SET BSSGPPARA(Optional) CHG BTSPTUSHKTM(Optional) SET BTSRINGATTR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET GCELLCCTMR(Optional) SET BTSRINGATTR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) SET BSSGPPARA(Optional) CHG BTSPTUSHKTM(Optional) SET GCELLHOAD(Optional) SET GCELLGSMR(Optional) SET GCELLPSBASE(Optional) SET GCELLPSBASE(Optional) SET GCELLIDLEBASIC(Optional) ADD BC(Optional) SET MTP3TMR(Optional) SET BSSGPPARA(Optional) SET MTP3TMR(Optional) SET BSSGPPARA(Optional) SET MTP3TMR(Optional) SET BSSGPPARA(Optional) SET BSSGPPARA(Optional) SET MTP3TMR(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOIUO(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOIUO(Optional)
ADD G2GNCELL(Optional) SET ADD GCELLHOEMG(Optional) AISSCFG(Mandatory) ADD NCELL(Mandatory) SET GCELLGSMR(Optional) COL SYNCINFO(Mandatory) SET SET BTSEXCURSION(Mandatory) GCELLHOFITPEN(Optional) SET BSCSYNCOFF(Mandatory) COL BSCSYNCINFO(Mandatory) ADD G2GNCELL(Optional) SET GCELLHOIUO(Optional) SET GCELLPSPWPARA(Optional) SET GCELLPSPWPARA(Optional) EXP DEVFILE(Optional) EXP BTSDEVFILE(Optional) SET BTSOMLBACKUP(Optional) SET BTSRINGATTR(Optional) ADD MTP3LNK(Optional) SET BSSGPPARA(Optional) SET BTSAPMUBP(Optional) SET BSCBASIC(Optional) SET GTRXDEV(Optional) SET GCELLCHMGAD(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLOTHEXT(Optional) SET GCELLHOCTRL(Optional) SET GCELLPWR3(Optional) SET OTHSOFTPARA(Optional) SET GCELLSOFT(Optional) SET GCELLSOFT(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) ADD MTP3LNK(Optional) ADD MTP3LNK(Mandatory)
SET GCELLSOFT(Optional) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) ADD ATERCONPATH(Mandatory) SET BSCBASIC(Mandatory) ADD ATERCONPATH(Mandatory) ADD ATERCONPATH(Mandatory) SET TCTYPE(Mandatory) SET GCELLIDLETDDBA1(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) SET GCELLIDLETDDBA1(Mandatory) SET GCELLIDLETDDBA1(Mandatory) SET GCELLCCUTRANSYS(Optional) SET GCELLCCUTRANSYS(Optional) ADD GEXT3GCELL(Optional) SET GCELLIDLETDDBA1(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET GCELLCCUTRANSYS(Optional) SET GCELLIDLETDDBA1(Mandatory) SET GCELLHOTDDBA2(Mandatory) ADD TRMLOADTH(Optional) ADD TRMLOADTH(Optional) ADD SRCONPATH(Mandatory) ADD SRCONPATH(Mandatory) ADD PBSL(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSDPMUBP(Optional)
SAV GCELLTEMPLATE(Optional) ADD GCELL(Optional) EXP GCELLTEMPLATE(Mandatory) ADD BTSAUTOPLAN(Optional) EXP SAV GCELLTEMPLATE(Mandatory) GCELLTEMPLATE(Optional) SAV GCELLTEMPLATE(Mandatory) ADD GCELLQUICKSETUP(Optional) SET BTSAPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET OTHSOFTPARA(Optional) SET BSCNSPARA(Optional) ADD GSMSCB(Mandatory) SET TCPARA(Optional) STR BTSVSWRTST(Optional) SET GCELLOTHEXT(Optional) SWP OMUAREA(Mandatory) ADD TGWIP(Mandatory) ADD TGWIP(Mandatory) ADD TGWIP(Mandatory) ADD TGWIP(Mandatory) ADD TGWIP(Mandatory) SET BSSGPPARA(Optional) SET BTSAIRCON(Optional) SET BTSAIRCON(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) SET GCELLPSCHM(Optional) ADD TRMLOADTH(Mandatory) SET BSCTMR(Optional) SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOAD(Optional) SET GCELLHOBASIC(Optional) SET GCELLHOAD(Optional) SET GCELLCHMGBASIC(Optional) SET GCELLCHMGAD(Optional) ADD GCNOPERATOR(Optional) ADD OP(Optional) SET TIME(Optional) SET GCELLFREQSCAN(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOIUO(Optional) PING IP(Optional) TRC IPADDR(Optional) PING MAC(Optional) PING BTSCFM(Optional) TRC MAC(Optional) TRC BTSCFM(Optional) ADD BTSABISMUXFLOW(Optional) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional) PING IP(Optional) SET GCELLBASICPARA(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOIUO(Optional) SET GCELLTMR(Optional) ADD GCNOPERATOR(Optional) SET SET MSTOCELL(Mandatory) LOGLIMIT(Optional) TST SNDRSI(Mandatory) TST UPDMSRAC(Mandatory) SET BTSDHEUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDHEUBP(Optional) ADD SUBTSK(Mandatory) ADD SUBTSK(Mandatory) ADD SUBTSK(Optional)
ADD SUBTSK(Optional) ADD SUBTSK(Optional) ADD SUBTSK(Optional) ADD TRMMAP(Mandatory) ADD ADJMAP(Mandatory) STR FRPORTLOOP(Mandatory) STR BTSVSWRTST(Optional) SET GCELLSOFT(Optional) CHK INNSPCH(Mandatory) SET ALMBLKPARA(Optional) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory) SET ALMBLKPARA(Optional) SET MTP3TMR(Optional) SET MTP3TMR(Optional) CMP TBLDATA(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional) ADD PBE1T1(Optional) SET TZ(Mandatory) SET GCELLIDLEAD(Optional) ADD BTSTOPCONFIG(Optional) ADD BTSTOPCONFIG(Mandatory) ADD BTSTOPCONFIG(Optional) COL FAMLOG(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) SET GCELLTMR(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET FCCPUTHD(Optional) SET FCMSGQTHD(Optional) SET FCSW(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) ADD M3LKS(Optional) SET BTSTRANS(Mandatory) ADD ABISLOADSHARE(Mandatory)
ADD IPPATH(Optional) ADD TRMMAP(Optional) ADD TRMLOADTH(Mandatory) SET BSCABISPRIMAP(Mandatory) SET BTSBWPARA(Mandatory) SET BTSDOMUBP(Optional) SET BTSDOMUBP(Optional) SET BTSDOMUBP(Optional) SET BTSDOMUBP(Optional) SET BTSCLKPARA(Mandatory) SET GCELLRESELECTPARA(Optional) SET GCELLHOAD(Optional) ADD ETHTRKLNK(Mandatory) ADD ADD ETHTRK(Mandatory) ETHTRKLNK(Mandatory) ADD ETHTRKLNK(Mandatory) ADD ETHTRKIP(Mandatory) SET BSCABISPRIMAP(Mandatory) ADD IPPATH(Optional) ADD RSCGRP(Optional) ADD TRMLOADTH(Mandatory) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD IPLOGICPORT(Optional) SET FHO(Mandatory) SET GTRXCHANHOP(Mandatory) BSCABISPRIMAP(Mandatory) SET SET GTRXHOP(Mandatory) SET BSCABISPRIMAP(Optional) SET GTRXBASE(Mandatory) SET ADD GTRXCHAN(Mandatory) IPLOGICPORT(Optional) SET GTRXFC(Mandatory) SET STR GTRXIUO(Mandatory) IPCHK(Optional) SET GTRXADMSTAT(Mandatory) ADD GTRXCHANADMSTAT(Mandatory) ETHMEP(Mandatory) SET ADD GTRX(Mandatory) SET ADD GCELLCCACCESS(Optional) TRXBIND2PHYBRD(Mandatory) SET GTRXRLALM(Mandatory) STR BTSTST(Mandatory) SET GTRXDEV(Mandatory) ADD GTRXBIND2HDLCPATH(Mandatory) SET GTRXCHANHOP(Optional) STR BTSTST(Mandatory) STR TRXBURSTTST(Mandatory) ADD BTSBINDLOCGRP(Mandatory) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) ADD GCELLHOPANTGRP(Optional) SET GCELLHOPQUICKSETUP(Optional) SET GCELLHOPANTQUICKSETUP(Optional) STR TRXPERFTST(Mandatory) SET GTRXCHANHOP(Optional) ADD GTRX(Optional) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional) ADD TRXBIND2PHYBRD(Mandatory) ADD BTSBINDLOCGRP(Mandatory) SET GCELLCHMGAD(Optional) ADD TRXBIND2PHYBRD(Mandatory) BLK ATERE1T1(Mandatory) BLK AE1T1(Mandatory) LOP E1T1(Mandatory) STR E1T1TST(Optional)
ADD BC(Mandatory) SET BTSOMLTS(Mandatory) ADD PPPLNK(Mandatory) ADD BTSPPPLNK(Mandatory) ADD ADD BTSMPLNK(Mandatory) MPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory) ADD GCELLMAGRP(Optional) SET BTSIDLETS(Mandatory) SET GCELLSOFT(Optional) ADD TSCROSS(Optional) ADD SCHTSK(Mandatory) STR TRANSPERFTST(Mandatory) SET SCHTSKSW(Optional) ADD ADD SUBTSK(Optional) BTSMONITORTS(Optional) ADD SUBCMD(Optional) STR SCHTSK(Optional) ADD ATEROML(Mandatory) ADD BTSABISHDLCPATH(Mandatory) ADD BTSTOPCONFIG(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) ADD PBSL(Mandatory) SET GTRXCHAN(Optional) SET GTRXDEV(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) ADD BTSMONITORTS(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory) STR BTSTST(Mandatory) STR TRANSPERFTST(Mandatory) STR BTSBATTTST(Mandatory) STR BTSRFTST(Mandatory) SET BSCDSTPA(Optional) ADD BTSRXUCHAIN(Mandatory) PING IP(Optional) TRC MAC(Optional) TRC BTSCFM(Optional) SET GCELLDYNTURNOFF(Optional) SET GCELLDYNTURNOFF(Optional) SET GCELLDYNTURNOFF(Optional) SET GCELLDYNTURNOFF(Mandatory)
SET GCELLDYNTURNOFF(Optional) SET BTSAPMUBP(Optional) SET BTSDHEUBP(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) ADD AISSCFG(Optional) SET GCELLIDLEBASIC(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) ADD IPPATH(Mandatory) ADD RSCGRP(Mandatory) PING IP(Optional) SET GCELLPRACH(Optional) ADD SUBRACK(Mandatory) RUN BATCHFILE(Mandatory) ADD GCELL(Mandatory) SET BSCPCUTYPE(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCABINET(Optional) ADD GCELLQUICKSETUP(Mandatory) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET BTSANTFEEDERCONNECT(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET CSABISCONGCTRL(Optional) SET MSGSOFTPARA(Optional) SET OTHSOFTPARA(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET PSPREFABISCONGCTRL(Optional) SET AITFOTHPARA(Optional) ADD IPMUX(Mandatory)
ADD IPMUX(Mandatory) ADD NSVLLOCAL(Mandatory) ADD NSVLREMOTE(Mandatory) ADD OP(Optional) SET BTSEXD(Optional) SET GCELLGSMR(Optional) STR E1T1TST(Optional) SET ALMPORT(Optional) SET BTSENVALMPORT(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) ADD G2GNCELL(Optional) ADD G2GNCELL(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLTMR(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLHOBASIC(Optional) SET BSCPSSOFTPARA(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLPWR2(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLHOINTERRATLDB(Optional) SET GCELLPWR2(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLPWR2(Optional) SET GCELLHOEMG(Optional) SET GCELLAMRQUL(Optional) SET GCELLAMRQUL(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWR3(Optional) SET GCELLPWRBASIC(Optional) SET GCELLPWRBASIC(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional) SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional) SET GCELLHOIUO(Optional) SET BSCPSSOFTPARA(Optional) SET GCELLSOFT(Optional) SET GCELLHOFITPEN(Optional) SET BSCBASIC(Optional) SET E1T1(Optional) SET BSCNSPARA(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) SET BTSRXUBP(Optional) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD BTSCONNECT(Mandatory) ADD GSMSCB(Mandatory) SET GCELLPSCS(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLPSCHM(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLPRIVATEOPTPARA(Optional) SET GCELLPSCS(Optional) SET GCELLEGPRSPARA(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET BTSFALLBACK(Optional) SET BTSLAPDWS(Optional) SET GCELLBASICPARA(Optional)
ADD RSCGRP(Mandatory) ADD IPLOGICPORT(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCHMGAD(Optional) SET GCELLCCAD(Optional) SET GCELLPRIVATEOPTPARA(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) SET GCELLPSCS(Optional) CHK INNSPCH(Mandatory) SET GCELLNC2PARA(Optional) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory) DLD RETANTCFG(Mandatory) SET BSCPSSOFTPARA(Optional) ULD DLD BTSDEVFILE(Mandatory) LICENSE(Mandatory) DLD ULD BTSPATCH(Mandatory) LICENSE(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory) SET BTSDOMUBP(Mandatory) SET BTSDOMUBP(Mandatory) SET BTSEXD(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) SET GCELLHOIUO(Optional) ADD GEXT3GCELL(Mandatory) ADD BTSRETANT(Mandatory) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET GCELLGSMR(Optional) SET BSCFCPARA(Optional) ADD GCELL(Optional)
SET BSCFCPARA(Optional) SET BSCFCPARA(Optional) ADD IPPATH(Optional) SET BSCABISPRIMAP(Optional) ADD SCTPLNK(Optional) ADD SCTPLNK(Optional) ADD IPPATH(Mandatory) ADD VLANID(Mandatory) ADD ETHMA(Mandatory) SET BTSVLAN(Optional) IMP BTSVLAN(Optional) ADD BTSETHMA(Mandatory) ADD SCTPLNK(Mandatory) ADD SCTPLNK(Mandatory) SET DSCPMAP(Optional) SET BTSVLAN(Optional) IMP BTSVLAN(Optional) SET BTSVLAN(Optional) IMP BTSVLAN(Optional) SET GCELLCCACCESS(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) ADD EMU(Optional) SET BTSDFCUBP(Optional) SET GCELLOTHEXT(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional) SET GCELLOTHEXT(Optional) SET BTSAUTODLDACTINFO(Mandatory) SET GCELLTMR(Optional) SET GCELLTMR(Optional) SET GCELLTMR(Optional) ADD GEXTSMLC(Optional) SET GCELLTMR(Optional)
SET GCELLCHMGAD(Optional) ADD GEXTSMLC(Optional) SET BTSOUTPUT(Optional) ADD EMU(Optional) ADD OP(Optional) SET GCELLLCS(Optional) SET BTSOUTPUT(Optional) STR IPCHK(Optional) SET OTHSOFTPARA(Optional) ADD OP(Mandatory) ADD M3LKS(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Optional) SET GTRXRLALM(Mandatory) FMT DATA(Optional) SET BTSRXUBP(Optional) ADD SUBRACK(Mandatory) SET E1T1(Optional) ADD BTS(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional) SET BTSOMLBACKUP(Optional) SET BTSRINGATTR(Optional) SET MSP(Optional) SET TZ(Optional)
Downlink quality level threshold for the MS to be assigned with a channel of the better cell. Uplink quality level threshold for the MS to be assigned with a channel of the better cell.
The maximum duration for the BSC to select the best cell according to MRs in the MS assigning procedure. The BSC assig
Whether to enable the BTS to support bypass function. HDLC BTS and IP BTS do not support this parameter. Whether to permit Abis flow control. The flow control function helps in better call management. If congestion occurs, the system lightens its load by rejecting so Used along with "Abis Flow Control Timer 2" to control the change in cell flow control levels.When the flow control level in t When immediate assignment fails, the BSC6900 starts T1 and T2. Used along with "Abis Flow Control Timer 1" to control the change in cell flow control levels.When the flow control level in t When immediate assignment fails, the BSC6900 starts T1 and T2. This parameter controls the strategy for idle timeslot selection and optimization by the PS channels. This parameter controls whether the strategy for timeslot configuration and optimization is started. When this parameter is in the transport pool of a site.
This parameter specifies to enable the Abis adjustment function. Threshold for enabling thewhether BTS local switching. Whenresource the congestion rate TCHH at the Abis interface exceeds this threshold, the It specifies whether the TCHH is preferentially allocated to the MS by the BSC6900, when Abis resources are insufficient. Interval between detection the Abis being in idle state Load and releasing theAbis AbisPrior timeslot. When channels are idlw If the Abis resource load is of greater thantimeslot "Flex Abis Prior Choose Thred" orof"Fix Choose Abis Load Thred" the channels are idle. Before the timer expires, if new service request is received and the Abis timeslot is occupied, then th When "Number of Dynamic Channel Pre-Converted" is greater than 0, the Abis timeslots are not released after the static P Phase tag for GSM protocols that the Abis interface supports
Mean opinion scorefor(threshold) judging BTS computes the MOS of a call periodically and reports Duration available the BTS toforcollect thean ABabnormal after the call. TRXThe or channel is activated. abnormal and records the abnormity in the call history record (CHR). To prevent the impact of a decimal fraction, set this parameter to the product of 50 and the actual MOS. Access pulse type of the PRACH, uplink PTCCH and packet control acknowledge message of the MS. 8bit: 8 bit pulse access mode; 11bit: 11 bit pulse access mode. Access control class of the MS When the cell supports Repeated This parameter specifies whether the access control function is enabled in a cell. When Control Policy. This parameter specifies the index of the access control policy that is used in a cell.
Subcell preferred during the incoming inter-BSC handover to the concentric cell. In the case of incoming inter-BSC handov This parameter specifies the index of an access control (ACC) policy. It is used to identify an ACC policy. Whether the initial service is uplink, downlink or neutral This parameter is used to specify the starting point of the ACC sliding window in an access control policy.
This parameter is used to specify the ACC sliding window size in an access control policy. MSs of the ACC access classes This parameter is used to specify the sliding speed of the ACC sliding window in an access control policy.
Whether to compress the address and control fields. If this parameter is set to ENABLE, the address and control area com
A flag bit indicates Whether to support the compression of the address and control fields. Used for notifying MSs where to retrieve relevant parameters duringfrom cell reselection. This parameter specifies whether to receive the CS paging request A interface when the MS uses a PS service. This The default value of this parameter is 0 in system message 3 and, has no special significance. to the PS domain . In system message 4, if the value of this parameter is 0, it means that the MSs must retrieve the PI parameters and other p from the remaining bytes of system message 7 or 8.
Active coding set (ACS)[F], indicates a set of full-rate coding rates currently available for calls. The AMR is a set of multiple
Active coding set (ACS)[H], indicates set of half-rate coding rates currently available for calls. The AMR is a set of multiple
Active coding set (ACS)[WB], indicates a set of wide-band coding rates currently available for calls. The AMR is a set of m
Whether to activate the function of L2 re-establishment. If this function is activated, the BSC starts the attempt of L2 re-est
Valid duration of the reserved TRX or timeslot AC voltage alarm lower threshold. When the input AC voltage is lower than the value of this parameter, an alarm indicating In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para The BTS reports an alarm if the AC voltage exceeds the value of this parameter.
The BTS reports an alarm if the AC voltage is lower than the value of this parameter. The BTS reports an alarm if the AC voltage exceeds the value of the AC voltage alarm upper threshold. When the input AC In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes. Whether to hand over an MS to another channel during an intra-cell handover through the assignment process
Communication address of the CBUS3 on the bus 485. The configuration of this parameter must be consistent with the ac Whether to requesting enable each RRU external port's customer switch. Interval for theAC bandwidth for thealarm secondary link when definition the system is not in congestion state "0" indicates that the external alarm port's customer definition switch is disabled and this port is not definedeach by customor but secondary by vendor, link andwhen "1" indicates that isthe Bandwidth requested time for the the system notexternal in congestion state alarm port's customer definition switch is enabled. It does not take effect to DC RRU, whose external alarm ports are always defined by customer.
The destination signaling point (DSP) of the adjacent BSC must be an Iur-g DSP. Mode of dynamically adjusting the EGPRS uplink encoding scheme. Value 0 indicates of EGPRS uplink coding scheme is not supported; Whether to adjust dynamic the BTS adjustment offset manually or automatically value 1 indicates that the uplink coding scheme is adjusted according to downlink quality measurements reported by MS; value 2 indicates that the uplink coding scheme is adjusted according to uplink quality measurements reported by BTS. This parameter specifies whether to enable automatic auto-loading and auto-activation of the BTS software. If this parame or BSC starts checking res. If this parameter is set to Yes, the BTS software fails to be forcibly loaded and activated. If this This parameter specifies the automatic load mode of the BTS software. If this parameter is set to common download, comm besides the OML/EML. This may affect the services in the cell. If this parameter is set to quick download(reserve BCCH Tr Administrative state of a cell Administrative state of the TRX Administrative state of the channel End time for adjusting the offset time Cell load threshold for adjusting the offset time. If the load threshold is exceeded, the offset time is not adjusted. Offset Time Adjustment Switch
This specifies the software Start parameter time for adjusting the offset time version 1 that is automatically loaded and activated. The version of the BTS software BTS3000V100R008C11SPC003. This parameter version 2 that is automatically loaded and activated. stored on the This parameter can be setthe to software only BTS software version or a cold patch version. You can The use BTS eithersoftware of the following meth Advanced alarmspecifies management ruleatype BTS3000V100R008C11SPC003. Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you This parameter set to only a BTS version or adownloaded cold patch version. You can of the following Method 2: If the can BTSbe software version or software the cold patch is not to the OMU, youuse caneither decompress the BTS meth softw Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you Method 2: If the BTS software version or the cold patch is not downloaded to the OMU, you can decompress the BTS softw
If the echo path is traced, the echo is judged and controlled according to the trace result of the echo path parameters. Othe This parameter is used for echo judgment and control when the echo parameters are not traced.
If the local input voltage is lower than the value of this parameter and the remote end transmits the voice signal, the AEC f
Extra delay due to the transmission line. This parameter should be set according to the actual conditions and is applicable
This parameter is used to determine whether there are speech signals at the local end. If the local SNR is lower than the v This parameter indicates whether the acoustic echo cancellation (AEC) functional switch is on or off. Threshold for detecting the AEC performance Time for detecting the AEC performance
Counter for radio link failures during an AMR full rate call. See the description of "Radio Link Timeout" in "SET GCELLCCB
Number of SACCH multiframes during an AMR full rate call. See the description of "SACCH Multi-Frames" in "SET GCELL GPS receiver ID GPS receiver type.
Counter for radio link failures during an AMR half rate call. See the description of "Radio Link Timeout" in "SET GCELLCC
Number of SACCH multiframes during an AMR half rate call. See the description of "SACCH Multi-Frames" in "SET GCEL Alarm ID Alarm ID Identifier of the alarm. This parameter uniquely identifies an alarm. Identifier of the alarm. This parameter uniquely identifies an alarm. Identifier of the alarm. This parameter uniquely identifies an alarm. Alarm ID Alarm ID Delay time for mutual-aid detection on a cell after the cell is initialized. When the cell initialization has just finished, the cell Type of alarm selection Alarm selection mode
Whether to trace A-interface messages during end-to-end user tracing. The end-to-end tracing is conducted throughout the Whether to allow flow control for the location update services during the A interface flow control whether to allow flow control for the mobile-originated services during the A interface flow control Whether to allow flow control for the mobile-terminated services during the A interface flow control Whether to allow flow control for the other services including emergency call, call re-establish, and LMU services during th
Whether to enable the A interface flow control mechanism in the BSC6900 Flow control method used by the BSC6900. Flow control method at the Abis interface: When receiving a channel request m begins flow control according to the flow control level of the A interface and releases part of the call. Rate of discarded services in level 1 of the A interface flow control Rate of discarded services in level 2 of the A interface flow control Rate of discarded services in level 3 of the A interface flow control Rate of discarded services in level 4 of the A interface flow control Rate of discarded services in level 5 of the A interface flow control Rate of discarded services in level 6 of the A interface flow control
CSD(Circuit Switched Data) service redundancy level, which is configured to decrease the data loss rate during transmissi Fixed gain value in fixed gain mode Target level in fixed level mode
This parameter restrains the maximum gain to the input signal. It is valid only when "ALC Mode" is "FIXEDLEVEL" or "ADA Maximum target level in adaptive ALC mode Mimumum target level in adaptive ALC mode
ALC level control mode Whether to enable the adaptive level control (ALC) function
Retry times after the timer for the reply from the peer expires during the NSVC live test. If the reply is not received after th Duration of the timer to wait for the reply from the peer during the NSVC live test
Specifies the bandwidth occupied when the " transmission resource group type " is IP and the " bandwidth mode " is HALF Whether to reassign the TBF for a different Trx
Maximum of the is number AMR rate channels the total channels in a cell. When the resource alloca When this ratio parameter set to of ON, the half GMM/SM signalingtoservice is number assignedofonly one PDCH; otherwise, the GMM/SM sig equal to the value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource a Total number of channels = number of half rate channels + number of full rate channels x 2
Whether to allow EDA multiplex. "Not Allow": the TBF of the EDA cannot be multiplexed with other TBR; "Allow": the TBF o
Maximum of the numberreport of halfmissed. rate channels to the total number of channels inmissed a cell. When thethis resource Number ofratio allowed measure If the number of allowed measure report exceeds value,allocation the previop value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource allocation doe Total number of channels = number of half rate channels + number of full rate channels x 2
Value ALLCIC indicates that all E1/T1 timeslots on the A interface must be set with the start CIC. Value ALLNULL indicate
Value ALLCIC indicates that all E1/T1 timeslots on the PB interface must be set with the start CIC. Value ALLNULL indicat
If the feed current of the TMA on tributary 0 is smaller than the value of this parameter, the TMA Low Temperature alarm is
If the feed current of the TMA on tributary 1 is smaller than the value of this parameter, the TMA Low Temperature alarm is
If the feed current of the TMA on tributary 2 is smaller than the value of this parameter, the TMA Low Temperature alarm is
If the feed current of the TMA on tributary 3 is smaller than the value of this parameter, the TMA Low Temperature alarm is
If the feed current of the TMA on tributary 4 is smaller than the value of this parameter, the TMA Low Temperature alarm is
If the feed current of the TMA on tributary 5 is smaller than the value of this parameter, the TMA Low Temperature alarm is
Accumulated alarm clearance failure duration.Threshold for the accumulated duration in which the alarm persists. If the ac Whether the configuration of alarm parameters is allowed. In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes. ID of the intermittent alarm. Alarm ID If the input current of the antenna feeder is smaller than the value of this parameter, an alarm related to the GPS antenna
If the input current of the antenna feeder is greater than the value of this parameter and "GPS or RGPS" is set to "GPS", a
If the input current of the antenna feeder is greater than the value of this parameter and "GPS or RGPS" is set to "RGPS",
Accumulated alarm occurrence duration.Threshold for the accumulated duration in which the alarm persists. If the accumu Alarm Occur Accumulative Time refers to the percentage of the alarm occurrence accumulative time to "Flash Statis Alarm that Alarm Occur Accumulative Time = "Flash Statis Alarm Raise Time Window" x 60%. If the parameter value is 0, no stat Alarm Clear Accumulative Time refers to the percentage of the alarm clearance accumulative time to "Flash Statis Alarm C Clear Accumulative Time = "Flash Statis Alarm Clear Time Window" x 30%. If the parameter value is 0, no statistics is colle
If the number of alarm flashes exceeds the value of this parameter within the time specified by "Flash Statis Alarm Raise T
If the number of alarm flashes is smaller than the value of this parameter within the time specified by "Flash Statis Alarm C
Whether the configuration of alarm parameters is allowed. The value "YES" indicates that the configuration is allowed, and Type of the alarm. The alarm can be a fault alarm or an event alarm.
It is used to perform open loop power control. Alpha parameter is used by the MS to calculate the output power PCH of the
Decimal part of the antenna altitude Height of the specified GSP receiver antenna Integer part of the antenna altitude Height of the specified GSP receiver antenna Alarm severity. One or more severities can be selected. By default, all severities are selected. Alarm severity. One or more severities can be selected. By default, all severities are selected. Whether to supply power to the TMA on tributary 0 Whether to supply power to the TMA on tributary 1 Whether to supply power to the TMA on tributary 2 Whether to supply power to the TMA on tributary 3 Whether to supply power to the TMA on tributary 4 Whether to supply power to the TMA on tributary 5 Maximum degree by which the BSC can control the power of the AMR BTS dynamically
Whether to enable the III power control algorithm for AMR calls. If enabled, power control is performed on AMR calls. Whether to enable the adaptive adjustment function of AMR downlink threshold. After this function is enabled, the BTS est the target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio cond Number of downlink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power contro real-time radio environment. As asampled result, the control is late. AMR signal strength. A single measurement report may Number of measurement reports forpower averaging downlink To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filt This parameter specifies the number N. Quality level threshold for decreasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level less does not adjust the transmit power. Quality level threshold for increasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level great does not adjust the transmit power.
Number of measurement reports sampled for averaging downlink AMR signal quality. A single measurement report may no
During downlink power control, if the downlink receive quality level is equal to or greater than this threshold, "AMR DL RX_ Upper threshold for downlink AMR signal strength. If the downlink AMR signal is greater than this threshold, a power is computed. Then,Bad the Trig power is During downlinkreceived power control, if thelevel downlink receive quality level is equal to or decrease greater than "AMR DL Qual Thre Power decrease = downlink received signal level - ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Thres Lower threshold for downlink AMRstep signal strength. The maximum power adjustment allowed by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone If the downlink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is inc Power increase = ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 - downlink received sign
Whether to enable the algorithm for the load-based AMR handover between full rate and half rate With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the curr ATCB offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho ATCB Adjus
ATCB threshold for the AMR handover from full rate to half rate. If the ATCB of an AMR full rate call is equal to or greater t With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the curr Path loss offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho Pathloss
Path loss threshold for the AMR handover from full rate to half rate. If the path loss of an AMR full rate call is equal to or le
Quality threshold for the AMR handover from full rate to half rate. If the uplink and downlink receive quality levels of an AM
Load threshold for the AMR handover from full rate to half rate. If the cell load is greater than this threshold, the AMR full ra
ATCB threshold for the AMR handover from half rate to full rate. If the ATCB of an AMR half rate call is less than this thres
Path loss threshold for the AMR handover from half rate to full rate. If the path loss of an AMR half rate call is greater than Whether to enable the algorithm for the uplink and downlink receive quality based AMR handover from half rate to full rate
Quality threshold for the AMR handover from half rate to full rate. If the receive quality level of an AMR half rate call is grea
Load threshold for the AMR handover from half rate to full rate. If the cell load is less than this threshold, the AMR half rate
Maximum step by which the power can be increased according to received signal quality Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 0. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum s Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 1. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum s Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 2. Whether to enable the algorithm compensation of AMR measurement reports in Huawei power algorithm generation II Huawei power control generation II classifies the received signal quality intocontrol three quality zones. The maximum s If this parameter is set to YES, Huawei power control algorithm generation II puts a currently received measurement report the algorithm received signal level in a history to measurement report after measurement report interpolatio Maximum stepcompensates by which thethe power can be increased according received signal level Before making a power control decision, the BSC samples and weights the received signal level and quality in several hist algorithm needs to compensate the received signal level and quality in the history measurement reports where the transmi Minimum interval between two consecutive AMR power control commands Maximum step by which the power can be decreased according to received signal quality
Number of levels by which the BTS increases the power of an SACCH frame. This parameter is used for SACCH power co Whether to enable the BSC to assign AMR half rate channels preferentially according to the channel types allowed by the
Load threshold for assigning half rate channels preferentially. If the current TCH seizure ratio of the cell is greater than this Whether to enable the adaptive adjustment function of AMR uplink threshold. After this function is enabled, the BTS estima target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio condition Number of uplink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power control ef real-time radio environment. As asampled result, the control is late. Number of measurement reports forpower averaging uplink AMR signal strength. A single measurement report may not To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filt This parameter specifies the number N. Quality level threshold for decreasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level le does not adjust the transmit power. Quality level threshold for increasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level gr does not adjust the transmit power.
Number of measurement reports sampled for averaging uplink AMR signal quality. A single measurement report may not r
During uplink power control, if the uplink receive quality level is equal to or greater than this threshold, "AMR UL RX_LEV U Upper threshold for uplink AMR signal strength If the uplink AMR signal is receive greater quality than this threshold, decrease computed. Then, is de During uplinkreceived power control, if thelevel uplink level is equalatopower or greater than is "AMR UL Qual. Badthe Trigpower Threshold Power decrease = uplink received signal level - ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Thresho Lower threshold for uplink AMR signal strength.by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone The maximum power adjustment step allowed If the uplink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increa Power increase = ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold")/2 - uplink received signal Maximum number of retransmissions of the A-interface circuit reset message. When an A-interface circuit of the BSC is res the A-interface circuit reset message. This parameter specifies the maximum number of retransmissions of the A-interface Maximum number of times of resending a reset message at the A interface. When the BSC6900 is reset, the BSC6900 sen expires again and the times of resending the reset message are less than the value of this parameter, the BSC6900 contin
Maximum gain to the signals from the remote end. If the parameter is set to a small value, the target SNR may be restraine Whether to enable the adaptive noise cancel (ANC) function
The system adjusts the remote input so that the ratio of the remote signal to the local noise is above the value of this param Tilt angle of the RET antenna, it is accurate to one place of decimal, for example, the tilt can be 7.7 degree. Uniquely identifies an adjacent node Adjacent node identifier of this IP path New name of the alarm ANR mode
This parameter determines the noise depression degree. A large absolute value of this parameter corresponds to a strong
ANR target noise level Whether to enable the adaptive noise restrain (ANR) function Size of the azimuth angle of the cell antenna
Length of the feeder cable. The GPS satellite card is connected to the antenna through feeder cables. The transmission de Power supply switch of the GPS antenna feeder E1T1 anti-error switch. Whether to enable the BTS to clear the burglar alarm automatically Number of the antenna Number of the antenna feeder channel mapped to the RXU
Antenna pass No. of the RXU of a sub-location group. The parameter is configured only when the MRRU or GRRU is used Antenna pass number of the downlink tributary Number of a port on the A interface board Upper layer application type of the SCTP link. The upper layer application type of A and LB interface is M3UA. In the BSC Application type of the semi-permanent link
Update frequency of the value N (packet drop interval), indicating that the packet drop interval is updated after N packets a Upper length threshold of the TBF buffer queue. If the length of the TBF buffer queue exceeds this threshold, whether the
Congestion threshold of the TBF buffer queue. If the congestion level in the TBF buffer queue exceeds this threshold, whe Initial value of the interval (indicated by N) at which the packets in the TBF buffer queue are discarded. The value N indica certain period. The smaller the value N, the greater the number of discarded packets. Lower threshold of the interval for discarding the packets in the TBF buffer queue, that is, the minimum value of N (packet
Upper threshold of the interval for discarding the packets in the TBF buffer queue, that is, the maximum value of N (packet AQM switch Target threshold of the TBF buffer queue Local area code, for example, 021 for Shanghai Area flag Area flag
Release base the for subchannels. This indicates number of percentage times that aofsubchannel is activated. In a Thresholdstatistics for reporting recovery alarm for parameter the abnormal releasethe alarm. If the the abnormal channel relea If the percentage of the abnormal channel releases in the latest S channel releases exceeds the Abnormal Warn Threshol If the percentage of the abnormal channel releases in the latest S channel releases is equal to or less than the Abnormal R
Threshold for reporting the abnormal release alarm. In a timeslot, the release statistics base, B, multiplied by the number o
Retransmission times upon ARP timeout. When the ARP request times exceeds the retransmission time without a respons ARP packet timeout time Number of the slot where the A interface board is located Number of the slot where the A interface board is located Number of the subrack where the A interface board is located Network management type of the alarm. By default, all network management types are selected.
Network management type of the alarm. By default, all network management types are selected.
Switch for assigning the channel of a better cell to the MS during MS access. When this parameter is set to ENABLE, if the cell supports direct retry and the current cell load is equal to or larger than th current call applies for channels in its own cells. If the application fails, it continues with the direct retry procedure.
Offset relative to the level threshold for determining whether to assign a channel in the overlaid subcell Number of the cabinet where the associated RXU board is installed. This parameter is valid for DRRU, MRRU, GRRU, or B DTCU. Number of the cabinet where the associated RXU board is installed. This parameter is valid for DRRU, MRRU, GRRU, or B DTCU. Number of the slot where the associated RXU board is installed. Number of the slot where the associated RXU board is installed. Number of the subrack where the associated RXU board is installed.
Number of the subrack where the associated RXU board is installed. Absolute level threshold for automatic optimization of neighbor cells and frequencies. The measurement results in measure incremented by one.
Timer for BSC6900 waiting fordelivers a singlean A-interface circuit blockingthe or T3107 unblocking After the assignment command, timeranswer. starts. If the BSC6900 receives an assignment com The BSC6900 starts this T1 timer after sending a single A-interface circuit blocking or unblocking message. If the BSC690 MSC. If the timer expires for the second time, the BSC6900 reports an alarm for BSC circuit blocking or unblocking failure.
MSC reset protection timer, that is, interval between the time when the BSC6900 receives an MSC reset message and the
T17 timer. When receiving an MSC overload message or a single point congestion message for the first time, the BSC690
T18 timer. When receiving an MSC overload message or a single point congestion message for the first time, the BSC690 Timer for waiting for an A-interface circuit reset answer. The BSC6900 starts this timer after sending an A-interface circuit reset message. When this timer expires for the first time, Timer for waiting for an A-interface circuit group blocking or unblocking answer. After sending a CIC group blocking/unbloc blocking/unblocking message. If no response is received before the second expiry of T20, the system reports the BSC Una
Timer for waiting for an A-interface reset answer Whether to enable the ATCB handover algorithm for the concentric cell. According to the neighbor cell signal, the ATCB ha interference, to improve the conversation quality, and to achieve aggressive frequency reuse in the overlaid subcell. Distance the boundary of the subcell the boundary of the This parameter Hysteresisbetween in the distance between theoverlaid boundary of theand overlaid subcell and theunderlaid boundarysubcell. of the underlaid subcell.specifies This pa underlaid subcells are determined according to the relative value between the signal strength of the serving cell and sig is SS(s) and that the signal strength of the neighbor cell is SS(n). If SS(s) - SS(n) < "Distance Between Boudaries of the Subce underlaid subcell. If SS(s) - SS(n) > "Distance Between Boudaries of Subcells", the MS is in the coverage of the overlaid s In the tight BCCH handover algorithm, this parameter specifies the difference between the coverage of the TRX that carrie Whether to enable the BSC to use a 8 kbit/s timeslot to transmit 8 kbit/s data at the Ater interface Whether to enable the BSC to assign half rate channels preferentially when the Ater interface is congested Threshold for considering the Ater interface, if congested, the BSC determines whether to assign full or half rate channels Index of an Ater connection path
Threshold for enabling the BSC local switching. When the congestion rate at the Ater interface exceeds this threshold, the Ater interface timeslot mask
Whether to configure the Ater OML link used for the TC subrack for the port. If it is actually configured and you specify that Ater maintenance link index Ater connection path index,The index is set through the ADD ATERCONPATH command. Indentifies an Ater signaling channel Transport mode of the Ater interface. The Ater interface can be in TDM or in IP transport mode. Number of the RF port on the RF front-end board of the BTS. The number is unique in a board.
A interface timeslot mask
Attach-detach Allowed (ATT). If this parameter is set to YES, when an MS is powered off, the network does not process an TMA attenuation factor of antenna tributary 1 TMA attenuation factor of antenna tributary 2 It specifies the loopback duration. It specifies the test duration. SSL authentication mode of the peer certificate Validation mode of the PPP or MP link negotiation Validation mode of the PPP or MP link negotiation Validation mode of the PPP or MLPPP link negotiation Username to validate, for the PPP or MP link negotiation Username to validate, for the PPP or MP link negotiation Username to validate, for the PPP or MLPPP link negotiation Password to validate, upon PPP or MP link negotiation Password to validate, upon PPP or MP link negotiation Password to validate, upon PPP or MLPPP link negotiation Type of validation protocol for the PPP or MP link negotiation
Whether the self-negotiation is adopted Type of validation protocol formode the PPP or MP link negotiation 1. When the FG2 board is used and the port type is GE, the self-negotiation mode must be adopted. 2. If the self-negotiation mode is FE port link rate,negotiation working mode and flow control mode must be in accordance wi Type of the validation protocol foradopted, the PPPthe or MLPPP of the peer. Otherwise, transmission failure must be incurred. 3. If the self-negotiation mode is adopted on the local system, the peer must use the self-negotiation mode. Whether inter-subrack path can be added automatically Whether to allow automatic adjustment for the uplink threshold and hysteresis of full rate AMR call rates Whether to allow automatic adjustment for the uplink threshold and hysteresis of half rate AMR call rates Whether to enable the BSC to obtain BTS logs automatically Whether to enable the auto-negotiation mode
The parameter specifies the work mode for the automatic download and activation of the BTS software. BTS Software Aut Auto unlock switch Duration of time after which the locked user is unlocked automatically optical adaptation type between high-order path and multiplex section.
Phase tag for GSM protocols supported by the A interface. The value of this parameter is chosen according to the A interfa Alarm level for a digital port Alarm level. It is valid for the digital port.
Threshold of B1 and B2 signal degrade. This parameter specifies the generation threshold and the recovery threshold of th
Threshold of B1 and B2 signal failure. This parameter specifies the generation threshold and the recovery threshold of the
Threshold of B3 signal degrade. This parameter specifies the generation threshold and the recovery threshold of the B3 si
Threshold of B3 signal failure. This parameter specifies the generation threshold and the recovery threshold of the B3 sign Switch of backplane LINE1 Switch of backplane LINE2 Directory for saving the backup file
Path (complete path) of the backup file Quality threshold for determining that a call is disconnected because of poor quality. If the uplink quality or downlink quality due to poor quality. This parameter can be used to calculate the number of call disconnections due to poor quality.
Whether the downlink TBF can be established in advance. Downlink TBF establishment in advance indicates that the down
Bar code 2 of the interface board of the BTS. This parameter is the electronic serial number of the standby PTU board. An IP address of the backup port
Mask of the backup port This parameter specifies the method of saving the BTS backup power. This specifies thetobackup power saving policy of the BTS.shuts down some TRXs when the BTS experiences a Whenparameter this parameter is set "Turn off TRX", the BSC preferentially When this parameter is set to "Cover Priority", the BTS shuts down some TRXs, waits for a certain period of time, and then TRXs. When this parameter is set to "Saving Priority", the BTS shuts down some TRXs and meanwhile decreases the pow Whether the cells at the 1900 frequency support high frequency 1900 Whether the cells at the 850 frequency support high frequency 1900 Whether the cells at the 900 frequency support high frequency 1900
Duration in which intra-cell handover is forbidden after the number of consecutive intra-cell handovers reaches the maximu
Number ofcodes the temperature sensor corresponding to a battery group. You can choose sensor 1 (Battery1Temp) or sensor 2 List of bar of all the cabinets in the BTS If you choose sensor 1, the system automatically uses sensor 1 to control the temperature of the battery group and perform The handling principles are same if yousoftware choose sensor 2. The system reference BTS must support thethe Um interface synchronization. For the EPS4815 boards, this parameter can only be configured as "Battery1Temp". In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Number of the temperature sensor corresponding to a battery group. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Battery capacity. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether the configuration of external battery is allowed. The value "YES" indicates that the external battery can be configu In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Allowed percentage of the battery discharging. After the AC power supply is cut and the power of the battery is discharged Battery type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Number of the BBAP service listening port
Reference difference between uplink and downlink levels. This parameter works with "Up Down Balance Floating Range" t Battery capacity. The battery capacity should be set according to the vendor specification. If it is improperly configured, the In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Base station color code (BCC) of a cell, provided by the network planning department. It is used for differentiating the neig
Base station color code (BCC) of a cell, provided by the network planning department. It is used for differentiating the neig BTS color code. It uniquely identifies different BTSs that are adjacent and use the same TRX. BCCH frequency of the cell Frequency of the BCCH TRX Frequency hopping mode of the TRX that carries the BCCH
Threshold for reporting the BC congestion alarm. When the BC congestion level exceeds the threshold, the BC congestion
Threshold for clearing the BC congestion alarm. When the BC congestion level is below the threshold, the BC congestion a DSCP corresponding to the background service
Identifies one BC at the Gb interface board. The BCID's value range of PEUa board is 0~255 and that of POUc board is 0~ Current limit coefficient of the battery. The maximum charging current equals the value of "Battery Current Limiting Coeffic In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Boost-Charging Voltage. See the vendor specification for the setting of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether the configuration of external battery is allowed. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
ARP1 priority in the BE service. ARP1 priority weight determines the number of the budget blocks and the block scheduling
ARP2 priority in the BE service. ARP2 priority weight determines the number of the budget blocks and the block scheduling DSP bearer type. MTP3: indicates thatBE theservice. lower layer bearer is the MTP3 used in ATM/TDM scenario; ARP3 priority in the ARP3 priority weight determines the number of the budget blocks and the block scheduling M3UA: indicates that the lower layer bearer is the M3UA used in IP scenario; MTP3_M3UA: indicates that the lower layer bearer is the MTP3 and M3UA used in ATM/TDM/IP scenario.
Time interval for sending a handshake message between BSC6900s. The parameter checks whether the communication a Average period for sending the measurement report over the EGPRS channel Number of UTRAN TDD cells that should be included in measurement report This parameter specifies whether to allow 3G better cell handover algorithm.
Whether to enable the algorithm for the handover to a better cell According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within This parameter specifies the number P. According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within This parameter specifies the number N.
Timeout times of the BFD packet. If several consecutive BFD packets are not received, the BFD session is set to the DOW
Allowed fluctuation BFD Session No. of the difference between uplink and downlink levels relative to the reference difference. If the differenc For example, assume that the Up Down Balance Basic Difference is set to 8 and that the Up Down Balance Floating Rang uplink and downlink levels is between -22 and 38, the uplink and downlink are considered balanced. Mutual-aid changeback policy of baseband frequency hopping (FH). If multiple TRXs in a baseband FH group are faulty an long as any of the faulty TRXs recovers, it is changed back at once and added to the FH group. Bit offset in the frame of the BTS clock
ARP1 priority in the Background service. ARP1 priority weight determines the number of the budget blocks and the block s
ARP2 priority in the Background service. ARP2 priority weight determines the number of the budget blocks and the block s
ARP3 priority in the Background service. ARP3 priority weight determines the number of the budget blocks and the block s Base Station Controller alarm blink filter switch
Alarm blink filter threshold. When the interval between the generation and clearance of an alarm is equal to or smaller than Measurement period of filtered Base Station Controller alarms Switch controlling whether to perform statistics of Base Station Controller alarms Retry times after the peer response timer expires during NSVC blocking Duration of the peer response timer during NSVC blocking Number of the port in the BM subrack where one end of the ATER connection channel is located Number of the slot in the BM subrack where one end of the ATER connection channel is located
Number of the BM subrack where one end of the ATER connection channel is located
Duration of the flow control protection timer enabled during the flow control between the TCS and the MPS/EPS subracks Whether to use the device IP address as the local IP address. When this parameter is set to "YES", the device IP address local IP address of the PPP link. Whether to report the alarm to the alarm box
Position of break point 1 in an RXU chain. The number of break points must not be greater than the number of RXU board
Position of break point 2 in an RXU chain. The number of break points must not be greater than the number of RXU board Whether to enable the bad quality (BQ) handover algorithm. Whether to trigger BQ handover depends on the uplink and do degradation) include too low signal power and channel interference. According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the hando This parameter specifies the number P.
If ("downlink level of the neighbor cell after filtering" - "downlink level of the serving cell (after power control compensation) According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the hando This parameter specifies the number N. Classes of boards classified according to function modules Classes of boards classified according to function modules Classes of boards classified according to function modules Classes of boards classified according to function modules Number of the board Number of the RF front-end board in the BTS
The upper threshold of the total receive bandwidth of all the TRXs bound to the board, for example, when this value is 250 Software type of the BTS board
The upper threshold of the total send bandwidth of all the TRXs bound to send pass of board, for example, when this value Type of the board Type of the board Board type Board type Board type Board type Type of the new RXU board.
Type of the board. The type can be TMU/DTMU, DTRU, DPTU, QTRU, MRRU, GRRU, BTS3900B, MRFU, GRFU, BTS39
To avoid intermittent blinking, the switchover cannot be performed over a certain period of time when the OML is disconne Contents of a cell broadcast message Time interval for a cell broadcast message
Backup mode of the log. If "ENTIRE" is selected, all logs in the current database are backed up. If "INCREMENTAL" is sel
BS-AG-BLKS-RES, indicating the number of the CCCH message blocks reserved for the AGCH. After the CCCHs are con DPC of the external BSC, which is used for inter-BSC communication. This parameter can be represented in decimal, hexa precede this parameter value with B'. This parameter specifies whether to enable the TRX Intelligent Shutdown feature.
It indicates whether the A interface E1/T1 is the primary BSC6900 or secondary BSC6900.
Gateway IP address of the BSC6900. When the BSC provides the function of simple cell broadcast, the BSC6900 sends c End time for collecting the inter-BSC offset information Start time for collecting the inter-BSC offset information Uniquely identifies a BSC in the TC pool ID of the BSC that controls the external 2G neighbor cell
Period for fine tuning the BTS clock between BSCs IP address of the BSC6900. If the connection mode of the BSC6900 and the CBC is to lead cables out of the PIU, the valu If the connection mode is to lead cables out of the XPU panel, the value of this parameter must be the same as the preset Conditions for enabling the function of BSC local switching. UNCONDITIONALSTART: The function of BSC local IP address of an interface board on the BSC6900 sideswitching is enabled without restriction. ATERCONGESTS: The function of BSC local switching is enabled when the congestion rate of the Ater interface exceeds PREFIXNUMBER: The function of BSC local switching is enabled when the leading digits of the calling or called MSISDN Unique name of the external BSC
Whether to allow high-priority calls to preempt the radio resources of low-priority calls when radio resources are insufficien
Whether to allow the call during an intra-BSC emergency handover to preempt the radio resources of low-priority calls in th In-BSC6900 port No. of the monitoring timeslot
Whether to allow priorities to be classified two types: priority and normal priority. Port number usedthe foreMLPP the communication between the into BSC6900 and high the CBC If this parameter is set to YES, then during the resource preemption, the priorities of all the services are compared, and the If this parameter is set to NO, then during the resource preemption, all the services with an eMLPP priority greater than 2 a Whether to allow calls to queue for radio resources when radio resources are insufficient. Whether to allow the service during an intra-BSC emergency handover to queue for radio resources in the target cell. Reserved parameter 1 that is effective at the BSC level Reserved parameter 10 that is effective at the BSC level Reserved parameter 11 that is effective at the BSC level Reserved parameter 12 that is effective at the BSC level Reserved parameter 13 that is effective at the BSC level Reserved parameter 14 that is effective at the BSC level Reserved parameter 15 that is effective at the BSC level Reserved parameter 16 that is effective at the BSC level Reserved parameter 17 that is effective at the BSC level Reserved parameter 18 that is effective at the BSC level Reserved parameter 19 that is effective at the BSC level Reserved parameter 2 that is effective at the BSC level Reserved parameter 20 that is effective at the BSC level Reserved parameter 21 that is effective at the BSC level Reserved parameter 22 that is effective at the BSC level Reserved parameter 23 that is effective at the BSC level
Reserved parameter 24 that is effective at the BSC level Reserved parameter 25 that is effective at the BSC level Reserved parameter 26 that is effective at the BSC level Reserved parameter 27 that is effective at the BSC level Reserved parameter 28 that is effective at the BSC level Reserved parameter 29 that is effective at the BSC level Reserved parameter 3 that is effective at the BSC level Reserved parameter 4 that is effective at the BSC level Reserved parameter 5 that is effective at the BSC level Reserved parameter 6 that is effective at the BSC level Reserved parameter 7 that is effective at the BSC level Reserved parameter 8 that is effective at the BSC level Reserved parameter 9 that is effective at the BSC level In-BSC6900 slot No. of the monitoring timeslot
In-BSC6900 subrack No. of the monitoring timeslot In-BSC6900 sub-timeslot No. of the monitoring timeslot. If the added monitoring timeslot works at 64 kbit/s, the sub-timeslo numbered from 0, 2, 4, or 6. If the added monitoring timeslot works at 8 kbit/s, the sub-timeslots are numbered from any va When the BTS clock is adjusted, the offset is added to obtain better network performance.
ID of the BSC at the other end of the link. In non-TC pool scenario, this parameter specifies the ID of the primary BSC. In T ID of slave BSC in TC Pool
This parameter is used toof setthe themonitoring parametertimeslot BS_CV_MAX for MS countdown. This parameter is used for the MS to calcula In-BSC6900 timeslot No. started. If the MS receives the packet uplink acknowledge before the timer T3198 expires, the MS updates the receiving st and retransmits the data bloc.
Number in a cycle on a paging sub-channel. this parameter specifies the number of paging sub-chan Whether of to multiframes enable the BTS to transfer BTS/MS power classIntofact, the BSC In an actual network, an MS does not listen to other paging sub-channels but its belonging paging sub-channel only. Refer paging In this case, the mean uptime of the MS battery can be prolonged. Refer to the computing mode of pa Numbersub-channel. of PAGCH blocks of the system lowers. Based on the principle of ensuring that overload does not occur to paging channels, you must set thi A paging message in a location area must be sent in all the cells within this location area at the same time. Therefore, the Number of PBCCH blocks
Type of the BSS local switching with the cooperation of the MSC. Number of PRACH blocks NONSUPPORT: When performing local switching, the BSS need not determine whether the MSC allows an MS to be invo BASIC: request and handover request by theand MSC contain a flag indicatingThe whethe GeneralAssignment strategy of the BSS messages local switching, which includes themessages BSC localsent switching the BTS local switching. two ENHANCED: Assignment request messages and handover request messages sent by the MSC contain a flag indicating w enabled or stopped message to the MSC. Whether to support the paging function of the CS domain of the A interface. Yes: the MS can be called upon paging reque Paging Co-ordination Switch" in "SET BSCPSSOFTPARA" is set to "Open". Type of the board Type of the board Type of the board Board type Board type
Board type Board type Board type
Board type Type of the board that controls the RET antenna. 1. DATU: Board typeIt may represent the DATU or the DATM and is applicable to the BTS3012, BTS3012AE, BTS3012_II, BTS3006 2. GATM: It is applicable to the BTS3900 GSM, BTS3900A GSM, BTS3036, and BTS3036A. 3. RXU:DRRU,MRRU,MRFU,GRRU,GRFU,BTS3900E support the RET antenna connect directly. Type of the newly added antenna board Type of the newly added board Type of the newly added RXU board Type of the board Type of the board Identifies the BM subrack or TC the subrack of theisBSC. The configuration flag specifies operation on the BM or TC. When this parameter is set to "CFGBM", a BM signaling link is added. When this parameter is set to "GFGTC", a TC signaling link is added.
This parameter specifies whether to enable the TRX Working Voltage Adjustment feature. When this parameter is set to Y Bard code of BTS BBU board. Communication type of a BTS Communication type of a BTS
Peer equipment type of the BTS. This parameter indicates whether to connect the BTS to the BSC6900 or cascade the BT BTS detection switch. If the parameter is set to "CLOSE", the function of detecting the BTS is disabled. If the parameter is packet carrying the VLANID to the BTS. BTS index of the adjacent node to be added. The parameter is valid only when Adjacent node type is set to Abis. Index of the BTS, uniquely identifying a BTS in a BSC6900. Index of the BTS running the command Number of the BTS connected to the BSC. The number is unique in a BSC List of BTS indexes. You can specify multiple BTSs,separated by "&" and "&&". For example, "1&2&3&4&5" or "1&&5". Whether to collect offset information by BTS index or BTS name Index type of the BTS. BYNAME: query by BTS name; BYID: query by BTS index.
Base station index, 65535 indicate all base stations. Conditions the function of BTS local switching. IP address for of aenabling BTS. When "BTS Com Type" is set to "LOGICIP", the value of the parameter is the IP address of the BTS. UNCONDITIONALSTART: The function of BTS local switching the local IP address of the BTS PPP link or BTS MLPPP group.is enabled without restriction. ABISCONGESTS: The function of BTS local switching is enabled when the congestion rate of the Abis interface exceeds t PREFIXNUMBER: The function of BTS local switching is enabled when the leading digits of the calling or called MSISDN a Subnet mask of BTS.
Whether to enable the BTS to preprocess measurement reports. This parameter determines where to conduct power contr Name of the BTS, uniquely identifying a BTS in a BSC6900. This parameter cannot contain , ; = " ' more than two (include Connect BSC BTS Name.It is unique in one BSC.This parameter cannot contain ? | : < > " @ # ! % ^ & * . [ ] / \ \\ '. List of BTS names. You can specify multiple BTSs, separated by "&". For example, "Name1&Name2".
If the parameter is set to "ON", all the Ping packets are sent. This whetherallthe allowedare to shut down the BCCH TRX that is configured as "Shut Down Enabl If theparameter parameterspecifies is set to "OFF", theBSC Pingispackets discarded. When this parameter is set to Yes, the BSC shuts down all the TRXs that are configured as "Shut Down Enabled", includin after receiving a power failure message from the BTS. Maximum degree by which the BSC can control the power of the BTS dynamically Whether to specify "Power Control threshold Adjust for SAIC" in the MML command "SET GCELLPWR3"
Software version number of the BTS Transmission compression ratio of a BTS. 1. Modifying the settings of "Transfers Compress Rate" may change the bandwi greater the "Transfers Compress Rate" is, the smaller the compression rate is and the greater the required bandwidth is. 3 Type of the BTS Type of the BTS Type of the BTS Time for which the BTS waits to restore a BFD session
Type of TRX loopback test Battery type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
If the OML is not established at one port after a period of time, the OML switches to another port and tries to connect to thi Whether to enable the data binding function Identifies a unique PTP BVC with NSE The BSSGP virtual connection identifier. It is used to identify multiple BVCs that multiplexes the NS-VC.
Duration of BVC flow control timer F. A cell sends the flow control message at the interval specified by this timer. Switch for adjusting the dynamical bandwidth of the logical port. If this switch is turned on, the system adjusts the dynamic port. For details about the IPPM, see the description of the command "ACT IPPM".
If the available backward bandwidth is less than or equal to this value, the backward congestion alarm is emitted and back
If the available backward bandwidth is greater than this value, the backward congestion alarm is cleared and backward con
If the ratio of available backward bandwidth is greater than this value, the backward congestion alarm is cleared and backw
If the ratio of available backward bandwidth is less than or equal to this value, the backward congestion alarm is emitted an
If the available backward bandwidth is greater than this value, the backward overload congestion alarm is cleared and bac
If the ratio of available backward bandwidth is greater than this value, the backward overload congestion alarm is cleared a If the available backward bandwidth is less than or equal to this value, the backward overload congestion alarm is emitted
If the ratio of available backward bandwidth is less than or equal to this value, the backward overload congestion alarm is e Ratio of reserved backward bandwidth for handover user Reserved backward bandwidth for handover user Maximum ratio of the estimated bottleneck bandwidth Bandwidth mode
Threshold of bandwidth change based on the load control algorithm. When the system detects that the change of the avail
Threshold for reporting the uplink-downlink imbalance alarm. If the percentage of the uplink-downlink imbalance measurem Index type. The value can be BYIDX or BYNAME. Whether the reselection hysteresis parameter is applied to the C31 criterion
Whether GPRS cell reselection offset is used for C32 calculation during cell reselection. If this parameter is set to 1, then o Descriptive information of the BTS cabinet List of all the cabinet numbers in the BTS Whether the added cabinet is a remote cabinet
Whether to allow call re-establishment. Burst interference or blind spots due to high buildings may lead to a radio link failur Calibration value of the clock
Whether an MS uses the calculated value as the final receive level value. The calculated receive level value is the measur Whether to enable the capacity and coverage of the BTS to be automatically optimized according to the actual situation of Card Frequency Attribute
Whether to indicate that the Path istocarried IP logic portof oraresource group. NULL indicate Used together with "Cell BarIP Qualify" decideon thethe priority status cell. Refer to GSM Rec. 04.08.the IP Path is carried o Cell Bar Qualify Cell Bar Access Cell selection priority Cell reselection priority Bearer type of the logical port NO NO Normal Normal NO YES Prohibited Prohibited Port type of the SBFD/ARP bearer YES NO Low Normal CBC interface parameter. The value of this parameter must be translated into a binary numeral. The following describe eac YES Low Normal Bit 0: phase flagYES Bit 1: message type flag Uniquely identifying a cell broadcast center (CBC) Bit 2: cell list flag Bit 3: whether carry a recovery indication IP address of atoCBC Bit 4: whether to carry a cell ID Bit 5: whether carry a recovery indication during Used together to with "Cell Bar Access" to decide the resetting priority status of a cell. See GSM Rec. 0408. This parameter does not a
Cell Qualify Cell Barside Access selection priority CellBSC6900 reselection priority Port Bar number at the CBC in theCell communication with the NO NO Normal Normal NO YES Prohibited Duration of no cell broadcast message atProhibited the Cb interface. If the BSC6900 does not receive any message from the CBC d YES NO Low Normal YES YES Low Normal Maximum burst size (MBS)
Timer interval for sending handshake messages. According to the value of this parameter, the BSC6900 regularly sends th
Number of enhanced measurement reports (EMRs) sampled for averaging the CV_BEP on the SDCCH. Averaging the CV
Number of enhanced measurement reports (EMRs) sampled for averaging the CV_BEP on the TCH. Averaging the CV_B Whether to enable the certificate Country code, for example, 86 forchain China DISABLE: indicating that the certificate chain is disabled ENABLE: indicating that the certificate chain is enabled
Time interval for sending overload messages, used for the BTS to notify the BSC6900 of the load over a specific CCCH tim This parameter is used by the BTS to inform the BSC of the load on a CCCH timeslot, that is, the load of the access reque exceeds the value of this parameter, the BTS periodically sends the CCCH overload message to the BSC. The interval for
DSCP corresponding to thereport session Offset of the measurement of service the cells at the 1800 MHz frequency. Before cells are sequenced by priority, accordin Threshold ofofthe measurement report of the cells at the 1800 MHz frequency. When the receive level value in the measure The values this parameter correspond the following decibel values: Transmission period of the CCM packet into the MA The values of this parameter correspond to the following decibel values: 0: 0 dB Threshold of forbidding directed retry for cells. When the value of "Assignment Cell Load Judge Enable" in "SET GCELLCC 0: 0 1: 6 dB dB retry. 1: ... 6 dB ... 7: 42 dB 6: 36 dB 7: positive infinity
BCCH frequency of a 2G neighbor cell that MSs can measure in idle mode. Recording the BCCH frequencies of 2G neighb
Whether to generate the 2G BA1 table automatically according to neighbor cell relations or to input the 2G BA1 table manu
BCCH frequency of areceive 2G neighbor that MSscell caninmeasure in dedicated mode. Recording the BCCH of 2G Offset applied to the level ofcell a GSM900 the measurement report before prioritizing cells byfrequencies frequency bands The values of this parameter correspond to the following decibel values: This parameter whetherreport to generate the 2G BA2900 table automatically according to neighbor cellisrelations or when to inpu Threshold of theindicate measurement the cells at in the valid of only th 0: 0 dB power Timeslot attenuation level of theofEDGE TRX 8PSK.MHz The frequency. attenuationThe levelmeasurement ranges from 0report to 50, each which corr 0: 0 dB 1: 6 dB When the EDGE TRX sends signals in 8PSK, the transmit power must be lower than the mean power in GMSK. 1: ... 6 dB ... 7: 42 dB 6: 36 dB 7: positive infinity
Whether the cell can be added to the reselected candidate cell list. If this parameter is set to "NoPermit", the cell cannot be If the coverage type of a cell is outdoor coverage, the BTS detects whether the standing wave alarm is generated only whe If the coverage type of a cell is indoor coverage, the BTS detects whether the standing wave radio alarm is generated only
Even charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. Even charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Float charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. Float charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Index of a cell, uniquely identifying a cell in a BSC6900 ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC. Index of a cell, uniquely identifying a cell in a BSC Index of a cell, uniquely identifying a cell in a BSC6900 Index of a cell, uniquely identifying a cell in a BSC6900
Cell Index List of the user-defined neighbor cells to be measured. This parameter is represented as a character string where the IDs o The BSC supports up to 50 cells. Index type of a cell when this command is executed Index type of the cell Index type of the cell. BYNAME: query by cell name; BYID: query by cell index.
This parameter specifies whether a cell is the OL subcell or the UL subcell. This parameter is applied to the enhanced dua Layer of the cell. If the layer of the cell is lower, it is more likely that a handover to the cell will be triggered.
Whether assignment complete contains cell list. string, separated by "&". For example, 1&2&5. List of cellanindexes. All cell indexesmessage are combined as aa character According to GSM Rec. 08.08, during a channel assignment, an assignment complete message contains a cell list only wh For the MSCs of some vendors, however, assignment complete messages must contain cell lists. To meet such a requirem Maximum number of SDCCHs in the cell. Before converting a TCH into an SDCCH, the BSC compares the number of SDC SDCCH. Name of a cell, uniquely identifying a cell in a BSC6900 Name of a cell, uniquely identifying a cell in a BSC
List of of cella names. All cellidentifying names area combined as a character string, separated by "&". For example, cell1&cell2&cell5. Th Name cell, uniquely cell in a BSC6900 ? | : < > " @ # ! % ^ & * . [ ] / \ \\ '
Power of each passage on the MRRU in the cell. When multiple operators are configured on an MRRU, the parameter spe
Threshold of the downlink receive level of an over-coverage cell. If the downlink level of a cell is higher than the value of th
Threshold of the TA of an over-coverage cell. If the downlink level of a cell is higher than the value of this parameter and th
Maximum number of reported paging overload messages in the cell. If the BSC allows the flow control on the re-paging me
Whether to allow the power-off of the battery. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Battery power-off voltage. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
This parameter specifies whether a 2G cell or 3G cell is selected in the inter-RAT cell reselection procedure. The number of times that the downlink transmission quality of the MS is lower than the transmission quality threshold of the of received measurement reports on the downlink transmission quality (Packet Downlink Ack/Nack message) is greater tha
Information about the cell scenario. It needs to be sent to the BTS. Based on the information, the BTS optimizes the alloca
This parameter specifies whether to allow a mobile phone to preferentially camp on a 3G cell after a call is terminated in th The BTS reports an alarm if the temperature of battery group 1 exceeds the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para The BTS reports an alarm if the temperature of battery group 1 is lower than the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Upper limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is greate In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Lower limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is smalle In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to allow the configuration of parameters related to the temperature compensation of the battery group In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Threshold of the downlink receive level of an weak-coverage cell. If the downlink level of a cell is lower than the value of th
Threshold of the TA of an weak-coverage cell. If the downlink level of a cell is lower than the value of this parameter and th Threshold for stopping LAPD link congestion control. This parameter cannot be set too small. If this parameter is set too sm small. If the difference is too small, congestion control may be started frequently on signaling links.
Name of the certificate chain file Whether to allow the configuration of alarm parameters. The value "YES" indicates that the configuration is allowed, and th In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Indicates whether the IP path is carried on the IP logic port or the resource group. BTS configuration modes include auto plan mode and normal mode. In auto plan mode, the user can enable the auto planning algorithms and auto optimization algorithms according to the BT Configure switch.
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set board parame
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set the cabinet po Confirm password. The confirm password is required to ensure that a correct password is entered. Customized command group to be processed This parameter is valid only when the operator belongs to the custom level.
Congestion end threshold. If the congestion end threshold is large, the congestion control ends earlier. As a result, the con
Congestion end threshold. If the congestion end threshold is large, the congestion control ends earlier. As a result, the con
If the parameter is set to 1, it indicates that the CGI and RAC data is generated through automatic planning. If the paramet Name of the command group. You can define the name.
Number of the cabinet group where the idle timeslot is located. Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion co unstable. The congestion control will start frequently. Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion co unstable. The congestion control will start frequently. Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion co unstable. The congestion control would start frequently.
This parameter indicates the geographical relationship between the neighboring cell and the serving cell. In the BSC6900,
Combination type of chains. "CHAINTORING" indicates that one chain changes to a ring, and "COMBINECHAINS" indicat
Channel assignment priority of the cell If this parameter is set to CAPABILITY, the factors are listed as follows in a descending order of priority: capacity factors, q If this parameter is set to QUALITY, the factors are listed as follows in a descending order of priority: quality factors, capac If this parameter is set to PSRELATIVELY, the factors are listed as follows in a descending order of priority: capacity factor If this parameter is set to PSABSOLUTELY, the factors are listed as follows in a descending order of priority: PS cooperati
This parameter specifies the proportion of available PDCHs in a cell. When the proportion of available PDCHs in the cell is
This parameter determines whether to activate the function of monitoring the failure of logical channels in a cell. When this
This parameter specifies the proportion of available TCHs in a cell. When the proportion of available TCHs in the cell is low
Channel number of a simple cell broadcast message. This is a key parameter for adding a simple cell broadcast message.
Whether to measure the channel interference during channel assignment. If this parameter is set to NO, the BSC does not When the value of this parameter is YES, if the assignment request message sent by the MSC contains the channel rate ty rate type into the selection of full rate only or half rate only when decoding the assignment request message.
This parameter is used to check whether the Abis timeslot for the PDCH is faulty. When the out-of-synchronization period o
Alarm mode of the ANT_A tributary an RXU board. There threeof alarm modes. Alarm mode 1 has only one type of al Number of ping check timeouts. Theofparameter indicates theare number timeout record failures. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current fixedinand theis Whether to enable the BSC to check automatically whether a BTS is connected to a proper E1isport the greater EIUa. If than a BTS Alarm mode of the ANT_B tributary of an RXU board. There are three alarm modes. Alarm mode 1 has only one type of al Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse c configurations on the BSC side. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the When the parameter is set to 1, "ANT_A ALD Current Minor Alarm Occur Th", "ANT_A ALD Current Minor Alarm Clear Th Alarm mode 3 has twoN-Cur types Duration" of alarms:cannot warning and critical The warning current is periodical ALD Cur-Minor Alarm bealarms configured. Whenalarms. the parameter is set alarm to 3, "ANT_A ALD Currentpulse MinorcA When the parameter is set to 1, "ANT_B ALD Current Minor Alarm Occur Th", "ANT_B ALD Current Minor Alarm Clear Th ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 3, "ANT_B ALD Current Minor A Detection index. The index is a unique value ranging from 0 to 511 if it is not specified. Detection index Total number of times that the BTS checks whether to switch off the air conditioner Total number of times that the BTS checks whether to switch on the air conditioner Whether to perform checksum when receiving message Whether to perform checksum when sending message
Checksum arithmetic type. According to the RFC4960, the ALDER32 algorithm is not applicable to the SCTP checksum. T Type of the detection that is performed between the BSC and the gateway. Duration Number of the channel in the TRX Timeslot for playing sound Number of the channel in the TRX Type of channel loopback test
Channel type of the timeslot on the TRX. The channel type of timeslot 0 must not be set, because the combined BCCH is c Whether an assignment complete message contains the information element of Chosen Channel Whether a handover perform message contains the information element of Chosen Channel Whether an HO REQ ACK message contains the information element of Chosen Channel Whether an encryption complete message contains the information element of Chosen Encryption Algorithm Whether a handover performed message contains the information element of Chosen Encryption Algorithm Whether an assignment complete message contains the information element of Chosen Encryption Algorithm
Whether a multi-density TRXcontains board, that the dynamic power sharingEncryption algorithm to assign channels, to assign Whether to anallow HO REQ ACK message the uses information element of Chosen Algorithm power sharing algorithm to assign channels cannot assign a channel to an MS when the remaining power on the multi-den to an MS when the remaining power on the multi-density TRX board is less than the power required by the MS.
Main BCCH+SDCCH/8+extended BCCH (BCH)+TCH+extended BCCH (BCH)+3TCH
The BCCHs in a cell need to be configured according to the number of channels in the cell and the paging capacity in the l
The main and combined BCCHs shall always be configured in timeslot 0. An extended BCCH can be configured only in tim the CCCH parameter in the system message data needs to be configured as two uncombined CCCHs.
Thisenable parameter indicates in whether collect CHRtologs for aduring specified object.channel configuration. In the case of SDCCH/8 To cell broadcast a cell, to add a CBCH the cell the radio BCCH_CBCH. With the same effect, the SDCCH/8 and SDCCH/4 cell broadcast services serve different network planning Maximum number of allowable CS domain channel request messages within the value of "CHAN REQ Statistical Period"
The data number configurations for half-rate networking differ from messages the data configurations for of other networking. Average of allowable PS domain channel request within the value "CHAN REQ Statistical Period" Statistic period of the arrival rate of channel request messages. Within the preset value of this parameter, the BSC6900 co In thebegins case oftohalf-rate networking, each TRX maintains high RSL Therefore, LAPDa signaling linkREQ multiplexing ra BSC discard subsequent channel request messages untiltraffic. the current time the reaches new "CHAN Statistica
In the case of half-rate networking, each E1 supports up to 13 TRXs. If the LAPD signaling links are unmultiplexed, each E Identity code of a cell, A cell is a wireless coverage area identified by a base station identity code and a global cell identific Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.
Cell identity code. The cell is a radio coverage area that is identified by the BTS identity code and global cell identity code.
Indicates the A interface CIC. When operation mode is set to OPC index, DPC group index, BSC ID, or CIC, the paramete Indicates the Pb interface CIC. If the search object mode is set to search by the specified No., the parameter is mandatory The parameter supports multiple values. The TC DSP compares neighboring speech frame samples after the CIC downlink one-way mute detection is enabled. Wh occurs for the current call. This parameter indicates the period of completing a CIC downlink one-way mute detection of each port. This parameter determines whether the CIC downlink one-way mute detection is enabled. This parameter indicates the proportion of one-way mute CICs in all available CICs over a port.
If one-way mute frames occur for the duration greater than "CIC Downlink One-Way Mute Detection Duration", then it is re Whether an assignment failure message contains the information element of Circuit Pool Whether an HO FAIL message contains the the information element of Circuit Pool Whether an assignment failure message contains the the information element of Circuit Pool List Whether an HO FAIL message contains the the information element of Circuit Pool List Whether an assignment complete message contains the information element of Circuit Pool Whether an HO REQ ACK message contains the information element of Circuit Pool Bandwidth of the logical port
This parameter specifies the estimated carrier-to-interference ratio of a new call. It is used for the Huawei power control alg Slot number of the BSC6900 board that is connecteds to the BTS Subrack number of the BSC6900 board that is connected to the DXX Whether the cell supports the MS with the DTM multi-timeslot capability of class 11
Whether to enable the BSC to include the 3G classmark information element in the Classmark Request message that the B Clock mode of the BTS. Error threshold. If this clear parameter is set to INT_CLK, the BTS does not track any external clock. The internal high precision clock works in fr If this parameter is set to TRCBSC_CLK, the BTS tracks the clock signals received from the BSC. Clock mode If this parameter is set to EXCLK, the BTS tracks the clock signals received from the external input clock. If this parameter set to IP_TIME, BTS shakes hands through the IP network with the IP clock server for synchronizat Type of the clockisprotocol for the IPthe clock server If this parameter is set to IP_TRANSFER, the BTS extracts the clock from an E1 when there is not an IP clock after the BT If this of parameter set to TRCGPS_CLK, the BTS extracts the clock through the DGPS from the GPS. Type the clockisboard If this parameter is set to UM_CLK, the BTS keeps pace with the signals broadcast on the downlink main BCCH of a neigh If this parameter is set to PEER_CLK, the multimode BTS(GSM) keeps pace with the signals that the other mode offer. Delay for which the BTS waits to run the burglar alarm clearance command after reporting the burglar alarm
Whether the alarm to be queried is cleared. You can select "cleared" or "uncleared", or both of them. By default, both of th Interval at which the BTS runs the burglar alarm clearance command automatically
Name of the command to be queried. You can select one or more commands. You can select one or more commands. Sequence number of the command string of the scheduled subtask. Number of the cabinet Number of the cabinet Number of the cabinet Number of the cabinet where the port is located Number of the cabinet Number of the cabinet.
Time delay in the detection of core network interface failure. Within the preset value of this parameter, the BSC6900 contin Used to uniquely identify an MSC Uniquely identifies a node of SGSN, with the specified operator name Index of an MSC. It is used in storing and querying the MSC attributes Index of the operator
Policy of the BSC6900 for judging whether the interface status of the core network is normal. If the value is NONE, the BS Number of returned alarm records. By default, all records can be returned in each query. Type of the cabinet. The slot and subrack arrangements in a cabinet vary according to the cabinet type. Type of the BTS cabinet where the DMPU is installed Maximum number of records allowed in the operation log
Assume that this threshold is not 0. When the accumulated number of alarm blink times exceeds the threshold, the alarm i
Assume that this threshold is not 0. When the number of alarm blink times is smaller than the threshold, the alarm is report
Number simple cell broadcast message. run "DSP GSMSCB" tohandover query and obtain the information. Whether of to aadjust the candidate cell queue toYou givecan priority to intra-BSC/MSC The value of this parameter cannot be 0. This parameter, "Geography Scope", and "Update" uniquely decide a cell broadcast message. Whether to start the refrigeration equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to collect offset information by the BTS or cell Combined loss used to estimate the downlink power during assignment
Level of common access control, used for load control, allowing or forbidding the access of some users of common access Complexity of the password BTS compress rate. Whether the BSC that controls the external cell and the local BSC belong to the same MSC Index type of the BTS connected to BSC
If the duration for buffering the data in queue 0 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 1 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 2 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 3 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 4 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 5 is less than or equals to the value of this parameter, flow control is cancele
If the duration for buffering the data in queue 0 is more than or equals to the value of this parameter, flow control is triggere
If the duration for buffering the data in queue 1 is more than or equals to the value of this parameter, flow control is triggere
If the duration for buffering the data in queue 2 is more than or equals to the value of this parameter, flow control is triggere
If the duration for buffering the data in queue 3 is more than or equals to or equals to the value of this parameter, flow cont
If the duration for buffering the data in queue 4 is more than or equals to the value of this parameter, flow control is triggere
If the duration for buffering the data in queue 5 is more than or equals to the value of this parameter, flow control is triggere Whether to enable the concentric cell handover algorithm. The concentric cell handover helps to achieve wide coverage in handover from the underlaid subcell to the overlaid subcell and handover from the overlaid subcell to the underlaid subcell Number of the port through which the DXX is connected to the BSC6900 Whether to connect the power monitoring board
Type of the connection between the NE and EMS or LMT. The connection can be a plain connection or SSL encryption co Whether the Iur-g common connection is established between the BSC and a co-BSC6900 RNC or an external RNC. Minimum interval between the two consecutive handover decisions of an MS. The BSC cannot make a handover decision To avoid frequent handover events in the cell, the BSC starts a timer after delivering a handover command to an MS. The The twice intra-cell handover events during this interval are considered consecutive handover events.
Whether to perform the PING operation continuously. When the continuous PING operation is performed, the system send Transmitted packets Duration for starting the CPRI Loop test
This parameter specifies whether to allow the BSC6900 to enable or disable the power amplifier of a TRX based on the tra CPU number on a board Whether to enable the BTS to support CRC4 check
Cell reselection hysteresis. This is one of the parameters used for deciding whether to reselect cells in different location ar Whether to enable the certificate list Name of the certificate revocationrevocation list file DISABLE: indicating that the certificate revocation list is disabled ENABLE: indicating that the certificate revocation list is enabled
Time interval for the BTS resending a channel release message Cell Reselect Offset (CRO), indicating a correction of the C2. Proper of the this BTS parameter can reduce the number of handover times, helpful for assigning an MS to a better cell. In a Numbersetting of times resends a channel release message Generally, do not set the CRO to a value larger than 25 dB. The CRO with a too large value will cause uncertain states in a supporting the protocol of GSM Phase 2 or a later version. Threshold of the time for crosstalk detection. Within the threshold, if the call flag continuously appearing in the code stream The indicates the information cross-connect paththe is current available. When the cross-path is available, a maximum of fourAter IP pa host field board recordswhether in a log the about call, including the information about the Abis interface, in between the second local IP address and the first peer IP address, and the IP path between the second local IP address a and the IP path between the second local IP address and the second peer IP address.
Output range of the supplementary information contained in the CHR in common user mode. Multiple options can be selec Rate threshold of bad speech quality in common user mode. Whether MR is contained in the CHRs in specified user mode Whether the information about the specified abnormal call end is contained in the CHRs in common user mode.
GSM CS data service downlink factor CS data path CS data priority GSM CS data service uplink factor Priority of the CS data service. The parameter is used for BSC6900 flow control. The smaller the value of this parameter, the higher the priority. Whether handover information is contained in the CHRs in common user mode Whether the MR before call release is contained in the CHRs in common user mode.
Whether the MR before handover is contained in the CHRs in common user mode. CHR output mode. In common user mode, the CHRs of all the MSs specified by "CHR Output Range" are output. In specif These two modes can co-exist and they do not affect each other. Area in which CHRs need to be output in common user mode. If this parameter is set to "Output All Records "in Cells, you Whether to output the call history record (CHR)
Type of signaling contained in CHRs Threshold for starting LAPD link congestion control. This parameter cannot be set too high. If this parameter is set too high frequently on the signaling link. Type of the service whose CHR need to be output GSM CS voice service downlink factor Whether speech information is contained in the CHRs in specified user mode. CS voice path CS voice priority GSM CS voice service uplink factor Priority of a speech service in the CS domain. The parameter is used for BSC6900 flow control. The smaller the value of this parameter, the higher the priority.
Self-healing switch for the Ethernet adapter traffic monitoring Timer alignment ready. Timer T1 is started after the MTP2 link enters the Aligned Ready state. If one end of the MTP2 link broken. This parameter only applies to the 64 kbit/s links. For the 2 Mbit/s links, the value of this timer is always 150000. Timer not aligned. Timer T2 is started at the time that the MTP2 link is set up and begins to transmit the SIO message. If o setup fails. This parameter only applies to the 64 kbit/s links. For the 2 Mbit/s links, the value of this timer is always 130000 Timer aligned. Timer T3 is started at the time that the MTP2 link enters the aligned state and starts to transmit SIN (norma state. In other cases, T3 expires, and the MTP2 link setup fails. This parameter only applies to the 64 kbit/s links. For the 2 Timer emergency proving. The two ends of the MTP2 link exchange messages after entering the emergency verification st The link verification can be performed for five times to prevent the possibility of accidentally high error rate. If the error rate Timer normal proving. The two ends of the MTP2 link exchange messages after entering the normal verification state. Eac verification can be performed for five times to prevent the possibility of accidentally high error rate. If the error rate reaches
Timer sending SIB. If one end of the MTP2 link detects congestion, it sends SIB indications to the peer end at an interval s
Timer remote congestion. A link is considered broken when the remote congestion duration exceeds the value specified by Timer excessive delay acknowledgement. A link is considered broken if one end of the link does not receive a verification m 2000. Timer interval of resending FISU. Timer T9 specifies the interval at which the BSC sends the FISU frames. That is, the BS always 10.
Critical threshold of CPU usage. When the CPU usage in "Fast judgement window" reaches or exceeds the threshold, all a Critical threshold of packet queue usage. When the packet queue usage reaches or exceeds the threshold, all active flow DPC of the control BSC
Format of the control acknowledge message of the MS. Four access bursts are used to obtain timing advance without sen
Control Flag Number of the cabinet which controls RET antenna.
ControlPort No. of RET antenna. The number of RET antenna which connect to same feed tributary cannot be more than 6
Number of the slot where the board controlling the RET antenna is located. For SingleRAN BTSs, the valid value ranges fr Number of the subrack where the BTS board is located Slot number of the MPU Subsystem for the centralized management of the resources Number of the BSC6900 slot where the XPU of the control plane is located Number of the BSC6900 subrack where the XPU of the control plane is located Configuration rollback control switch that is used to specify whether to support the configuration rollback function Whether an HO_RQD message contains the Current Channel C-version number of the BTS software Period of new file generation. This is the data file for upgrading board. The data file names of different boards are different. Number of measurement reports sampled for averaging the signal quality on a speech/data channel. Averaging the signal
Number of measurement reports sampled for averaging the signal strength on a speech/data channel. Averaging the signa Data service supported by the BSC6900. You can set this parameter according to actual requirements. Whether to limit the operation date of the operator Date Unique number of the date range during which to disable the BSC from shutting down the TRX dynamically
Date when the TMU board software is released Temperature error allowed when the temperature control system adjusts the temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether the primary BCCH is configured on the inner or extra part of an intelligent underlay-overlay (IUO) cell Index of a same group cell in an enhanced dual band network Name of a same group cell in an enhanced dual band network Index type of a same group cell in an enhanced dual band network DC Lowvoltage Alarm Cabinet No. DC Lowvoltage Alarm Port No. DC Lowvoltage Alarm Slot No.
DC Lowvoltage Alarm Subrack No. DC voltage alarm lower threshold. When the busbar output voltage is lower than the value of this parameter, an alarm indic In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para The BTS reports an alarm if the DC voltage exceeds the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para The BTS reports an alarm if the DC voltage is lower than the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para DC voltage alarm upper threshold. When the busbar output voltage is higher than the value of this parameter, an alarm ind This parameterscenario, specifiesthe thevalue default in themust dynamic transferable channel In multi-mode of pre-converted this parameter PDCHs in one mode be the same as the value pool. of the corresponding para When this parameter is greater than 0, three sub-links are bound to the static PDCH and pre-converted PDCH in a cell by The pre-converted PDCH can be preempted. You can set "Number of Reserved Dynamic Channel" as required when you
Timer for delaying a connection release. This parameter is used for delaying the channel deactivation after the active signa expires, the BSC6900 stops the timer and sends the BTS an RF CHAN REL message. The destination entity number uniquely identifies a destination entity.
Description of the operator account Whether to start the anti-theft equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Destination IP address Destination IP address Destination IP address Identifies a maintenance point in the maintenance group Type of the object the BTS is connected to Type of the object the BTS is connected to. Value range: BTS, BSC6900, and DXX Slot No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC Subrack No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC ID of the TRX that carries the destination main BCCH
Interval for sending test TRAU frames in the period of class-2 mute detection.Test TRAU frame is sent at the specified inte
Maximum number of periods in which the local end does not receive BFD packets from the peer end. If the number of perio Switch for Abis Timeslot Detection Name of the RET antenna Number of the RET antenna. Device IP address of the interface board used by the PPP link. Device IP Address Type Downlink frequency of the external 3G cell
Number of the slot where the DFCB is installed The default DPC corresponds to the CN of the primary operator. When only onesubrack DPC is configured, this parameter Number of the where the DFCB is installedmust be set to "YES", indicating that all the calls for the operator are acc When multiple DPCs are configured, this parameter also determines the DPC that allows the generation of ESN. In this ca Whether to of use customized port this parameter must be set to "YES" when only one DPC is configured. This indicates For the CN a the secondary operator, DEFAULTPORT: indicating that the FTP server uses the default port 21 as a command port and port 20 as a data port to p CUSTOMPORT: indicating that the FTP server uses the customized port to provide FTP services Period for reporting differential GPS data This parameter indicates the IP Address of DHCP Relay Gateway. DHCP Relay ID Whether to enable the diesel engine save switch Whether to allow an MS to report the classmark and whether to hand over the MS from the SDCCH in the frequency band Day in the month on which the command can be executed. Day in the week on which the command can be executed. The relative path in the working path of the FTP user in the FTP server
Directory of the software to be downloaded
Whether the BSC sends an Assignment Fail message with the cause value of directed retry to the MSC before the BSC in Whether to enable a directed retry. The directed retry is to hand over an MS to a neighboring cell in the same procedure a Whether a cell is adirected repeater. With simpler functions thanareas a BTS, repeater consider is a coverage extension device of TRX a BTS. It is a congestion. If the retry always occurs in some of aa network, adjusting the sector and configur Because the BTS coverage increases, however, the total traffic improves accordingly. The setting of this parameter has effects on handovers. Repeaters use the asynchronous transfer mode (ATM) due to a gr Timer to control the duration in which the BSC prevents the handover of an MS from which the BSC receives the Disconne cannot be disconnected. To protect from such a disconnection failure, the BSC does not hand over the MS within the dura
Delay of transmit diversity when 16QAM Generally, theofparameter Whether to activate transmit diversity on is theused. common channel a 3G cell is applicable to general fading environments. Th coding may be adversely affected. To avoid the preceding cases, the delay of transmit diversity must be configurable and Delay transmit invalidof value 255. diversity when 32QAM is used. Generally, the parameter is applicable to general fading environments. Th coding may be adversely affected. To avoid the preceding cases, the delay of transmit diversity must be configurable and invalid value 255. Delay of transmit diversity when 8PSK is used. Generally, the parameter is applicable to general fading environments. The coding may be adversely affected. Therefore, the time delay of transmit diversity must be configurable and can be separat Whether to support transmitting diversity or four diversity receiving Minimum interval between two consecutive downlink power control commands
If the downlink receive quality level of an AMR full rate call is greater than this parameter, the call needs to undergo Huawe
If the downlink receive quality level of an AMR full rate call is smaller than this parameter, the call needs to undergo Huawe
If the downlink receive quality level of an AMR half rate call is greater than this parameter, the call needs to undergo Huaw
If the downlink receive quality level of an AMR half rate call is smaller than this parameter, the call needs to undergo Huaw
ID of the data link connection of the NSVC. It is an interworking parameter which must be consistent on the BSC and the p
If the ratio of downlink flux to uplink flux is greater than or equal to the threshold during the fast flux measurement, the dow
Whether the cell supports DLDC Threshold for downlink edge handover. If the downlink receive level remains less than this threshold for a period of time, th interference, and adjacent channel interference may occur when this threshold is set improperly. In addition, to ensure upli
Filter adjustment factor for downlink power control. Setting this parameter high helps to smooth the filtered values and to re
Upper quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a fu
Lower quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a fu
Expanded size of the GPRS RLC window. This parameter is used to expand the size of the GRPS RLC window. The expa
Upper quality threshold for Huawei power control generation III on a half rate call. If the downlink receive quality level of a h
Adjustment hysteresis of AMR downlink coding generation rate (full rate). According to call. a certain the radio indic Lower quality threshold1for Huawei power control III on a half rate If thealgorithm downlink and receive qualityquality level of ah which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 2 of AMR downlink coding rate (full rate). According to a certain algorithm and the radio quality indic which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 3 of AMR downlink coding rate (full rate). According to a certain algorithm and the radio quality indic which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 1 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indi which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 2 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indi which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 3 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indi which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 1 of AMR downlink coding rate (wide band). According to a certain algorithm and the radio quality in which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others Adjustment coding rates.hysteresis 2 of AMR downlink coding rate (wide band). According to a certain algorithm and the radio quality in which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others coding rates. Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL dBm.
Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL
When the downlink load of a cell is larger than the value of this parameter and is smaller than "2G Cell DL Overload Conge
Number of measurement reports sampled for averaging downlink signal strength. A single measurement report may not re
Lower voice quality threshold associated with the automatic adjustment of the AMR downlink handover threshold. The valu Target value of the voice quality automatically adjusted through the downlink threshold of AMR handover Upper voice quality threshold associated with the automatic adjustment of the AMR handover downlink threshold.
Factor of downlink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the log Maximum step by which to decrease downlink power according to signal strength
Maximum step by which to increase downlink power according to signal strength Number of downlink measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effec time environment. result, the power is late. Whenradio the downlink load As of aa cell is greater thancontrol the value, the downlink of the cell is in the overload congestion status. To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filt This parameter specifies the number N.
Quality level threshold for decreasing downlink signal power. If the BTS transmits signals at a quality level less than this th
Quality level threshold for increasing downlink signal power. If the BTS transmits signals at a quality level greater than this
Number of measurement reports sampled for averaging downlink signal quality. A single measurement report may not refle
During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold
During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold
Downlink quality threshold for emergency handover. This parameter is represented as the product of 10 and a quality level
Downlink quality limit for emergency handover in an AMR full rate call. The value of this parameter corresponds to the qua
Downlink quality limit for emergency handover in an AMR half rate call. The value of this parameter corresponds to the qua
This parameter specifies the downlink signal strength factor multiplied by 10 during the calculation of the downlink power c
Length of the exponential filter for downlink signal strength. A single measurement report may not reflect the actual networ
Upper receive level threshold for downlink power control. If the downlink receive level is greater than this threshold, the po
Lower receive level threshold for downlink power control. If the downlink receive level is smaller than this threshold, the po
Length of the slide window filter for downlink signal strength. A single measurement report may not reflect the actual netwo
This parameter specifies the downlink quality level factor multiplied by 10 during the calculation of the downlink power cont Length of the exponential filter for downlink signal quality. A single measurement report may not reflect the actual network
Length of the slide window filter for downlink signal quality. A single measurement report may not reflect the actual network
A power control step cannot exceed the step computed according to "III DL RexLev Protect Factor" and "III DL RexQual P Upper threshold for downlink signal strength If downlink signal level isthe greater than this threshold, is computed. theDL power is decre A the power controlreceived step cannot exceed step computed according atopower "III DLdecrease RexLev Protect Factor"Then, and "III RexQual P Power decrease = downlink received signal level - ("DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold" Lower threshold for downlink signal strength The maximum power adjustment step allowed by the quality zone is chosen from "MAX Down Adj.Value Qual.Zone 0", "MA If the downlink received signal level is less than this threshold, a power increase is computed. Then, the power is increase Time between the Packet Uplink+Ack/Nack and setup of the DL TBF. After receiving Pack Powerinterval increase = ("DL sending RX_LEVofUpper Threshold" "AMR DL message RX_LEV Lower Threshold")/2 - downlink received the signal le CCCH, the MS fails to respond to the downlink assignment message. Therefore, a delay is required for establishing DL TB message properly. Interval for resending downlink test messages
Number of times of the BSC6900 resending downlink test messages after the downlink test function is enabled. If the BSC
Adjustment threshold 1 of AMR downlink coding rate (full rate). According to a certain algorithm and the RQI in the call me interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 2 of AMR downlink coding rate (full rate). According to a certain algorithm and the RQI in the call me interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 3 of AMR downlink coding rate (full rate). The adjustment thresholds and the hysteresis of coding rat (n + 1) + AMR Coding Rate adj.hyst (n + 1)], n = 1 or 2. Adjustment threshold 1 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call me interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 2 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call me interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 3 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call me interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 1 of AMR downlink coding rate (wide band). According to a certain algorithm and the RQI in the call m interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an Adjustment threshold 2 of AMR downlink coding rate (wide band). According to a certain algorithm and the RQI in the call m interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by an MDU board number when the antenna pass of downlink tributary A is selected MDU board number when the antenna pass of downlink tributary B is selected
Clock domain required by the slave side in the 1588V2 protocol. This parameter is valid when the 1588CLK type is configu
Coding scheme of the default GPRS downlink. Dynamic adjustment coding: the coding scheme used during initial access t
Default coding scheme of the downlink EDGE link. If the downlink adopts the dynamic adjustment coding scheme, this par
Default coding scheme used on the downlink EGPRS2-A link. If the downlink uses the dynamic coding scheme, this param
Fixed coding scheme that is used on the downlink EGPRS2-A link. If the downlink uses the fixed coding scheme, this para Adjustment mode of the downlink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is set to a
Coding scheme of the downlink EDGE link. If the downlink uses the fixed coding scheme, this parameter is set to a value r
Whether to allow BTS power control Delay of releasing the downlink TBF. After the last downlink RLC data block is transmitted on the network side and all the t block is retransmitted continuously so that short the downlink TBFIf isnecessary, not released. the downlink delay release, if the uppe Whether to prohibit sending point-to-point messages. this During parameter is used for controlling whether to s delay releasing to downlink transmitting. In addition, the MS must respond to the Packet Downlink Ack/Nack message thro Downlink Ack/Nack with the channel request description. If this parameter is set to 0, the release delay of downlink TBF is
Retransmission threshold when the coding mode of the downlink TBF is changed from CS2 to CS1. When the downlink TB
Retransmission threshold when the coding mode of the TBF is changed from CS3 to CS2. When the TBF retransmission r
Retransmission threshold when the coding mode of the downlink TBF is changed from CS4 to CS3. When the downlink TB
Retransmission threshold when the coding mode of the downlink TBF is changed from CS1 to CS2. When the TBF retrans
Retransmission threshold when the coding mode of the TBF is changed from CS2 to CS3. When the downlink TBF retrans
Retransmission threshold when the coding mode of the downlink TBF is changed from CS3 to CS4. When the downlink TB Door status alarm switch Dual-antenna gain used to estimate the downlink power during assignment As an integer, the DSP code can be expressed by a decimal digit or a hexadecimal digit. If the DSP code is expressed by DSP code expressed in the format of segments 8-8-8
As a key field for identifying the block of A interface CIC status, it indicates the DPC group index of the circuit ID of the A in
DSP Index of DPC group. Indextype. of a the DPC group. see "ADD GCNNODE" command. STP: the signaling transfer point. Whenindicates multiple DPCs or one DPC serves as a logical entity, this logical entity is called a DPC group. A: indicates the signaling point of the A interface control When the MSC pool function is activated, the user planesignaling resourcesplane. on the A interface are shared among the MSCs in the p IUR_G: indicates the signaling point of the base station controller that is connected to the BSC. LB: indicates the signaling point of the LB interface.
The DSP index uniquely identifies a DSP. Iur-g DPC index of a neighboring RNC Maximum signal level difference between the neighbor cell and the serving cell for triggering directed retry Whether to optimize the call drops resulting from Abis territorial link fault. The value 0 means "optimize" and 1 means "not
Whether to optimize the call drops resulting from connection failure (handover access failure). The value 0 means "optimiz
Whether to optimize the call drops resulting from connection failure, operation and maintenance (OM) intervention. The va Whether to optimize the call drops resulting from a connection failure except for handover access failure, OM intervention, into the statistics of call drops.
Whether to optimize the call drops resulting from connection failure (radio link failure). The value 0 means "optimize" and 1 Whether to optimize the call drops resulting from connection failure (unavailability of radio resources). The value 0 means
Whether to optimize the call drops resulting from equipment fault. The value 0 means "optimize" and 1 means "not optimiz
Whether to optimize the call drops resulting from error indication (unsolicited DM response). The value 0 means "optimize"
Whether to optimize the call drops resulting from error indication (sequence error). The value 0 means "optimize" and 1 me
Whether to optimize the call drops resulting from error indication (T200 timeout). The value 0 means "optimize" and 1 mea
Whether to optimize the call drops resulting from forced handover failure. The value 0 means "optimize" and 1 means "not
Whether to optimize the call drops resulting from incoming-BSC handover timeout. The value 0 means "optimize" and 1 me
Whether to optimize the call drops resulting from outgoing internal inter-cell handover timeout. The value 0 means "optimiz
Whether to optimize the call drops resulting from intra-cell handover timeout. The value 0 means "optimize" and 1 means "
Whether to optimize the call drops resulting from no MS measurement reports for a long time. The value 0 means "optimiz
Whether to optimize the call drops resulting from outgoing-BSC handover timeout. The value 0 means "optimize" and 1 me
Whether to optimize the call drops resulting from release indications. The value 0 means "optimize" and 1 means "not optim
Whether to optimize the call drops resulting from resource check. The value 0 means "optimize" and 1 means "not optimize
If the duration for buffering the data in queue 0 is more than or equals to the value of this parameter, the subsequent pack
If the duration for buffering the data in queue 1 is more than or equals to the value of this parameter, the subsequent pack
If the duration for buffering the data in queue 2 is more than or equals to the value of this parameter, the subsequent pack
If the duration for buffering the data in queue 3 is more than or equals to the value of this parameter, the subsequent pack
If the duration for buffering the data in queue 4 is more than or equals to the value of this parameter, the subsequent pack
If the duration for buffering the data in queue 5 is more than or equals to the value of this parameter, the subsequent pack This parameter specifies the interval at which the power of a TRX is continually decreased.
This parameter specifies the delay time before decreasing the power of in thethe TRXs. Duration of the timer for entering the DRX mode. DRX is the parameter cell broadcast message. It indicates non-con period when the MS is in non-DRX mode, the MS monitors all the CCCH blocks the BSC stores thethe context MS Whether to support the discontinuous reception mechanism (DRX). To reduce power consumption, DRX of is the introduc This parameter specifies the step by which the power of a TRX is decreased atthe aand time. MS. Normally, this value is greater than that of DRX_TIMER_MAX. Therefore, the value of DRX_TIMER_MAX is used. BSCs supporting the DRX must send scheduling messages to MSs so that the MSs can use the DRX function. The period 0: switch to DRX mode immediately; message to the be broadcasted and the position of each broadcast message in the scheduling period. 1: switch to the DRX mode in one second. Value n indicates that the MS enters the DRX mode n seconds later. Whether to start the dehumidification equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Number of the E1T1 port for bearing the PPP link
Number of the E1T1 port for bearing the PPP link
The DSCP is a field of the IP data packet. It is used to assign the differentiated service to the communication networks. Th Service code of the PING command, used to identify the PING command Differentiated service code is used to identify the service priority of the user.
DSCP to be contained in the header of an IP packet. According to this parameter, the router provides differentiated service Duration for recovering all the DSPs. This timer is started when the first DSP is recovered. When all the DSPs of the local Meanings:DSP No. Value range:0~21 Number of the DSP. If you do not specify this parameter, all DSPs are specified. Content:none Recommended value(default value):none Number of the DSP where the alarm is generated Number of the DSP in the DPU board
Target DSP number This parameter specifies the value of the timer set to wait the fault recovery before the cell redistribution on the DSP. When expires. Whether daylight saving time has to be used Name of the destination file Destination IP address Destination IP address of BFD Session. Destination IP address Subnet mask Subnet mask of BTS Route. Destination of timeslot cross Target timeslot mask Threshold of the load in the target cell for the directed retry. Only a cell whose load is lower than or equal to this threshold
Type of the DRX supporting the VGCS service. An MS reads the NCH only when a new notification message of group call Downlink TRX index number of the newly added board Index number of the downlink tributary TRX board pass number connected with the downlink tributary TRX board pass number connected with the downlink tributary Number of the slot where the TRX board that connects to downlink tributary is located Number of the slot where the TRX board that connects to downlink tributary is located Number of the subrack where the TRX board that connects to downlink tributary is located Number of the subrack where the TRX board that connects to downlink tributary is located
Whether a BTS randomizes the dummy bits in all the signaling messages that the BTS sends to an MS. That is, dummy bi The duplex mode of FE port is duplex or half-duplex. Duration for starting the BTS test
Duration for starting the TRX idle timeslot test Duration for starting the BTS test
Duration for starting the TRX idle timeslot test Downlink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the val Multiplex Threshold" for triggering converting dynamic channel in time and reducing PDCH multiplex.
An MS can be used to test the Um interface software synchronization only when the DL signal strength after the power con Number of a DXX. It is unique in one BSC6900 and uniquely identifies a DXX. Number of a DXX. It is unique in one BSC6900 and uniquely identifies a DXX.
Number of the upper DXX port Mode ofwait preempting the dynamic channel for the CS the domain PSdynamic domain.channel Only theischannel configured theTBFs TCH/F Time to for releasing the dynamic channel after TBF and on the released. When allinthe on m th "Preempt all dynamic TCHFs" indicates the circuit domain can preempt all the dynamic channels. channel is still occupied and timer is stopped; otherwise, the dynamic channel is released after the timer expired. "No preempt of CCHs" indicates the circuit domain can preempt all the dynamic channels except the CCHs. "No preempt of service TCHF" indicates the circuit domain cannot preempt all the dynamic channels of bearer services.
Number of full-rate TCHs reserved for the CS domain. This parameter is valid only when "Level of Preempting Dynamic Ch This parameter specifies whether to allow the BSC6900 to enable the TRX Intelligent Shutdown feature on a cell. Whether to enable the cell to support dynamic transmit diversity or dynamic PBT Duration for the test in E1 mode Number of the E1 port. For the BTS3012, BTS3012AE, BTS3012 II and the UTRP board in SingleRAN BTSs, the number Number of the E1 port on the BTS connected to the BSC. Type of the transmission board E1/T1 port number
Number of the E1/T1 port from which the BTS extracts the transport clock. This parameter is valid only when the clock type Number of the port extended by the backboard TOP communication mechanism of the BTS. The TOP relation can be conf indicates the number of the E1/T1 port on the backplane of the primary BBU and the range 24-27 indicates the number of Type of the E1/T1 from which the BTS extracts the transport clock. This parameter is valid only when the clock type is set
Peer IP address to be checked. The input address (CHKIPADDR) must be the address (regardless of the network segmen As a performance counter for 3G cells, Ec/No indicates the ratio of the energy per received chip to the spectral noise powe If the Ec/No of a 3G neighbor cell is greater than "HOECNOTH3G" plus this parameter, the neighbor cell is listed in the can
Threshold for determining the layer of the 3G neighbor cell. If the Ec/No of the 3G neighbor cell is less than this threshold, The early classmark sending control (ECSC) parameter specifies whether the MSs in a cell use early classmark sending. information. The CM3 (classmark 3) information contains the frequency band support capability of the MS (used for the fu
End serial number of the alarm record If the current system flow control level is greater than this parameter, the handover between the underlaid and overlaid sub Date when the scheduled task is stopped system flux level is the current flux control level of the system. End date of the alarm record. By default, the end date is 2037-12-31. 0-11: There are 12 flow control levels. Where, 0 indicates the lowest level and 11 indicates the highest level. End date of the alarm record. By default, the end date is 2037-12-31. The handover performed over the maximum threshold may have tremendous impacts on the system. Thus, this parameter End dateAll Threshold - Inner Flow Control Discard Begin Threshold) x 100]/10+1 (round-down for division operation). If the Discard range is from 0 to 11. End date of the daylight saving time According to the P/N rule, if the conditions for the handover between the subcells of an enhanced dual-frequency network 2) Flow control threshold for the CPU P. to start to discard the channel access messages and paging messages: 80% This parameter specifies the number According to the P/N rule, if the conditions for the handover between the subcells of an enhanced dual-frequency network .This Flow control threshold CPU toN.discard all channel access messages and paging messages: 100% parameter specifiesfor thethe number
. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80%
Whether the current cell supports EDGE According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N This parameter specifies the number P. According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N This parameter specifies the number N. According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is trigg This parameter specifies the number P. According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is trig This parameter specifies the number P. According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is trigg This parameter specifies the number N. According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is trig This parameter specifies the number N. Effect Immediately Flag(reserve) Whether to support the 11-bit EGPRS access request Whether the current cell supports EGPRS2-A
Used for EDGE 8PSK transmission quality statistics. If MEAN_BEP is less than or equals to this threshold, the transmissio
Used for EDGE GMSK transmission quality statistics. If MEAN_BEP is less than or equals to this threshold, the transmissio
Type of the end date. "WEEK" indicates that the end date is a weekday. "DATE" indicates that the end date is a month day Priority level of an emergency call. If this parameter is set to 15, the functions of reserving TCHs for emergency calls and p be used for TCH preemption. The value 1 means the highest priority and 14 means the lowest. Whether to verify the centralized signaling link in the case of the link establishment. ON: emergency verification, that is, the signaling link can be ensured. You are advised to use the normal verification. That is, the emergency verification switch is
Error emit threshold. Whether to allow the function of enhanced multi-level precedence and preemption (eMLPP). With the eMLPP function ena when preemption occurs, the lowest Differentiated service codethe of MS the with specified EML priority initiates a handover, and the MS with a higher priority seizes the i The eMLPP has up to seven priorities: A, B, 0, 1, 2, 3, and 4. The two highest priorities A and B are internally reserved for With the support of the MSC, HLR, and mobile terminal (containing a SIM card), the eMLPP function can be perfectly imple
Indicating whether the eMLPP function is enabled in a cell and indicating the eMLPP priority of the cell. From high to low, t
Whether to include the eMLPP Priority information element in the Paging Command message over the Abis interface when Service priority of the specified EML Service priority of the extension maintenance link (EML).0 is the highest priority. Specified EML Vlan Id Month on which DST ends IP address of the NE management system Whether to enable the fallback function for the BTS Whether to enable the power supply of the TMA Encryption mode used when the NE serves as the FTP client AUTO: indicating thatsupported the FTP client automatically Encryption algorithm by the BSS side selects the encryption mode Encryption mode supported when thetext NE mode servesisas the forcibly. FTP server PLAINTEXT: indicating that the plain used AUTO: indicating that the FTP client automatically selects encryption mode ENCRYPTED: indicating that the encrypted mode is used the forcibly. PLAINTEXT: indicating that the plain text mode is used forcibly. ENCRYPTED: indicating that the encrypted mode is used forcibly.
Whether to enable end-to-end user tracing for the BSC. If this parameter is set to YES, the BSC starts end-to-end user tra End number of the alarm record
It indicates the end CIC of the A interface CIC segment. When operation mode is set to OPC index, DPC group index, BSC
It indicates the end CIC of the Pb interface CIC segment. If the search object mode is set to search by the specified range,
This parameter specifies the end date of a period during which the TRX Intelligent Shutdown feature is disabled. If the ambient temperature reaches the value of this parameter, the heater is shut down. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para This parameter specifies the end month of a period during which the TRX Intelligent Shutdown feature is disabled. Number of the end sub-timeslot This parameter specifies the time for dynamically disabling the TRX Intelligent Shutdown feature each day. It indicates the end CIC of the Ater interface CIC segment.
It indicates the end CIC of the A interface CIC segment. When Operation mode is set to subrack No., slot No., port No., or Number of the end timeslot Status of the scheduled task. This parameter determines whether to start the scheduled task. Status of the scheduled subtask to be added
If the load of the underlaid subcell is greater than this threshold, certain calls in the underlaid subcell are handed over to th Whether concentric cell algorithm in a concentric Whether to to enable supportthe PSenhanced downlink MAC back pressures in GSM. When the cell. buffer is overflowed, the L2 transmission rate is l If a cell supports the enhanced concentric cell function, when an handover or an underlaid-to-overlaid blocks may occur. When "User Plane DL Flow Ctrl Switch" is set overlaid-to-underlaid to "ON", the LDR needs to be disabled through the "SET decide whether to trigger an enhanced concentric cell handover. If thesupport overlaidthe subcell are handed overcell to the underlaid when the seizurelevel ratiovalue of thewith underla If all thethe cellcalls doesinnot enhanced concentric function, the subcell MS compares thechannel actual receive the based handover algorithm is used to hand over the calls from the overlaid subcell to the underlaid cell level by level. This parameter specifies the period of the handover at each hierarchy level. Signal level step for the hierarchical load-based handover from the overlaid subcell to the underlaid subcell
If the load of the underlaid subcell is less than this threshold, certain calls in the overlaid subcell are handed over to the un
When this parameter is set to "ON", if there are no available Abis transmission resources, a high-priority user can preempt
When this parameter is set to "ON", if there are no available Abis transmission resources, the BSC6900 starts the queuing If the load of the underlaid subcell is greater than this threshold, the period of the load-based handover from the underlaid
Type of destination entity. For see RFC4666. Type of the the M3UA local entity. Fordetails, details about the IPSP, see RFC4666. Whether to enable the cell to centralize two busy halfASP rateand TCHs in different timeslots into one timeslot through handover a M3UA_ASP: suggested to use when there is a M3UA_ASP: suggested to use when there is a signaling signaling transfer transfer point point (STP) (STP) between between the the local local entity entity and and the the destination destination e e M3UA_IPSP: suggested to use when there is no signaling transfer point (STP) between the local entity and the M3UA_IPSP: suggested to use when there is no signaling transfer point (STP) between the local entity and the destination destination M3UA_SS7SP: suggested to use when the destination entity is a narrowband signaling point M3UA_SP: represents all types of the destination entity
Initial signal level used to compute the handover zone for an MS during the hierarchical load-based handover from the und Whether to enable the enhanced packet loss concealment (EPLC) function
Return code of the command. If this parameter is specified, only the corresponding record is displayed. If this parameter is
Whether to disable emergency calls. For the MSs of access levels 0 to 9, if the value of this parameter is NO, emergency c Error-frame alarm threshold Error-frame detect switch Differentiated service code of the specified ESL Service priority of the ESL
Priority of a service running over an extended signaling link (ESL). ESLs are used for more reliably transmitting important s Specified ESL Vlan Id End synchronization number of the alarm record
Timer for the BSC waiting for an Establish Indication message after sending an Immediate Assignment message. If T3101
Whether to add the TA value to a complete layer-3 message to provide the LCS function on the A interface
When the OML is switched to a port where the connection is successfully established, the switchover cannot be performed End time of DST The operation time of the log record is prior to this time. If this parameter is not specified, the end time is not limited.
Execution of the commands Time whenmode the scheduled subtask is stopped. If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you 1. ONE_BY_ONE: indicating that the commands are executed one by one according to the execution sequence. Only one 2. PARALLEL: indicating that multiple commands are executed in parallel. Multiple commands can be executed once. The operation time of the log record is prior to this time. If this parameter is not specified, the end time is not limited. End time of the alarm record. By default, the end time is 23:59:59. End time of the alarm record. By default, the end time is 23:59:59.
End date and time of a broadcast message. This is a key parameter for identifying a simple cell broadcast message. You c End date of the user operation. Input format: YYYY&MM&DD End time Type of the log to be queried. The result is displayed by the specified type. End time of the user operation. The input format of this parameter is HH&MM&SS. Weekday on which DST ends Sequence of the end week of DST
Upper limit of extended output analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of this p
Lower limit of extended output analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of this pa Sensor type of extended analog signal 1
Maximum measurement range of extended analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the Minimum measurement range of extended analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the
Upper limit of extended output analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit of this pa
Lower limit of extended output analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit of this pa Sensor type of extended analog signal 2
Maximum measurement range of extended analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the Minimum measurement range of extended analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the
Upper limit of extended output analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit of this pa
Lower limit of extended output analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit of this pa Sensor type of extended analog signal 3
Maximum measurement range of extended analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the Minimum measurement range of extended analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the
Upper limit of extended output analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of this pa
Lower limit of extended output analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of this pa Sensor type of extended analog signal 4
Maximum measurement range of extended analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the Minimum measurement range of extended analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the
Whether it is a SoLSA exclusive access cell. If it is a SoLSA exclusive access cell, only the MS subscribing the Localised S
Threshold for the rate of the number of bad frames to the total number of TRAU frames. If the bad frame rate exceeds this
Received signal strength at an MS expected in power forecast, which helps to compute the initial transmit power of the BT
Received signal strength at the BTS expected in power forecast, which helps to compute the initial transmit power of an M
ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC6900. The cells in the BSC are numbered sequential Name of the cell ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC. The cells in the BSC are numbered sequentially. Name of the cell Index of the cell in the adjacent BSC Name of the cell in the adjacent BSC
Whether to support the downlink throughput enhancement function of the dual timeslot cell. When this switch is turned on, Whether to enable alarm extension input for the BTS
Type of an measurement Whether theextension network requires an MSreport. to send an extension measurement report There are three types of extension measurement reports: type 1, type 2, and type 3. Type 1: No matter whether the BSIC was decoded, reports the MS sends the network a measurement report on the six strongest T Time interval between two extension measurement Type 2: The MS sends the network a measurement report on the six strongest TRXs. For the six carriers, the BSIC must b Type 3: The MS does not need to decode the BSIC for the TRXs that the measurement report concerns. The measuremen Whether a cell is an extension cell. A double-timeslot extension cell regards an additional TDMA frame as access delay extension. In theory, the supported TA
Whether to send the Dummy message during the deactivated period of the extended uplink TBF Interval of sending a paging message or notification message on the FACCH. Messages on the FACCH are sent in the mo paging or notification message on the FACCH for the purpose of reducing the impact on the voice quality.
Whether to allow sending notification messages on the FACCH. If the value of this parameter is YES, an MS engaged in a
Whether to allow sending paging messages on the FACCH. If the value of this parameter is YES, an MS can receive a pag Activation factor switch
If this parameter is set to ON, the BSC assigns the channels in the TRXs of the cell in a polling manner. Therefore, each T
Penalty signal level imposed on a target cell to which the handover fails due to congestion or poor radio quality. This pena Continuous speed adjustment Discrete speed adjustment Duty ratio-based speed adjustment Fan adjustment mode Type of the fan Fan adjustment mode
Type of the fan box After a channel request message is received, the type of the channel needs to be specified. In this case, if the threshold of assigned. Ring II function switch. The parameter should be set to "YES" when the ring II function is enabled.
Whether to enable the memory self-check and self-healing function
Whether to send and process the flow control frame on the physical layer. The setting of this parameter must be negotiate
If the parameter is set to "YES", it indicates that some data packets are discarded to ensure the basic functions of the BTS
Threshold for stopping RSL flow control. If the occupancy of the LAPD queue is less than this threshold, the BSC6900 stop Flow control parameter index Flow control parameter index Flow control parameter index Flow control parameter index Flow control parameter index Flow control parameter index Flow control parameter index Cabinet No. of the parent BTS Cabinet No. for the port of the father BTS
Threshold for starting RSL flow control. If the occupancy of the LAPD queue is greater than this threshold, the BSC6900 st CRC verification mode of PPP link. CRC verification mode of MP link.
Flow control switch. Other switches are valid only when "Flow control switch" is "ON". Float charging voltage. Float charging compensates the discharged capacity of the battery so that the battery can be charg Offset of a FDD cell Input mode ofascenario, the BAreport. lists. In multi-mode value of parameters this parameter in one mode must bebethe sametoas the value of theofcorresponding This parameter specifies one of the for FDD reselection. Threshold of FDD cell report. When the priority of athe 3Gthe cell is sequenced, the and value of cell this parameter added the receive level the 3G cell in para the m AUTO: In this mode, system fills inif the BA1 BA2 lists according to neighboring relations of cells. A FDD cell becomes a candidate cell alltothe following conditions areexceeds met for five consecutive seconds: When the receive level value in the measurement report of a 3G cell the value of this parameter, the measuremen The values of this parameter correspond the following decibel values: MANU: In this mode, can maintain thetoreceive BA byof yourself. If theserving neighboring relations of cells are changed, for exam 1.Receive level of parameter theyou FDD cell > Average level the current cell + "FDD Q offset"; The values of this correspond thetables following decibel values: 0: 0 dB The FDD cell meets the following condition in the case of any neighboring 2G cell: Receive level of the FDD cell > Receive 0: 0 dB 1: 6 dB This parameter indicate whether to generate the FDD BA2 table automatically according to neighbor cell relations or to inp 2. Ec/No of the FDD cell > "FDD Qmin" "FDD Qmin Offset"; 1: 6 dB ... 3. ... 7: Receive 42 dB level of the FDD cell > "RSCP Threshold"; If 6:multiple 36 dB FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. This parameter one25.304. of the thresholds of the signal level for 3G cell reselection. See 3GPP TSs specifies 45.008 and 7: positive infinity A FDD cell becomes a candidate cell if alltothe are met for five consecutive seconds: The values of this parameter correspond thefollowing followingconditions decibel values: 1.Receive level of the FDD cell > Average receive level of the current serving + "FDD Q offset"; Diversity of a 3G cell. Thiscell parameter indicates whether transmitcell diversity mode the cell common channel in a 0: -20 dB,indication Minimum level threshold of UTRAN reselection. During theneighboring cellthe reselection decision fromlevel aon GSM to a FDD this The FDD cell meets the following condition in the case of any 2G cell: Receive of the FDD cell >cell, Receive 1: -6 dB, are met for five consecutive seconds: conditions 2. of the FDD number cell > "FDD Qmin" Qmin Offset"; Downlink frequency that for an Ec/No MS -in"FDD the connected mode retrieves from the 3G neighboring cell list. The numbers ar Offset of the minimum threshold during alevel FDD 2: Ec/No -18 dB, 1.Receive level of the FDD cell >>Average receive ofcell thereselection. current serving cell + "FDD Q offset"; 3. Receive level of the FDD cell "RSCP Threshold"; A FDD cell becomes a candidate cell if all the following conditions are met 2G for five seconds: 3: -8 dB, The FDD Ec/No cell meets the following condition in the case any neighboring cell:consecutive Receive level of the FDD Minimum ofthe the 3G FDD cell candidate If multiple FDD cells meet the preceding conditions, theof MS reselects the cell with the strongest receive level.cell > Receive 1.Receive level of FDD cell > Average receive level of the current serving cell + "FDD Q offset"; 4: -16 dB, 2. Ec/No of the FDD cell > "FDD Qmin" "FDD Qmin Offset"; See 3GPP TSs 45.008 and 25.304. The FDD meets theFDD following inincluded the caseinofmeasurement any neighboring 2G cell: Receive level of the FDD cell > Receive 5: -10 dB, 3. Receive level ofparameter the cell > condition "RSCPto Threshold"; Number ofcell UTRAN FDD cells that should be report The values of this correspond the following decibel values: 2. Ec/No of the FDD cell > "FDD Qmin" "FDD Qmin Offset"; 6:multiple -14 dB, FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. If 0: (always select cellFDD if acceptable) 3. of athe cell > "RSCP Threshold"; 7: -Receive -12 dB. level See 3GPP TSs 45.008 and 25.304. 1: -28 dB, If multiple FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. The values of this parameter correspond to the following decibel values: 2: -24 dB, TSs See 3GPP 45.008 and 25.304. 0 ...= -114 dBm, 1 = 28 -112 dBm, 15: dB. 2 = -110 dBm, ... This parameter specifies whether Ec/No or RSCP is used for the measurement report on a FDD cell. Ec/No stands for the 14 = -86 dBm, 15 = -84 dBm.
Minimum RSCP of the 3G FDD cell candidate Scrambling code of a 3G cell, used for distinguishing MSs or cells. Scrambling codes are used after spreading. Therefore, On the uplink, the scrambling function is used for differentiating MSs. On the downlink, the function is used for differentiatin
Number of CPU usage sampling times for fast judgment. The value of this parameter must be of half size of "Filter window
Whether the BTS reports the frame erase ratio in a measurement report or preprocessed measurement report If the FER carried in the measurement report (MR) received is lower than or equal to "FER threshold 1", the value of "FER Level N" is incremented by one.
If the FER carried in the MR received is greater than "FER threshold 2" but meanwhile lower than "FER threshold 3", the v
If the FER carried in the MR received is greater than "FER threshold 3" but meanwhile lower than "FER threshold 4", the v
If the FER carried in the MR received is greater than "FER threshold 4" but meanwhile lower than "FER threshold 5", the v
If the FER carried in the MR received is greater than "FER threshold 5" but meanwhile lower than "FER threshold 6", the v
If the FER carried in the MR received is greater than "FER threshold 6" but meanwhile lower than "FER threshold 7", the v
This specifies the received frequency mode"FER of a threshold cell. When7", this is set7toand "NO_FH", the N" TRXs of the If theparameter FER carried in the MR is hopping greater than theparameter value of "FER Quality all Level is increm hopping on the cell. When this parameter is set to "RF_FH", the cell is in RF frequency hopping mode. In this case, there c frequency hopping, some cells on the cell must join in RF frequency hopping, and some cells on the cell must not join in fre
The name of the file cannot contain the path and suffix. The suffix is automatically added. The name of the file is compose Path of the target file
Name of the backup file. The file name is composed of English letters, numerals, and common symbols, and the character Path to save the exported file. The path must be a valid path on the OMU server. If the OMU runs the LINUX system, the i If the relative path is used, the root directory is same as that of the OMU installation directory. That is, if the OMU software Type of the alarm log file to be exported
Maximum number of former values when the receive level of the serving cell or the receive level of the neighbor cell is filte Execution result. If you select "FALSE", only the records of failed operations are displayed. If you select "TRUE", only the records of succes
Whether to enable 0.2 dB downlink power control. This power control function improves the power control precision. Whether to start the fire-extinguishing equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
This parameter specifies the static Abis resource load threshold. If the static Abis resource load is less than the static Abis Time threshold for delaying the report of a clear alarm. If the alarm recurs within the time specified by this parameter after
Time threshold for delaying the report of an alarm. If the alarm is cleared within the time specified by this parameter, the al
Whether to enable the filtering of the intermittent alarms. If the value of this parameter is "DISABLE", "Flash Statis Alarm R
Time window for observing the clearance of the intermittent alarms. In this time window, the BTS statistical alarm is cleared
Service timeslot mode for the BTS. If this parameter is set FIX_16K_ABIS, thethis BSC6900 assigns fixedstat Ab Time window for assignment observing the intermittent alarms generated during thetostatistical period. In time window, thea BTS utilization. If this parameter is set to SEMI_ABIS, the BTS to which a TCH belongs assigns a fixed Abis transmission times not support this parameter. Whether to enable the function of Flex mobile allocation index offset (MAIO). In the tight frequency reuse case of the GSM or co-channel interference between channels can be reduced partially.
Whether to enable the function of the Flex training sequence code (TSC). If the value of this parameter is ON and the BTS Period of collecting the traffic statistics
Fast flux measurement period. The ratio of the uplink flux to the downlink flux is calculated at the interval specified by this p Port flow control switch Link flow control switch Link flow control switch Logical port flow control switch Port flow control switch
One of the nine parameters (filter parameters A1 to A8 and filter parameter B) used to configure the filter for determining w C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) One of the nineflow parameters (filterisparameters A1threshold to A8 andfor filter parameter B) the used to configure the filter for dropping determining w If C1(nt) isport less than B andswitch C(nt) less than the edge handover, signal level is considered rapid Specified control C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates One of the nine parameters (filterisparameters A1threshold to A8 and filter parameter B) the used to configure the filter for dropping determining w If C1(nt) is less and C(nt) lessmaximum than the for edge handover, signal level is considered rapid Setting the filterthan helpsB to configure the allowed signal level drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates If C1(nt)the is less and C(nt) is the lessmaximum than the threshold for edge the signal level is considered dropping rapid Setting filterthan helpsB to configure allowed signal levelhandover, drop degree. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates Setting the filter helps to configure the maximum allowed signal level drop degree.
Maximum transmit power level of MSs. of the cell reselection parameters message 3, this parameter iswh u Trend of the received signal level of theAs cellone during a period. This parameter helpsintosystem configure the filter for determining In a GSM900 cell, the maximum power control level of an MS ranges from 0 to 19, corresponding respectively to the follow minimum transmit power supported MStransfers is level 19 (corresponding to 5buffer dBm).toOther transmit levelsthese are reserv This parameter determines whether by thean BSC the LLC PDUs in the the target cellpower or discards LLC In a GSM1800 or GSM1900 cell, the maximum power control level of an MS ranges from 0 to 31, corresponding respective is level 0 (corresponding to 30 dBm). The minimum transmit power supported by an MS is level 15 (corresponding to 0 dBm Type of the FMUA board Name of the electronic label file Name of the file Name of the file Name of the file. The following special characters are not allowed in the file name: \, /, :, *, ?, ", <, >, |, (, ), &, and $. Name of the specified file. By default, the file is in the OMU active-area path \ftp\license folder. File name of the software to be downloaded
File name of the software to be downloaded.The file name must be with the extension of *.zip.If you do not enter the file na
Switch specifying whether to allow the downlink EGPRS TBF and the uplink GPRS TBF to share the same channel. On: al Length of the timer for determining the intermittent disconnection of the SS7 link to the DPC. When the time of SS7 link dis any operation. Time limit for restraining the noise level Whether the forced phase-2 access is allowed for the MSs Whether to forcibly enable the EFR function. When this parameter is set to YES, if both the MS and the BSC6900 support
Whether an MS is forced to send a Handover Access message, which is indicated by an information element in the handov Port No. of the father BTS connected with the BTS Number of the port for the destination father BTS Maximum time of delay for multiplexing. This parameter is used for the system to send the multiplexed data. If the time for Whether to generate the frequency and BSIC by using the automatic optimization algorithm
If this switch is on, it indicates that the frequency and BSIC are generated automatically. If this switch is off, it indicates tha
If this switch is on, it indicates that the frequency and BSIC are generated automatically. If this switch is off, it indicates tha MP segment size,the length of packet should be bigger or equel with it. Frame offset of the BTS clock
Based on different requirements, you can set different time points for the scheduled task. Seven time modes are available: 1. ONTIME: When this parameter is set to "ONTIME", the command is executed once only at the specified time point. 2. DAILY_T: When this parameter is set to "DAILY_T", the command is executed every day. You can also set up to five ti Frame offset. The frame technology arranges the frame numbersisofexecuted different cells the same BTS be differen 3. DAILY_C: When this offset parameter is set to "DAILY_C", the command everyunder day. You can set thetostart time a the cell is not offset. If the value is 255, this parameter is not sent. If the parameter is set to a value except for 0 and 255, t 30 minutes. according to the value of this parameter. 4. WEEKLY_T: When this parameter is set to "WEEKLY_T", the command is executed every week. You can set the day 5. WEEKLY_C: Whendiscontinuous this parameter is set to "WEEKLY_C", theiscommand is executed every week. can set the day Whether the downlink transmission (DTX) function enabled for full rate (FR) calls. ThisYou function is also res execution interval is one week and the default time interval is 30 minutes. 6. MONTHLY_T: Whenthe this is set to "MONTHLY_T", thetime command is two executed month. You canindicates set the Time mode used when logparameter is exported. "ONTIME" indicates the between exact every time. "RELATIVE_T" 7. MONTHLY_C: When this parameter is set to "MONTHLY_C", the command is executed every month. You can set the default execution interval is one month and the default time interval is 30 minutes. Frequency of the TRX Frequency 1 Frequency 10 Frequency 11 Frequency 12 Frequency 13 Frequency 14 Frequency 15 Frequency 16 Frequency 17 Frequency 18 Frequency 19 Frequency 2 Frequency 20 Frequency 21 Frequency 22 Frequency 23 Frequency 24 Frequency 25 Frequency 26 Frequency 27 Frequency 28 Frequency 29 Frequency 3 Frequency 30 Frequency 31 Frequency 32 Frequency 33 Frequency 34 Frequency 35
Frequency 36 Frequency 37 Frequency 38 Frequency 39 Frequency 4 Frequency 40 Frequency 41 Frequency 42 Frequency 43 Frequency 44 Frequency 45 Frequency 46 Frequency 47 Frequency 48 Frequency 49 Frequency 5 Frequency 50 Frequency 51 Frequency 52 Frequency 53 Frequency 54 Frequency 55 Frequency 56 Frequency 57 Frequency 58 Frequency 59 Frequency 6 Frequency 60 Frequency 61 Frequency 62 Frequency 63 Frequency 64 Frequency 7 Frequency 8
Frequency 9
Frequency Used for the fast-moving handover of this parameter must be transla Whether to correction enable theparameter. automatic frequency correction algorithm. Thisalgorithm, parameterthe is value used for the fast-moving handover algo error ratio (BER). The BSC6900 sends this parameter to the BTS, which adjusts the frequency of an MS according to the value of this param Frequency band types of the board This parameter is only applicable to the DDPU/DFCU/DFCB/DCOM/DDPM/DCBM. Threshold for load sharing in the MHzQTRU, frequency band. Assume thatMRRU, an MS supports multiple the 900 MH The frequency band types for the900 DTRU, DRRU, DRFU, GRRU, GRFU, and MRFUsub-bands cannot beinconfigured a load is greater than this threshold, the BSC assigns channels according to the priority levels of the P-GSM, E-GSM, and R channels in the TRXs of the R-GSM sub-band preferentially. List of frequency bands
Frequency multiplexing mode in the TRX. To enable a loose frequency multiplexing mode such as 4x3 multiplexing, set thi
List of the frequencies to be measured. This parameter is represented as a character string where the IDs of the TRXs to b Type of a scanning result in the period from the start of a frequency scanning task to the reporting of the scanning result. Frequency scanning refers to the scanning of an uplink receive level of a cell frequency. The scanning result reflects the st Whether to enable the edge handover algorithm. When an MS makes a call at the edge of a cell, the call may drop if the re downlink signal level of the serving cell is less than "Edge HO DL RX_LEV Threshold", the edge handover is triggered. Whether the uplink DTX function is enabled for FR calls. For details, see GSM Rec. 05.08. Uplink DTX is not restricted by Slot No. of the father BTS Slot No. for the port of the father BTS Subrack No. of the father BTS Subrack No. for the port of the father BTS Type of the file used for saving exported logs Activation factor table index Activation factor table index Activation factor table index ATCB difference between the overlaid and underlaid subcells
Duration of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet th According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N secon This parameter specifies the number P. Path loss difference between the overlaid and underlaid subcells
Period of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet the According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N secon This parameter specifies the number N.
If the available forward bandwidth is less than or equal to this value, the forward congestion alarm is emitted and forward c
If the available forward bandwidth is greater than this value, the forward congestion alarm is cleared and forward congestio
If the ratio of available forward bandwidth is greater than this value, the forward congestion alarm is cleared and forward co
If the ratio of available forward bandwidth is less than or equal to this value, the forward congestion alarm is emitted and fo If the available forward bandwidth is greater than this value, the forward overload congestion alarm is cleared and forward
If the ratio of available forward bandwidth is greater than this value, the forward overload congestion alarm is cleared and f If the available forward bandwidth is less than or equal to this value, the forward overload congestion alarm is emitted and
If the ratio of available forward bandwidth is less than or equal to this value, the forward overload congestion alarm is emitt Ratio of reserved forward bandwidth for handover user
Reserved forward bandwidth for handover user If the load balance between a 2G cell and a 3G cell is greater than the threshold, load balance is triggered.
Coefficient used to modulate the load level of a 2G system so that the load level of the 2G system can be compared with th G711 Mode. A/U law configuration, 0-A law (default), 1-U law Expected signal receiving strength on the BTS side when GPRS dynamic power control is implemented End time for collecting the offset information
Cell load threshold for collecting the offset information. If the load threshold is exceeded, the offset information is not collec Whether to collect the offset information Start time for collecting the offset information
Obtains the QoS parameter from the Aggregate BSS QoS Profile (ABQP) of packet flow context (PFC) when the MS and t
This parameter specifies whether to enable the VGCS/VBS check function. If the BSS works abnormally, the BTS may per Format of the geographic coordinates. The values include "DEG" and "SEC".
Whether the assignment of channels in overlaid subcells is enabled for the VGCS service in the case of underlaid subcell c
Whether direct preemption of the channels of other services is enabled for the VGCS service. If the value of this paramete
Global routing management switch. If this switch is turned on, the IP addresses in the controlled range cannot be in the sa Delay of transmit diversity when GMSK is used. Generally, the parameter is applicable to general fading environments. In delay may have negative impacts on some codes of the EDGE service. Therefore, the delay of transmit diversity must be c
Whether the current supports GPRS EGPRS priority type cell of the channel If this parameter is set to GPRS, the EDGE MSsarea. cannot usethe thisMS channel. Hysteresis value of thecell cellsupports in the same routing When in the ready state reselects a cell, if the original cell and Whether the currently the GPRS If this parameter is set to EGPRSNORCH, the GPRS and EDGE can useresources, this channel at the same cell reselection can lead to increase of signaling traffic, inefficient MSs use of radio decrease of MSpriority. data transmissio If this parameter is set to EGPRSPRICH, the EDGE MSs have the priority to use this channel. cell. The difference of the signal level must be greater than the value of the cell reselection hysteresis parameter. Otherwis If this parameter is set to EGPRSSPECH, only the EDGE MSs can use this channel. If this parameter is set to NONGPRS, this parameter becomes invalid.
Threshold of hierarchical cell structure (HCS) signal strength. The MS calculates the C31 according to the signal strength a
Timer used when the MS calculates the C2 (used to evaluate the channel quality during cell reselection). The time informa
Used for the GPRS transmission quality statistics. When the transmission quality threshold is exceeded, the transmission q
This parameter is used to prevent repeated cell reselection of a fast moving MS. The MS does not select this cell when the
Synchronization clock adopted when two satellite cards are used together. GPS:Trace GPS only. GLONASS:Trace GLON Period for reporting GPS data Whether to allow hierarchical access and to reserve resources for high-priority MSs
Number of the VGCS call that the BTS originates in the timeslot in the TRX in fallback mode. This parameter is represente
Number of the VGCS call that the BTS originates in the timeslot in the TRX in fallback mode. This parameter is represente Index of the BSC Node Redundancy Group. It identifies a BSC redundancy group. The BSC node redundancy is a function A interface are faulty, the other BSC in this group takes over the voice and data services. In this manner, the reliability and Name of the BSC Node Redundancy Group
Maximum number of secondary links that are released in batches when the Abis resource preemption occurs on the Abis i Transport resource group number Type of the transport resource group
Geographical coverage of a simple cell broadcast message. You can run "DSP GSMSCB" to query and obtain the informa This parameter, "Code",cells and that "Update" specify a cell broadcast Number of neighboring meet uniquely the following conditions: If "MBR"message. is indicated in a system message, the MS reports
parameter. Ratio of bandwidth occupied by the CS service in the GSM These neighboring cells must meet the following requirements: 1. The receive levels of theCS(Circuit neighboring cells must be higherMSs. than 15 "900 Standard priority for GSM Switched) high-priprity is Reporting the highestThreshold" priority. or "1800 Reporting Threshold 2. The BSIC of a neighboring cell must be valid. 3. The signals of the neighboring cells must be the strongest among all the neighboring cells at the same frequency band. Whether to support the cell reselection from the GSM network to the TD network in the packet transmission mode Packet type against the ICMP attack When the BTS is accessed from the public network, the BTS security network IP address must be configured.
IP address of the BTS security gateway. This parameter needs to be configured when the BTS connects to the BSC6900 t Whether to support CS half rate data services ATCB difference between the overlaid and underlaid subcells
Duration of the handover from half rate to full rate. If the cell load is less than the preset threshold, the calls that meet the c According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N secon This parameter specifies the number P.
Path loss difference between the overlaid and underlaid subcells According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N secon This parameter specifies the number N. Whether the tower-top amplifier is installed on antenna tributary 1. Whether the tower-top amplifier is installed on antenna tributary 2. Heartbeat interval when the SCTP server is idle
Number of the cabinet where the main board of the RXU chain or ring is located. According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N This parameter specifies the number P. According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N This parameter specifies the number N. Threshold for interrupting the power supply to the TRXs. If the BTS works with the battery power supply, when the battery
Type of a high frequency type supported by to the BSC6900, Threshold for interrupting the power supply the TMU. If the BTS works with the battery power supply, when the battery v Frequencies on DCS1800: 512-885 Frequencies on PCS1900: 512-810
Full rate TCHs are assigned preferentially to the MSs with priority levels equal to or less than this threshold, except when t
This parameter specifies whether the MS with priority level 1 directly releases the preempted call. When this parameter is s Whether to enable the priority-based channel assignment algorithm
Whether to enable load power-off against high temperature Whether to consider history priority records during channel assignment. If this parameter is set to YES, the history priority records are considered. If this parameter is set to NO, the history priority
Whether assignPassword a channelNumbers. in the overlaid or underlaid subcell in the case of the intra-BSC incoming handover to the con MaximumtoHistory If this parameter is set to SysOpt, the measured BCCH of the target cell is included in the intra-BSC inter-cell handover req If this parameter set to OSubcell, a channel the overlaid subcell is assigned preferentially. Whether the cell is supports the MS with the DTMinmulti-timeslot capability If this parameter is set to USubcell, a channel in the underlaid subcell is assigned preferentially. If this parameter is set to NoPrefer, a channel is assigned simply according to channel assignment algorithms.
Whether to allow handover between different operators. If the BSC6900 supports RAN sharing, MSs in a cell of this operat
If the downlink received signal level of a neighbor cell is greater than "Min DL Level on Candidate Cell" plus "Min Access L
If the uplink received signal level of a neighbor cell is greater than "Min UL Level on Candidate Cell" plus "Min Access Leve
Type of indexing the target cell Unique name of the target cell Whether to use handover algorithm generation 1 or 2 currently
Handover direction forcast switch. When this parameter is set to YES, the BSC6900 can forecast the handover direction of This parameter indicates P in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the This parameter indicates N in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the
Fast handover can be triggered only when the downlink level of the serving cell is less than this parameter. According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the This parameter specifies the number P. According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the This parameter specifies the number P.
The 3G better cell handover can be triggered only when the Ec/No of a neighboring 3G cell is greater than this threshold f According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is trigge This parameter specifies the number P. Type of handover in terms of connection transfer between channels or between cells
Fast handover can be triggered only when the path loss difference between the serving cell and a neighbor cell on the cha If the cell is an enhanced concentric cell, this parameter with the current downlink received signal level and "UtoO HO Rec This specifiesconcentric whether acell, 2G cell to a 3G cell preferentially selected as thesignal targetlevel, cell for handover. If theparameter cell is an ordinary this or parameter withisthe current downlink received "RX_LEV Threshold When this parameter is set to Pre_3G_Cell, the BSC prefe neighboring 3G cell as the handover target cell if the receive level of the neighboring 2G cell that ranks the first in the can
An MS cannot be handed over from the underlaid subcell to the overlaid subcell in this duration after the MS is handed ove Index of the frequency hopping data, used for a TRX to locate the frequency hopping sequence Logical number of the MA group
Whether to enable power boost before handover. Implementation mode of frequency hopping When the receive level of an MS drops rapidly, a handover occurs. In this case, the BSC6900 cannot adjust the transmit p to the maximum before the BSC6900 sends a handover command to the MS. In addition, the transmit power of the BTS is
If the receive level of the neighboring 2G cell that ranks the first in the candidate cell list is equal to or smaller than this thr
If this parameter is set to ON, the channel on a single frequency of an MA group is allocated to an MS with the non-FH attr Hoping sequence number (HSN) of a hopping antenna group. If the value of this parameter is 0, the services over a TRX a a pseudo-random manner, that is a disciplinary random manner.
Frequency hopping mode antenna of the TRX. Frequency hopping in antenna interference averaging frequency diversity. TRX index that a hopping index corresponds to. Aassists hopping enables signalsand of multiple TRXs to switch be If this parameter is set to RF_FH, the TX and RX parts of the TRX take part in the frequency hopping. In this case, the num frequency hopping. The baseband signals are switched for the frequency-hopping transmission. The RX part, however, tak
To avoid ping-pong handover, the received signal of the original serving cell is decreased by "Quick handover punish value Time for reserving the handover reference for one of the two BSCs that collect the offset information
The 3G better cell handover is triggered only when the RSCP of a neighboring 3G cell is greater than this threshold for a p
Whether an HO REQ ACK message contains the information element Speech Version during an SDCCH handover. If a sig According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the This parameter specifies the number N. According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the This parameter specifies the number N. According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is trigge Indicates the host type ofthe thenumber signalling This parameter specifies N. point. When the BSC node redundancy feature is enabled, the primary BSC and the secondary BSC each must be configured w "SLAVEHOST". When the BSC node redundancy feature is disabled, the host type of the signaling point of the BSC is set Host type of an IP BTS
Handover threshold during the handovers between cells on different layers or of different priorities. This value is used to su Inter-layer handover threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis"; Inter-layer handover threshold of a neighboring cell = "Inter-layer HO Threshold" + "Adjacent Cell Inter-layer HO Hysteresis Whether to enable the TRX to support antenna hopping In a GSM cell, the broadcasts the frequency, system information, and paging group. If an MS is in an Fast handover canBCCH be triggered only when the uplinkframe signalnumber, level of the serving cell is less than this parameter. Whether enable the TRX support hopping antenna function hopping is involved. With this function, the messages transmitted in the ma To avoid to such a problem, thetoantenna In GSM cell, the BCCH the frequency, frame number, and paging group. If an MS is in an foradual-frequency BTSs. broadcasts If this parameter is set to NONE, the BTS system does notinformation, support antenna hopping. To avoid such as problem, the antenna hopping function is involved. With this function, the messages transmitted in the m for dual-frequency BTSs. The number of the optical port of the main board in the RXU chain or ring.
Maximum priority level of an MS that can use reserved channel resources. If the priority level of an MS is greater than this Whether to enable the configuration of power system parameters. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Load power-off voltage threshold. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
This parameter determines whether the BSC6900 supports new establishment causes of an MS in the initial access reque Whether the downlink DTX function is enabled for half rate (HR) calls. This function is also restricted by the DTX switch in
Whether to enable the BSC to assign half or full rate channels to MSs according to the channel seizure ratio in the overlaid
Whether the uplink DTX function is enabled for HR calls. For details, see GSM Rec. 05.08. Uplink DTX is not restricted by Hopping sequence number (HSN), indicating 64 types of frequency hopping sequences. If this parameter is set to 0, the fr If this parameter is set to a value from 1 to 63, the frequency hopping is performed in a pseudo-random manner, that is a d Number of the slot where the main board of the RXU chain or ring is located. The slot No. is unique in the same BTS.
Whether dynamic use of HSNs is enabled. If the functions of frequency hopping and Flex MAIO are enabled in a cell and t
Number of the subrack where the main board of the RXU chain or ring is located. The subrack No. is unique in the same B
Bidirectional Forwarding Detection Hop Type. If the ambient temperature is higher than "High Temperature Critical Point", the temperature control system controls the dif In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para If the outlet temperature is higher than "High Temperature Critical Point" and the difference between the outlet temperature In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable battery power-off against high temperature. Humidity alarm switch Upper limit of humidity. When the humidity exceeds the upper limit, a humidity alarm is reported.
Lower limit of humidity. When the humidity is lower than the lower limit, a humidity alarm is reported. When the ambient humidity of the APMU is greater than the value of this parameter, the BTS reports an overhigh ambient In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the ambient humidity is greater than the value of this parameter, the BTS reports an overhigh ambient humidity alarm In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the ambient humidity of the APMU is less than the value of this parameter, the BTS reports an overlow ambient hum In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the ambient humidity is less than the value of this parameter, the BTS reports an overlow ambient humidity alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Delay for which the BTS waits to switch on the air conditioner
This timer is started after a connection is established successfully. If a detection message is not received when this timer e Duration in IASU mode Port number in IASU mode. For the BTS3002C, the port number cannot be set to "E1PORT3". Type of the transmission board in IASU mode
This timer is started after a connection is established successfully. When this timer expires, a detection message will be se Minimum C/I ratio that IBCA AMR FR services allow. An idle channel can be assigned to such a service only when the C/I a value less than this threshold.
Minimum C/I ratio that IBCA AMR HR services allow. An idle channel can be assigned to such a service only when the C/I a value less than this threshold. Whether to enable the IBCA algorithm
Length of the timer for a new call to wait for the measurement report (MR) on the signaling channel when dynamic measur Number of measurement reports sampled for averaging path loss. A single measurement report may not reflect the actual
When the IBCA algorithm is enabled, this parameter is used to calculate the actual soft blocking threshold of an existing ca
When the IBCA algorithm is enabled, this parameter is used to calculate the target CIR of an existing call. The formula is a Difference between uplink and downlink path losses, which is used to estimate the downlink path loss of a call when the do "IBCA Downlink Path Loss Offset" = combined loss of BTS + hierarchical dual-antenna gain of BTS (3 dB) Whether to measure the IBCA neighbor cells of the serving cell dynamically. If the dynamic measurement is enabled, when operate. Thus, the call measures and reports only these frequencies to the BSC6900. Length of the timer for a call to measure the path loss in the neighboring cell with strong interference of the target cell. The parameter is set to 0, dynamic measurement of the BA2 list is not enabled in the emergency handover, and the parameter
Whether is allowed. this parameter is NO, set to YES, the TSC synchronization procedu Whether the the IBCA IBCA forced flexibleBTS TSCsynchronization function is enabled. When When this parameter is set to the flexible function is disabled performed as required. Note that the synchronization status of the IBCA neighboring cells is determined by the internal sof neighboring cells are considered to be out of synchronization. Minimum C/I ratio that IBCA FR/EFR services allow. An idle channel can be assigned to such a service only when the C/I r a value less than this threshold.
Length of the timer for a call to wait for other valid MRs after receiving the first valid MR of the target cell if dynamic measu Minimum C/I ratio that IBCA HR services allow. An idle channel can be assigned to such a service only when the C/I ratio value less than this threshold.
In the ICDM matrix algorithm, the signal strength (0-63) is divided into 10 levels. The signal strength that is smaller than or
Whether to enable the ICDM algorithm for the cell. The ICDM algorithm helps to improve the precision in estimating the pa
Period of information exchange between the BSC boards. The information helps to estimate the C/I ratio for the IBCA algo
Adds a specified offset to the downlink target receive level when power control algorithm III is used to calculate the initial tr
Adds a specified offset to the uplink target receive level when power control algorithm III is used to calculate the initial tran
Adds a specified offset to the downlink target receive quality when power control algorithm III is used to calculate the initial
Adds a specified offset to the uplink target receive quality when power control algorithm III is used to calculate the initial tra In an IUO cell (or a CoBCCH cell), the path loss of an MS to the serving cell or a neighboring cell measured on the underla Path loss difference due to different frequency selectivity. This value is calculated based on the IUO level values measured
Determines the MAIO selection method for each timeslot. The Optimal MAIO policy selects the optimal MAIO being evalua
The IBCA interference evaluation process only considers the interference of the strongest N existing calls on the newly-est
Estimates the receive of the unmeasured IBCA neighboring cells. When a consecutive "IBCA Measurement Indicates whether this level neighboring cell is the IBCA neighboring cell of the serving cell. That is, whenNon a cell is configuredNce as used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est o "IBCA RxLev Offset".
When the IBCA algorithm is enabled, this parameter is used to calculate the target CIR of a new call. The formula is as foll Length of the timer for a call to measure the path loss in the neighboring cell with strong interference of the target cell. The Estimates receive level of the unmeasuredofIBCA neighboring When a consecutive "IBCA Non Measurement parameter the is set to 0, dynamic measurement the BA2 list is notcells. enabled in the normal handover, and the parameter Nce "Wa used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est o "IBCA RxLev Offset". When the IBCA algorithm is enabled and the HSN is not 0, the IBCA priority and the SDCCH/PDCH priority are divided by
Specifies a period during which the inter-BSC information exchange must be completed. The information is mainly used by
When the path loss of an MS to a neighboring cell cannot be measured based on the existing measurement results, it is es
Estimates level of the unmeasured IBCA neighboring When of a consecutive "IBCA Non Nce Considers the the receive influence of history path loss information during thecells. calculation the ICDM algorithm pathMeasurement loss. The smaller used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est o "IBCA RxLev Offset".
Use this parameter when the path loss of an MS to serving cells cannot be measured based on the existing measurement
MSs that support SAIC can tolerate a lower carrier-to-interference ratio. This variable indicates the downward adjustment s
Whether to deny the access of a call when none of the MAIO evaluation results meets the C/I ratio requirement of the call Whether the handover of the calls on the single channels is allowed (single channels are the two half-rate sub-channels on allowed; if this parameter is set to OFF, the handover of the calls on the single channels is not allowed. This parameter is v Whether a MAIO meets the access requirement. When the C/I ratio of a MAIO is higher than this threshold, the MAIO can
Whether to enable the IBCA algorithm for the overlay and underlay of an IUO cell Whether a single IBCA MS can dynamically measure the neighboring cells. When this parameter is set to YES, the neighb parameter is set to YES, it is recommended that "Direct Retry" be set to NO.
The lowest C/I ratio that can be tolerated by IBCA WAMR FR. The C/I ratio of an idle channel must be larger than this para This parameter is used to enable the Intelligent Combiner Bypass (ICB) function on the BCCH TRX of a cell. This parameter specifies whether to allow the cell to enable the ICB function. When this parameter is set to YES, the TCHs
Whether to enable the intelligent control of the diesel engine. If this parameter is set to ENABLE, the PMU will control the d ICMP packet length. It is the total length of the ICMP packet containing the IP header. DSCP corresponding to the interaction service with the THP level of PRIORITY1 DSCP corresponding to the interaction service with the THP level of PRIORITY2 DSCP corresponding to the interaction service with the THP level of PRIORITY3 Number of the scheduled task Number of the scheduled task Index This parameter indicates the idle code of the A interface. It is used for the interconnection of the A interfaces. IDLE code
When the number of idle SDCCH channels in a cell is smaller than this parameter, the system searches for available TCHs Index type BTS index type Type of an index Index type Type of an index Subscribers can specify the cell according to the index or the name. Index type of the BTS. BYNAME: query by BTS name; BYID: query by BTS index. Index type. BYNAME: query by name; BYID: query by index. Index of the semipermanent link Support the index based on the TLLI and IMSI mode
Index type, supporting the index based on the cell and BSC mode. Whether the handshake mechanism is enabled at the Cb interface. Currently, the BSC6900 and the CBC communications normal. Number of the outgoing interface of a link Whether to set the middle frequency offset to positive offset or minus offset
Indication offset in the middle frequency offset configuration
Whether to report the progress. "NO" indicates that the progress is not reported. "YES" indicates that the progress is repor
Number of invalid measurement reports allowed when the BSC6900 filters the measurement reports. When the number of Value of an IMEI Timer for the BSC6900 waiting for a CC message after sending a CR message. If the timer expires, the seized SDCCH is
The channel activation and immediate assignment messages are sent at the same time to accelerate the signaling process This parameter specifies whether to support the takeover of the packet immediate assignment by the BTS. It is relative to t through the resources allocated by the BSC. When receiving the immediate assignment message, the MS can send the da
Whether to allow immediate TCH assignment. If this parameter is set to YES, the BSC can assign a TCH immediately whe
Maximum time delay in resending an immediate assignment message. Within the period specified by this parameter, an im
Maximum number of retransmissions of an immediate assignment message. When the value of this parameter is reached, Whether the BSC6900 sends immediate assignment retransmission parameters to the BTS Whether to assign channels according to the access_delay value in channel request messages during immediate channel
When the access_delay value in the channel request message is smaller than this parameter, the overlay channels are as
Whether to adjust the offset time immediately after the BTS is reset Timer carried by the Wait Indication information element when the BSC6900 sends an immediate assignment reject messa After the MS receives the immediate assignment reject message, the MS reattempts to access the network after the timer Value of an IMSI International mobile subscriber identity of the MS. IMSI containing the number 0 to 9.
Timer for the BSC6900 waiting for a handover complete message after sending a handover request acknowledgment mes
Threshold for fine tuning the BTS clock. If the offset of the BTS clock is smaller than the threshold, no fine tuning is perform Fine tuning period in the BSC
Included angle formed by the major lobe azimuths of the antennas in two cells under one BTS. A major lobe azimuth is me Number of the in-port cabinet on a BTS
Whether to separate E1 from other optical fibers for the use of other devices. If this parameter is set to YES, other BTSs ca
The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handover
The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handover Information exchange content to be supported Infrared alarm switch
For an AMR call, if the currently occupied channel is a full rate channel and the Radio Quality Indication (RQI) is always hig
For an AMR call, if the currently occupied channel is a half rate channel and the Radio Quality Indication (RQI) is always lo
Power overload threshold for triggering incoming handover to the TRX under the prerequisite that the power amplifier of th Initial coding mode used for full rate AMR calls. The four values 0, 1, 2, and 3 of this parameter respectively represent the
Initial coding mode used for half rate AMR calls. The four values 0, 1, 2, and 3 of this parameter respectively represent the
Initial coding mode used for broadband AMR calls. The three values 0, 1 and 2 of this parameter respectively represent the Specifies the timeslot mask in BSC6900
Whether to assign channel requests in the overlay subcell to the underlay subcell according to "UL Subcell Lower Load Th Whether to allow underlay-to-overlay edge handovers Index of the cell in the BSC Name of the cell in the BSC Whether to allow underlay-to-overlay load handovers Overlay-to-underlay load handovers are performed by levels. This parameter indicates the duration of each level. Level step during overlay-to-underlay hierarchical load handovers
In an enhanced dual-band network, if the load of the overlay subcell is higher than this parameter, the system cannot initia Incoming BSC6900 port number Number of a BTS port In-port number of a DXX Mode of inputting the latitude and longitude of a cell location Whether to allow inter-BSC SDCCH handovers Incoming BSC6900 slot number Number of the in-port slot on a BTS Incoming BSC6900 subrack number Number of the in-port subrack on a BTS Time interval for sending a simple cell broadcast message
Hysteresis value during the handovers between cells on different layers or of different priorities. This value is used to supp
Type of an interference band statistics algorithm used when the frequency scanning function is enabled. The interference b
Reduces ping-pong handovers between cells on a same layer. This parameter is invalid when cells are on different layers. Specifies an interval between two consecutive interference handovers
The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet th
The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet th
Whether to allow the interference handover algorithm. Interference handovers are triggered when the receive level is highe Threshold used for interference measurement. The BSS to measures uplink quality of theduring radio channel channelsassignment occupied by MSs, and calculates and reports the interference o Whether considerthe interference priorities Threshold used interference measurement. these levels are for called interference band thresholds. The BTS determines the current interference level based on these thr The BSS measures thedetermine uplink quality of the channels occupied MSs, and calculates and reports the interference indication message to whether to radio perform a handover. Theby interference band statistics result provides referenceo Threshold used interference measurement. these levels are for called interference band thresholds. The BTS determines the current interference level based on these thr The BSS measures thedetermine uplink quality of the channels occupied MSs, and calculates and reports the interference indication message to whether to radio perform a handover. Theby interference band statistics result provides referenceo Threshold used interference measurement. these levels are for called interference band thresholds. The BTS determines the current interference level based on these thr The BSS measures thedetermine uplink quality of the channels occupied MSs, and calculates and reports the interference indication message to whether to radio perform a handover. Theby interference band statistics result provides referenceo Threshold used interference measurement. these levels are for called interference band thresholds. The BTS determines the current interference level based on these thr The BSS measures thedetermine uplink quality of the channels occupied MSs, and calculates and reports the interference indication message to whether to radio perform a handover. Theby interference band statistics result provides referenceo Threshold used interference measurement. these levels are for called interference band thresholds. The BTS determines the current interference level based on these thr The BSS measures thedetermine uplink quality of the channels occupied MSs, and calculates and reports the interference indication message to whether to radio perform a handover. Theby interference band statistics result provides referenceo these levels are called interference band thresholds. The BTS determines the current interference level based on these thr indication message to determine whether to perform a handover. The interference band statistics result provides reference
Value of the timer for synchronization between BSCs. If a BSC fails to synchronize with the control BSC before the timer e Period during which interference levels are averaged. The interference levels on idle channels are averaged before the BT 08.08, 08.58, and 12.21.
This parameter specifies whether the reselection from 2G cells to 3G cells is allowed. Threshold for setting the flag of accepting inter-RAT CS service handover of a 2G cell This parameter specifies whether the handover from 3G cells to 2G cells is allowed. Whether to reserve resources for the incoming BSC handover on the Iur-g interface Width of load band [EcNo] during the inter-RAT hierarchical load-based handover Initial EcNo value of the inter-RAT load-based handover band Step of changing the EcNo value during the inter-RAT hierarchical load-based handover Width of load band [RSCP] during the inter-RAT hierarchical load-based handover Initial RSCP value of the inter-RAT load-based handover band
Step of changing the RSCP value during the inter-RAT hierarchical load-based handover When this parameter is set to Service-based, the inter-RAT handover is triggered on the basis of the service distribution. I basis of the load balance.whether In this case, the target cell2G is selected according to the traffic load on the target cell and the loa This parameter specifies the handover from cells to 3G cells is allowed. the service-based algorithm or the load-based algorithm according to the traffic load on the cell. When this parameter is set to OFF, no inter-RAT service handover or inter-RAT load hando Time span before the command is executed. The logs generated within the time span are to be exported. Interval for sending packets to test Ethernet OAM loop Frequency index of the interference measurement in type 3 of an extension measurement report Lower threshold of the overlay level during underlay-to-overlay handovers. When the receive level of an MS is higher than
The timer is used to set the time when the BSC6900 waits for an Internal Handover Command message after a Internal Ha
Timer started after the BSC6900 delivers a handover command in an intra-BSC inter-cell handover. If the BSC6900 receiv Whether to allow AMR handovers. This parameter has no impact on dynamic non-AMR F-H handovers.
This parameter specifies whether the intra-cell handover is enabled. Note: A forced intra-cell handover is not subject to this
Timer started after the BSC6900 delivers a handover command in an intra-BSC intra-cell handover. If the BSC6900 receiv Whether it is an RNC under the same MBIC in GU mode
Minimum Ec/No value of a 3G cell during the load-based GSM-to-UMTS handover When the load of a cell is greater than or equal to Load HO Threshold, all the calls in the serving cell send handover reque control the number of calls to be handed over at each level. This parameter specifies the duration for performing the load-b Minimum RSCP value of a 3G cell during the load-based GSM-to-UMTS handover Incoming BSC6900 start timeslot number Number of a DXX In-timeslot Interval for executing the scheduled subtask. If the time mode is set to "DAILY_C", "WEEKLY_C", or "MONTHLY_C", you
Automatic switchover interval. This parameter needs to be set only when "OMU automatic switchover switch" is set to "ON
Whether a measurement report can contain the information about a cell with an invalid BSIC. The cell with an invalid BSIC IP address IP address of the server IP address of the local NSVL IP address of the remote NSVL
IP address of a BTS port. It cannot be the same as any IP address configured in the BSC6900.
IP address of the FTP server. When the FTPServer.exe file is downloaded through the FTP Tool button on the LMT, the ad
The local IP address must be the configured IP address (including the IP address and port address of the interface board). IP address of the board Local IP address of the Ethernet port Source IP address of the packet for preventing the ICMP attack IP address of the next hop Local IP address of the aggregation group IP address of the router First IP address of the SGSN It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address. Second IP address of the SGSN It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address. Third IP address of the SGSN Fourth IP address of the SGSN When the number of error frames on the IP layer reaches the value of this parameter, the frame error alarm is generated.
When the number of error frames on the IP layer decreases to the value of this parameter, the frame error alarm is cleared Whether to compress the packet headers Whether to compress the IP header of a MP group IP address index of the Ethernet port IP address index of the aggregation group IP packet multiplex index Type of the physical IP transmission medium
Type of IP physical transmission cable medium, E1 or FE/GE. Whether to enable the heater. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether the BSC is a reference BSC Whether the cell is a chain neighboring cell. The parameter is used in the quick handover algorithm. Quick handover aims urban backbone road, a selected route, or a high-speed railroad. The target cell must be a chain neighboring cell. Whether to support clock server redundancy configuration Whether to support clock server redundancy configuration Whether to enable the BTS to support ring networking. IP BTS does not support this parameter. If this parameter is set to "YES", the check threshold for a specific board is used. In this case, the following paramters are A service support attribute of a cell, that is, whether an external GSM cell supports EDGE Whether to indicate the first class transport resource group A service support attribute of a cell, that is, whether an external GSM cell supports GPRS
Whether to enable the TRX to carry the main BCCH in the cell Whether a BSC in the TC pool is the primary BSC Whether this location group is the main location group. If the value is Yes, this location group is the main location group. If A service support attribute of a cell, that is, whether an external GSM cell supports NC2
Configuration mode of the IP subnetwork. Static configuration: fixed local NSVL and remote NSVL parameters through ma Whether it is QOSPATH Whether the Um interface software synchronization between BSCs is supported Whether multiple DEMUs are configured
Whether to enable the BTS to support local switching ISSUPERBTS If the BTS supports local switching, when the calling and called MSs are both within the BTS or BTS group, the voice signa are released and saved. Whether to support the TC pool function. The TC Pool feature is implemented by connecting the maim processing subrack the shared TC resources form a TC Pool. The TC Pool feature is applicable to only the BSC6900s whose "Service mode " Whether it is a TC board.If the board is for the TC subrack, set the parameter to YES. If the board is not for the TC subrack, set the parameter to NO.
Whether the subrack is a remote main TC subrack Whether to control the temperature difference between the air inlet and air outlet and that between the air outlet and ambie In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Whether to configure the transmission cabinet. The BTS uses this parameter to calculate the number of TRXs to be shut d Number of a row to be changed in a BA list
Reserved parameter for cells. There are 30 parameters of this type, which can be used as new parameters in later version Used for parameter control Value of a reserved parameter for cells Type of the adjacent node
Type of the interface. This is determined by the type of the protocol currently used by the BTS. Point-to-Point Protocol (PP
Concentric cell attributes of TRX. If the cell where a TRX is located is configured as a concentric cell, set this parameter to
Conversion policy the dynamic channel cell, of theorconcentric Whether a cell is aofnormal cell, concentric enhancedcell dual band network cell. In a concentric cell, the coverage areas of different TRXs form circles of different radiuses. The triggering of concentric circle handovers must meet the P/Nconcentric criteria, that is, when P out of N measurement reports me Owing to different coverage areas of the overlaid and underlaid parts, the two parts can be logically regarded as two cells. part cover. The underlaid covers the overlaid part, and thus the also share somereports traffic. me The cannot triggering of concentric circlepart handovers must meet the P/N criteria, thatunderlaid is, when part P outcan of N measurement An enhanced dual band network is amelioration to the existing dual band network. In such a network, two cells physically w the algorithm of enhanced dual band network. Switch for the J0 tracing mark mismatching alarm Byte display format of J0 Expected receiving value of J0. J0 byte, also called the trace byte of the regenerator section on the optical port (RTIM), is
Sending value of J0. J0 byte, also called the trace byte of the regenerator section on the optical port (RTIM), is one of the o J0 type Switch for the J1 tracing mark mismatching alarm Byte display format of J1
Expected receiving value of J1. J1 byte, also called the trace byte of the high-order path on the optical port, is one of the o
Sending value of J1. J1 byte, also called the trace byte of the high-order path on the optical port, is one of the optical port i J1 type Switch for the J2 tracing mark mismatching alarm Byte display format of J2 Byte length of J2 Expected receiving value of J2 Sending value of J2
A zero or a space used to fill in the J byte of the optical port based on the J byte of the peer equipment. If the J bytes are in Whether to enable the LAPD Jitter Buffer algorithm. This algorithm adds a buffering adaptation layer under the LAPD layer In this way, the frame disorder is avoided.
Default receive delay of the PS Jitter Buffer on the BTS. A greater value of this parameter indicates a longer end-to-end de Whether the LAPD Jitter Buffer is enabled on the BSC side Determines whether the last three bits of K2 indicates the single end and the dual end
K offset used in K sequencing. To reduce ping-pong handovers, the system performs K sorting based on the downlink rece
Duration of the PPP/MP link keep-alive timer Location area code (LAC). MSs can freely move in the local location area with no need of location update. Reasonable loc Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.
Location area code (LAC). The MS can move within the local location area without location update. The reasonable classif Aggregation mode. When this parameter is set to static aggregation, the LACP protocol is activated; otherwise, the LACP Decimal value when the latitude where a cell is located is indicated in the format of degree Decimal value when the longitude where a cell is located is indicated in the format of degree Integer value when the latitude where a cell is located is indicated in the format of degree Value of the minute part when the latitude is indicated in the format of degree_minute_second Decimal value of the second part when the latitude is indicated in the format of degree_minute_second Integer value of the second part when the latitude is indicated in the format of degree_minute_second Longitude of the GPS receiver antenna Longitude of the GPS receiver antenna
Delay statistics period. This parameter indicates the period to collect the statistics information about the link transmission d Number of delay adjustment suspension periods. This parameter specifies the delay statistics periods in which the bandwi adjustment at the logical port.
Bandwidth reduction delay threshold. This parameter is used to trigger the function of bandwidth reduction at the logical po Average delay reduction filtering index Average delay increase filtering index
Layer where a cell is located. The network designed by Huawei has four layers: Umbrella (layer 4), Macro (layer 3), Micro ( A network basically consists of four layers, namely, Umbrella, Macro, Micro, and Pico. Cell priorities influence the sorting o priority level. If you assign different layers and priorities to a 1800-M cell and a 900-M cell, PBGT handovers from the 1800
When the load of the serving cell reaches the threshold, the inter-layer handover algorithm takes effect. Through configura
Timer of increasing the Lb flow control level when the BSC receives an SMLC congestion indication. If the BSC receives a
Timer of decreasing the Lb flow control level. If no SMLC congestion indication is received within the valid period of the tim Fourth action taken for load control First action taken for load control Second action taken for load control The local entity number uniquely identifies a local entity.
Level offunction the log type of the board Logical OAM:Operation And Maintenance Process Log level to be collected. TDM_Switching:TDM switching process GCP:All the GCP subsystems are configured as CPUS to act as the control plane processing subsystems for GSM BSC Alarm mask switch RGCP:Subsystem 0 of RGCP is configured as the MPU subsystem to act as the resource management subsystem. The o MCP: Computing Process, which includes Interference Based Channel Allocation (IBCA) Class Mathematics of the maintenance domain GTC:GSM BSC TC Process GPCU:GSM BSC PCU Whether to support the Process reporting of the main diversity level IP:GOUc/IP IP over GE Optical interface,GOUa/IP IP over GE Optical interface,PEUa/IP IP over E1/T1/J1 interface,FG2c/ Hysteresis during the over handovers between cells on different layers or inter-level of differenthandover priorities.algorithm This value used to throu supp Whether to value allow inter-layer and E1/T1/J1 inter-level handovers. The inter-layer and is is achieved FR:PEUa/FR Frame Relay interface Inter-layer handover threshold of the serving cell = "Inter-layer HO threshold" "Inter-layer HO Hysteresis"; HDLC:PEUa/HDLC Packet over E1/T1/J1 interface Inter-layer handover threshold of a neighboring cell =interface "Inter-layer HO threshold" + "Adjacent Cell Inter-layer HO Hysteresis TDM:POUc/TDM channelized Optical STM-1/OC-3 GbIP:FG2a/GbIP GSM BSC Gb IP interface The triggering of inter-layer handovers must meet the P/N criteria, that is, when the condition for inter-layer handovers is m Abis_TDM:EIUa/Abis_TDM E1/T1 circuit Interface for Abis,OIUa/Abis_TDM channelized Optical STM-1 Interface for Abis Ater_TDM:EIUa/Ater_TDM circuitmust Interface channelized Optical Interface for Ater The triggering of inter-layer E1/T1 handovers meet for the Ater,OIUa/Ater_TDM P/N criteria, that is, when the condition forSTM-1 inter-layer handovers is m A_TDM:EIUa/A_TDM E1/T1 circuit Interface for A OIUa/A_TDM channelized Optical STM-1 Interface for A SAU:Service Aware Uint Logical function type of the board Logical function type Application type of the POUc_TDM board
The Logical Index of PB signaling link Lower humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too low. I In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding param The occur threshold of 20258 alarm,you can set it from 90% to 99% The recover threshold of 20258 alarm,you can set it from 90% to 99% Key field used to identify one LAPD link
Type of the parameters to be displayed when a cell template is queried. The value "DIFFERENCE" indicates that the param Rate type of the designated link Lower limit for triggering an alarm Lower limit of an alarm. It is valid for the analog port. The loopback channel number when the port loopback mode is set to single channel local loopback
Upper threshold of the low noise amplifier. When the working voltage of the low noise amplifier attenuator in the RXU boar
Lower threshold of the low noise amplifier. When the working voltage of the low noise amplifier attenuator in the RXU boar Optical interface tributary numbering method. This parameter indicates the sequence of tributaries in an SDH frame. Rate of the semipermanent link
Initial bearing tag of the M3UA link. This parameter can be set to either active mode or standby mode. For details about th Link load sharing. In the value, the number of 1s (represented by n) determines the maximum number (2^n) of links for the for the load sharing. The AND operation between this value and " signaling route mask " in the N7DPC is equal to 0.
Signaling link mask corresponding to the M3UA link set. It is used for the M3UA link load sharing. It is valid only when the w indicates that up to one link is used for the load sharing, B0001 and B1000 indicate that up to two links are used for the loa
If the load of a cell is lower than the value of this parameter, the cell can admit the users handed over from other cells with
Type of load balancing algorithm of the MSC Pool. Generally, the BSC6900 chooses an MSC according to the obtained ne Intervals that the BSC broadcasts a cell's traffic load to its neighbor cells. The uplink load and downlink load indicate the tr number of downlink TBFs carried on all PDCHs in a cell / total number of PDCHs in a cell x ("PDCH Downlink Multiplex Th Load current shunt coefficient
This parameter specifies whether to use the load handover or the enhanced load handover. This parameter specifies whether a traffic load-sharing handover is enabled. The load handover helps to reduce cell conge primary measure to adjust abnormal traffic burst in partial areas. If load handovers occur frequently in a partial area, the ce Indicates that if a 2G neighboring cell supports load handovers, the BSC adds the load information of the local cells in the
Indicates that if a 3G neighboring cell supports load handovers, the BSC adds the load information of the local cells in the If the path loss in the serving cell minus that in a handover candidate cell is not smaller than the parameter value, the hand handed over to a neighboring cell through the PBGT handover can be handed over now. The value "0" indicates that the e
After a load handover succeeds, the BSC punishes the former serving cell during "Penalty Time on Load HO" by subtractin
When load of a cellsucceeds, reaches or exceeds "Load HO all the that"Penalty are using thison cellLoad as the serving cell ge After athe load handover the BSC punishes theThreshold", former serving cellcalls during Time HO" by subtractin problem, the BSC uses the hierarchical load handover algorithm to control the number of users included in each level of ha This parameter indicates the duration of each handover level. In hierarchical load handovers, starting from "Edge HO DL RX_LEV Threshold", a "Load HO Step Level" is added to the up RX_LEV Threshold" + "Load HO Bandwidth" are switched to other cells. This parameter specifies the ratio of the MSs that simultaneously perform a load handover. You can enlarge the ratio to ac a reasonable value. In the handover algorithm of the first generation, load handovers can be performed only when the receive level of the curre In the handover algorithm of the second generation, load handovers can be performed only when the level difference betw Whether to enable load power-off. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to allow the cell load reselection. If this parameter is set to PERMIT and "NC2 Load Reselection Switch" is set to
Threshold for allowing the MS to reselect a cell during load reelection. When the receive level of the serving cell is lower th
When the uplink load or downlink load of the target cell is lower than this threshold, it can accept the MSs from the serving When the uplink load or downlink load of the cell exceeds this threshold, the load reselection decision is made. If this parameter is set to YES, the channel assignment algorithm II randomly selects the start range for channel traversal;
This parameter specifies whether the dynamic PDCHs that have been converted into the PDCHs are considered during the TRM load threshold switch Local BSC identity. It identifies a BSC. Local IP address of PPP link. The IP address of the PPP link on the BSC side. Local IP address of the MP group Local IP address of BTS PPP Link. Local IP address of BTS MLPPP Group.
Identifies a local NSVL The value of this parameter can include one or two conditions. Identifies the port of the The setting ofrecords this parameter must be consistent the setting at the SGSN side. "&" is used tolocal concatenate therouter. conditions, and the are obtained when the two with conditions are matched. Conditions are written in the format of "name : value". Number of the location group under the BTS. It is unique for each BTS. "name" is the key of location information, "value" is the value of location information. Both "name" and "value" are case sensitive. Number of a location group For example: 1. If you need to obtain all the alarms regarding the subrack 0, set lockeyinfo to "Subrack No : 0". For example: 2. If you need to obtain all the alarms regarding the slot 8 in subrack 0, set lockeyinfo to "Subrack No : 0&Slo
Identifies the first local IP address that communicates with the peer end. When it is set to 0, it is invalid. This IP address m
Identifies the second local IP address that communicates with the peer end. When it is set to 0, it is invalid. This IP addres Whether to lock all the non-default local accounts Local SCTP port number Board start load control Mode of software loading
CPU usage threshold for log flow control. When the average CPU usage of sliding windows reaches or exceeds the thresh
Packet queue usage threshold for log flow control. When the average packet queue usage of sliding windows reaches or e Whether the SCTP is bound to a logical port. For details, see "ADD IPLOGICPORT". Logical port No. bound by the SCTP. For details, see the parameter "Logic port No." of the "ADD IPLOGICPORT". Logical port slot No. bound by the SCTP. For details, see the parameter "Slot No." of the "ADD IPLOGICPORT".
CPU usage threshold for recovery from log flow control. When the average CPU usage of sliding windows is lower than the
Packet queue usage threshold for recovery from log flow control. When the average packet queue usage of smooth windo Whether to control the log flow The log type to be collected. Type of the log. "COMLOG" indicates a common log. "CMPLOG" indicates a compressed log. Decimal value when the longitude where a cell is located is indicated in the format of degree Value of the degree part when the latitude is indicated in the format of degree_minute_second Integer value when the longitude where a cell is located is indicated in the format of degree Value of the minute part when the longitude is indicated in the format of degree_minute_second Decimal value of the second part when the longitude is indicated in the format of degree_minute_second
Integer value of the second part when the longitude is indicated in the format of degree_minute_second Loopback point. There are 14 loopback points. Whether a loopback point is available depends on the subrack configuratio NSS Interface Unit: indicates the A interface board in various configuration modes, such as BM/TC separated, BM/TC com Latitude of the Abis GP receiver antenna NSS TC(Near Interface): indicates the TX/RX point on the DSP in the TC subrack on the Abis interface side. The loop NSS TC(Near A Interface): indicates the TX/RX point on the DSP in the TC subrack on the A interface side. The loopback Latitude of the GPS receiver antenna NSS TNU(Near Abis Interface): indicates the data switching point on the TNUa board in the TC subrack on the Abis interfa NSS A Interface): indicates the data switching point on the TNUa board in the TC subrack on the A interface sid Loop type Loop TNU(Near level NSS Aterloop:Make Interface Unit: indicates Ater interface boardside, in thewhile TC subrack. It isplatform available in BM/TC separated config 1. Local loop test on thethe local board at system the system willonly send test frames. BSS Ater Interface indicateswill thebe Ater interface in on thethe BMother subrack. It isthe available only in separated 2. Remote loop:TheUnit: remote-loop made by theboard device side of local board. In BM/TC this case, the localconfi boa BSS TC(Near Abis Interface): indicates the TX/RX point on the DSP in the BM subrack on the Abis interface side. In BM/T Loop Detect Switch transmission mode, or in Abis over TDM transmission and Ater over IP transmission mode. BSS TC(Near A Interface): indicates the TX/RX point on the DSP in the BM subrack on the A interface side. In BM/TC com Loopback LAPD linkand Ater over IP transmission mode. mode, or intype Abisofover TDM BSS TNU(Near Abis Interface): point onreuse the TNUa the BM subrack onthe theBCCH Abis interfa When the load of an SDCCH onindicates the TRX the thatdata is in switching loose frequency and isboard in theincompatible band of is low BSS TNU(Near A Interface): indicates the data switching point on the TNUa board in the BM subrack on the A interface sid BSS Interface indicates Direction of anUnit: external voice the loopAbis interface board in various configuration modes, such as BM/TC separated, BM/TC c TMU/PTU: indicates the TMU or PTU board on the BTS. TRU DSP: indicates the DSP in the TRU of the BTS. Loopback type Loopback type Time of an external voice loop
Number of suspension periods after the bandwidth adjustment is performed based on the packet drop ratio. This paramete parameter can be used to control the rate of the bandwidth adjustment at the logical port.
Whether to permit the preemption of lower-level sublink resources. If the value of this parameter is YES, a CS domain serv
The CS services are preferred. This parameter indicates that the CS services are permitted to preempt the dynamic Abis r Whether to permit the low noise amplifier (LNA) bypass
Whether to assign overlay channels in an IUO cell based on the receive level conditions Whether to power off the TRX in the case of overlow temperature of the BTS cabinet. If this parameter is set to "Yes", the BTS powers off the TRX and reports a "Load Power Off Alarm" to protect the TRX in th Whether to power off the TRX of a BTS when the temperature of the BTS cabinet is too low. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Loopback mode Number of the IP logical port that carries the IP path Logical port number Logical port number
Number of the IP logical port that carries the IP path It is applicable to the radio transmission environment to improve the link quality. Link adaptation (LA) indicates adjusting th Downlink Ack/Nack Type of logical port message sent by the MS. The network side determines the coding mode for data transmission accordi retransmit the data block with different punching codes and the MS store the historical error information. The data block is cell with the dissatisfied transmission quality on the air interface is set to the LR mode. Whether to enable power shutdown upon low voltage of the battery. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Load power-off voltage threshold. If "Load Shutdown Flag" is set to "Enable" and the load voltage is lower than the value o In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Third action taken for load control Whether to include the list command Query results can be displayed vertically or horizontally Format of the result list Loading type Type of the log
Type of the log Temperature control threshold for low temperature. When the ambient temperature is less than "Low Temperature Critical In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Lower temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is to In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding param
Lower voice quality threshold associated with the automatic adjustment of the AMR handover uplink threshold;The value o Target voice quality value associated with the automatic adjustment of the uplink threshold of AMR handover Upper voice quality threshold associated with the automatic adjustment of the AMR handover uplink threshold
Factor of uplink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the logari
Number of DSPs, each of which carries 252 LVDS links on the DPUd or DPUb board. If this parameter is set to 0, every D
The level 1 Voltage Standing Wave Ratio (VSWR) threshold. When the VSWR is higher than this parameter, the TRX will r
The level 2 Voltage Standing Wave Ratio (VSWR) threshold. When the VSWR is higher than this parameter, the TRX will r Whether "Shutdown Voltage" is valid. In multi-mode base station scenario, the value of this parameter in different modes must be the same for the same multi-m Number of the M3UA service listening port
MAC address of the VLAN
When the number of error frames on the MAC layer reaches the value of this parameter, the frame error alarm is generate
Coding mode in which an ARFCN is sent to anlayer MS during an assignment orof handover. If the parameter set alarm to CA_MA, When the number of error frames on the MAC decreases to the value this parameter, the frame is error is cleaa information contained in an assignment or handover command. If this parameter is set to OPTIMIZED_CA_MA, the assign Identifies a maintenance group. band. Maintenance group: maintenance alliance (MA), which is a component of the maintenance domain (MD). Maintenance dom or more maintenance group.
When this parameter is set to YES, the BSC6900 is allowed to reduce the transmit power of the non-BCCH timeslots on th This parameter specifies whether to enable the Enhanced BCCH Power Consumption Optimization feature. Generally, the TRX. This parameter specifies the end time of the period during which the power of the non-BCCH timeslots on the BCCH TRX This parameter specifies the range of power derating over the non-BCCH timeslots on the BCCH TRX.
This parameter specifies the start time of the period during which the power of the non-BCCH timeslots on the BCCH TRX
Bar code 1 of the interface board of the BTS. This parameter is the electronic serial number of the active PTU board. An e Bar code 1 of the BTS interface board Number of main location group. Each cell contains only one main location group. Number of the port to which the active OML of the BTS is connected Main version No. of the TMU board software. It is configured according to the actual situation.
Mobile allocation index offset 1. Start frequency number, which is the number of the frequency where frequency hopping s Mobile allocation index offset 10. Start frequency number, which is the number of the frequency where frequency hopping Mobile allocation index offset 11. Start frequency number, which is the number of the frequency where frequency hopping Mobile allocation index offset 12. Start frequency number, which is the number of the frequency where frequency hopping
Mobile allocation index offset 2. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 3. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 4. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 5. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 6. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 7. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 8. Start frequency number, which is the number of the frequency where frequency hopping s
Mobile allocation index offset 9. Start frequency number, which is the number of the frequency where frequency hopping s
Critical alarm threshold against excessive TMA feed current of feed tributary 0. When the actual current is greater than the
Critical alarm threshold against excessive TMA feed current of feed tributary 1. When the actual current is greater than the
Critical alarm threshold against excessive TMA feed current of feed tributary 2. When the actual current is greater than the
Critical alarm threshold against excessive TMA feed current of feed tributary 3. When the actual current is greater than the
Critical alarm threshold against excessive TMA feed current of feed tributary 4. When the actual current is greater than the
Critical alarm threshold against excessive TMA feed current of feed tributary 5. When the actual current is greater than the Name of the MA
Name of the maintenance association. Subnet mask corresponding to the local IP address of the PPP link Subnet mask of the MP group in BSC. Subnet mask of the board Mask of the source IP network segment of the packet against the ICMP attack Subnet mask Subnet mask of the CBC IP subnet mask of a BTS port Subnet mask of BTS PPP link. Subnet mask of BTS MLPPP Group.
IP address of the main clock server. It must be a legal A/B/C type address but not a broadcast address or network address It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address. Step of upward power adjustment according to the quality of the received signals
If the number of the association retransmissions exceeds this value, the parameter is deleted automatically. The value mus
Maximum bandwidth for dynamic adjustment at the logical port Number of consecutive intra-cell handovers allowed in a cell. When the interval between two intra-cell handovers is lower t cell for a certain period of time. Maximum number of attempts to resend the downlink assignment messages Number of attempts to re-establish the downlink TBF
This parameter specifies the largest step of each TRX power reduction. Maximum number of TRXs that can be configured for one cell. For the BTS3900B GSM, when the "Frequency and BSIC P Number" (one or two, one by default) can be selected. Maximum number of TRXs that can be configured for one cell. For the BTS3900B GSM, when the "Frequency and BSIC P Number" (one or two, one by default) can be selected. Maximum multiplexing frame length.
Maximum number of BTSs that are allowed to concurrently download software under a BSC The value of this parameter cannot be less than the maximum PPPMUX sub-frame length (MUXMAXSFL). This parameter The following condition must be met: wMuxMaxSfL <= ( wMuxMfl-8 )/2. Maximum length of the PPP multiplexing frame Maximum number of retries when the user logs in Maximum capacity for storing the alarm log Maximum output power of the diesel
If the number of the path retransmissions exceeds this value, the parameter is deleted automatically. The value must be sm
Retransmission times of Pb link check (LapdCheck) messages. When a BSC sends a Pb link check message to an extern Maximum number of PDCHs that can be assigned in the TRX
Maximum value of the PDCH ratio in a cell. The number of available TCHs and PDCHs in a cell is set to a fixed value. The Maximum number of attempts to resend the polling messages Expire Prompt Dates.
Maximum a Physicalwhen Information message to be When transmitted. Whenisthe retransmission times current exceeds thisbeparame Maximum times currentforcoefficient the battery is charged. the battery charged, the maximum can 0.01 assigned channel and stops timer T3105 after receiving this message. Maximum current coefficient when the battery is charged. When the battery is charged, the maximum current can be 0.05 charge current for the battery cabinet is 30 A. In a non-synchronized handover, an MS keeps charge current for the battery cabinet is 30 A. sending Handover Access Burst messages (usually, the value of timer T31 MSG_ABIS_HO_DETECT message to the BSC. in one mode must be the same as the value of the corresponding para In multi-mode scenario, the value of this parameter The BTS includes the information of different physical layers in the Physical Information message, thus ensuring correct tra For details, see protocols 08.58 and 04.08.
Maximum retransmission for radio priority 1. The 2bit Radio Priority message carried by the MS in the Packet Channel Req
Maximum retransmission for radio priority 2. The 2bit Radio Priority message carried by the MS in the Packet Channel Req
Maximum retransmission for radio priority 3. The 2bit Radio Priority message carried by the MS in the Packet Channel Req
Maximum retransmission for radio priority 4. The 2bit Radio Priority message carried by the MS in the Packet Channel Req Maximum PPPMUX sub-frame length. If the PPP frame length is larger than this value, the PPPMUX multiplexing is perfor following condition must be met: wMuxMaxSfL <= ( wMuxMfl-8 )/2
Maximum length of the PPP multiplexing frame Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the pow downward power adjustment when the quality of the received signals falls into quality zone 0. Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the pow downward power adjustment when the quality of the received signals falls into quality zone 1. Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the pow downward power adjustment when the quality of the received signals falls into quality zone 2. This parameter specifies the actual coverage area of a cell. After receiving the channel request message or handover acce that of "Cell Extension Type" in the "ADD GCELL" command. Number of measurement reports (MRs) used for averaging the time advance before the call drops Whether to initiate a forcible call drop when the time advance exceeds "MAX TA Drop Call Threshold"
Whether the time advance after filtering exceeds the threshold. If the threshold is exceeded, a forcible call drop is initiated. Maximum positioning time. Maximum number of (16 kbit/s) Abis timeslots that the PDCHs can use in the TRX Maximum TTL value of the sent TRACERT packet Step of upward power adjustment according to the quality of the received signals Maximum Valid Dates. Detection index. The index is a unique value ranging from 0 to 31 if it is not specified. Local IP address for multi-hop BFD
Used for requesting the MS to report the measurement information of neighboring cells in multiple frequency bands. This p For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values Number of the BTS. The BTS is numbered uniquely in a BSC. Name of the BTS. The BTS is named uniquely in a BSC. Mobile country code. This parameter identifies the country where a mobile subscriber is located, for example, the Chinese
Local mobile country code (MCC). It is used to identify the country that the mobile subscriber belongs to. For example, the Number of MC priorities. This parameter is valid when the MP group type is MC. Number of MC prioritie levels. Number of the cell. The cell is numbered uniquely in a BSC. Name of cell 2
Cabinet No. of the management board. The management board refers to the TMU or RXU that directly communicates with If the MCPA Optimization Switch is turned on, the MCPA priority update mode is adjusted. Standard for the GSM multi-carrier BTS Identifies a maintenance domain Level of the maintenance domain.The priority of the maintenance domain ranks from 0 to 7 from low to high. name of the MD Name of the maintenance domain. Whether to allow the MS to the send the PS measurement report to the network side Common measurement period Type of the measurement report (MR) reported by the MS Identifies a maintenance point in the maintenance alliance A maintenance point is an edge node of the MA. Identifies a maintenance end point (MEP) of a maintenance association.
The type of the maintenance point added to the maintenance group. LocalMep indicates a local maintenance point and Re MP/MC sequence header option Frame encapsulation format supported by MP/MC. Minimum receive level for a neighbor cell to become a candidate cell during cell reselection. When the receive level of the bad normal cell reselection level. Minimum bandwidth for dynamic adjustment at the logical port
Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring Minimum receive level offset. An MS can be handed over to a neighboring cell only when the downlink level of the neighboring cell is greater than the su
Threshold for triggering prompt alarm clearance when the ANT_A tributary antenna current is too heavy. When the actual c
Threshold for triggering prompt alarm clearance when the ANT_B tributary antenna current is too heavy. When the actual c
Warning alarm threshold against excessive TMA feed current of feed tributary 0. When the actual current is greater than th
Warning alarm threshold against excessive TMA feed current of feed tributary 1. When the actual current is greater than th
Warning alarm threshold against excessive TMA feed current of feed tributary 2. When the actual current is greater than th
Warning alarm threshold against excessive TMA feed current of feed tributary 3. When the actual current is greater than th
Warning alarm threshold against excessive TMA feed current of feed tributary 4. When the actual current is greater than th
Warning alarm threshold against excessive TMA feed current of feed tributary 5. When the actual current is greater than th
Threshold for triggering prompt alarm clearance when the ANT_A tributary antenna current is too heavy. When the actual c
Threshold for triggering prompt alarm clearance when the ANT_B tributary antenna current is too heavy. When the actual c In a direct retry, when the receive level of a neighboring cell is no smaller than this parameter, the neighboring cell can be Minimum time required for a TCH to transform to a SDCCH and then transform back to a TCH
Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring Minimum interval at which two BFD packets are received. Minimum interval at which the BTS receives BFD packets
Minimum interval between sent BFD packets Minimum interval at which the BTS sends BFD packets Mirror destination Ethernet port number Mirror Ethernet port number Mirror type
Mobile network code. This parameter identifies the public land mobile network (PLMN) to which a mobile subscriber belong
Mobile network code (MNC). It is used to identify the PLMN that the mobile subscriber belongs to. Working mode of the system clock. Working modes of the system clock are as follows: (1) MANUAL: In this mode, a clock and the switching of the clock Usage threshold of the CPUyou for must callingspecify access. If the source usage of theprevent CPU exceeds the threshold, the source. calling access request i (2) AUTO: In this mode, you do not need to specify a clock source and the system automatically selects the clock source w (3) FREE: In this mode, the crystal oscillator of board is used.
SCTP link work mode. Server mode: BSC6900 starts the listening and waits for the peer to send the SCTP-INIT message. Configuration mode Working mode after switchover Mode of file output.
Backup mode of the switch protection group Alarm mode of of feed tributary 0. this There are threeisalarm Working mode a port. When parameter set tomodes. CHECK_ON_STANDBY_PORT, the connectivity check is performe Alarm mode 1 has only one type of alarms. The alarm is fixedon and CHECK_ON_PRIMARY_PORT, the connectivity checkcurrent is performed thegreater active than port. the normal working current. Alarm feedtwo tributary three alarm Alarm mode mode of 2 has types 1. of There alarms:are warning alarmsmodes. and critical alarms. The alarm current is fixed and greater than the Alarm one type of alarms. The alarm is fixed and greater than the normal working current. pulse c Alarm mode mode 1 3 has has only two types of alarms: warning alarmscurrent and critical alarms. The warning alarm current is periodical Alarm feedtwo tributary three alarm Alarm mode mode of 2 has types 2. of There alarms:are warning alarmsmodes. and critical alarms. The alarm current is fixed and greater than the Alarm one type of alarms. The alarm is fixed and greater than the normal working current. pulse c Alarm mode mode 1 3 has has only two types of alarms: warning alarmscurrent and critical alarms. The warning alarm current is periodical Alarm feedtwo tributary three alarm Alarm mode mode of 2 has types 3. of There alarms:are warning alarmsmodes. and critical alarms. The alarm current is fixed and greater than the Alarm one type of alarms. The alarm is fixed and greater than the normal working current. pulse c Alarm mode mode 1 3 has has only two types of alarms: warning alarmscurrent and critical alarms. The warning alarm current is periodical Alarm feedtwo tributary three alarm Alarm mode mode of 2 has types 4. of There alarms:are warning alarmsmodes. and critical alarms. The alarm current is fixed and greater than the Alarm one type of alarms. The alarm is fixed and greater than the normal working current. pulse c Alarm mode mode 1 3 has has only two types of alarms: warning alarmscurrent and critical alarms. The warning alarm current is periodical Alarm feedtwo tributary three alarm Alarm mode mode of 2 has types 5. of There alarms:are warning alarmsmodes. and critical alarms. The alarm current is fixed and greater than the Alarm one type of alarms. The alarm is fixed and greater than the normal working current. pulse c Alarm mode mode 1 3 has has only two types of alarms: warning alarmscurrent and critical alarms. The warning alarm current is periodical Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse c
Monitoring period Timeslot multiplexing mode at the Abis interface of the BTS. The BTS supports two multiplexing modes: statistical multiple
Monitoring duration A BTS supports the following six types of timeslot objects: OML: operation and maintenance link of the BTS. Each BTS has only one OML. In the case of statistical multiplexing on a Month when the TMU board software is released kbit/s timeslot, the OML works at 16 kbit/s. In this case, the OML uses a 16 kbit/s timeslot. ESL: extended signaling of theonly BTS. If the BTS supports Flex Abis, theparameter case of statistical on of a 64 kbit/s A quick handover can be link initiated if the rate of an MS is higher thaninthis during amultiplexing certain period time. no timeslot is assigned to the ESL. In this case, the ESL shares the same timeslot with the OML. RSL: signaling in each TRX. has one In the case of statistical ongenerated a 64 kbit Whenradio the number of layer error link frames on the MPEach groupTRX reaches the RSL valuelink. of this parameter, the framemultiplexing error alarm is timeslot, the RSL link works at 16 kbit/s. In this case, the RSL link uses a 16 kbit/s timeslot exclusively. Whentraffic the number of error frames theTCH MP group TCH: channels in each TRX.on The works decreases at 16 kbit/s.to the value of this parameter, the frame error alarm is clear Idle: idle timeslots of the BTS. An idle timeslot works at 16 kbit/s. In the case of statistical multiplexing on a 64 kibt/s timesl MP group numbertimeslots of the BTS. The monitoring timeslots work at 8 kbit/s, 16 kbit/s, 32 kbit/s, and 64 kbit/s. The mo Semi: monitoring A 2048 Mbit/s E1 contains thirty-two 64 kbit/s timeslots. Timeslot 0 is reserved for synchronization and cannot be assigned MP group number Statistical multiplexing means that signaling timeslots are time-division multiplexed in an E1 timeslot, such as the OML an multiplexes theMLPPP OML has a multiplexing of up to evenThe if the multiplexing ratio exceeds 4:1. group in the BTS3900 Number of an group on a BTS. Itratio is unique in 4:1 a BTS. scope of the number of th MLPPP HDLC and IP BTS do not support this parameter.
Number of the serial port where the board is located. The management board refers to the TMU or RXU that directly comm Is Support MCPPP. MP type
Number of the slot where the MPU subsystem is located
Whether power control algorithm allows measurement report compensation. Number of the subrack where theIIMPU subsystem is located When making a power control decision, the BSC retrieves a certain number of history measurement reports and performs level values and receive quality values are used in filtering, you must compensate the receive level values and receive qua If the number of measurement reports lost consecutively is no larger than this value, linear interpolation is performed for th discarded, and the value will be recalculated when new measurement reports arrive.
When the number of the lost measurement reports exceeds this parameter during a power control period, the power contro Frequency at which the BTSs submit pre-processed measurement reports to the BSC Attenuation factor for the TMA of antenna tributary 1 Attenuation factor for the TMA of antenna tributary 2
Switch of measurement report collection within a specified scope. If the specified scope is a site, the switch applies to all th
The control switch of measurement report collection includes OFF (do not collect), ON_WITH_SDCCH (collect measureme Maximum length of a received packet. The value of this parameter is negotiated at both ends of a communication. Number of MSs used when the offset information is collected
Whether to collect the information about the MSs of different capabilities in a cell. This parameter has no impact on service
Available capacity of the MSC. This parameter is valid only when the MSC pool function is enabled. It is set according to th Number of bits occupied by the Network Resource Identifier in the TMSI. NRI specifies a CN node in the MSC pool.
Special NRI(Network Resource Identifier) that is coded together with common NRIs. This parameter is used to indicate tha Whether to enable the MSC pool function on the BSC6900. The MSC pool function enables up to 32 MSCs to provide services for mobile subscribers in a BSC6900. With the MSC po Administrative state of the MSC. This parameter is valid only when the MSC pool function is enabled. It is set according to Protocol version of the MSC that is connected to the BSC6900. The supported signaling varies with the protocol versions. Call reestablishment timer
MSISDN value MSISDN prefix 1. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 1 accord MSISDN is 123456. MSISDN prefix 2. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 2 accord MSISDN is 123456. MSISDN prefix 3. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 3 accord MSISDN is 123456. MSISDN prefix 4. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 4 accord MSISDN is 123456. MSISDN prefix 5. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 5 accord MSISDN is 123456. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled. If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are calling are 135 or 139, the BSC local switching function is enabled.
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching Maximum number of Channel Request messages that can be sent by an MS in an immediate assignment procedure. After the to MSenable initiates the immediate assignment procedure, it always listens the messages on the BCCH and all the com Whether "Triggering the quick PBGT algorithm only when an MS istofar from the BTS" Request messages at a specified interval. If the downlink quality is poor, the MS may send SABM frames to the BTS multiple times.
Control command of the MSP switchover protection group
Threshold of the MS Receiver Diversity (MSRD) mode PDCH Downlink multiplex threshold in the Mobile Station Receiver Diversity (MSRD) mode. When this parameter is set to of the coding rate in MSRD mode, the MS is required to adopt the MSRD mode. The M criteria supports setting minimum values for the downlink receive level of neighboring cells. The M criteria met only whenthe , board is located. The management board refers to the TMU or RXU that directly commu Number of the issubrack where Estimated downlink level of neighboring cells >= ("Min DL level on candidate Cell" + "Min Access Level Offset") Estimated uplink level of neighboring cells >= ("Min UL level on candidate Cell" + "Min Access Level Offset")
When the number of received measurement reports on the downlink transmission quality (Packet Downlink Ack/Nack mes
Duration of the flow control timer F of the MS. The MS sends the flow control message according to this duration. If no handshake message is received from the peer within the delay, the master service is activated. A master service obje signaling links on the A interface of the local BSC are faulty. Maximum TX power for the MS to access the PCH Switch for the self-healing of the OMU when the OMU process memory is overloaded
Usage threshold of the CPU for called access. If the usage of the CPU exceeds the threshold, the called access request is Detection method Identify an MTP2 link Metric system. The values of this parameter include "MET" and "IMP". Maximum transport unit Maximum transmission unit Maximum size of a packet that can be transmitted or received on a FE port. Bus voltage of the battery rack of the BTS
Multi-band point report value, including "report six cells with the strongest signal at each frequency point", "report one cell w
Period of performing class-1 mute detection. If the bad frame rate reaches "Bad Frame Threshold of Mute Detection Class
Whether the one-way audio problem is checked in class-2 detection. In this manner, the one-way audio problems found in Period of performing the class-2 mute detection. After the BTS or TC initiates a class-2 mute detection request, the class-2 TRAU frame is received, mute speech is detected; if the class-2 mute detection response and the expected test TRAU fram
Time for prohibiting the call from accessing the corresponding channel where one-way audio is detected on the Abis interf Whether to forcibly release a call after the forced handover fails in the case of one-way audio on the Abis interface Maximum time waiting for multiplexing Frame timeout duration of the PPP multiplexing group IP packet multiplexing type Minimum number of reserved working status TRXs of the cabinet BFD local description mark
System parameter in the LAPD protocol. The value of this parameter specifies the maximum number of times when a fram Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Whether the BSC6900 sends the LAPDm N200 parameter to the BTS. If this parameter is set to YES, the BSC sends the LAPDm N200 parameter. If this parameter is set to NO, the BSC6900 d
Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Maximum value of the N3101 counter. In the dynamic uplink allocation mode, the network side enables multiple MSs to sh network side waits for the RLC uplink data block sent by the MS. If the RLC uplink data block sent by the MS is valid, N310 Maximum value of the N3101 counter. When the uplink transmission ends, if the network side receives the last RLC data b N3103 is increased on the network side and the uplink packet acknowledged/unacknowledged message is retransmitted. Maximum value of the N3105 counter. After the downlink TBF is set up successfully, the N3105 is started on the network s RRBP domain. In this case, N3105 is reset. Otherwise, the value of N3105 is increased and the downlink data block of the
Counter theintegrity checkingistimes "Parameter [N393]".ofAfter link integrity is verified accordr Counter on on the the DTE DTE side, side. recording After BC link verified accordingoftoDTE "Parameter DTEBC [N391]", the global state query of the checking times "Parameter of DTE [N393]", the BC link state is switched to the normal state. If the BC link state ope Counter on the DTE side, the must checking times "Parameter of DTEof[N393]". After BC link integrity is verified accord faulty state. "Parameter of recording DTE [N392]" be smaller than "Parameter DTE [N393]". of the checking times "Parameter of DTE [N393]", the BC link state is switched to the normal state. If the BC link state ope faulty state. "Parameter of DTE [N393]" must be greater than "Parameter of DTE [N392]". Whether to support the network assisted cell change (NACC). The NACC is used in the network control modes NC0, NC1 shorter time. Name of the OSP Name of the DSP Name of an MTP3 route Name of the signalling link set Name of the MTP3 link Name of the adjacent node Local entity name. The local entity name must be unique. Name of the destination entity The M3UA route names and the M3UA routes are in the one-to-one matching relation. Name of the M3UA link set. The name of the M3UA signalling link set must be unique. M3UA signaling link name. The M3UA link names and the M3UA links are in the one-to-one matching relation. Name of the PCU Whether to preferentially allocate loose multiplexing frequencies to non-AMR users
Filter consistent of the collision signal strength of power control. When sampling must be performed (NAVGI) times before Whether to enable the Tandem Free Operation (TFO) function on the BTS through a CHANNEL ACTIVATION or MODE M improve end-to-end voice quality. The TFO function cannot be used to improve the voice quality of an MS-to-PSTN call.
Uniform number of neighboring cell 1 index within a BSC6900, which uniquely identifies a cell and is in the range 0 to 5047 Name of neighboring GSM cell 1
Index of neighboring GSM cell 2. Uniform number of a cell index within a BSC6900, which uniquely identifies a cell and is i Name of neighboring GSM cell 2 Uniform number of a cell index within a BSC6900 , which uniquely identifies a cell. Name of a cell Uniform number of a neighboring cell index within a BSC, which uniquely identifies a cell. The value range of the index of a 3G external cell is 5048 to 8047. Name of a neighboring cell
When this switch is on, it indicates that the data of the adjacent cell is generated automatically. When this switch is off, it in
Cell ID of a neighboring cell Local Area Code (LAC) of a neighboring cell Mobile Country Code (MCC) of a neighboring cell
Mobile Network Code (MNC) of a neighboring cell Whether the PCU of the cell supports the 64 neighboring cells. This parameter determines the capability of reporting the number of the neighboring cells of the BSC in the NACC and NC
Whether to involve the load of the target cell in the algorithm for NC2 cell reselection. If this parameter is set to Support, th Whether to support the network control 2 (NC2). The NC2 enables the network side to control the cell reselection for the M network side can control the cell reselection for the MS. Network color code that is provided by the telecom operator. The NCC is used to identify networks from area to area. The The BCC and the NCC form the BSIC.
Network color code. It is used to uniquely identify different public land mobile network (PLMN) of the adjacent country. A set of NCCs of the cells to be measured by the MS. This parameter is an information element (IE) in the system informat If a bit of the value of this parameter is set to 1, the MS reports the corresponding measurement report to the BTS. The va
NCC bitmap of the measurement report sent by the MS. The MS reports only the NCC bitmap of the BSIC and the cell me For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values Neighboring cell interference level threshold 0 Neighboring cell interference level threshold 1 Neighboring cell interference level threshold 2 Neighboring cell interference level threshold 3 Neighboring cell interference level threshold 4 Neighboring cell interference level threshold 5 Neighboring cell interference level threshold 6 Neighboring cell interference level threshold 7 Number of blocks occupied by the NCH in the group call service
Network control mode for cell reselection the MS. modes. NC0: normal MS control. The MS shall perform Number of the start block occupied by theofNCH in theThere groupare callthree service control. The MS shall send measurement reports to the network . The MS shall only perform autonomous cell re-selection can control the cell reselection for the MS. The DSP and OSP are in the associated mode or non associated mode. IP address mask of the VLAN
Minimum interval between two consecutive emergency handovers performed by an MS. During this interval, no emergency IP address of the next hop Next hop Next hop IP address of the next hop Network ID
Name of the file to be downloaded. The file name must be complete and does not contain a wildcard. This parameter is related to the paging channel of the system. There are three network operation modes: network operatio system is not configured with the Gs interface and the PCCCH is not configured. Network operation mode III is used when
No Mains Supply Alarm Cabinet No. No Mains Supply Alarm Port No. No Mains Supply Alarm Slot No. No Mains Supply Alarm Subrack No. Lower limit of input voltage 1 Upper limit of input voltage 1 Lower limit of input voltage 2 Upper limit of input voltage 2 Lower limit of input voltage 3 Upper limit of input voltage 3 Lower limit of input voltage 4 Upper limit of input voltage 4 Lower limit of input voltage 5 Upper limit of input voltage 5 Lower limit of input voltage 6 Upper limit of input voltage 6 Whether to allow non-AMR voice F-H handover
Decides the offset of the current ATCB together with other two parameters: "F-H Ho Period" and period of triggering a F-H
When the ATCB value of non-AMR full rate voice is no smaller than this parameter, the condition for non-AMR F-H handov Decides the current path cost offset together with other two parameters: "F-H Ho Period" and period of triggering a F-H ha Path cost offset = (Period of triggering a F-H handover / "F-H Ho Period" + 1) * "Non-AMR F-H Ho Pathloss Adjust Step".
When the path loss value of non-AMR full rate voice is no larger than this parameter, the condition for non-AMR F-H hando
Quality threshold for non-AMR F-H handovers. When the uplink receive quality and downlink receive quality of a user are b When the load of a cell is no smaller than this threshold, non-AMR F-H handovers are triggered in the cell.
When the ATCB value of non-AMR half rate voice is no larger than this threshold, the condition for non-AMR H-F handove
When the path loss value of non-AMR half rate voice is no smaller than this threshold, the condition for non-AMR H-F hand Whether to trigger non-AMR H-F handovers according to the uplink and downlink receive quality
Quality threshold for non-AMR H-F handovers. When the receive quality of a user is no smaller than this parameter, the us When the load of a cell is no larger than this threshold, non-AMR H-F handovers are triggered in the cell. Type of the adjacent node Decisions of no-downlink measurement report handovers can be made only when the number of consecutive no-downlink
Whether to enable the no-downlink measurement report handover algorithm When a certain number of no-downlink measurement reports are received consecutively and the uplink receive quality is n preferentially; however, if no candidate cells are available and intra-cell handover is enabled in the current cell, intra-cell ha
Normal output capacity of the battery group in specific discharging conditions (such as discharge rate, temperature, and fin
Whether to enable the III power control algorithm for Non-AMR calls. If enabled, power control is performed on Non-AMR c
Period when the cell is in the non-DRX state
When the ANT_A tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt A
When the ANT_B tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt A Whether to allow the cell normal reselection. If this parameter is set to PERMIT and "NC2 Load Reselection Switch" is set Normal work temperature threshold of the cabinet
Whether to discard paging messages without TMSIs and all-cell paging messages that considerably increase the load on t
Maximum number of measurement periods in which there is no traffic. If the number of measurement periods in which ther
If the BTS works in fallback mode and uplink VGCS connection is idle for a period specified by this parameter, the BTS dis Number of TRACERT packets sent to each TTL For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values Network resource indication that specifies a CN node in the MSC pool
Controls of the FDD_Indic0 NR_OF_FDD_CELLS and the name FDD_Cellinformation field in 2quater a Identifiesthe thevalues mapping relation from thefield, NRI the to the SGSN uniquely withfield, the operator When this parameter is set to YES, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count does not include cells with scr When this parameter is set to NO, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count includes cells with scrambling c Identifies a unique NSE The identifier of a network service entity (NSE).An NSE manages a group of NSVCs. For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values Whether the cell is located in the south latitude or north latitude NSVC ID, identifies a unique NSVC. This ID must be negotiated with the peer SGSN.
If the inlet temperature between "High Temperature Critical Point" and "Low Temperature Critical Point" and the differen NSVC index, identifies ais unique NSVC. well as the difference between the inlet temperature and the ambient temperature. If outlet temperature is between Temperature Critical "Low Temperature Critical and the differe Inthe multi-mode scenario, the value of "High this parameter in one modePoint" must and be the same as the value of thePoint" corresponding para as the difference between the inlet temperature and the ambient temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Number of retransmissions of the VGCS UPLINK GRANT message Ratio of the minimum guarantee bandwidth of the OAM stream to the port bandwidth Minimum guarantee bandwidth of the OAM stream Minimum guarantee bandwidth of the OAM stream Minimum guarantee bandwidth of the OAM stream Ratio of the minimum guarantee bandwidth of the OAM stream to the port bandwidth
DSCP value of the OAM stream. The data of the OAM stream are not added to queues 0 to 5 for transmission. Instead, the Minimum guarantee bandwidth switch of the OAM stream Operation object Type of the object Index of object This parameter indicates the object index.
Shield type of the alarm. "ALL" indicates one shield type instead of all types. Type of the alarm shield object
Object index types used when commands are executed When the PDCHs are insufficient, the streaming service with high priority can preempt the PDCHs that are seized by the s are preempted, then the streaming service with low priority is disrupted.
Whether to allow overlay-to-underlay handovers This parameter specifies whether to configure the backup OML. When YES is configured in the BTS, an OML is configured the OML is disconnected. If the established OML is disconnected, the BTS automatically switches the OML over to anothe If OML Detection Switch is set to OFF, then the OML timeslot automatic detection is not supported. In this case, the OML i OML to the specified timeslots. This parameter specifies the detecting time of Abis-Bypass site OML when it is broken. Differentiated service code of the specified OML The summation of average down-bandwidth of OML&ESL link in BTS. The summation of average up-bandwidth of OML&ESL link in BTS. Service priority of the specified OML
Priority of services on the OML. The operation and maintenance link (OML) is used to transfer the OM information between Specified OML Vlan Id Size of the OML/ESL/EML Downlink LAPD window External virtual IP address of the OMU Subnet mask of the OMU in the external network Account of the operator
Code of the original signaling point (OSP) in the signaling network. In the signaling network, each signaling point is identifie Code of the signaling point of the local office in the signaling network. In the signaling network, each signaling point has a
Uniquely identifies an OSP. see "ADD OPC" command. Primary operator or secondary operator. Primary operator is an operator that provides equipment, whereas secondary operator is an operator that leases equipmen Index of the operator. This parameter uniquely identifies an operator. Operator index set to which the CBC belongs
In the normal mode, if the board cannot be reset, no operation is performed. In the force mode, if the board cannot be rese It is one key filed of identifying A interface CIC status and indicates the alignment mode of A interface circuit. It is one key filed of identifying Ater interface timeslot status and indicates the alignment mode of Ater interface circuit. It is one key filed of identifying A interface timeslot status and indicates the alignment mode of A interface circuit. It is one key filed of identifying Pb interface CIC status and indicates the Pb interface CIC.
Name of the operator. This parameter uniquely identifies an operator Channel assignment policies used when TCHs are assigned in an IUO cell: SysOpt: The system selects the preferentiallythe overlay; NoPrefer: use the normal channel assignment algorithm to assign channels.
Preferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-opti
Preferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-opti
This parameter specifies the TRX priority in channel assignment. The smaller this parameter is, the higher the TRX priority
Optical interface standard Type of the operation The operation type can be "FORBID" or "RESTORE". Iur-g signaling point index of an internal RNC in GU mode
If "Port Type" is set to "TOPEXTOUTPORT", this parameter determines the extended E1/T1 port through which the timeslo Operation type of the command.
Ordinary frequency. Multiple frequencies are separated by "&". For example, "22&33&44&55" are allocated to TRXs in asc This parameter indicates the total number of hardware modules, excluding those of GSM.
One of the parameters that decide the underlay and overlay areas in an enhanced IUO cell. The underlay and overlay are Whether to assign channel requests initiated in the underlay subcell to the overlay or underlay subcells according to "UL S subcell.
The timer is used to set the time when the BSC6900 waits for a handover success message after a handover command is
The timer is used to set the time when the BSC6900 waits for an HO REQ ACK message after a Handover Request messa Whether to use external 2G neighboring cells as the target cells of load handovers
When the load of the underlay subcell is higher than this parameter, some of the calls in the underlay subcell will be switch Power overload threshold for triggering outgoing handover from the TRX under the prerequisite that the power amplifier of Lower threshold of the overlay level during overlay-to-underlay handovers. When the receive level of an MS is higher than Whether to switch some of the calls in the underlay subcell to the overlay when the load of the underlay is higher than this
If the underlay load is higher than "UL Subcell Serious Overload Threshold", the underlay-to-overlay handover period subtr When the load of the underlay subcell exceeds "UL Subcell General Overload Threshold", all the calls that are using this c fail. To solve this problem, the BSC uses the hierarchical load handover algorithm to gradually switch some of the calls in t Level step during underlay-to-overlay hierarchical load handovers
When the load of the underlay subcell is lower than this parameter, some of the calls in the overlay subcell will be switched Specifies the timeslot mask out BSC6900 Outgoing BSC6900 port number Number of the outgoing port of the DXX Number of the outgoing timeslot of the DXX
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it shou
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it shou
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it shou
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it shou Output power of the location group. For a location group that consists of MRRU or GRRU boards, the default output power the frequency band is 1800M/1900M, the default output power is 15W. Output power of the location group Output power unit of the location group
When the load of the underlay subcell is higher than this parameter, the underlay-to-overlay load handover period subtract Whether to report a cell out-of-service alarm after a cell is out of service
Outgoing BSC6900 slot number Slot number of the load outlet interface board Outgoing BSC6900 subrack number
This parameter specifies whether to allow the inter-RAT load handover in connection mode (after the assignment is comp
When the Service Handover field in an ASS REQ message is 0, a direct retry process targeted at a 3G network is initiated
When this parameter is set to Open, the BSS decides whether to hand over the current service to the 3G network accordi Validity period for the BSC to keep the load information about a 3G neighboring cell on the RNC Outgoing BSC6900 start timeslot number
Abnormally alarm raise threshold triggered by too heavy current of the ANT_A tributary antenna. When the actual current i
Abnormally alarm raise threshold triggered by too heavy current of the ANT_B tributary antenna. When the actual current i
Abnormally alarm raise threshold triggered by too heavy current of the RET tributary antenna. When the actual current is h
Clearance threshold for the alarm triggered when the ANT_A tributary antenna is over current. When the actual current is b
Abnormally alarm clearance threshold triggered by too heavy current of the ANT_B tributary antenna. When the actual cur
Clearance threshold for the alarm triggered when the RET tributary antenna is over current. When the actual current is bel
When the ANT_A tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt A
When the ANT_B tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt A Interval for the BTS transmitting overload messages to the BSC6900. This parameter is used to control the reporting frequ The overload can be the TRX processor overload, downlink CCCH overload, or AGCH overload. For details, see GSM Rec Temperature threshold of the derating function of the cabinet
Threshold for critical flow control. When the usage of the CPU exceeds the threshold, the CPUS performs critical flow cont
Threshold for major flow control. When the usage of the CPU exceeds the threshold, the CPUS performs major flow contro
Threshold for minor flow control. When the usage of the CPU exceeds the threshold, the CPUS performs minor flow contro
This parameter specifies whetherWhen the multi-carrier transceiver unit supports the Multi-Carrier Intelligent Voltage Threshold for slight flow control. the usage of the CPU exceeds the threshold, the CPUS performs slight Regulation flow contro When this parameter is set to YES, the multi-carrier transceiver unit automatically regulates its working voltage according t BTS3900 GSM, BTS3900L GSM, BTS3900A GSM, DBS3900 GSM, BTS3900E base stations. For other base stations, thi Whether to support the function of moving the packet assignment down to the BTS. To improve the access speed of the M acknowledgement message sent by the MS. Then the BTS allocates the reserved uplink resources to the MS to move the
Average number of paging messages allowed in a cell in a period Lifetime of a paging message in the queue of the BTS. The setting of this parameter must be consistent with the setting of timer T3113. The units of this parameter is 250ms. Maximum number of paging messages allowed in a cell in a period For the BTS, this parameter is used to determine paging retransmissions. This parameter and the number of paging times configured in the MSC.
This parameter sets the PAN_DEC value used by the counter N3102 of the MS. When the timer T3182 of the MS expires, This parameter sets the PAN_INC value used by the counter N3102 of the MS. When receiving the packet uplink acknowle 7; Value N indicates that PAN_DEC is N; Not use: this parameter is not used.
RAN_MAX value, the maximum value of the N3102. 4: the value of PAN_MAX is 4; 32: the value of PAN_MAX is 32. Valu
Priority level at which the BSC shuts down the power amplifier of the TRX when the intelligent shutdown function is enable Patch number of the TMU board software Patch number of the TMU board software
IP path check flag Uniquely identifies an IP path IP path ID,Identifying an IP path. Transmission loss difference between radio frequencies on different bands Whether to perform path loss-based sorting in a better cell handover algorithm Type of the IP path Patch type
BTS power attenuation on the measured PBCCH Whether to use the PBGT handover algorithm. PBGT handovers are based on path loss. The PBGT handover algorithm s only on TCHs and among cells on a same layer and a same priority level. The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a
PBGT handovers to a neighboring cell are allowed only when the downlink level difference between the neighboring cell an The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a
Maximum times for an external PCU to retransmit a PB interface maintenance message. When the PCU fails to receive a r Minimum interval between two consecutive power control commands
Channel used for the measured receiving power. It is used to set the measured receiving power level of the channel and c It is one key filed of identifying Pb interface CIC status and indicates the PCU No. corresponding to the Pb interface CIC. PCU number, identifying a unique PCU. Port number of the E1/T1 of the Pb interface
Number of the PCU to which the current cell belongs Whether the PCU supports the PREEMPT_ABIS_LINK message. If the BTS supports the FLEXABIS function, the CS serv message. PDCH downlink multiplex threshold, Indicating the maximum TBFs on the downlink PDCH (parameter value/10).We recom reducing PDCH multiplex.
This be used together with "Level of Preempting Dynamic in the following This parameter parameter must specifies whether to enable the Power Optimization Based Channel" on Channel Type feature.conditions: The working voltage 1. When "Level of Preempting Dynamic Channel" is set to "No preempt of service TCHF" and "PDCH Reforming" is set to 2: When "Level of Preempting Dynamic Channel" is set to "Preempt all dynamic TCHFs" or "No preempt of CCHs" and "PD PDCH uplink multiplex threshold, indicating the maximum TBFs on the uplink PDCH (parameter value/10). We recommand PDCH multiplex. Pending timer of the M3UA link set Peer BSC ID. It identifies a BSC. ID of the peer BSC6900 IP address of the peer BSC6900 on the homing BSC6900 side Subnet mask of the port IP address at the peer BSC6900. Identifier of the peer BTS on the homing BSC6900 side Peer IP address of the PPP link. The IP address of the PPP link on the peer side of the BSC. Peer IP address of the MP group. Detects the IP address of the gateway IP address of the peer end of BTS PPP Link.
IP address of the peer end of BTS MLPPP Group. First destination IP address. The invalid value is 0. Second destination IP address. The invalid value is 0. The peer IP address should not be the same as the local address. Subnet mask of the peer IP Destination SCTP port number
Whether to punish the target cell when a handover fails or to punish the current serving cell when a handover is of more TA Peer Software Version After a handover fails due to congestion of the target cell, the system needs to punish the target cell to prevent the MS from Ping-pong handovers can easily occur when handovers are of more TA or bad quality. In these cases, the system needs to
Penalty duration for cell reselection. Cell penalty can be performed only in this duration. When this parameter is set to a gr When the cell reselection failure message is received or the load cell reselection is initiated, the "Cell Penalty Level" is sub Penalty Duration". Timer of penalty on a neighboring cell when a handover fails due to faults of data configuration. Ping check period of IP Path Measurement period for each frequency group Compression flag of the PPP link protocol domain Compression flag of the PPP link protocol domain Whether to compress the protocol field of the PPP link. Whether to support the paging message classification function: 0,close; Whether to support packet flow context (PFC). The PFC flow is used to control the QoS of the packet service of the MS. 1,paging message classification flow control; 2,re-paging flow control. Maximum number of paging messages that the BSC6900 can process over the A interface within a measurement period Maximum number of PS paging messages that the BSC6900 can process within a "Paging Statistical Period". Measurement period for calculating the arrival rate of paging messages Value of the per-hop behavior (PHB) PHB type of the IPMUX to be enabled
Whether to enable the private key password Cell Reselect Parameters Indication (PI), sent on the broadcast channel, indicates whether "Cell Reselect Offset", "Cell Re DISABLE: indicating that the private key password is disabled ENABLE: indicating that the private key password is enabled Indicates the number of the packets for remote loopback test of the OAM in the Ethernet Indicates the length of the packets for the remote loopback test of the OAM in the Ethernet
Loopback packet length Maximum multiplexing frame length. The length of the multiplexed packet must not exceed the maximum multiplexing fram payload, excluding the IP/UDP header.
Whether the cell supports the PACKET SI STATUS flow. In the PACKET SI STATUS flow, the MS sends the Packet PSI/S Indicates the size of the PING packet, neither IP header nor ICMP header is included.
Sent packet size Persistence level 1 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS,
Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 16QAM. The attenuation level ranges
Persistence level 2 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, Persistence level 3 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS,
Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 32QAM. The attenuation level ranges Persistence level 4 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS,
Power attenuation level of the EDGE TRX. There are 50 power attenuation levels. At each level, the power is attenuated b
Statistics period of the packet drop ratio. This parameter indicates the period for collecting the statistics information about t
Packet drop ratio threshold for speed reduction. When the packet drop ratio exceeds the value of this parameter, the rate o Point at which to play sound Whether to enable sound playing
Duration of sound playing. If this parameter is set to 0, the sound is played repeatedly. If this parameter exceeds the durat
CPU usage threshold for performance monitoring. When the average CPU usage of sliding windows reaches or exceeds th
Packet queue usage threshold for performance monitoring. When the average packet queue usage of sliding windows rea Interval for sending cell paging group packets when Paging Messages Optimize at Abis Interface is enabled Number of cell paging group packets when Paging Messages Optimize at Abis Interface is enabled
Whether to enable Paging Messages Optimize at Abis Interface. The BSC6900 combines multiple paging messages to a c
CPU usage threshold for recovery from performance monitoring. When the average CPU usage of sliding windows is lowe
Packet queue usage threshold for recovery from performance monitoring. When the packet queue usage of sliding window Whether to monitor the RRM performance Number of the port Port No. of environment alarm Port No. of the XPU board. If you do not specify this parameter, all ports of the XPU board are queried.
Number of the E1/T1 port on the Ater interface board. E1 mode: 0~31 (EIU), 0~62(OIU), 0~251(POUc). T1 mode: 0~31(EI Port number It is one key field of identifying the block of the Ater timeslot and indicates the port No. of the Ater interface timeslot. Port number of the E1/T1 of the Pb interface
Number of the port where the alarm is generated, only the ports for data transmission are supported, such as E1/T1 port, c Indicates the port number for running this command. E1/T1 port number E1/T1 port number E1/T1 port number Indicates the port number for running this command. Port number Port number Port number
Ethernet port FE/GE port number Ethernet port Port number E1/T1 port number Port number Port number of Pb signaling link Port No. of the BSC6900 board connected with the BTS Alarm port number Number of the port on the BTS side Number of the port on the BTS side Number of the port through which the BTS is connected to the BSC6900 Number of the FE or GE port
Number of the Ethernet port. The number must be consistent with that of the port carrying the FE connection of the IP BTS
Port number Maximum transmission delay of the POC service (push to talk over cellular). The transmission delay of the POC service m service received by the network side, Transfer Delay in the ABQP must be lower than the transmission threshold of the PO Maximum bandwidth of the POC service (push to talk over cellular). The transmission delay of the POC service must be re received by the network side, GbrValue in the ABQP must be lower than the maximum bandwidth of the POC service. Minimum bandwidth of the POC service (push to talk over cellular). The transmission delay of the POC service must be rel received by the network side, GbrValue in the ABQP must be larger than the minimum bandwidth of the POC service.
Whether to support the push to talk over cellular (POC) service This parameter specifies a condition for generating a BTS alarm. When the output power of a TRX of a transmitter is lower range is 0 to 9, indicating -10 dB to -1 dB. This parameter specifies a condition for generating a BTS alarm. When the output power of a TRX of a transmitter is lower value range is 0 to 9, indicating -10 dB to -1 dB. Description of the rollback point Name of the rollback point This port is provided by the FTP server to be visited by the FTP client.
Number of the port where to set up the link after the BTS ring is swapped. If this parameter is set to 0, the BTS works on a Number of the port where to set up the link after the main and backup OMLs of the BTS are swapped Number of the DXX port Maximum number of ports on the DXX Port protocol type Whether to enable the panel port of the XPU board
Indicates the type of the physical port used by the local maintenance point in the maintenance group. FE indicates the FE Type of the port. If this parameter is set to "TOPEXTOUTPORT", the local E1/T1 ports are used to extend the transmission extend the transmission of local boards. That is, the local boards can obtain the timeslots from other boards through the ex Whether to transmit the 2Quater message on the BCCH Norm channel or the BCCH Ext channel Type of the patch operation
Rated maximum output power of the diesel engine. Refer to the rated output power described on the diesel engine label. Relay switch 1 Relay switch 2 Relay switch 3 Relay switch 4 Relay switch 5 Relay switch 6 Battery current shunt coefficient
Power attenuation level of timeslot 7 of the BCCH in 16QAM. The attenuation level ranges from 0 to 50, with the step of 0. This parameter specifies the transmit power level of the TRX. The greater this parameter is, the smaller the transmit power Power attenuation level of timeslot 7 ofrange the BCCH 32QAM. The attenuation level ranges from 0 to 50, with the step of 0. For different types of BTSs, the value of thisinparameter is different. BTS3X: 0-10 Power type managed by the PMU BTS3001C: 0-13 BTS3002C: 0-10 supply system of the cabinet Type of the power Double-transceiver BTSs (BTS3012,BTS3012AE,BTS3006C): 0-10 DBS3900 GSM, BTS3900 GSM, BTS3900A GSM: 0-10.
This parameter specifies the maximum transmit power supported by the power amplifier of the TRX. The macro BTS and t
When the number of error frames on the PPP layer reaches the value of this parameter, the frame error alarm is generated
When the number of error frames on the PPP layer decreases to the value of this parameter, the frame error alarm is clear PPP link number of BSC. PPP link number PPP link number Number of a BTS PPP link.
Whether to enable the PPP frame multiplexing function. If this parameter is set to ENABLE, the PPP frame multiplexing fun
This parameter applies to the FG2a and GOUa boards. For the FG2c, GOUc, or POUc board, this parameter is always set This parameter specifies whether the preempted call is released after the handover failure. If this parameter is set to No, M with high priorities initiate the queuing procedure or the calls fail. Therefore, the access rate of MS with high priorities is de
This parameter specifies whether to preempt PDCHs when no TCH is available during the handover of the preempted call.
If this parameter is set to ON, the BSC initiates a TCHF preemption when receiving a link establishment indication from an Sampling rate of pre-processed measurement reports.
Priority of a route. A smaller value of this parameter indicates a higher priority. The BTS preferentially selects the route with Access priority of the MS that is allowed to access the cell. The MS sends the packet channel request containing the 2-bit parameter setting of the cell. If the radio priority equals to the parameter setting of the cell, the BSC sets up the TBF for the
This parameter specifies whether to support flow control based on priority. When this parameter is set to on, the system pr
Whether the BTSs send the original measurement reports to the BSC after pre-processing them. When this parameter is s
Printing control threshold. If the CPU usage of sliding windows reaches or exceeds the threshold, printing flow control is tri
Printing control threshold. When the packet queue usage of sliding windows reaches or exceeds the threshold, printing flow
Printing control threshold. If the CPU usage of sliding windows is lower than the threshold, printing flow control on the seria
Printing control threshold. When the packet queue usage of sliding windows is lower than the threshold, printing flow contr
Whether to control the printing flow on the serial port
This parameter controls handover between cells at the same layer. Generally, the cells at the same layer are set with the s
This parameter controls the handovers among cells on a same layer. A smaller priority value indicates a higher priority. Ce Priority of the hierarchical cell structure If the static Abis resource load is greater(HCS). than the value of "Fix Abis Prior Choose Abis Load Thred" and the dynamic Abis 0: indicates the lowest priority; 7: indicates the highest priority. Route priority. The highest priority is represented by 0.
Priority of the signaling link. 0 indicates the highest priority. A low-priority link carries services only when the high-priority lin Route priority. The boards FG2a, GOUa, UOIa(IP), FG2c, and GOUc support the configuration of routes with different prio standby mode. When the route with higher priority is available and only this route is valid, the system switches to the route Preferential customized detection type when the customized sequence is used for port detection. Number of customized detection types involved when the customized sequence is used for port detection.
Subsidiary customized detection type when the customized sequence is used for port detection. This parameter is valid on Name of the private key file Port detection sequence used during BTS startup.
Identifies the DSP protocol type, including ITUT(International Telecommunication Union - Telecommunication Standardiza Protocol type of the trunk frame. The setting of this parameter must be consistent with the setting at the SGSN side.
The transmission resource in the Abis timeslot is considered as faulty only when the BTS detects that the Abis timeslot is f This parameter specifies a period of time during which a cell cannot be enabled or disabled to prevent frequent cell enablin specified by this parameter.
This parameter is set to prevent the BSC from frequently enabling or disabling the TRX. After a TRX is powered on, the BS Port selection Port selection Port selection This parameter indicates whether to include Abis interface messages in PS CHR logs. This parameter indicates whether to include Gb interface messages in PS CHR logs.
This parameter indicates whether to include internal information in PS CHR logs. The internal information is the basic user This parameter indicates whether to include internal messages in PS CHR logs. The messages are generated in service d PDU removal indication. This parameter indicates whether to include Um interface messages in PS CHR logs. GSM PS data service downlink factor GSM PS data service uplink factor Whether to support PS Handover(PS HO). The PS HO is used to reduce the interval of the cell reselection of the MS. PS high PRI data path
PS high PRI data priority Priority for PS services over the Abis interface in IP, IP over E1, or HDLC mode when PS preferred. When "Level of Preem value, the priority for PS services becomes low.
Period for sending the packet message PSI. If the period is too long, the message PSI cannot be obtained in realtime. If th Whether the BSC supports the state message PSI. The state message PSI refers to PSI STATUS.
PS low PRI data path
PS low PRI data priority Priority for PS services over the Abis interface in IP, IP over E1, or HDLC mode when CS preferred. When "Level of Preem Service PRI" is set to a great value, the priority for PS services becomes low.
Threshold of the receive level for triggering the handover of the PS services from the overlaid subcell to the underlaid subc This parameter indicates the mode of exporting PS CHR logs. When the parameter is set to "Common User Mode&q exported (the command is "ADD GPSCHRUSER"). The two modes can coexist without affecting each other. This parameter specifies the level threshold for the random access of the MS. If the receive level of the RACH burst in the value of PS RACH Min. Access Level, the BTS considers that an access request exists on this timeslot, and determines to Minimum voltage level for accessing PS services of the location group This parameter indicates whether to record PS CHR logs. Maximum number of messages in the statistical period for the arrival of PS resource requests
Statistical period for the arrival of PS resource requests Whether to enable the DPSU0 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU1 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU2 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU2 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU3 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU4 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU5 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU6 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the DPSU7 to supply power for the BTS. This parameterscenario, specifiesthe whether BTS is allowedinto enable PSU Control feature. In multi-mode value the of this parameter one modethe must beSmart the same as the value of the corresponding para When this parameter is set to YES, the BTS automatically enables or disables the PSU according to the traffic volume to im The following types of BTS support the PSUthe Smart Control Threshold of the receive level for triggering handover of feature: the PS services from the underlaid subcell to the overlaid subc BTS3012AE BTS3900A, BTS3900, DBS3900, and BTS3900L: support the PSU Smart Control feature through the matching APM30. Switch for the self-healing of the OMU processes Port type of environment alarm Number of the port that provides the time information on the SNTP server
Cell Reselect Penalty Time (PT) is used to ensure the safety and validity of cell reselection because it helps to avoid frequ Subnet protocol type Alarm port type Line coding method Receiving frame structure Sending frame structure Frame structure Number of a BTS HDLC path. It is unique in one [BTS].
Ethernet port type Power system type. When the PMU is installed on the rack, you can select the custom power system type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
This parameter specifies the patch version loaded to the BTS. This can be set Nameparameter of the certificate file to only a hot patch version. You can use either of the following methods to query the version nu Method 1: If the BTS hot patch is downloaded to the OMU through the MML command DLD BTSPATCH, you can run the M Method 2: If the BTS hot patch is not downloaded to the OMU, you can decompress the BTS hot patch package. Then, ch Number of the patch version
Period timer of PVC utilization report. This timer is started during initialization. When the timer expires, the PVC utilization i Private key password Password
User password for the FTP server. When the FTPServer.exe file downloaded through the LMT is installed, the user passw Minimum length of the user password Power level First alarm switch of power distribution monitoring board
Second alarm switch of power distribution monitoring board Whether to allow active power control. If this parameter is set to YES, the system performs power forecast in the process o MSs and BTSs can adjust the transmit power. If this parameter is set to NO, the system does not perform power forecast, Whether to enable the optimized power control algorithm III Whether to enable power control algorithm II or power control algorithm III
If a class 3 MS on the DCS1800 band does not receive the original power command after random access, the power that t
The MS does not receive the original power command after random access. This parameter indicates whether the power d
Whether to enable the power amplifier for all location groups. 0x01 indicates that the TRX power amplifier is enabled for al Power mode.
Time interval between the time when the BTS detects that the external power supply is shut down and the time when the b
When this parameter is set to YES, The BSC6900 preferentially uses the TRX with good power-saving performance accor Finetune of the TRX power. During the static finetune of the TRX power, the BSC adjusts the TRX power at a step of 0.2 d the cabinet-top output power cannot be adjusted at a step of 2 dB, and the TRX output power cannot be consistent with th
When the ANT_A tributary antenna power switch is ON, it is allowed to configure related parameters of the ANT_A tributar
When the ANT_B tributary antenna power switch is ON, it is allowed to configure related parameters of the ANT_B tributar When the RET tributary antenna power switch is ON, it is allowed to configure related parameters of the RET tributary.
Minimum DSCP of queue 0. The IP packets with DSCP in a relation that "Min DSCP of queue 0" <= DSCP <= 63 is added
Minimum DSCP of queue 1. The IP packets with DSCP in a relation that "Min DSCP of queue 1" <= DSCP < "Min DSCP o
Minimum DSCP of queue 2. The IP packets with DSCP in a relation that "Min DSCP of queue 2" <= DSCP < "Min DSCP o
Minimum DSCP of queue 3. The IP packets with DSCP in a relation that "Min DSCP of queue 3" <= DSCP < "Min DSCP o
Minimum DSCP of queue 4. The IP packets with DSCP in a relation that "Min DSCP of queue 4" <= DSCP < "Min DSCP o
This parameter specifies the threshold of the signal level for cell reselection in connection mode before ""Qsearch C"" is o
Whether to enable the fast moving micro-cell handover algorithm. The fast moving micro-cell handover algorithm enables f
This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC e
A time threshold determined based on the radius of a cell and the moving speed of an MS. If the MS crosses the cell in a t
This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC e
This parameter specifies the level threshold for cell reselection in idle mode. level of the serving cell is lower than 5, the MS starts to search for 3G cells; if this parameter is set to 10 and if the signal l following decibel values: 0: -98 dBm 1: -94 dBm 2: -90 dBm 3: -86 dBm 4: -82 dBm 5: -78 dBm 6: -74 dBm In to -70 search 9: connection -74 dBm mode, if the signal level is below [0-7] or above [8-15], the MS starts10: dBmfor 3G cells. For example, if t then the dBm MS starts to search for 3G cells. 0: -98 13: -58 14: dBm -54 dBm For-94 thedBm purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values 1: determine whether interferences exist on channels. ... For thedBm purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values 6: -74 This parameter specifies one threshold ofchannels. the signal level for cell reselection in packet transfer mode. determine whether interferences exist on 7: (always) example, if this parameter is set to 5 and if the signal level offorthe is lower than QoS 5, themechanisms MS starts tofor search for 3s Whether to support QoC optimization. The GSN equipment theserving GPRS cell provides flexible different 8: -78 dBm values of this parameter correspond to the following decibel values: apply for one value for each QoS attribute. When receiving the request from the MS, the network must allocate a QoS leve 9: -74 dBm ... ... 9: -74 dBm This parameter is used to avoid allocating the calls whose signal strengths differ greatly to the same timeslot. 14: -54 dBm The BSC measures the signal merge conditions on each timeslot every 0.5 seconds. If the difference between the highest 15: Positive infinity (never) If N signal merge events are consecutively detected among P times of measurements, the forcible intra-cell handover is tri Here, N indicates "UL Signal Strength Difference Detections", P indicates "UL Signal Strength Difference Maintains".
The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density
The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density Whether to use the statistical multiplexing algorithm for multi-density power
Maximum number of times that the BTS finds that the air conditioner needs to be switched off. If the number of times that t
Maximum number of times that the BTS finds that the air conditioner needs to be switched on. If the number of times that t Step of downward power adjustment according to the quality of the received signals Whether to query the classmark of the call in an incoming BSC handover
Auxiliary This parameter contains eight bits. Whether devices to allow of therack fast0. handover algorithm The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, interna When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack Whether to configure a battery rack for rack 0 Capacity of the battery rack configured for rack 0
Ratio of the maximum charging current of the battery pack configured for rack 0 to the capacity of the battery pack. For exa
Auxiliary devices of rack rack configured 1. This parameter eight bits. Type of the battery for rack contains 0 The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, interna When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack Whether to configure a battery rack for rack 1 Capacity of the battery rack configured for rack 1
Ratio of the maximum charging current of the battery pack configured for rack 1 to the capacity of the battery pack. For exa
Auxiliary devices of rack rack configured 2. This parameter eight bits. Type of the battery for rack contains 1 The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, interna When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack Whether to configure a battery rack for rack 2 Capacity of the battery rack configured for rack 2
Ratio of the maximum charging current of the battery pack configured for rack 2 to the capacity of the battery pack. For exa Type of the battery rack configured for rack 2
The NS performs location management based on routing areas during GPRS packet services. Each routing area has a rou
The NS performs location management based on routing areas during GPRS packet services. Each routing area has a rou Identifies the routing area of the current cell Route area of the current cell
Route area of the current cell
Route area of the current cell Correlation threshold of the sequence random access. This parameter specifies thetraining level threshold forfor thethe random access of the MS. If the receive level of the RACH burst in the As defined in the GSM recommendation, the system can determine whether the received are random access signa value of CS RACH Min. Access Level, the BTS considers that an access request exists onsignals this timeslot, and determines to Random Access Error Threshold Number of Correct Bits in the 41-Bit Training Sequence 90-100 33 Level threshold of the MS random access for the BTS to determine the RACH busy state. When the receive level of the ran Number of RACH burst timeslots 101-120 34 in a RACH load measurement. The value of this parameter 35 indicates the interval during which the BSC6900 determines whether an RACH timeslot is bus 121-140 141-160 36 Minimum CS services of the location group 161-175 voltage level for accessing 37 176-195 38 Routing area color code of the GPRS cell 196-221 39 222-243 40 Whether to allow the MS to access another cell 244-250 41 0-89 or 251-255 38. Hysteresis of cell selection in different routing area. When a standby or ready MS starts cell reselection, if the original cell a the MS cannot start cell reselection. The larger the hysteresis of GPRS cell selection, the harder to start cell reselection. Port rate of the IP interface board
Switch for controlling the AMR rate. Value 0 indicates that C/I is used to control the AMR rate. Value 1 indicates that BER i
This parameter specifies whether the RATSCCH function is enabled during the call establishment procedure. RATSCCH is
Original measurement report sampling rate (for each call, one out of four measurement reports is collected) Type of recording the execution result 1. REC_ALL: indicating the execution of all the commandstakes are recorded no matter whether theconfiguration commands are LASTRBP indicates the that last rollback point. results The system automatically the position where the current com 2. REC_ERR: indicating that only the execution results of failed commands are recorded. 3. REC_NON: indicating that the execution results of all the commands are not recorded no matter whether the commands
Number of the RXU chain or ring. The value scope is 0~11 for Non-SingleRAN BTS and 0~249 for SingleRAN BTS. The R The first RXU chain number when combining two RXU chains to be one RXU ring. RF the number TRX. when combining two RXU chains to be one RXU ring. Thereceive secondmode RXU of chain The BTS3012, BTS3012AE, BTS3012II, BTS3006C, and BTS3002E do not support Main Diversity. The DBS3900 GSM and BTS3900 GSM support Four Diversity Receiver and Main Diversity.
Speed reduction efficient of the logical port. When detecting link congestion through IPPM, the system reduces the bandw Whether to allow the reassignment function Whether to re-assign the radio channels on a different band or on the same band. This can help minimize the decrease in IUO cell receive quality threshold (AMRFR), which is used for IUO handover decision IUO cell receive quality threshold (AMRHR), which is used for IUO handover decision
One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX
One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX Whether to use the downlink receive level as a condition in IUO handover decision
With traffic control enabled, the BSC discards some paging messages. This parameter specifies whether to record detailed
One of reduction the parameters decide the underlay and overlay areas. Speed alarm that recovery threshold If "Enhanced Concentric Allowed" is set to OFF, the underlay and overlay areas are determined by "RX_QUAL Threshold" Threshold", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "TA Threshold", and "TA Hystere Whether to use the downlink receive quality as a condition in IUO handover decision Whether to back up the data of the board Interval for releasing the secondary links in the congestion state
Secondary link bandwidth that is released each time in the congestion state Port for output LINE2(The actual value range may differ on the LMT ) Back-up port for output LINE2(The actual value range may differ on the LMT ) Port for output LINE1(The actual value range may differ on the LMT ) Back-up port for output LINE(The actual value range may differ on the LMT ) Switch of panel BITS1(2M) Switch of panel BITS2(2M)
Whether to use SGSN clock source.Only the Gb interface board needs to set this parameter. If the SGSN clock and the M
Region information of the IP BTS configured with local switching. Local switching can be performed between only the BTS Absolute time of re-homing Delay time of re-homing Policy type of re-homing Whether to re-initialize the neighboring cell pair for software synchronization Cabinet number of the associated module. The associated two MRFUs or GRFUs must be in the same cell.
Whether to enable the configuration of the "Extend Connection" attribute. The "Extend Connection" attribute describes the Function to be performed by two associated modules Slot number of the associated module Subrack number of the associated module
Tributary Number of the DFCB that is cascaded to the DFCU. The "Extend Connection" attribute describes the cascading r Remark Purpose description of the route record
Remote NSVL ID of the Gb IP route A key parameter that indicates how many times the BSC6900 broadcasts cell messages. You can obtain the cell broadcas The value 0 indicates no repeat.
When the cell supports Repeated Downlink FACCH, the BTS enables the repeated transmission of FACCH frames if the m If the cell supports the Repeated Downlink FACCH function and the measured downlink quality is lower than the downlink
When the cell supports Repeated Downlink SACCH, the BTS enables the repeated transmission of SACCH frames if the m Whether to reserve the binding of the alarm ID and the alarm port Whether to perform resource checks on the resource usage system and resource management system. Resource checks
Indicating that during cell reselection, the level of the target cell should meet the following condition: Level of target cell > [M NC2 cell reselection interval in the same cell
The number of received Packet Measurement Report messages on the receive level of the serving cell is measured contin
If the number of times when the receive level of the serving cell within "Normal Cell Reselection Watch Period" is lower tha
This parameter specifies the number of the reserved PDCHs that are not used for channel converstion in the dynamic tran This parameter specifies the number of idle channels that should be reserved on a cell after the TRX is shut down. When t assignment on the cell that is enabled with the TRX Intelligent Shutdown feature.
Whether to withhold link breakdown alarms in case of BTS resets due to data configurations If OML links break down after BTS resets caused by data configurations and recover within the period specified by this par If OML links fail to recover within the period specified by this parameter, OML link breakdown alarms are reported. Interval for resetting the counter when the user fails to log in Retry times after the peer response timer expires during NSVC reset The waiting time from BTS detect OML disconnect to BTS reset. Duration of the peer response timer during NSVC reset Reason for activating the radio status procedure
Whether the HO RQD messages sent by the BSC to an MSC carry response request cells. Response request cells are op Whether to resume broken download Duration of the PPP/MP link restart timer Duration of the PPP/MP link restart timer Restoration type of the alarm
Time for the BSC to initiate the common measurement or information exchange procedure after this procedure fails While assigning channels, the BSC ensures that the sum of the number of channels occupied by high-priority users and th the sum of the number of channels occupied by users of "Highest Priority" and the number of idle channels is larger than th
Interval fornumber executing the scheduled subtask Maximum of levels that the BTS RF power decreases. This parameter is used to control the decrease in the BTS R The unit is determined according to time mode. Interval for sending the radio resourcethe indication messages. The TRX reports the interference level for each of the channe 1. This parameter specifies whether to configure the DRFU, MRFU, GRFU, or XRFU or link. of a TRX. For details, s 1. If the time mode is set to "DAILY_T" or "DAILY_C", the is day. This parameter is used by a BTS to inform the BSC6900 of unit the interference levels on by idleslot channels 2.2.When setting the BTS to support the configuration of the RFU by slot, set this parameter to "YES". When setting the BT If the time mode is set to "WEEKLY_T" or "WEEKLY_C", the unit is week. 3.3.IfIfthis parameter is set to "YES", you must enter the numbers of the subrack and slot where the new board is located. the time mode is set to "MONTHLY_T" or "MONTHLY_C", the unit is month. If you need to specify the CPRI connection relations (SFP port number and cascading level) based on a rule that is differen 4. If this parameter is set to "NO", you must set "TRX Board No.", "RFU Link No." and "RXU Chain Head Port No.". Satellite card protocol that is enabled to communicate with the satellite card connecting to the DGPS. If "RGPS" is specifie enabled to communicate with the satellite card connecting to the DGPS.
Whether to support RAN information management (RIM). IN the RIM procedure, RANs(Radio Access Network) can exchan
Time for disconnecting a call when the MS fails to decode theisSACCH. Once a dedicated channel is assigned to the MS, t The loopback channel number when the port loopback mode set to TDM remote loopback Transmission mode onmessage the Ater interface of the remote TC subrack. The meaning of values as follows: Each time an SACCH is not decoded, the counter S decreases by 1. Each time anisSACCH message is correctly STANDALONETC: not converged situation and it cannot be improved through power control or channel handover, the connection is to be re-established or re MASTERINPOOLTC: control subrack for TC convergence SLAVEINPOOLTC: non-control subrack for TC convergence RNC ID of a 3G external cell. The value of this parameter must be consistent with the data configuration at the RNC.
Internal index of a neighboring RNC. This parameter is set to 255 when the neighboring RNC that serves the 3G external n Internal index of a neighboring RNC Name of a neighboring RNC. The name is used to uniquely identify a neighboring RNC. Name of the root certificate file Identifies a router uniquely Router port number. The setting of this parameter must be consistent with the setting at the SGSN side.
Whether to allow the BTS to report the downlink voice quality index (VQI). The VQI is used to indicate voice quality. It is ca Cell reselection measurement report period in packet idle mode Cell reselection measurement report period in packet transmission mode Speed reduction alarm report threshold
Whether to allow the BTS to report the voice quality index (VQI). If this parameter is set to Report, the BTS reports the VQ measured separately, and thus the speech quality is monitored. For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values Resource group number of the PATH The parameter indicates whether the resource group is shared or is used by a specific telecom carrier.
Resource management mode. The logical port working in the SHARE mode can be shared by multiple carriers. The logica
Timer for punishing the neighboring cells when handover failures occur due to resource-related causes, such as resources This parameter adjusts "Min RSCP threshold" to enable the selection of 3G candidate cells based on cell priorities
This parameter determines the layers of 3G neighboring cells. If the measured value of a 3G neighboring cell is lower than RSD alarm triggering source RSF alarm triggering source Used for calculating C2. The MS with a large value can be assigned with high access priority. Average down-bandwidth of RSL link in BTS. Differentiated service code of the specified RSL RSL service priority Average up-bandwidth of RSL link in BTS. Specified RSL Vlan Id Size of the RSL LAPD window
Reason for locking the configuration and management control rights Threshold of the level difference between a neighboring cell and the serving cell, based on which the BSC filters the meas are later submitted to NaStar for analysis. When a measurement report shows that the signal strength difference between
This is the description file for resetting the board. The reset file names of different boards are different. Name of the result file generated after the command is executed. If this parameter is not specified, the name of the result f entering the name. The flag of the main area can be queried through the "LST OMUAREA" command. The characters (@, Whether to enable the restart function Timer Maximum number of TCH channels reserved for emergency call users Parameter 1 reserved for future use. Parameter 10 reserved for future use. Parameter 2 reserved for future use. Parameter 3 reserved for future use. Parameter 4 reserved for future use. Parameter 5 reserved for future use. Parameter 6 reserved for future use. Parameter 7 reserved for future use. Parameter 8 reserved for future use.
Parameter 9 reserved for future use.
Number of reserved idle channels. If this parameter is set too small, the TRX may be frequently enabled/disabled; if this pa Recovery mode of the MSP protection group
Routing context. The routing context identifies a specified route. If the routing context is to be configured, its value must be
Ratio of the RTCP path bandwidth to the A interface bandwidth. According to the Real-time Transport Control Protocol (RT Whether to enable the real-time transport control protocol (RTCP) function. The BSC6900 and the MSC negotiate whether when IP transmission is used over the A interface. Destination IP address Routing mask Index of a route. The index is unique in a BTS.
It is used to calculate the round-trip time of the protocol stack and the RTO value. The value must be smaller than "RTOBE
It is used to calculate the round-trip time of the protocol stack and the RTO value. The value must be greater than "RTOAL
When the "RTOMIN" and "RTPMAX" parameters are set to fixed values, the larger the value is, the longer the check of the When the "RTOMIN" parameter is set to a fixed value, the larger the value is, the longer the check of the link is. When the "RTOMAX" parameter is set to a fixed value, the larger the value is, the longer the check of the link is. Whether to measure the delay on the link between the BTSs that serve the calling MS and the called MS respectively
Maximum number of RTTI TBFs that can be multiplexed on the PDCH. A PDCH can be assigned when the number of RTT Type of the route. When the BTS does not support IP over E1, the parameter Route Type needs to be set to NEXTHOP(N Protocol (PPP) and the peer IP address is unknown. The benefit of setting Route Type to OUTIF(Out Interface) is that the
Logical port speed increase step. When detecting the available bandwidth increase through IPPM, the system increases th
Bandwidth increase step adjustment period. This parameter indicates the period to increase the bandwidth of the logical po R-version number of the BTS software Receive bandwidth of IP path Receive bandwidth Minimum receiving power level for the MS in the cell to access the system For AMR FR voice services, a fixed amount of offset is added to the corresponding grade of the received signal quality for
Minimum received signal level of the MS. This level is reported in the system information. This parameter specifies the min Whether to use the emergency handover algorithm in case the receive level of the MSs drops rapidly, thus preventing call Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Number of the RXU chain to which the RXU belongs Number of the RXU chain. The RXU chain No. is unique in one BTS. Number of the RXU chain where the board is located Index type of the RXU Type of the RXU board index Name of the RXU Name of the RXU board. The RXU name is unique in one BTS. Name of an RXU Position number of the RXU on the RXU chain Position No. of the RXU board on the RXU chain Position of the RXU board on an RXU chain Type of the RXU board
Whether to enable the switch to set the S1 value. S1 byte, also called the synchronization status byte, is one of the optical
S1 sending value. It is a synchronization status byte used by the local end to examine the quality of the received clock sign Whether to enable the special analog alarm. The value of this parameter consists of 32 bits, eachinofone which determines whether the of corresponding specialpara ana In multi-mode scenario, the value of this parameter mode must be the sametoasenable the value the corresponding BT1_DISABLE, AH_DISABLE, AT1_DISABLE, AT2_DISABLE, and BT2_DISABLE. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Whether the MSC independently processes the trunking services. When this parameter is set to YES, the MSC independe Whether an MS supports the SAIC function. Single Antenna Interference Cancellation (SAIC) is used to reduce the impact BTS/MS Power Control are adjusted to improve the radio performance of the BSS. Adjustment step of the downlink signal quality threshold in power control algorithm II for MSs that support SAIC. The netwo network. Adjustment step of the downlink signal quality threshold in power control algorithm III for MSs that support SAIC. The netw network. The value of this parameter consists of five bits, which determines whether to enable the alarms. "0" indicates that the ana In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Index of a cell with the same coverage as the current cell Index type used when the command is executed
The BSC6900 checks the load of the same coverage cell of the target cell once a minute. When the number of times in wh
This is disabled used by the BTS to to inform the BSC6900 of radio link connection A cellparameter that can be is allowed be disabled only when the load of the samefailure. coverage cell is lower than this thresh When the BTS receives the SACCH measurement report from the MS, the counter for determining whether a radio link is f measurement report, the counter Name of the same coverage cell increases by 2. When the value of this parameter is 0, the BTS regards the radio link as faulty. The BTS sends a connection failure indicat respectively. The judgment standard is whether the measurement report in SACCH is correctly decoded. The value of this parameter consists of three bits, which determines whether to enable the alarms. "0" indicates that the ala In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the special alarm switch. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Level specifications of special Boolean value alarms. Two specifications are available: high level and low level. By default, In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Whether Boolean alarms,ofthat water sensor alarm (bit 0), smog sensor alarm (bit 1), and door sen Whether to to enable enable the the special energy saving function the is, TRX for the BTS3002E. and GS_DISABLE~2. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Number of the BTS. The BTS is numbered uniquely in a BSC. This parameter indicates that when the MS reports the EMR, it adds the value of this parameter to the received signal leve If the SCALE_Order reported the MS is 10 dBm, level values 0-63 map with -100 dBm to -37 dBm. Name of the BTS. The BTS isby named uniquely in a BSC. If the SCALE_Order reported by the MS is 0 dBm, level values 0-63 map with -110 dBm to -47 dBm. If the SCALE_Order reported by the MS is Automatic, the MS chooses the least SCALE while ensuring that the MS can re
DSCP corresponding to the streaming service When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the me information of the serving cell. Number of the cell where the TRX reside. The cell is numbered uniquely in a BSC. Name of cell 1 A key parameter that indicates the coding scheme of a simple cell broadcast message Number of the sub-channel
Command string of the scheduled subtask. This command can be only a service command, and the system command can Type of querying used to set the measurement report collection scope.
Indicates the index of the inter-subrack connection path Scrambling code of a 3G cell. The scrambling code is used to differentiate terminals or cells. It is used after spread spectr spectrum. Scrambling is used to distinguish terminals on the uplink and to distinguish cells on the downlink. Start serial number of the alarm record SCTP link number of XPU board. This number identifies an SCTP link uniquely. Date when the scheduled task is started Start date of the alarm record. By default, the start date is 2000-01-01. Start date of the alarm record. By default, the start date is 2000-01-01. Maximum number of days for storing history alarms SD alarm triggering threshold Start date Start date of the daylight saving time (DST)
Number of SDCCH channels. Rules for SDCCH channel allocation: 1. Allocate channels 1 and 3 of main frequency B prefe Whether a call must camp on the SDCCH for a specific duration before being assigned with a traffic channel.
Duration for a call camping on the SDCCH before being assigned with a traffic channel. Level threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 d number of call drops on SDCCH (receive level) is incremented by one. Quality threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 by one. First, the downlink quality level multiplied by 10 is higher than this threshold. Second, the TA is smaller than the TA Level threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 d call drops on SDCCH (receive level) is incremented by one. Quality threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 one. First, the uplink quality level multiplied by 10 is higher than this threshold. Second, the TA is smaller than the TA thres Whether to allow SDCCH dynamic allocation, that is, whether to allow dynamic conversion between TCHs and SDCCHs.
Enable SD Whether to enable the SDCCH quick handover test function. If this parameter is set to Yes, the BSC6900 initiates intra-cel network security is improved.
This parameter specifies whether the BSC6900 automatically shuts down the power amplifier of the TRX to save power wh
After a new SDCCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the Maximum number of discarded MRs allowed on the SDCCH in a power control period
Period in which level penalty is performed on the neighboring cells of the cell where a fast-moving MS is located. The neig
Level value of the penalty that is performed on the neighboring cells of the cell where a fast-moving MS is located. The nei DSCP corresponding to the signaling
Specifies the SF and SD event priority High temperature threshold for triggering power shutdown of the battery. If the power shutdown upon battery high tempera In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Sliding time window for collecting statistics on the alarms that disappear in a specified period of time.Sampling time window
Sliding time window for collecting statistics on the alarms that occur in a specified period of time.This parameter is similar t Low voltage threshold for triggering power shutdown of the battery. If the power shutdown upon low voltage is enabled and In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to allow the MS to search for a 3G cell when the BSIC must be decoded Self Software Version
This parameter specifies whether the SI Type 3 message contains the 2QUATER indicator. Whether to report BSS INVOKE TRACE message. When the parameter is set to YES, the BSC sends a BSS INVOKE TRA BSC does not send a BSS INVOKE TRACE message to the MSC. Whether to report the classmark queried by the BSC6900 to the MSC
Whether to send a CONFUSION message to the MSC. This parameter specifies whether to send a message carrying fault
If this parameter is set to No, the BSC responds with an SAPI N'Reject message against the DL short message after hang
Priority of the notification message transmission on the FACCH. From high to low, the priorities are A, B, 0, 1, 2, 3, 4 and N
Priority of the paging message transmission on the FACCH. From high to low, the priorities are A, B, 0, 1, 2, 3, 4 and No P The time for BTS reset. Whether the BSC sends the System Information Type 2ter message. Whether the BSC sends the System Information Type 5ter message.
Whether the SI Type 3 message contains the 3G Early Classmark Sending Restriction field. The 3G Early Classmark Send
Split position on the RXU chain Whether to enable the BTS to support the separation between the physical and logical. Whether the BTS supports the sep non-separate mode, a one-to-one mapping exists between the physical board and the logical TRX. Number of the command listening port of the server. You should not use any port number occupied by other applications.
Number of the data port of the server in active mode. You should not use any port number occupied by other applications. Delivery serial number of the RET antenna IP address of the FTP server to be visited by the FTP client Service mode of the BSC6900. This parameter specifies configuration mode of subracks. Service bearer mode of the BTS Service bearer mode of the BTS Name of the command function
Service type of the BTS. The QoS processing depends on the DSCP, VLAN ID, and VLAN priority that vary according to th
Whether to enable the diesel engine parameters to be configured Whether to enable the environment temperature alarm parameters of the APMU to be configured. The APMU of the APM3 In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the environment temperature parameters to be configured. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether to enable the environment humidity alarm parameters of the board to be configured. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Number of the SFP port. If the switching relation is added on the SFP port, it indicates that the SFP port is used to connec Available capacity of the SGSN Name of the SGSN
Length of the NRI(Network Resource Identifier) or NULL-NRI. The length determines the maximum value of the NRI and N
Special NRI(Network Resource Identifier). Each SGSN pool has one NULL-NRI. When the NRI value in the TLLI of the MS Whether to enable the SGSN pool function. With SGSN pool, a BSC6900 is connected to multiple SGSNs in the pool, and handovers and node redundancy backup. Protocol version supported by the SGSN Administrative state of the SGSN. The value "ALLOW" indicates that the SGSN can handle the PS services normally. The PS services.
Usage threshold of the CPU for call access from other CPU. If the usage of the CPU exceeds the threshold, the call acces Slot number of the load sharing interface board Whether to allow sharing Shield flag of the alarm
This parameter specifies the delay time before shutting down the TRXs when the BTS experiences a power failure. Whether the BSC sends a System Information Type 2ter message to a non-dualband cell. When the parameter is set to YE cell sends the System Information Type 2ter message. When the parameter is set to NO and "Send System Information 2t Whether to enable a handover between signaling channels Number of times that the downlink signal strength exceeds the threshold Uniquely identifies a signaling link set Uniquely identifies a signaling link set ID of an M3UA link in the specified link set
Signaling local weight over the local NSVL. When this parameter is set to a larger value, the NS is more likely to select this
Signaling local weight over the remote NSVL. When this parameter is set to a larger value, the NS is more likely to select t Priority of the signaling service.0 is the highest priority. Number of times that the downlink signal is measured
Number of measurement reports used for averaging the signal quality of signaling channels. This parameter helps avoid sh ID of an MTP3 link in a specified link set Number of measurement reports used for averaging the signal strength of signaling channels. This parameter helps avoid Minimum interval between the successful TBF establishment and the first initiation of the Packet Timeslot Reconfiguration
Single pass exclude MSISDN number 1. One-way audio means that only one party in a call can hear the voice. Certain nu Single pass exclude MSISDN number 10. Certain numbers, such as the premium rate number, are not used for the single
Single pass exclude MSISDN number 11. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 12. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 13. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 14. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 15. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 16. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 17. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 18. Certain numbers, such as the premium rate number, are not used for the single Single pass exclude MSISDN number 19. Certain numbers, such as the premium rate number, are not used for the single
Single pass exclude MSISDN number 2. Certain numbers, such as the premium rate number, are not used for the single p Single pass exclude MSISDN number 20. Certain numbers, such as the premium rate number, are not used for the single
Single pass exclude MSISDN number 3. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 4. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 5. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 6. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 7. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 8. Certain numbers, such as the premium rate number, are not used for the single p
Single pass exclude MSISDN number 9. Certain numbers, such as the premium rate number, are not used for the single p Source IP address Source IP address Log of which site need to be collected.
Zone where the BTS synchronizes with other BTSs. Only two BTSs with the same synchronization zone can be synchroniz The IP address must be a valid class A, B, or C address, and it cannot be a broadcast address or network address.
Self-loop Thegroup precautions are BTS. as follows: No. of thetype. location under the The location group No. is unique for each BTS. 1. If the self-loop type is set to "E1SELFLOOP" and the BTS type is BTS3002C, BTS3001C, or BTS3001CP, the transmiss 2. If the self-loop type is set to "IASUSELFLOOP", only 3002C, 3006C, 3002E support IASU self loop type, and when the B Signaling route load sharing. In the value, the number of 1s (represented by n) determines the maximum number (2) of rou routes are not used for the load sharing. The AND operation between this value and " signaling link mask " in the link set is If no handshake message is received from the peer within the delay, the slave service is activated. A slave service object p signaling links on the A interface of the peer BSC are faulty.
Type of the start date. "WEEK" indicates that the start date is a weekday. "DATE" indicates that the start date is a month d Index of the SMLC Whether the built-in SMLC or external SMLC is used in the BSS. Smog alarm switch Month in which DST starts Number of CPU usage samples involved in the calculation of the average CPU usage in the sliding window Number of the slot
Number of the slot Number of the slot where the XPU board is located Number of the slot where the XPU board is located Number of the slot A key field used to identify the Ater timeslot and indicate the number of the Ater interface timeslot Number of the slot Number of the slot where the alarm is generated
Number of the slot where the alarm is generated, the number of the slot where the OMU board is positioned is not support Indicates the slot number for running this command Slot number for running this command Number of the slot. The subrack number and slot number uniquely identify a board. Slot No. of the subsystem where the Iur-g common connection is established Number of the slot where the BTS board is located Number of the slot where the BTS board is located Slot number of the XPU board bound to the NSE Slot number of board to which Pb signaling link belongs Number of the slot where the port is located
Slot number of the BSC6900 board that is connected to the BTS RF send mode of the TRX. The BTS3006C andwhere BTS3002E doboard not support Wide Band Combining, Power Booster Technology, DPBT, or Transmitter I Number of the slot the BTS is located. The DBS3900 GSM GRRU does not support Wide Band Combining, Transmitter Independent or Combining, Power Boost The BTS3900 GSM and BTS3900A GSM do not support Transmitter Independent or Wide Band Combining. The connection mode between the DRRU and the antenna. The connection mode between the DRFU and the antenna. The connection mode between the MRRU/GRRU and the antenna. The connection mode between the MRFU/GRFU and the antenna.
The connection mode between the BTS3900E and the antenna. Data format of the specified signaling point. When this parameter is of setthe to SNTP "WNF",client the SPC is expressed in the form of an integer number. Synchronization period service When this parameter is set to "NDF", the SPC is expressed in three segments. The number of bits included in each segme As an integer, the OSP expressed digit a hexadecimal digit. If the OSPsegment code is expressed When the signaling pointcode codecan bitsbeparameter is by setatodecimal "BIT14", theornumber of bits included in each is 3, 8, andby 3. When the signaling point code bits parameter is set to "BIT16", the number of bits included in each segment is 4, 8, and 4. Number bits contained in thebits signaling pointiscode When theofsignaling point code parameter set to "BIT24", the number of bits included in each segment is 8, 8, and 8. Assume that the signaling point code bits parameter setthe to parameter "BIT14" and the SPC is data expressed three segments 5-7-2. Y OSP code expressed in the form of segments 8-8-8, is see "Signal point format"inof the "ADD OPC" 1. Convert the value in each segment to a binary number and fill 0s into a segment if the number of bits included in that se the is of 111. Startsecond CIC ofsegment the E1/T1 theAs Pbpreviously interface stated, when the signaling point code bits parameter is set to "BIT14", eight bits 101 00000111 010. 2. Convert this binary number to a decimal number. The decimal form of this binary number is 10,298.
This parameter is used for load control. It determines whether the users of special access class are allowed to access the The value of this parameter consists of seven bits. Each bit determines whether to enable the one-way Boolean alarm. "0" In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para The value of this parameter consists of five bits. Each bit determines whether the one-way Boolean alarm is triggered by lo In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
If the number of one-way mute events exceeds the value of "Speech Channel Alarm Threshold" within this period, then the Whether to contain the information element of Speech_Ver in the Assignment Complete message Whether to contain the information element of Speech_Ver in the Handover Perform message Whether to contain the information element of Speech_Ver in the HO_REQ_ACK message Whether to contain the information element of Speech Ver in the HO_RQD message Speech version mode that the BTS uses for the VGCS call number in the timeslot in the TRX in fallback mode Speech version mode that the BTS uses for the VGCS call number in the timeslot in the TRX in fallback mode
Speech version configured on the TRX timeslot when the BTS works in fallback mode. When "CHNTYPE" of the TRX time Rate over the GE electrical port. When this parameter is set to 1000M, the GE electrical port performs negotiation at the ra result can be either 100 Mbit/s or 1000 Mbit/s.
Level value of the penalty that is performed on the neighboring cells of the cell where a fast-moving MS is located. The nei
Period in which penalty is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighborin Whether to support SPLIT_PG_CYCLE on CCCH. The parameter SPLIT_PG_CYCLE is used to define the DRX period. Y the paging group based on SPLIT_PG_CYCLE is not supported on CCCH. This parameter specifies whether the BSC6900 supports the cell broadcast function and whether the BSC6900 supports s If the BSC6900 supports standard cell broadcast, the BSC6900 should be connected to the CBC. Whether to support the common bidirectional measurement procedure on the Iur-g interface. Whether to support the bidirectional information exchange procedure on the Iur-g interface.
Whether to support In Inter-RAT Inter-cell PS Handover. The MS in the UMTS cell can be handed over to the BSC local ce
Whether support Out Inter-RAT Inter-Cell PS Handover. The MS in the BSC local cell can be handed over to the UMTS ce
Whether the function of Network Assisted Cell Change (NACC) resource guarantee is allowed. In NC2 or NACC cell resele
Whether the BSC forwards the paging message from the trunking MSC to the MS. When this parameter is set to YES, the Whether resource check on on the the LAPD Pb interface. Whether to to enable enable the the enhanced layer 3 check mechanism links. If the PCU_BSC_LAPD_CHECK_ACK message cann The introduction of enhanced resource check is to improve theLink. efficiency of resource checking and define the dependencie Pb link, set the Pb link to fault state and report the ONE PBSL The external PCU initiates the enhanced resource check. The resources to be checked, consisting of the cell resources, c The external PCU sends the check message to the BSC. The BSC divides the check message into three independent che
Whether to enable the single pass check function on the Pb links between the BSC and the external PCU. When the Pb lin Whether to enable the PCIC check function on the Pb links between the BSC and the external PCU. When the configuratio are blocked, and the priority of the Pb link is lowered.
Whether to support RAN Sharing.RAN sharing refers to the technique that the GBSS equipment is categorized into multipl
Cell supports reduced latency capability. This parameter is used to reduce the latency during the transmission, thus improv
whether the main operator enables the RanSharing function. If the RanSharing function is enabled, one to three co-operat Whether the FTP client supports the state firewall Uniquely identifies an OSP
Whether a base station supports normalized data configuration. Normalized data configuration means that the cabinets, su
Whether the data configuration of the SingleRAN BTS supports normalized SingleRAN mode. Normalized SingleRAN mod
Whether the data configuration of the SingleRAN BTS supports normalized SingleRAN mode. Normalized SingleRAN mod A cell Index must be unique in one BSC6900 . It is used to uniquely identify a cell. Name of a cell A source cell index must be unique in one BSC. It is used to uniquely identify a source cell. The value of this parameter ranges from 0 to 2047.
Name of a source cell
Source cell ID The batch file to be executed: The content of the batch file consists of service commands to be executed in batches. The s cannot appear in the file name. Priority of the clock source Priority of the clock source. There are four priorities (in descending order): 1, 2, 3, 4. Whether the currently used handover algorithm in the source cell is HO Algorithm I or HO Algorithm II Source IP address of BFD Session. Local area code (LAC) of the source cell Mobile country code (MCC) of the source cell Identifies a maintenance point in the maintenance group Mobile network code (MNC) of the source cell Source of timeslot cross Type of the clock source. Source timeslot mask Number of the subrack Number of the subrack Number of the subrack where the XPU board is located Number of the subrack Number of the subrack It is one key field of identifying the Ater timeslot and indicates the subrack No. of the Ater interface timeslot. Number of the subrack Number of the subrack where the indicator alarm to be queried is generated The subrack number for running this command The subrack number uniquely identifies a subrack. Subrack No. of the subsystem where the Iur-g common connection is established Number of the subrack where the BTS board is located Number of the subrack where the BTS board is located Subrack number of the XPU board bound to the NSE Subrack number of board to which Pb signaling link belongs Number of the subrack where the port is located Subrack number of the BSC6900 board that is connected to the BTS Number of the subrack where the BTS board is located Number of the subrack at one end of the inter-subrack connection channel Number of the subrack at the other end of the inter-subrack connection channel
Name of the subrack to be added Number of the tributary Type of the subrack Sequence of alarm records Traffic local weight over the local NSVL. When this parameter is set to a large value, the NS is more likely to select this IP
Traffic local weight over the remote NSVL. When this parameter is set to a larger value, the NS is more likely to select this The parameter specifies which type of service TRXs should be preferentially processed when the PSU is faulty. Service type of the IP interface board. The service type can be CS speech, CS data, PS high priority, or PS low priority.
After a handover due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty T CPU usage alarm clearance threshold
CPU usage alarm threshold. When the CPU usage exceeds the threshold, a CPU usage alarm is reported. "CPU occupan
DSP usage alarm clearance threshold. When the DSP usage is lower than the threshold, the DSP usage alarm is cleared.
DSP usage alarm threshold. When the DSP usage exceeds the threshold, a DSP usage alarm is reported. "DSP occupanc When the network receives measurement reports, the measurement values in several straight measurement reports are fil traffic/data channels. When the network receives measurement reports, the measurement values in several straight measurement reports are fil signaling channel. Number of the subsystem No. of the subsystem where the Iur-g common connection is established Start synchronization number of the alarm record
After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Ti Start of DST
The operation time of the log record should be after this time. If this parameter is not specified, the start time is not limited. If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter.
The operation time of the log record should be after this time. If this parameter is not specified, the start time is not limited. Start time of the alarm record. By default, the start time is 00:00:00. Start time of the alarm record. By default, the start time is 00:00:00. A key parameter that indicates the date and time when the BSC6900 broadcasts cell messages Start number of the alarm record
Whether to preferentially use the variable bitmap code when encoding the frequency in the System Information and encod This parameter indicates whether the arrival of channel request messages is controlled.
It indicates the start CIC of the A interface CIC segment. When operation mode is set to OPC index, DPC group index, BS
It indicates the start CIC of the Pb interface CIC segment. If the search object mode is set to search by the specified range
This parameter specifies the start date of a period during which the TRX Intelligent Shutdown feature is disabled. When the environment temperature reaches the specified value of this parameter, the heater is started. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para This parameter specifies the start month of a period during which the TRX Intelligent Shutdown feature is disabled.
This parameter indicates whether the arrival of paging messages are controlled. This parameter indicates whether the arrival of PS resource request messages is controlled. Number of the start sub-timeslot Time for which the BTS waits to start the fallback function after the OML is interrupted. With this parameter, the BTS does This parameter specifies the start time for dynamically enabling the TRX Intelligent Shutdown feature each day. It indicates the start CIC of the Ater interface CIC segment.
It indicates the start CIC of the A interface CIC segment. When Operation mode is set to subrack number, slot number, po
Number of the start timeslot Whether to enable the smart temperature control mechanism of the FMUA. Smart temperature control refers to the mecha In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Whether to enable the smart temperature control mechanism of the NFCB. Smart temperature control refers to the mechan Number of the start CIC. The C/C of each E1/T1 timeslot can be calculated on the basis of this parameter. Assume that the timeslots are all 65535. Number of the cabinet where the outgoing port of the BTS is located Start date. The input format is YYYY&MM&DD. Number of frequencies measured in each group (excluding the frequencies in the original BA table). Satellite flag Start time
Whether to enable the EICC algorithm. Enhanced Interference Rejection Combining combines the signals received by mul
This parameter specifies whether the sending of system information 5, 5bis, and 5ter can be stopped on the SACCH on th
Time for which the BTS waits to stop the fallback function after the OML is set up. With this parameter, the BTS does not s Whether to enable the signaling point with the signaling transfer function Number of the outgoing port of the BTS where the monitoring timeslot is located Start time of frequency scanning Number of the slot where the outgoing port of the BTS is located Number of the subrack where the outgoing port of the BTS is located Number of the sub-timeslot on the outgoing port of the BTS Start time. The input format is HH&MM&SS. Number of the timeslot on the outgoing port of the BTS Type of the BTS. ID of the BSC in the TC pool where an A interface circuit is blocked or unblocked ID of the BSC in the TC pool to which an A interface E1/T1 is added Command string that is transparently transmitted to the BTS
Maximum sub-frame length. This parameter indicates the maximum sub-frame length for multiplexing. If the length of a sub Maximum sub-frame length. The data stream to be multiplexed on the same multiplexing channel must be of the same typ multiplexed. Number of the scheduled subtask
Subnet Number in a BSC This parameter specifies whether the CS services preempt the sublink resources of PS services.
Whether to allow the CS services to preempt the sublink resources of PS services when the Abis resources are congested Number of the sub-timeslot on the port
Sub-version No. of the TMU board. It is configured according to the actual situation. Whether the CIC circuits in use on the A interface can be assigned. When this parameter is set to YES and the MSC assig new calls to the ongoing A interface circuit, the new calls are rejected, and the original calls are not affected. Whether to use Back-up port for LINE2 Whether to use Back-up port for LINE1
Whether multislot class. Whether to to support support the the high broadcast of the cellHigh namemultislot class function enables a single MS to be allocated with a maxim timeslots on the downlink can be assigned to an MS. If an MS is of the high multislot class 34, a maximum of five timeslots timeslots on the downlink are allocated to the MS, then only one timeslot on the uplink can be allocated to the MS.
Whether to support dual transfer mode (DTM). The DTM allows an MS to use the circuit switching service and the packet s
Whether to support EDA. Extended dynamic allocation (EDA) enables the MS to be allocated with more timeslots on the u
Whether to support the enhanced DTM function. Comparing to the DTM, the enhanced DTM improves the CS setup and re Whether the FE/GE BTS supports inter-BTS local switching
Support intracell handover to change the active speech version, then can increase the usage of TFO(Tandem Free Opera Whether to support the cell list in the common measurement messages over the Iur-g interface. When this parameter is se in the cell list in the sent common measurement messages, such as the common measurement report, common measurem
Minimum timeslots between two successive channel requests. After sending the access request, if the MS does not receiv Server IP address used on the SGSN side in the IP subnet dynamic configuration procedure Server UDP port number used on the SGSN side in the IP subnet dynamic configuration procedure Operating state of the environment alarm port
If this parameter is set to "ON", you must set "OMU automatic switchover interval". Otherwise, "OMU automatic switchover Switch for authenticating objects. When the switch is enabled, the BSC system authenticates the BTS objects of the user; Whether to enable the alarm port Power switch state. Weekday on which DST starts State of the panel port switch Switch for the OMU self-healing Grace Protection Period Switch determines whether to enter the grace protection period. Turn on or turn off the BFD protocol switch
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set board parame Whether to enable the 3ah function on the BTS port. The field indicates whether the primary path can be switched back when it is available. The association is smoothly switched over to the primary path after the number of heartbeat responses is received. Set patch switch parameter1
Set patch switch parameter10 Set patch switch parameter2 Set patch switch parameter3 Set patch switch parameter4 Set patch switch parameter5 Set patch switch parameter6 Set patch switch parameter7 Set patch switch parameter8 Set patch switch parameter9
Number of the switching port. If "Link Attribute" is set to "BBU", the switching port must be configured. The value ranges fro Whether to enable the local user management function Sequence of the start week of DST
Symbol offset of the BTS set manually. After the offset information of the BTS is collected, the symbol offset is adjusted. A
Synchronization status. This parameter is used to identify different 3G cells. This parameter should be same with the confi
Site synchronization method. AISS stands for the air-interface soft synchronization method, and GPS stands for the GPS s System flux thresholds correspond to the system flux obtained based on message packets, CPU load, and FID queuing lo Synchronization mode of the IP clock 0-11: There are 12 flow control levels. Where, 0 indicates the lowest level and 11 indicates the highest level. Interim synchronization period (in days). The BTS can re-initiate the synchronization only after the period. A load handover is allowed only when the system flux is lower than the value of this parameter. The handover performed o Interim synchronization period (in hours). The BTS can re-initiate the synchronization afterDiscard the period. [(Average Message Usage - Inner Flow Control Discard Begin Threshold)/(Inner Flow only Control All Threshold - Inner greater than Inner Flow Control Discard Begin Threshold, the level is calculated. The value range is from 0 to 11. Interim synchronization period (in minutes). The BTS can re-initiate the synchronization only after the period. 2) Flow control for the CPU to start to discard the channel access messages and paging messages: 80% Contact way of threshold the Base Station Controller supplier .Description Flow control the CPU to discard all channel access messages and paging messages: 100% of threshold the Base for Station Controller
. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80% Location of the Base Station Controller
Whether sending the system information type 10 message on the VGCS/VBS TCH is allowed. For detailed information, se Name of the Base Station Controller of Network Element Services provided by the Base Station Controller Timer T1, specifying the duration of monitoring the BVC blocking (unblocking) procedure. Value of the first timer for the PTU handshake
When the reception of a TFP causes unavailability of a route, this timer is started to regularly check whether the route is re
This timer is a protection timer waiting for an uninhibit acknowledgement message (LUA) from the peer end after an uninhi
This timer is a protection timer waiting for a force uninhibit acknowledgement message (LUA) from the peer end after a for
This timer is a protection timer waiting for an inhibition acknowledgement message (LIA) from the peer end after an inhibiti This timer is started when a link fails to be started. The restart of the link is initiated after this timer expires. When a normal changeover cannot be initiated, services will be changed over to an alternative link after this timer expires
Timer T2, specifying the duration of monitoring the procedure of resetting SIG BVC and PTP BVC. Value of the second timer for the PTU handshake
Timer in the LAPD protocol. The value of the timer indicates the time when the LAPD link waits for the response or acknow
This parameter specifies the expiry value of timer T200 used for the FACCH/TCHF over the Um interface. For the function
This parameter specifies the expiry value of timer T200 used for the FACCH/TCHH over the Um interface. For the function
This parameter specifies the expiry value of timer T200 used for the SACCH over the Um interface when the TCH supports This parameter specifies the expiry value of timer T200 used for the SACCH on the SDCCH. For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH". This parameter specifies the timeout value of timer T200 used for the SDCCH over the Um interface. T200 prevents the data link from deadlock The data link layer transforms link t This parameter specifies thelayer expiry value of timerduring T200 data usedtransmission. for the SACCH over the Um interface when the the physical TCH supports Each message must be confirmed by the peer end. In unknown cases, both ends are waiting if a message is lost. At this ti the transmit end retransmits the message. The number of retransmissions is determined by N200. T200 and the N200 ens This parameter specifies the expiry value of timer T200 when the SDCCH supports SAPI3 services. For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH".
Timer in the LAPD protocol. The value of the timer indicates the maximum duration for no frame exchange in the LAPD link After a local link is inhibited, this timer is started to regularly check the management states at both ends of the link. After a remote link is inhibited, this timer is started to regularly check the management states at both ends of the link.
This timer is a protection timer waiting for an extended changeover acknowledgement message (XCA) from the peer end a
Timer T3. T3 is started after the message SUSPEND is received on the BSC side. T3 is stopped after the message SUSP Value of the third timer for the PTU handshake When the BTS sends physical information to the MS, the BTS starts the timer T3105.If the timer T3105 expires before the Phy.Info.". For details, see GSM Rec. 04.08 and 08.58.
Timer for retransmitting the VGCS UPLINK GRANT message T3168 is used to set the maximum duration for the MS to wait for the uplink assignment message. After the MS originates Duration of releasing TBFnetwork after theside. MS Ifreceives last data MS receives the RLC dataT3168 block contain assignment message the on the the MS the receives the block. packetWhen uplinkthe assignment message before expires acknowledgement and the timer T3192 is started. If the timer T3192 expires, the MS releases the TBF related resources a MS is the half duplex mode and receives no packet uplink assignment message, the MS enters the packet idle mode. If the This parameter specifies the length of the timer for periodic location update. Timer on the DTE side, specifying the duration of acknowledging the sending BC link integrity.
When a normal changeback cannot be initiated, services will be changed back to a normal link only after this timer expires
Timer T4. T3 is started after the message v is received on the BSC side. T4 is stopped after the message RESUME ACK i
This timer is a protection timer waiting for a changeback acknowledgement message (CBA) from the peer end after the firs
Timer T5. When the downlink TBF is set up, if the BSC side does not receive the valid RACAP, the BSC originates the rad
This timer is a protection timer waiting for a changeback acknowledgement message (CBA) from the peer end after the se
Timer T6. The BSC sends the SGSN request to download the BSS PFC. When the QoS parameter is obtained, the timer i
Timer T8. The BSC sends the SGSN request to download the BSS PFC. When the QoS parameter is obtained, the timer i This timer is started when a transmission prohibited message (TFP) is sent. The TFP will not be sent any more during the
When the network receives measurement reports, the measurement values in several straight measurement reports are fil
Whether the TA is used as a decisive condition for the concentric cell handover Whether to enable the time advance (TA) handover. The TA handover determines whether the timing advance (TA) is high One of the the distance parameters thatgreater determine thevalue coverage longer is, the the TA is. of the OL subcell and UL subcell. When "Enhanced Concentric Allowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_Q When "Enhanced Concentric Allowed" is set to ON, "TA Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Rec
The P/N criterion must be met for triggering a TA handover. That is, the TA handover can be triggered only if P measurem An emergency handover is triggered when TA is greater than or equal to the value of this parameter.
This parameter specifies the interval of broadcasting the speech data of the talker on the downlink group call channel that Number of the output segment 1: Segment 1 describes the measurement basic information of thethe equipment. When the network receives reports, measurement values in several straight measurement reports are fil Output Segment No. 2: Segment 2 describes the connection information. 1: Segment 1 the basic information of the equipment. 3: Segment 3 describes describes theinterface module information. Unique identifier of the Um software synchronization task 2: information. 4: Segment Segment 2 4 describes describes the the connection configuration information. One of the parameters that determine the of the OL subcell and subcell. can be triggered only if P measurem 3: Segment 3 the module information. The P/N criterion must be met for triggering a TA handover. That is, the TAUL handover 5: Segment 5 describes describes the information of coverage the peer equipment. When "Enhanced Concentric Allowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_Q 4: Segment 4 describes the configuration information. 6: Segment 6 describes the version information of the host. When "Enhanced Concentric Allowed" is set to ON, "TA Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Rec 5: Segment 5 describes the information of the peer equipment. 7: Segment 7 describes the cabinet information. 6: Segment 6 describes the version information of the host. 8: Segment 8 describes the subrack information. Filter period ofdescribes the signal strength in information. the packet transmission mode of the MS. The MS in the packet transmission mode me 7: 9: Segment Segment 7 9 describes the the cabinet board information and electronic label information of the Flash. 8: Segment 8 describes the subrack information. 10: Segment 10 describes the slot information. Filter period of the signal strength in the packet idle mode of the MS. The MS in the packet idle mode measures the downl 9: describes thethe board 11:Segment Segment911 describes portinformation information.and electronic label information of the Flash. 10: Segment 10 describes the slot information. 12: Segment 12 describes the antenna information. 11: Segment 11 describes the port information. 12: Segment 12 describes the antenna information.
Maximum time in which the BTS attempts to set up the OML after swapping the main and backup OMLs. If the BTS fails to
The BTS repeatedly attempts to connect to port 0 or port 1 after the switchover. If the connection on one port fails within th Test code for the MTP3 link. After the successful test, the link can be used for carrying signaling services. If the test fails, t Timer 170. Tc, specifying the interval for the BVC and MS to send flow control messages. When this parameter is set to a small and MS send flow control messages, certain bandwidth is required. If this parameter is set to a too small value, the transm transmission performance and provide more bandwidth. Temperature compensation coefficient. This parameter defines the charging voltage increase or decrease unit of each bat In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
This parameter specifies the cyclic redundancy check (CRC) switch, which can be set to On or Off. The value of this param Whether to allow the cell to dynamically change a channel from full rate to half rate or from half rate to full rate. If this param to determine the channel assignment priority. The channels in a TRX that does not allow dynamic adjustment take priority.
If the current channel seizure ratio reaches or exceeds this value, the half-rate TCH is assigned preferentially; otherwise, th
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the DL FER carried in the
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the downlink level carried
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the downlink quality carri
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the UL FER carried in the
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the uplink level carried in
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the uplink quality carried
After a new TCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the MS
Maximum number of discarded MRs allowed on the TCH in a power control period Whether the TCH rate type uses the MSC strategy or BSC strategy. When this parameter is set to NO and the MSC policy and the BSC policy is used, the BSC preferentially selects full-rate or half-rate channels based on the internal load. This parameter specifies the interval at which the speech service on a TCH is handed over.
This parameter specifies whether to perform periodic intra-cell handover for speech services on TCH. Threshold for determining that the underlaid subcell is busy. The BSC assigns channels in the underlaid subcell to the MS The assigns channels the overlaid subcell the MS ifinthe a concentric cell. If ratio the channel seizure ratio of overlaid valueBSC of this parameter, andinfull-rate channels are to assigned channel seizure in the underlaid subcell does notsub ex Channel seizure ratio = (Num. of busy TCHF + Num. of busy TCHH/2)/(Num. of available TCHF + Num. of available TCHH Mode of TC. concentric cell. SEPERATE_PRINCIPAL: Specifies that the MTP3 link is configured for the primary BSC in the case of BM/TC separated c SEPERATE_SUBORDINATE: Specifies the MTP3 link isis 10. configured for the slave BSC in the case of BM/TC separate Test code length of the signaling link. By that default, the value TOGETHER: Specifies that the MTP3 link is configured in the case of BM/TC combined configuration mode. SEPERATE_BSC_INTERFACE: Specifies that the MTP3 link is configured for the primary BSC in the case of BM/TC sepa
Whether to enable the class-1 mute detection. Number of the cabinet where the main board of the RXU ring is located Number of the TC port where one end of the ATER connection channel is located If you enable the TC pool function when configuring the basic information of the BSC6900, you need to enter the TC Pool
Number of the TC slot where one end of the ATER connection channel is located The type of TC resource GTC: TCofresources that support voice coding/decoding and channel packet conversion Number the TC subrack wherenormal one end of the ATER connection is located UTC: TC resources that support only the optimized handover on the Iur-g interface ITC: TC resources thatTDD support only the dual-stack function on the A interface When the priority of cell is ranked, the value of this in parameter is added the receive level ofadjacent the TDDrelation cell in thecell me Input mode of the BAa table. In auto mode, thewhen system the receive BA1 and BA2ofto tables based A TDD cell can become a candidate cell only thefills average level the TDD cellon is the greater than the TDDofCell R The values of this parameter correspond to the following decibel values: tables. Threshold forthis determining whether the MRtoabout a TDD cell is valid. The value of parameter corresponds the following decibel value: 0: 0 dB The measurement report is valid if the receive level of the TDD cell in the measurement report is greater than the value of 0: negative infinity 1: 6 dB Whether the FDD BA2 table corresponds is generated to automatically to the neighboring relation or typed manually. The value of this parameter the followingaccording decibel value: 1: -28 dB ... 0: 0 dB 2: dB 7: -24 42 dB 1: ... 6 dB ... 15: 28 dB 6: 36 dB 7: positive infinity This parameter specifies whether to activate the diversity mode on the common channel of a 3G cell.
Downlink frequency of frequency 1 in table 3GBA2. This parameter indicates the detected downlink frequency in the 3G ad This parameter specifies whether the TDD MI system information optimized function is enabled. When this parameter is se system information carries neighboring cell scrambling codes. This parameter specifies whether to send the system information MI which contains the 3G neighboring cell information in Minimum RSCP quality threshold that the TDD 3G candidate cell must reach
TDD cell parameter ID. The ID is used to distinguish terminals or cells. This parameter is used after spread spectrum. Ther Cell parameter ID of a TDD cell. The cell parameter ID distinguishes between MSs or cells. It is used after spread spectrum spectrum. This parameter specifies whether to optimize the system information 2Quater and MI of the TDD neighboring cell. That is,
SyncCase in the TDDBA1 table. This parameter determines the synchronization status. Value 0 indicates Sync case 1 and If the ratio of available TDM bandwidth is greater than this value, congestion control is stopped. If the ratio of available TDM bandwidth is less than or equal to this value, congestion control is triggered. Each subrack has six TDM port numbers, ranging from 0 to 5. Subrack 1 TDM Port No. refers to the TDM port number on
Each subrack has six TDM numbers, ranging from 0 to 5. Subrack 2 TDM Port No. refers to the TDM number on subrack 2 Terminal endpoint ID of the Pb signaling link Temperature alarm switch Upper limit of temperature
Lower limit of temperature When the environment temperature of the APMU is greater than the value of this parameter, the BTS reports an alarm. Fo In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the environment temperature is greater than the value of this parameter, the BTS reports an alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the environment temperature of the APMU is less than the value of this parameter, the BTS reports an alarm. For th In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the environment temperature is less than the value of this parameter, the BTS reports an alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Change value of the floating charge voltage of the storage battery when the temperature of the storage battery changes by
Description of a cell template. This parameter specifies the index number of a cell template. Each template is numbered uniquely in a BSC6900. This parameter specifies the index number of a cell template. Each template is numbered uniquely in a BSC6900. Name of a cell template, uniquely identifying a cell template in a BSC6900. When the temperature of the BTS cabinet is greater than the value of this parameter, the TRX is powered off.
TRX power-off temperature threshold. If the temperature of the BTS cabinet is less than the value of this parameter while " TRX power-off temperature threshold. If the temperature of the BTS cabinet is less than the value of this parameter while " In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Whether the System Information Type 3 message carries TER indication. Duration of the timer for starting the IP path status test on the Gb interface Content of the cell broadcast message
AEC is an important measure to improve the speech quality. If the AEC works for a consecutive time that is longer than the In the VSWR test, the TRX transmits signals at a default frequency. You can specify the frequency used for the test.
This parameter indicates start frame number of the BTS. It is used to keep synchronization between the BTS and MS after Target OMU TGW ID This parameter indicates the address of the operation and maintenance console for TGW. This parameter indicates the mask of the operation and maintenance console for TGW. Slot number of the BSC6900 interface board interworking with TGW.
Subrack number of the BSC6900 interface board interworking with TGW. Timer Th. After receiving the MS flow control message, the SGSN uses the values of the updated Bmax and R based on th suitable flow control parameters, which can improve the transmission performance. When this parameter is set to a greate
Voltage threshold for switching off the air conditioner. If the power supply voltage is less than this threshold, the air conditio
Voltage threshold for switching on the air conditioner. This parameter assumes that the air conditioner is switched off. If the
Combination of the THP1 and ARP1 priority in the Interactive service. THP1-ARP1 priority weight determines the number o
Combination of the THP1 and ARP2 priority in the Interactive service. THP1-ARP2 priority weight determines the number o
Combination of the THP1 and ARP3 priority in the Interactive service. THP1-ARP3 priority weight determines the number o
Combination of the THP2 and ARP1 priority in the Interactive service. THP2-ARP1 priority weight determines the number o
Combination of the THP2 and ARP2 priority in the Interactive service. THP2-ARP2 priority weight determines the number o
Combination of the THP2 and ARP3 priority in the Interactive service. THP2-ARP3 priority weight determines the number o
Combination of the THP3 and ARP1 priority in the Interactive service. THP3-ARP1 priority weight determines the number o
Combination of the THP3 and ARP2 priority in the Interactive service. THP3-ARP2 priority weight determines the number o
Combination of the THP3 and ARP3 priority in the Interactive service. THP3-ARP3 priority weight determines the number o
Load balance threshold type. It indicates the threshold calculation mode. During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, a 1. The uplink receive levelthe after filtering higher "Level Thresh.from for Assigning This parameter specifies timer set toiswait for athan private message the SGSN.Main BCCH Carrier Channel Under TIG 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Un 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".
During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, a 1. The uplink receive level after filtering is higher than "Level Thresh. for Assigning Main BCCH Carrier Channel Under TIG 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Un 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH". During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, a 1. The uplink receive afterfor filtering is higher thanBCCH "Levelhandover. Thresh. forThat Assigning Main BCCH Carrier Channel Under TIG The P/N criterion mustlevel be met triggering a TIGHT is, the TIGHT BCCH handover can be triggere 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Un 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".
The P/N criterion must be met for triggering a TIGHTBCCH handover. That is, the TIGHTBCCH handover can be triggered When an intra-cell TIGHT BCCH handover needs to be performed (handover from the non-BCCH to BCCH), the downlink
Whether to enable the BCCH aggressive frequency reuse algorithm If the SDCCH load on the TRXs of the compatible BCCH in loose frequency reuse pattern is greater than the "IBCA Loose IMSI pagingthe timer. After enabling the MSC function,BCCH the BSC6900 receives from the MSC the paging message attach Otherwise, SDCCHs on the TRXs of thepool compatible are preferentially assigned. If the BSC6900 receives a response message with the IMSI before the timer expires, the BSC6900 locates the destination If the BSC does not receive a response when the timer expires, the BSC6900 clears the relation information between the I Whether to limit the operation time of the operator Time Duration of frequency scanning
Within the preset time, no AMR FR-to-HR handover is allowed if the previous FR-to-HR handover fails due to channel una
After a handover due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty T
After an OL subcell to UL subcell handover of an MS fails, the MS does not perform OL subell-UL subcell handovers within Indicates the timeout time of the PING packet Timeout time for waiting for the TRACERT packet response Timeout time
Longest time for multiplexing Indicateswaiting the timeout time of the CFM link tracing detection When the multiplexed packet is no longer added with new data and the timer expires, the multiplexed packet is transmitted This parameter is determined by the number of multiplexed packets. When the number of multiplexed packets increases, t
After the fast handover is successful, the penalty on the original serving cell is performed within the "Quick handover punis
Indicates the times of sending PING packets This parameter determines whether the dynamic voltage adjustment function is enabled on the basis of the number of time this function.
After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Ti
After an UL subcell to OL subcell handover of an MS fails, the MS does not perform UL subcell to OL subcell handovers w This parameter indicates the queue timer for assignment. When the BSC6900 receives an assignment request and no channel is available for assignment, the BSC6900 starts the q
If the BSC6900 receives the configuration data about all the connected MSCs before the timer expires, the BSC6900 conc
When the operation time of the OMU exceeds the value specified by this parameter, some records are deleted from the op
Temporary logical link ID in the decimal format Lowest expected value of the air outlet temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Temperature alarm lower threshold. If the temperature of the battery is lower than the value of this parameter, an alarm ind In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the internal temperature of the BTS reaches the Temperature Alarm Lower Threshold, it reports a low temperature a In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para When the time mode is set to "ONTIME", you should set this parameter.
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter spe
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter spe
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter spe
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter spe
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter spe TRMMAP index Index of the traffic mapping used by the current adjacent node's gold user. Loopback time length
Test mode Duration time for determining that a call is hung up because of poor quality. If the uplink quality or downlink quality in the m disconnection is due to poor quality. This parameter can be used to calculate the number of call disconnections due to poo Maximum rate of the accumulated alarm blink duration to the alarm blink measurement period. Assume this threshold is no measurement period, see "SET ALMBLKSW".
TMSI of the MS Minimum rate of the accumulated alarm blink duration to the alarm blink measurement period. Assume this threshold is no blink measurement period, see "SET ALMBLKSW". This timer is a protection timer waiting for a signalling link test acknowledgement message (SLTA) from the peer end after This timer is used to send the signalling link test messages (SLTM) to the peer end regularly. Name of the data table distributed on the board.
The Ater signaling link operates in the terrestrial transmission or satellite transmission mode. In the areas such as desert a
E1 transmission type of the Pb interface. The terrestrial transmission or satellite transmission can be selected. In the areas Offset to DST, namely, the adjustment to time.
Cell Reselect Temporary Offset (TO) indicates the temporary correction of C2. This parameter is valid only within the value Number of the cabinet where the board is located Number of the slot where the board is located
Type of the host log to be collected. Number of the subrack where the board is located If this parameter is set to NORMAL, the text log in the \common\fam\famlog directory of the OMU installation path is collec If this parameter is set to FORMAT, the binary log in the \common\fam\famlogfmt directory of the OMU installation path is c
Number of the optical port where the main board of the RXU ring is located. Length of the timer that is started to wait for a channel requested by an incoming BSC handover request message. When the MSC allows the queuing of incoming BSC handover requests, the BSC6900 starts the queuing procedure and th
CPU usage threshold for debugging tracing flow control. When the average CPU usage of sliding windows reaches or exce
Packet queue usage threshold for debugging tracing flow control. When the average packet queue usage of sliding window CPU usage threshold for recovery from debugging tracing flow control. When the average CPU usage of smooth windows
Packet queue usage threshold for recovery from debugging tracing flow control. When the average packet queue usage of Whether to control the debugging tracing flow
Threshold for determining whether the uplink service is preferred. Within the "Flux Measurement Period", if the ratio of the Traffic mode of the M3UA link set. At present, only the active/standby and load sharing mode is available. If the M3UA in the linkwhether set work in uplink overriding mode, only one Within link in the setMeasurement works in the active mode, Threshold forlinks determining the service is preferred. the link "Flux Period", if theand ratioallofother the This parameter specifiestothe data transmission mode automatically activated take over as the active link. between the BTS and the BSC6900. The license control modes are d Terrestrial Transmission: The between the BTSmode, and the transmitted through the in E1active or fiber. This transmis If the M3UA links in the link setdata work in load-sharing allBSC6900 the M3UAislinks in the link set work mode and carry Satellite Transmission: The data between the BTS and the BSC6900 is transmitted through the satellite. This transmission Terrestrial and Satellite: In normal cases, the terrestrial transmission mode is used. When the terrestrial transmission is fau Slot number of the transparently transmitting interface board
Transport type of the adjacent node to which the path belongs. Transport type Transport type Transmission type of the BTS Transmission Type
Whether to configure the optical transmission mode for E1 port 0 of the BTS3006C/BTS3002E. If the optical transmission m
Whether to configure the optical transmission mode for E1 port 1 of the BTS3006C/BTS3002E. If the optical transmission m Whether to configure the optical transmission mode for E1 port 2 of the BTS3006C/BTS3002E . If the optical transmission
Whether to configure the optical transmission mode for E1 port 3 of the BTS3006C/BTS3002E. If the optical transmission m Whether to enable the limit of the tracing range Forbidden time of cell reselection The load handover is triggered when the traffic load in a cell is greater than the value of this parameter. Port number of the aggregation member Slot number of the aggregation member aggregation group number Specified TRMMAP index of the user panel TRM load threshold index. The TRM load threshold must be configured. TRM load threshold index TRM load threshold index. It is the unique ID of the load threshold. TRM load threshold index TRM load threshold index TRM load threshold index TRM load threshold index Transmission resources mapping switch Trunk group number of the logical port TRUNK group number
Whether to enable the TRX aiding function. Four aiding modes are available. BCCH aiding: The main BCCH is aided to an TRUNK group number baseband FH in the cell is faulty or BCCH aiding is performed in the cell, baseband FH aiding occurs and the cell is initializ aiding switchback can be performed and the cell is restored to the baseband FH mode. Duration Frequency hopping index of the channel in the TRX Index of a TRX, uniquely identifying a TRX in a BSC6900.
The ID of TRX added in the main location group, the TRX ID must be globally unique. The same TRX cannot be bound by Index of TRX 1 Index of TRX 10
Index of TRX 11 Index of TRX 12 Index of TRX 13 Index of TRX 14 Index of TRX 15 Index of TRX 16 Index of TRX 17 Index of TRX 18 Index of TRX 19 Index of TRX 2 Index of TRX 20 Index of TRX 21 Index of TRX 22 Index of TRX 23 Index of TRX 24 Index of TRX 3 Index of TRX 4 Index of TRX 5 Index of TRX 6 Index of TRX 7 Index of TRX 8 Index of TRX 9 List of IDs of carriers for frequency hopping.
List of TRX indexes. You can specify one TRX index or more TRX indexes, for example, 1 or 0&1&2&&5 in the same BTS. Mobile allocation index offset (MAIO) of the channel in the TRX Number of a TRX in a BTS. The number of a TRX is unique in a BTS.
Allowed number of carriers bound to a board. Number of the channel bound to the TRX on the TRX board. TRX Pass No. of the DTRU/DRRU/BTS3900B of the BTS in s in 0 to 7. TRX board pass number in the sub-location group to which the TRX of the main location group is bound
This parameter specifies whether the TRX priority is considered during channel assignment. When the parameter is set to Type of the TRX board bound to the TRX It indicates the Ater interface timeslot number It indicates the A interface timeslot number. The parameter supports multiple values. Timeslot number
Timesolt of bearing channels Number of the timeslot on the port Bearer E1/T1 port timeslot of PPP link. Bearer E1/T1 port timeslot of MP link.
The TSC of is the short for the Code. Timeslot E1/T1 linkTraining carryingSequence the PPP link. The timeslot of an E1 port cannot be used by different PPP links. The TSC must be the same as the BCC. The delay equalization is performed by using the specified TSC when the MS or B incorrectly invalid reception, and prevent the co-channel interference.
Number of idle timeslots. You can configure up to 128 idle timeslots for the BTS at a time. A BTS can be configured with u
Whether to allow TSC planning. If this parameter is set to No, the TSC values in all MA groups of the cell cannot be modifi Timeslot cross index Duration in timeslot mode Index of the monitoring timeslot. The index is unique in a BTS. Name of the scheduled task.
Time slots for Ater operation and maintenance. These time slots are provided by the ports connected to the Ater connectio The 64 kbit/s timeslots on the port are numbered from 1 to 31. Number of the slot where the main board of the RXU ring is located. The slot No. is unique in the same BTS. Timeslot number of Pb signaling link Assignment priority level of the channel. If this parameter is less, the assignment priority level of the channel is higher.
Maximum degree by which the output power of the multi-density TRX board can exceed the maximum output power within
Fast flux measurement duration. Normal flux measurement is performed after the fast flux measurement lasts over the per
Whether to enable fast flux detection. When this parameter is set to Open, fast timeslot adjustment is possible after the TB Rate of the monitoring timeslot Number of the subrack where the main board of the RXU ring is located. The subrack No. is unique in the same BTS. Test mode Test timeslot Type of battery test Test Type. PIM:passive intermodulation test.
This parameter specifies whether to allow the BTS to enable the TRX Intelligent Shutdown on Timeslot Level feature. Whe
RXU topology type, that is, RXU ring topology or RXU chain topology. In the case of the ring topology, the optical ports of t TTL(Time to Live) of the PING packet Indicates the live time of the packet for CFM link tracing detection
If the number of channels (including PDCH and TCH) occupied on a cell that can be disabled is lower than this threshold, t This parameter specifies the end time of a period during which the cell is disabled.
This enable the Dynamic Power Offisfeature. When this parameter is set to ENABLE, th This parameter parameter specifies specifies whether the start to time of a period during Cell which the cell disabled. When this parameter is set to DISABLE, the BSC will never disable the cell; When this parameter is set to SLEEP, the BSC SLEEPING only for the BTS3900E. For other base stations, this parameter cannot be set to SLEEPING.
When the load of the same coverage cell is higher than this threshold for a period, the disabled cell is enabled. Temperature alarm upper threshold. If the temperature of the of battery is higher thantwo thetransmissions value of this parameter, an sends alarm m in Tx-integer (T for short). This parameter specifies the number timeslots between when an MS In multi-mode scenario, valueinofGSM this Rec. parameter mode be theon same as the and value of the corresponding para The access algorithm is the defined 04.08intoone reduce themust collisions the RACH improve the efficiency of the Temperature upper threshold the cabinet. of When the cabinet temperature is higher than thisrelations parameter, an alarm This parameter works with theofconfiguration the CCCH to determine the parameter S. The between this indicat param In multi-mode scenario, the to value thisorparameter be the same asshare the value of the corresponding para When this parameter is set 3, 8,of14, 50, S is 55inifone the mode CCCHmust and SDCCH do not a physical channel. When this parameter is set to 3, 8, 14, or 50, S is 41 if the CCCH and SDCCH share a physical channel. Value of the timer for reserving the channels in the observed cell When this parameter is set to 4, 9, or 6, S is 76 if the CCCH and SDCCH do not share a physical channel. When thisthe parameter set to 4,the 9, or 6, Sinisthe 52 observed if the CCCH Value of timer for is reserving TRXs celland SDCCH share a physical channel. When this parameter is set to 5, 10, or 20, S is 109 if the CCCH and SDCCH do not share a physical channel. When thisthe parameter set to 5,the 10,TCHFs or 20, S 58serving if the CCCH Value of timer for is reserving in isthe cell and SDCCH share a physical channel. When this parameter is set to 6, 11, or 25, S is 163 if the CCCH and SDCCH do not share a physical channel. Value of timer for is waiting collection When thisthe parameter set tofor 6, the 11, response or 25, S isto86information if the CCCH and SDCCH share a physical channel. When this parameter is set to 7, 12, or 32, S is 217 if the CCCH and SDCCH do not share a physical channel. Value timer for is searching MS S is 115 if the CCCH and SDCCH share a physical channel. When of thisthe parameter set to 7, for 12,the or 32, The timeslot for sending messages is a random value from theBTS collection of {0, 1..., MAX(T, 8)-1}. Value of the timer for activating the reserved resources of the The number of timeslots (excluding the timeslot used to send messages) between two adjacent channel request message When T increases, thewaiting interval two adjacentreport channel requests Value of the timer for forbetween the synchronization from the BTSincreases, and RACH conflicts decrease. When S increases, the interval between two adjacent channel request messages increases, and RACH conflicts decrease The access time of the MS, however, is prolonged and the network performance is decreased when T and S increase. Und The maximum power that operators 1 can use on pass A of MRRU board. The maximum power that operators 2 can use on pass A of MRRU board. The maximum power that operators 3 can use on pass A of MRRU board. The maximum power that operators 4 can use on pass A of MRRU board. The maximum power that operators 1 can use on pass B of MRRU board. The maximum power that operators 2 can use on pass B of MRRU board. The maximum power that operators 3 can use on pass B of MRRU board. The maximum power that operators 4 can use on pass B of MRRU board. Transmit bandwidth of IP path Transmit bandwidth
Indicates the interval between the two sent PING packets This parameter specifies the frequency band of new cells. Each new cell can be allocated frequencies of only one frequen GSM900: The cell supports GSM900 frequency band. Extension timeslots of random access. This parameter determines the interval of sending another channel re DCS1800: transmission The cell supports DCS1800 frequency band. GSM900_DCS1800: The cell supports GSM900 and Explanation of the finish type of the batch commandsDCS1800 frequency bands. Type of the subrack GSM850: The cell supports GSM850 frequencywhose band. execution fails, the execution of the batch commands is stopped an 1. ANY_ERR_RETURN: If there is a command GSM850_DCS1800: The cell supports GSM850 and DCS1800 frequency bands. 2. ALL_END_RETURN: If all commands in the batch file are executed in one operation, the execution of the file is success PCS1900: The cell supports PCS1900 frequency band. GSM850_PCS1900: The cell supports GSM850 and PCS1900 frequency bands. Type of the PCU
Frequency band to which the newly added cell belongs. Only one frequency band can be selected as the frequency band o Type of a cabinet Cell type. Currently, the fast BTS construction is available for only GSM900 and DCS1800 cells. Power attenuation factor of uplink tributary 0 Whether there is a TMA on uplink tributary 0
Index of uplink tributary 0. Each uplink tributary can be configured with a maximum of 12 TRXs. This parameter indicates t TRX board pass number connected to uplink tributary 0
Number of the slot where the TRX board that connects to uplink tributary 0 is located Number of the subrack where the TRX board that connects to uplink tributary 0 is located Power attenuation factor of uplink tributary 1 Whether there is a TMA on uplink tributary 1
Index of uplink tributary 1. Each uplink tributary can connect to a maximum of 12 TRXs. This parameter indicates the seria TRX board pass number connected to uplink tributary 1 Number of the slot where the TRX board that connects to uplink tributary 1 is located Number of the subrack where the TRX board that connects to uplink tributary 1 is located
Service priority of call reestablishment when CS services are preferred. This parameter is used for the flow control in the ca
Service priority of the CS emergency call when CS services are preferred. This parameter is used for the flow control in the
Service priority of the CS MS-originated call when CS services are preferred. This parameter is used for the flow control in
Service priority of the CS MS-terminated call when CS services are preferred. This parameter is used for the flow control in
Service priority of the incoming BSC handover when CS services are preferred. This parameter is used for the flow control
Service priority of the intra-BSC handover when CS services are preferred. This parameter is used for the flow control in th
Priority of other services when CS services are preferred. This parameter is used for the flow control in the case of Abis ov
PS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP/H Priority of supplementary services when CS services are preferred. This parameter is used for the flow control in the case
VBS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP VGCS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over
In A over IP, if the parameter is set to ON, the circuit IE in the A interface extended signaling must be processed in the sam Whether the BSC selects the TCHs on the link that reports an RAI alarm. Reestablish service priority of a PS preferred call CS emergency call service priority of a PS preferred call CS original call service priority of a PS preferred call CS terminated call service priority of a PS preferred call BSC handover service priority of a PS preferred call BSC intra handover service priority of a PS preferred call Other service priority of a PS preferred call PS service priority of a PS preferred call Supplement service priority of a PS preferred call VBS service priority of a PS preferred call VGCS service priority of a PS preferred call
In case of intra-BSC, if this parameter is set to ON, the same channel type and voice version as those of the original chann UDP multiplexing mode of the receiving party. The mode that does not support the function of compressing the RTP heade indicates that the receiving party supports both the UDP MUX RTP header and the function of compressing the RTP head
UDP multiplexing mode of the sending party. If the mode that does not support the function of compressing the RTP heade that the sending party supports both the UDP MUX RTP header and the function of compressing the RTP header. UDP port number of the local NSVL. The setting of this parameter must be consistent with the setting at the SGSN side.
UDP port number of the remote NSVL. The setting of this parameter must be consistent with the setting at the SGSN side.
Group to which the operator belongs. This parameter is used to limit the right of the operator. Upper humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too high. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Used to identify the uplink access message from the MS. The value 64 is invalid. Unit time for the error code ratio test Upper limit for triggering an alarm Upper limit of the alarm. This parameter is valid for the analog port. Minimum interval between two consecutive uplink power control commands
Current call is an AMR full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power con
Current call is an AMR full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power contr
Current call is an AMR half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power co
Current call is an AMR half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power cont
The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P me
The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P me
If the ratio of uplink flux to downlink flux is greater than or equal to the threshold during the fast flux measurement, the uplin
Duration for uplink data transmission on the original channel if the TC resources are changed before and after the handove Number of downlink GRPS TBF RLC blocks sent before RRBP field is sent
If the UL receive level remains lower than the "Edge HO UL RX_LEV Threshold" for a period, the edge handover is trigger Number of downlink GRPS TBF RLC blocks sent before RRBP field is sent
Period of acknowledging the EGPRS TBF RLC uplink data block Filter adjustment factor for uplink power control. If this parameter is set to a large value, the filtered values become smooth increased.
Current call is a full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is p
Current call is a full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is pe Current call is a half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is
Current call is a half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is p Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold
When the uplink load of a cell is larger than the value of this parameter and is smaller than "2G Cell UL Overload Congest When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the me signal strength. Maximum permissible adjustment step when the BSC decreases the uplink transmit power
Maximum permissible adjustment step when the BSC increases the uplink transmit power After the BSC delivers the power control command, it should wait for a certain period before affirming the effect of the pow receive quality ofload the MS. power adjustment delayed. When the uplink of a Thus, cell is the greater than the value,isthe uplink of the cell is in the overload congestion status. To compensate the delay of power adjustment, the power control algorithm implements the prediction and filtering function This parameter determines the number of uplink measurement reports predicted by the BSC. In other words, the value of t
The MS transmit power is decreased only when the quality level of the MS transmit signal is smaller than the value of the p
The MS transmit power is increased only when the quality level of the MS transmit signal is greater than the value of the pa
When the network receives measurement reports, the measurement values in several straight measurement reports are fil
In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "
In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "
An emergency handover due to bad quality is triggered when the uplink receive quality is not smaller than "UL Qual. Thres
The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered
The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered
This parameter specifies the uplink signal strength factor multiplied by 10 during the calculation of the uplink power control
When the network receives measurement reports, the measurement values in several straight measurement reports are fil When the uplink receive level reaches the threshold, Huawei III power control is performed. When the uplink receive level is lower than the threshold, Huawei III power control is performed.
When the network receives measurement reports, the measurement values in several straight measurement reports are fil
This parameter specifies the uplink quality level factor multiplied by 10 during the calculation of the uplink power control ste
When the network receives measurement reports, the measurement values in several straight measurement reports are fil
When the network receives measurement reports, the measurement values in several straight measurement reports are fil
Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated st
Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated st When the uplink receive level reaches the threshold, Huawei II power control is performed.
When the uplink receive level is below the threshold, Huawei II power control is performed. Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate ac equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold Whether a UL subcell to OL subcell handover is allowed
Number of uplink GRPS TBF RLC blocks sent before an acknowledgement is required Whether the crosstalk optimization function over the Um interface is allowed. If this parameter is set to YES when call drop If this parameter is set to YES and the ongoing service is speech service, the BSC also sends the Channel Release messa Timer of penalty on a neighboring cell when a handover fails due to faults of air interface connection.
Phase tag for GSM protocols that the Um interface supports Whether to support the balanced mode or the unbalanced mode. When this parameter is set to YES, you can set the DIP s When this parameter is set to NO, you cannot set the DIP switches on the interface boards. You must set the DIP switches Retry times after the peer response timer expires during NSVC unblocking
Abnormally alarm triggering threshold when the ANT_A tributary antenna current is too light. When the actual current is low
Abnormally alarm triggering threshold when the ANT_B tributary antenna current is too light. When the actual current is low
Abnormally alarm triggering threshold when the RET tributary antenna current is too light. When the actual current is lower
Abnormally alarm clearance triggering threshold when the ANT_A tributary antenna current is too light. When the actual cu
Abnormally alarm clearance triggering threshold when the ANT_B tributary antenna current is too light. When the actual cu
Abnormally alarm clearance triggering threshold when the RET tributary antenna current is too light. When the actual curre Index of upper-level BTS connected to the BTS Number of the upper-level BTS. The number is unique in a BSC6900. Index type of upper-level BTS connected to the BTS Index type of the upper-level BTS
Name of the upper-level BTS connected to the BTS. The BTS name is unique within a same BSC6900. This parameter ca
Name of the upper-level BTS. The name is unique in a BSC6900. The invalid characters (\, /, :, *, ?, ", <, >, |, and #) canno Update code for a simple cell broadcast message. This parameter together with "Code" uniquely identifies a cell broadcast message.
Default coding scheme of the uplink GPRS link. If the uplink adopts the dynamic adjustment coding scheme, this paramete
Default coding scheme of the uplink EDGE link. If the uplink adopts the dynamic adjustment coding scheme, this paramete Uplink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the value Multiplex Threshold" for triggering converting dynamic channel in time and reducing PDCH multiplex.
Default coding scheme used on the uplink EGPRS2-A link. If the uplink uses the dynamic coding scheme, this parameter s
Inactive period of extended TBF. theEGPRS2-A network side receives the last uplink RLC data block (CountValue=0) of th Fixed coding scheme that isuplink used on theAfter uplink link. If the uplink uses the fixed coding scheme, this parameter data block, the MS can use the inactive uplink TBF without rebuilding a new uplink TBF. This inactive uplink TBF is switche of releasing the uplink TBF. When the uplink TBF is inactive, the downlink TBF can be established according to this uplink
Adjustment mode of the uplink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is a value ran
Coding scheme of the uplink EDGE link. If the uplink uses the fixed coding scheme, this parameter is set to a value rangin
One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL
One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL Maximum time in which a user uses the uplink of its VGCS call continuously when the BTS works in fallback mode Size of the OML/ESL/EML Uplink LAPD Window Whether to allow MS power control
Upper class transport resource group No. It is valid only when " Is First Class Transport Resource Group " is set to NO.
Upper number of the logical port If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference betw criterion.
After the existing uplink receive level, uplink receive level after the previous optimization, and the value of this parameter a If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference betw criterion.
Delay of releasing the non-extended TBF. After receiving the short last uplink RLC data block (CountValue=0), networ This parameter specifies whether theuplink transmission of point-to-point messages is disabled. If necessary, thethe transmiss delay. In this way, the downlink TBF can be established on the unreleased uplink TBF. This uplink TBF is automatically rel disabled.
Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS1. When the retransmission
Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS2. When the retransmission
Retransmission threshold when the coding mode of the uplink TBF is changed from CS4 to CS3. When the retransmission
Retransmission threshold when the coding mode of the uplink TBF is changed from CS1 to CS2. When the retransmission
Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS3. When the retransmission
Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS4. When the retransmission
Whether to allow cell urgent reselection. If this parameter is set to PERMIT and [NC2 Load Reselection Switch is set to Su Mode of querying the information on an MS Whether to support USF granularity 4 User name of the FTP server
User name for the FTP server. When the FTPServer.exe file downloaded through the LMT is installed, the user name is ad Start time when the TRX energy saving function is enabled for the BTS3002E.
End time when the TRX energy saving function is enabled for the BTS3002E. Upper temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is to In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding param When a UL subcell-OL subcel handover decision is performed to a call, the BSC determines whether the number of hando allowed.
After an MS performs a OL subcell to UL subcell handover successfully, the MS cannot be handed over to the OL subcell When this parameter is set to YES, the existing call is performed in the OL subcell, and "OL to UL HO Allowed" is set to YE If theofexisting call is performed in the UL a UL to OL subcell is triggered, "UL to OL Level HO Allow One the parameters that determine thesubcell, coverage of subcell the OL subcell and ofhandover the UL subcell. "UtoO and HO Received Thr Thred". Otherwise, if the traffic volume in the UL subcell is smaller than "En Iuo Out Cell General OverLoad Thred", the tim If this parameter is set to NO, the traffic volume in the UL subcell is not taken into account for triggering the UL subcell to O Hierarchical handover period of the load handover from the UL subcell to the OL subcell. If the channel seizure ratio of the may occur in the target cell and call drops may be caused. Through the hierarchical load handover algorithm, the calls in th Hierarchical level step of the load handover from the UL subcell to the OL subcell
This parameter specifies the type of a 3G cell. A cell type can be Frequency Division Duplex (FDD) or Time Division Duple Vendor code of the RET antenna
This parameter is used to limit the maximum number of channels that can be used by the VGCS in a cell. This prevents too
This parameter specifies whether the preemption of channels between public network services and the VGCS is allowed w
This parameter is used to reserve a certain number of channels in a cell for the Voice Group Call Service (VGCS) to use d This parameter specifies the usage threshold of the CPU for VIP user calls that can be admitted. When the usage of a CPU are rejected. Is VIP Cell.The parameter is used for BSC6900 flow control.
This parameter specifies the eMLPP priority value corresponding to the VIP call. When the eMLPP(Enhanced Multi-Level P
This parameter specifies the usage threshold of the CPU for VIP user calls that are transferred from other CPUs. When the
If the parameter is set to Disable, the added IP path is not configured with the VLAN ID. If the parameter is set to Enable, t Specified Vlan enabling flag VLANID flag of first local IP address VLANID Flag of second Local IP address VLANID of the IP address of the specified next hop VLAN of the MA in the MD VLAN ID of the service type VLAN to which the maintenance association belongs in the maintenance domain. VLAN ID of first Local IP address VLAN ID of second Local IP address VLAN priority
VLAN priority level of the service type. This parameter helps to determine the packet service priority level at the data link la VLAN switch for the service type Speech version supported by a cell 24V voltage alarm switch Upper limit for triggering a 24 V voltage sensor alarm Lower limit for triggering a 24 V voltage sensor alarm 48V voltage alarm switch Upper limit for triggering a 48V voltage sensor alarm Lower limit for triggering a 48V voltage sensor alarm Whether to enable the standing wave alarm parameters to be configured
This parameter specifies a condition for generating a BTS alarm. This parameter together with "VSWR TRX error threshold Filtering times of serious standing wave alarms
Standing wave alarm threshold. When the VSWR is greater than the value of this parameter, the TRX reports a standing w
Serious standing wave alarm threshold. When the VSWR is greater than the value of this parameter, the TRX reports a se
This parameter specifies a condition for generating a BTS alarm. This parameter together with "VSWR TRX unadjusted thr V-version number of the BTS software
This timer is used to set the time of waiting for a ReleaseIndication message after a ChannelRelease message is sent. If th When the BSC6900 sends a ChannelRelease message and the current call uses the AMRFR encoding mode, the timer T3 the BSC6900 deactivates the channel. When the BSC sends a ChannelRelease message and the current call uses the AMRHR encoding mode, the timer T3109 deactivates the channel.
Timer of waiting for the MS's response to the location measurement request sent from the BSC. If the BSC does not receiv
The TCHs reserved for the emergency call are assigned to the user during the service assignment. If the TCHs are not ass
When the dynamic PDCH needs to use MAIO of the SDCCH, the SDCCH is not allowed to be assigned to new calls within allowed to be preempted. Timer of waiting for the SMLC's response to the MS location request sent from the MSC. If the SMLC does not send any re sends an MS location failure indication to the MSC. Whether to start the heating equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para Water sensor alarm switch Whether to limit the operation weekday of the operator. If the weekday needs to be limited, see the description of "Week".
This parameter is used to select the location of a cell, east or west longitude. Whether to start the humidification equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding para
Whether to trigger an active/standby port switchover. If this parameter is set to YES, an active/standby port switchover is tr
Whether to start the dynamic adjustment of the LAPD window. If this parameter is set to ALLOW, the LAPD transmit and re You can select multiple weekdays.
Working mode of the M3UA link set, including M3UA_ASP and M3UA_IPSP. For details about the ASP and IPSP, see the Time when the BTS stops checking for a radio link alarm. If this time is up, the BTS stops checking for or reporting a radio
Whether to enable the BTS to report a major radio link alarm. If this parameter is set to YES, the BTS reports a major radio
Period for clearing a radio link warning. If a radio link warning is cleared within this period, the BTS reports the recovery ala
Time when the BTS starts to check for a radio link alarm. If this time is up, the BTS starts to check for and report a radio lin
Whether to enable the BSC to deliver radio link alarm parameters to the BTS. If this parameter is set to YES, the BSC deliv Flag of the work area to be formatted
Working of the RXU board BTS portmode working mode. This parameter must be consistent with that the peer. Work a BTS. A BTS can work in Working mode. E1: The E1 system is recommended by the IUT-T. E1ofcarries signals at mode 2.048 of Mbit/s. G.703 defines the ele E1: The E1 system is recommended by the ITU-T. E1 carries signals at 2.048 Mbit/s. G.703 defines the electrical specifica T1: The T1 system is recommended by the ANSI and widely used in the North America. T1 carries signals at 1.544 Mbit/s. Work mode of subrack T1: The A T1circuit system is uses recommended the ANSIthe and widely in the North America. T1 carries signals at 1.544 Mbit/s. E1_BA: that two wires by to transmit same butused contra-directional signals. The 120-ohm E1 line and 100-ohm If "DESTNODE" of the BTS is set to BSC, BTS, or DXX, the setting of "WORKMODE" of the BTS port must be the same a E1_UNBA: A circuit that uses one transmission signal cable and one common grounding cable to transmit signals. The 75If "DESTNODE" of the BTS is set to OTHER, for example, TGW(Transmission Gateway), "WORKMODE" of the BTS port m The setting of the E1/T1 DIP switch of the BTS must match the setting of "WORKMODE" of the BTS port. Window size of the Ater signaling link
Time for which the BTS waits to swap the OML after the OML is interrupted. With this parameter, the BTS does not swap t Waiting time before establishing a link in the reverse direction after the transmission of a BTS is disrupted Wait to restore time Time zone
Feature ID GBFD-110502 GBFD-110502 GBFD-110502 GBFD-116601 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-114201 GBFD-114201 GBFD-117702 GBFD-117301 GBFD-113101 MRFD-210301 GBFD-118201 GBFD-116801 GBFD-119110 GBFD-119110 GBFD-511002 GBFD-511002 GBFD-113201 GBFD-511002 GBFD-119501 GBFD-511002 GBFD-511002 GBFD-511002 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-119305 GBFD-110402 GBFD-111101 GBFD-115501 GBFD-115701 GBFD-115502 GBFD-115701 GBFD-115507 GBFD-115701 GBFD-110501 GBFD-510502
GBFD-118201 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-111705 GBFD-111705 GBFD-111202 GBFD-111804 GBFD-118201 GBFD-119204 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115602 GBFD-115505
GBFD-115505 MRFD-210502 MRFD-210502 GBFD-115505 GBFD-115505 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202 MRFD-210304 GBFD-113801 MRFD-210304 MRFD-210304 GBFD-116401 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-118602 GBFD-115601 GBFD-115601 GBFD-115601 GBFD-115601 GBFD-115601
GBFD-115601 GBFD-115601 GBFD-510002 GBFD-510002 GBFD-118605 GBFD-114101 GBFD-113101 GBFD-111005 GBFD-119401 GBFD-116201 GBFD-111005 GBFD-111803 GBFD-111203 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-119115
GBFD-115402 MRFD-210502 GBFD-115402 MRFD-210502 MRFD-210304 MRFD-210304 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-115503 GBFD-117601 GBFD-115506 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501
GBFD-510501 GBFD-510501 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-110703 GBFD-115502 GBFD-115502 GBFD-115506 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-115503 GBFD-111803 GBFD-111803 GBFD-115703 GBFD-115703 GBFD-118601 GBFD-115703 GBFD-118602 GBFD-118605 MRFD-210602 GBFD-118611 GBFD-118622 None MRFD-210304 GBFD-115603 GBFD-115603
GBFD-115603 GBFD-115603 GBFD-115402 GBFD-118201 GBFD-510401 MRFD-210501 GBFD-510401 MRFD-210501 GBFD-118611 GBFD-118622 GBFD-111202 MRFD-210602 GBFD-111202 GBFD-510104 GBFD-111202 GBFD-111804 GBFD-118602 GBFD-114701 GBFD-119904 GBFD-119904 GBFD-119904 GBFD-119904 GBFD-119904 GBFD-119904 GBFD-119904 GBFD-119904 MRFD-210301 MRFD-210401 MRFD-210401 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-118609 GBFD-118611 GBFD-118622 GBFD-111804 GBFD-111804 GBFD-111804 MRFD-210304
MRFD-210304 GBFD-110502 GBFD-110607 GBFD-113201 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-510901 GBFD-110502 GBFD-111203 GBFD-111803 GBFD-111705 GBFD-111705 GBFD-111203 GBFD-111803 GBFD-111203 GBFD-111803 GBFD-113201 GBFD-114402 GBFD-114402 GBFD-116901 GBFD-116901 GBFD-116901 GBFD-111203 GBFD-117701 GBFD-111203 GBFD-114701 MRFD-210301 MRFD-210301 GBFD-111203 GBFD-116902 GBFD-111202
GBFD-111804 GBFD-110302 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 None None MRFD-210305 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118609 MRFD-210301 GBFD-115501 GBFD-115502 GBFD-111202 GBFD-118601 GBFD-111202 MRFD-210305 MRFD-210305 None GBFD-111804 MRFD-210304 MRFD-210304 None None
None None MRFD-210502 MRFD-210502 GBFD-111203 MRFD-210305 MRFD-210301 GBFD-111004 GBFD-114101 None GBFD-118609 GBFD-118609 GBFD-111605 GBFD-111605 GBFD-114401 GBFD-114401 GBFD-114401 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-118201 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-113725 GBFD-110801 GBFD-110802 GBFD-111202 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-110101 GBFD-113701
GBFD-510002 GBFD-510002 GBFD-118603 GBFD-510002 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-111804 GBFD-111806 GBFD-113725 GBFD-114201 GBFD-114302 GBFD-114301 GBFD-114302 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-118609 GBFD-118609 GBFD-110801 GBFD-110802 GBFD-113801 GBFD-118201 GBFD-119902 GBFD-119902 GBFD-119902 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-510002 GBFD-510002 None None
None GBFD-111705 GBFD-118611 GBFD-118622 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-510501 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 MRFD-210301 None None None None GBFD-111202 GBFD-111202 GBFD-117802 GBFD-113602 GBFD-113602 GBFD-111203 GBFD-111003 MRFD-210305 GBFD-110301 GBFD-110303 GBFD-118602 GBFD-111602
GBFD-111803 GBFD-113726 GBFD-113601 GBFD-118201 GBFD-116902 GBFD-118201 GBFD-118605 GBFD-113726 MRFD-210301 GBFD-118201 GBFD-113601 GBFD-118601 GBFD-117701 GBFD-118621 GBFD-115001 GBFD-115001 GBFD-114701 GBFD-113601 GBFD-115001 GBFD-115001 GBFD-115001 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301
MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-114701 GBFD-114701 GBFD-114701 GBFD-118201 GBFD-113726 GBFD-113726 GBFD-114701 GBFD-114101 GBFD-110802 MRFD-210301 GBFD-110303 GBFD-111003 MRFD-210301 MRFD-210301 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-119305 GBFD-119305 MRFD-210502 MRFD-210401 MRFD-210401 None None
None None None None None MRFD-210602 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111801 GBFD-113726 GBFD-111801 GBFD-111202 GBFD-111611 GBFD-111202 GBFD-118601 GBFD-118601 GBFD-111202 GBFD-118601 GBFD-118605 GBFD-111202 GBFD-111202 GBFD-118401 GBFD-111202 GBFD-118201 MRFD-210602 MRFD-210305 GBFD-118601 GBFD-117702 GBFD-118601 GBFD-110802 GBFD-111202 GBFD-118401 GBFD-111202
GBFD-118601 GBFD-111605 GBFD-110703 GBFD-118103 GBFD-111202 GBFD-118401 GBFD-111202 GBFD-510701 GBFD-111202 GBFD-118609 GBFD-111207 GBFD-111202 GBFD-117802 GBFD-118602 GBFD-119001 GBFD-119001 GBFD-119001 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-110801 GBFD-110802 MRFD-210301 GBFD-114101
GBFD-114101 GBFD-111202 GBFD-111202 MRFD-210301 GBFD-110503 GBFD-111202 GBFD-113701 GBFD-111101 GBFD-510702 GBFD-111202 GBFD-118605 GBFD-118605 None GBFD-110401 GBFD-110402 GBFD-113601 GBFD-113601 GBFD-113601 GBFD-113601 GBFD-113601 GBFD-110401 GBFD-110301 GBFD-118605 GBFD-113601 GBFD-117501 GBFD-117501 MRFD-210301 MRFD-210305 GBFD-111003 GBFD-111003 GBFD-118603 GBFD-118630 GBFD-110607 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 MRFD-210301 MRFD-210301
MRFD-210301 MRFD-210301 GBFD-119115 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 GBFD-111101 GBFD-114101 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 MRFD-210301 MRFD-211402 MRFD-210301 MRFD-210301 GBFD-111202 GBFD-510901 MRFD-210301 MRFD-210301 MRFD-210602 GBFD-114402 GBFD-110601 GBFD-510501 MRFD-210301 GBFD-111804 GBFD-113001 MRFD-210301 MRFD-211402 GBFD-111202 MRFD-210301 GBFD-118701 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802 GBFD-111003
GBFD-111202 GBFD-111202 GBFD-116201 GBFD-116201 GBFD-510803 GBFD-510804 GBFD-114325 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802 GBFD-111705 MRFD-210305 GBFD-111202 GBFD-118605 GBFD-510701 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111203 GBFD-111203 GBFD-510601 GBFD-111203 MRFD-210305 GBFD-114101 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-510103 GBFD-111202
GBFD-111005 None GBFD-111203 GBFD-111203 GBFD-113602 GBFD-111005 GBFD-111804 None GBFD-118605 MRFD-210206 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-118609 GBFD-118609 GBFD-111202 GBFD-111202 GBFD-118602 GBFD-118602 GBFD-118602 GBFD-118609 GBFD-111207 MRFD-210301 GBFD-111203 MRFD-210301 GBFD-111207 MRFD-210301 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111005
None GBFD-111705 GBFD-111705 GBFD-111705 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-111803 GBFD-111203 GBFD-119301 GBFD-119301 GBFD-119301 GBFD-119301 GBFD-119301 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-118605 GBFD-111005 GBFD-111202 GBFD-111202 GBFD-119403 GBFD-110501 GBFD-118611 GBFD-118622 GBFD-111202 GBFD-111202 MRFD-210502 MRFD-210501 GBFD-111202 MRFD-210304 GBFD-111202
GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210301 GBFD-111202 GBFD-118609 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-113725 GBFD-117401 GBFD-119701 GBFD-117401 MRFD-210403 GBFD-113725 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-111203 MRFD-210305 MRFD-210304 MRFD-210304 GBFD-110601 GBFD-510501 GBFD-113602 GBFD-111202 GBFD-118201 GBFD-111003 GBFD-117602 GBFD-110301 GBFD-110302 MRFD-210305 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-111202 MRFD-211503 None None
None None MRFD-211503 MRFD-211503 None None None None MRFD-211503 GBFD-110601 GBFD-510501 MRFD-210206 MRFD-210301 GBFD-111203 MRFD-210305 MRFD-211402 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 MRFD-211503 MRFD-211503 GBFD-111207 GBFD-111602 MRFD-210301 GBFD-110402 GBFD-111202 GBFD-110301 GBFD-110303 MRFD-210305 MRFD-210305 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302 GBFD-110402 GBFD-111203 GBFD-118602 GBFD-118622 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203
GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-111705 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111705 GBFD-111203 GBFD-118605 GBFD-111203 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-111705 None GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111705 GBFD-111705 GBFD-118201 GBFD-114101
GBFD-111202 MRFD-210602 MRFD-210602 MRFD-210602 MRFD-210602 GBFD-118605 GBFD-111202 GBFD-111202 MRFD-210301 GBFD-111804 GBFD-111202 None MRFD-210401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-110204 GBFD-510501 GBFD-119405 GBFD-110205 GBFD-111203 MRFD-210305 GBFD-111203 GBFD-111602 GBFD-111202 GBFD-111202 GBFD-114501 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-113101
GBFD-110501 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305 GBFD-111202 None None None None GBFD-510701 GBFD-111202 MRFD-211402 MRFD-211402 MRFD-211402 MRFD-210301 GBFD-111203 GBFD-118609 GBFD-111202 MRFD-210602 MRFD-210602 None None GBFD-114301 GBFD-114302 GBFD-111202 GBFD-111202 GBFD-117401 GBFD-111203 MRFD-210305 MRFD-210502 GBFD-118611 GBFD-118622 None GBFD-111202 GBFD-110608 GBFD-111005 GBFD-111203 GBFD-111203 GBFD-111203 MRFD-210403
GBFD-111202 GBFD-110607 GBFD-110607 GBFD-110601 GBFD-110601 GBFD-510501 GBFD-114301 GBFD-510804 GBFD-510804 GBFD-114201 GBFD-115902 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-510002 GBFD-119501 GBFD-510802 GBFD-110601 GBFD-510501 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-114101 GBFD-117601 GBFD-117601 GBFD-115501 GBFD-115501 GBFD-115501 GBFD-115502 GBFD-115502 GBFD-115502 GBFD-115507 GBFD-115507 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-510501 GBFD-511103 GBFD-110703 GBFD-115506 GBFD-115506 GBFD-115506 GBFD-115506 GBFD-117601 GBFD-117601 GBFD-511103 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110601 GBFD-115501 GBFD-510501 GBFD-510501 GBFD-115502 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-110703 GBFD-110703 GBFD-119203 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302
GBFD-115501 GBFD-115501 GBFD-115501 GBFD-115502 GBFD-115502 GBFD-115502 GBFD-115507 GBFD-115507 GBFD-111202 GBFD-111202 GBFD-118620 GBFD-114201 GBFD-119106 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-510804 GBFD-114101 GBFD-119106 GBFD-510804 GBFD-114201 GBFD-114101 GBFD-119106 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-110703 GBFD-117601 GBFD-110203 GBFD-114101 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-119106 MRFD-210304 GBFD-117602 GBFD-111804 GBFD-111806 GBFD-111804 GBFD-111803 GBFD-111803 GBFD-117401 GBFD-111804 GBFD-111806
GBFD-111804 GBFD-118602 GBFD-118622 MRFD-211402 GBFD-110601 GBFD-510501 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 None MRFD-211503 MRFD-211503 MRFD-211503 MRFD-211503 MRFD-211503 GBFD-111605 GBFD-111605 GBFD-111605 GBFD-113602 GBFD-114802 GBFD-111202 None
GBFD-118611 GBFD-118622 GBFD-118602 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118605 GBFD-114101 MRFD-210301 MRFD-210301 MRFD-210304 MRFD-210301 GBFD-114101 GBFD-114101 GBFD-116101 MRFD-210301 GBFD-111202 None GBFD-118609 GBFD-118601 None GBFD-118601 None None GBFD-110607 GBFD-510301 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-113521 GBFD-118601 GBFD-111207
GBFD-114101 GBFD-113101 GBFD-111207 GBFD-119303 GBFD-119501 GBFD-111207 GBFD-114101 GBFD-113101 GBFD-111207 GBFD-119303 GBFD-119501 GBFD-118201 GBFD-111202 GBFD-114101 GBFD-113101 GBFD-111203 GBFD-119303 GBFD-119501 GBFD-111202 GBFD-114101 GBFD-113101 GBFD-113101 GBFD-114101 GBFD-119303 GBFD-113101 GBFD-119501 GBFD-114101 GBFD-113101 GBFD-111602 GBFD-118101 GBFD-111202 GBFD-111202 GBFD-118401 GBFD-111207 None MRFD-210501 MRFD-211501 MRFD-210501 GBFD-118605 GBFD-114301 GBFD-114301 GBFD-111101 MRFD-210304 GBFD-111203 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-116101 MRFD-210301 GBFD-114402 GBFD-114402 GBFD-114402
GBFD-114201 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-111202 GBFD-119201 GBFD-510803 GBFD-510804 GBFD-116201 GBFD-116201 GBFD-116101 MRFD-210301 GBFD-110202 GBFD-110521 GBFD-111804 None GBFD-118611 GBFD-118622 GBFD-115001 GBFD-510307 GBFD-115001 GBFD-118611 GBFD-118622 GBFD-118605 GBFD-111202 GBFD-116101 MRFD-210301 GBFD-111202 GBFD-510309 GBFD-111202 GBFD-113501 GBFD-113503 GBFD-111203 GBFD-111203 GBFD-116401 MRFD-210304 GBFD-111803 GBFD-111203
GBFD-111602 GBFD-111202 GBFD-111602 GBFD-111202 GBFD-111602 GBFD-111801 GBFD-111803 GBFD-111202 GBFD-111203 GBFD-111203 GBFD-113201 MRFD-211503 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-118605 GBFD-118605 GBFD-113201 GBFD-113402 GBFD-118602 GBFD-118622 GBFD-118602 GBFD-113201 GBFD-115704 GBFD-111203 MRFD-210305 GBFD-110202 GBFD-118630 GBFD-118630 None None GBFD-118605 GBFD-111202 MRFD-210304 GBFD-110502
GBFD-115403 GBFD-117802 GBFD-116101 MRFD-210301 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 MRFD-210305 MRFD-210304 MRFD-210304 GBFD-113602 GBFD-111203 MRFD-210305 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-116101 MRFD-210301 GBFD-116101 MRFD-210301 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304
MRFD-210304 MRFD-210304 GBFD-114101 GBFD-111203 GBFD-117602 GBFD-117602 MRFD-210301 GBFD-111202 MRFD-210301 GBFD-111202 MRFD-210301 MRFD-210301 GBFD-114001 GBFD-111202 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802 GBFD-114001 GBFD-119203 GBFD-510301 GBFD-510302 GBFD-510307 GBFD-510307 GBFD-111202 GBFD-111005 GBFD-110601 GBFD-510501 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-110502 GBFD-117802
GBFD-111203 None GBFD-118601 GBFD-111705 None None GBFD-118611 GBFD-118622 None None MRFD-211503 None GBFD-510701 GBFD-111202 GBFD-111705 MRFD-210103 GBFD-111202 GBFD-111705 GBFD-111202 GBFD-114301 MRFD-210301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-110801 GBFD-110802 GBFD-114301 GBFD-114301 GBFD-114301 GBFD-111705
GBFD-116801 GBFD-116801 GBFD-116801 GBFD-116801 GBFD-116801 GBFD-116801 GBFD-116801 GBFD-116801 GBFD-113701 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210401 GBFD-111203 MRFD-210305 MRFD-210301 GBFD-111203 MRFD-210304 GBFD-116201 GBFD-111203 MRFD-210305 GBFD-117601 GBFD-111202 GBFD-117301 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-117301 GBFD-113521 GBFD-117001 GBFD-118201 GBFD-117001 GBFD-119501 GBFD-119501 None None None GBFD-118611 GBFD-118622 None
GBFD-118605 MRFD-211503 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-114101 GBFD-111003 GBFD-111101 GBFD-111202 MRFD-210303 GBFD-111203 MRFD-210401 GBFD-111203 MRFD-210301 MRFD-210403 GBFD-111202 GBFD-113101 GBFD-114201 GBFD-111202 GBFD-119303 GBFD-119501 GBFD-111804 GBFD-115601 GBFD-114101 GBFD-110501 GBFD-113301 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-111202 None GBFD-510702 GBFD-510607 GBFD-510601 GBFD-510701 GBFD-118604 GBFD-118610 GBFD-118201
MRFD-210301 GBFD-114801 GBFD-115501 GBFD-111203 MRFD-210305 GBFD-111203 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101
GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101 GBFD-110101
GBFD-110101 GBFD-510101 GBFD-510101 MRFD-210301 GBFD-111005 GBFD-112401 MRFD-210301 GBFD-510901 GBFD-112401 GBFD-110601 GBFD-510501 GBFD-114803 GBFD-115501 GBFD-510701 GBFD-111202 GBFD-510701 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-118605 GBFD-118605 None GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605 GBFD-118605
GBFD-118605 GBFD-511103 GBFD-511103 GBFD-118602 GBFD-119115 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-119901 GBFD-510301 GBFD-510302 MRFD-210502 GBFD-510301 GBFD-510302 GBFD-510307 None GBFD-114101 GBFD-111101 GBFD-114101 GBFD-114101 GBFD-114101 GBFD-114201 GBFD-114101 GBFD-114101 GBFD-116201 GBFD-114101 GBFD-510401 MRFD-210501 MRFD-210502 GBFD-116001 GBFD-510309 GBFD-510309 GBFD-113725 GBFD-113725 GBFD-117301 GBFD-118605 GBFD-118605
GBFD-113602 GBFD-118605 GBFD-118605 GBFD-114401 GBFD-114302 GBFD-111202 GBFD-118601 GBFD-118601 GBFD-113401 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-118602 GBFD-111202 GBFD-510501 GBFD-510501 GBFD-111202 GBFD-111202 GBFD-110101 GBFD-115001 GBFD-115001 GBFD-115001 GBFD-111202 GBFD-111005 MRFD-210305 GBFD-119404 GBFD-113201 GBFD-118701 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111203 GBFD-111203 GBFD-110601 GBFD-510103 GBFD-510103 GBFD-510103 GBFD-510102 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-114301 GBFD-114302 GBFD-510102 GBFD-111203 GBFD-110601 GBFD-510501 GBFD-113201 GBFD-110601 GBFD-510501 GBFD-114402 GBFD-113701 GBFD-117002 GBFD-113701 GBFD-117101 GBFD-110601 GBFD-510501 GBFD-113701 GBFD-113703 GBFD-113703 GBFD-113701 GBFD-110601 GBFD-510501 GBFD-118201 GBFD-114301 GBFD-114302 GBFD-111804 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-510102 GBFD-113725 GBFD-113725
GBFD-110601 GBFD-510501 GBFD-510102 GBFD-113703 GBFD-113703 GBFD-111202 GBFD-116001 GBFD-111202 GBFD-111601 GBFD-111202 GBFD-111601 GBFD-113401 GBFD-114801 GBFD-111101 GBFD-113401 GBFD-115502 GBFD-114803 GBFD-113201 GBFD-113401 GBFD-115502 GBFD-113701 GBFD-111202 GBFD-117001 GBFD-111202 GBFD-118609 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-111804 GBFD-111207 GBFD-111202 GBFD-111202 GBFD-111804 GBFD-117002
GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002
GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-111604 GBFD-111202 GBFD-118605 GBFD-118603 GBFD-118603 GBFD-118603 GBFD-111203 GBFD-111203 GBFD-111202 GBFD-118602 None GBFD-113001 GBFD-111202 None MRFD-210301 MRFD-210301 MRFD-211402 MRFD-210301 GBFD-111202 GBFD-111202 GBFD-114701 MRFD-210301 GBFD-111203 GBFD-113601 GBFD-111202 GBFD-111202
GBFD-111202 GBFD-111202 GBFD-510102 GBFD-111203 GBFD-111804 GBFD-110502 GBFD-119202 GBFD-110502 GBFD-110502 GBFD-110502 GBFD-110502 GBFD-113201 GBFD-113201 GBFD-118201 GBFD-110502 GBFD-111203 GBFD-114101 GBFD-110601 GBFD-510501 GBFD-118201 GBFD-118201 GBFD-115402 GBFD-111202 GBFD-111202 GBFD-115504 GBFD-115504 MRFD-211402 MRFD-210304 GBFD-115504 GBFD-115504 GBFD-111005 GBFD-115501 GBFD-115502 GBFD-115507 GBFD-114701
GBFD-114402 GBFD-114402 MRFD-210301 MRFD-210301 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114701 GBFD-111202 GBFD-111203 GBFD-115402 GBFD-110608 GBFD-114701 GBFD-111202 GBFD-114701 GBFD-111202 GBFD-113602 GBFD-110601 GBFD-510501 GBFD-112401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-118201 GBFD-111005
GBFD-511104 GBFD-511103 GBFD-114301 GBFD-114302 MRFD-211404 GBFD-511103 GBFD-511103 GBFD-511103 GBFD-511103 GBFD-511103 GBFD-511103 GBFD-114301 GBFD-114302 GBFD-511103 GBFD-111203 MRFD-210305 None GBFD-110801 GBFD-110802 GBFD-114402 GBFD-110601 GBFD-110601 GBFD-510501 GBFD-115504 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 MRFD-211402 GBFD-511103 GBFD-511103 GBFD-511103 GBFD-114701 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-117501 MRFD-210301 GBFD-111203 MRFD-210403 GBFD-118603 GBFD-118603
GBFD-118601 GBFD-111202 GBFD-118611 GBFD-118605 GBFD-118622 MRFD-211502 MRFD-211502 None None None GBFD-118603 GBFD-118603 GBFD-118606 GBFD-118603 GBFD-118606 GBFD-118603 GBFD-118603 GBFD-118630 GBFD-118630 GBFD-118611 GBFD-118622 MRFD-210103 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 None GBFD-118601 GBFD-118601 GBFD-111202 GBFD-118201 GBFD-510103 GBFD-118606 GBFD-118606 GBFD-117801 GBFD-111202 GBFD-114201 GBFD-118605 GBFD-114101
MRFD-210301 GBFD-113726 GBFD-510104 GBFD-116201 GBFD-118603 None GBFD-118201 GBFD-111202 GBFD-117803 GBFD-117702 GBFD-113726 MRFD-210301 MRFD-210301 GBFD-111202 GBFD-111202 GBFD-117804 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-118605 GBFD-118605 GBFD-113101 GBFD-113201 GBFD-113201 GBFD-119303 GBFD-119501 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-114402 GBFD-118630 GBFD-118604 GBFD-118610 None None None None None None
None None None None None None None None GBFD-118401 GBFD-111612 GBFD-118601 None GBFD-110601 GBFD-510501 None MRFD-210301 GBFD-510702 GBFD-111701 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 MRFD-210502 MRFD-210502 MRFD-210103 None GBFD-118605 GBFD-118605 GBFD-118605 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 None
None GBFD-118601 GBFD-117301 GBFD-118601 GBFD-117301 GBFD-118601 GBFD-117301 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305 GBFD-111203 None GBFD-118605 GBFD-110801 GBFD-110802 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 MRFD-210301 MRFD-210301 GBFD-118611 GBFD-118622 MRFD-210301 GBFD-111203 GBFD-111202 MRFD-210304 MRFD-210304 GBFD-111203 None GBFD-111804 MRFD-210304 MRFD-210301 GBFD-118611 GBFD-118622 GBFD-111202 GBFD-111202 None GBFD-114701 GBFD-118602 GBFD-118622 GBFD-111804
GBFD-118602 GBFD-110601 GBFD-510501 GBFD-117401 GBFD-116201 GBFD-111202 GBFD-110601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-116201 GBFD-116201 GBFD-116201 GBFD-114301 GBFD-114322 GBFD-116201 GBFD-111005 GBFD-110601 None GBFD-113725 None GBFD-111202 GBFD-118611 GBFD-118611 GBFD-118603 GBFD-118603 GBFD-510104 GBFD-510104 MRFD-210304
GBFD-118602 GBFD-118622 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305 GBFD-118602 GBFD-118622 MRFD-210301 GBFD-111202 GBFD-111705 GBFD-111705 None None None GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111203 GBFD-111202 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 GBFD-115402 MRFD-210502 MRFD-210502 MRFD-210301 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-111203 GBFD-117002 GBFD-111203 GBFD-111203 None None GBFD-111203
None GBFD-117301 GBFD-117301 GBFD-111202 GBFD-113201 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-118605 None None GBFD-118605 None GBFD-114201 GBFD-111202 GBFD-111202 GBFD-118601 GBFD-117301 GBFD-111203 MRFD-210305 MRFD-210301 MRFD-210301 MRFD-210401 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111202 GBFD-111202 GBFD-115506 GBFD-115506 GBFD-115506 GBFD-115506 GBFD-119301 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111601 GBFD-118602
MRFD-210301 GBFD-118630 GBFD-118630 GBFD-113701 None GBFD-111609 GBFD-111609 GBFD-111609 GBFD-111609 GBFD-111609 GBFD-118630 GBFD-118601 GBFD-510104 MRFD-210206 GBFD-111202 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 GBFD-117002 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-111202
GBFD-118630 MRFD-210301 None GBFD-118611 GBFD-118622 GBFD-118630 None None GBFD-113601 GBFD-118601 GBFD-118611 GBFD-118611 GBFD-118606 GBFD-118606 GBFD-110703 GBFD-118602 GBFD-118609 MRFD-210103 GBFD-110601 GBFD-510501 GBFD-114101 GBFD-114101 GBFD-111605 GBFD-510701 GBFD-510601 GBFD-510702 GBFD-118605 GBFD-111202 GBFD-118604 GBFD-118610 GBFD-118611 GBFD-118622 MRFD-210305 MRFD-210304 GBFD-111202 GBFD-114101 GBFD-113101 GBFD-118602 GBFD-119303 GBFD-119501 GBFD-114101 GBFD-114101 GBFD-113101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-114101 MRFD-210305
GBFD-111202 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-119110 GBFD-119110 GBFD-119110 GBFD-119110 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110901 GBFD-114001 GBFD-111004 GBFD-111004 GBFD-111004 MRFD-210502 GBFD-117301 None GBFD-110703 MRFD-210305 None GBFD-118609 GBFD-114401 GBFD-111101 GBFD-117501 GBFD-117501 GBFD-118201 GBFD-118201 MRFD-210301 GBFD-510702 None GBFD-118611 MRFD-210301 GBFD-111202
GBFD-111202 GBFD-111005 GBFD-111202 None GBFD-118630 MRFD-210301 GBFD-118630 GBFD-118630 MRFD-210301 GBFD-119102 GBFD-117501 GBFD-511103 GBFD-110801 GBFD-110802 GBFD-118630 GBFD-118630 MRFD-210301 GBFD-118630 GBFD-118630 GBFD-118611 GBFD-116201 GBFD-118611 GBFD-118622 GBFD-114301 GBFD-110601 GBFD-510501 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-110607 GBFD-113001 GBFD-114301 GBFD-114302 None GBFD-118609
GBFD-118609 GBFD-118609 GBFD-118609 None None MRFD-210301 GBFD-510702 GBFD-111705 MRFD-210502 GBFD-118602 GBFD-118622 MRFD-210301 MRFD-210301 None None GBFD-111701 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-111202 GBFD-111211 GBFD-111202 GBFD-111211 GBFD-111202 GBFD-510102 GBFD-118611 GBFD-118611 GBFD-118611 GBFD-118622 None GBFD-118611 GBFD-111301 GBFD-111202 GBFD-118611 GBFD-118611 GBFD-118622
MRFD-210301 MRFD-210301 GBFD-110703 GBFD-110601 GBFD-510501 GBFD-117601 GBFD-110802 GBFD-111202 GBFD-111202 GBFD-111203 GBFD-111203 GBFD-118601 GBFD-118201 GBFD-110501 GBFD-117401 GBFD-117401 GBFD-117401 GBFD-117401 GBFD-117401 GBFD-111804 GBFD-110503 GBFD-111203 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701
GBFD-117701 GBFD-117701 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117701 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-117702 GBFD-111003 GBFD-110301 GBFD-510102 GBFD-110303 GBFD-110502
GBFD-111701 GBFD-510801 GBFD-510801 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-116201 GBFD-119001 GBFD-113725 GBFD-114101 None GBFD-111705 None GBFD-111804 None GBFD-118602 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-111202 GBFD-114101 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-118611 GBFD-118622 None GBFD-118604 GBFD-118610 GBFD-111202 GBFD-118604 GBFD-118610 GBFD-117801 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-111002
GBFD-111002 GBFD-111002 GBFD-111002 GBFD-114101 GBFD-114101 GBFD-114101 GBFD-119205 GBFD-510002 GBFD-510002 GBFD-510002 GBFD-116301 GBFD-119502 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-118605 GBFD-118602 GBFD-118602 GBFD-118602 GBFD-118602 GBFD-118602 GBFD-114101 GBFD-115501 GBFD-111005 GBFD-115502 GBFD-115701 GBFD-119115 GBFD-113301 GBFD-113726 MRFD-210301 GBFD-117002 MRFD-210301 GBFD-117002 MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-510704 GBFD-510601
MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-116201 GBFD-116301 GBFD-116201 GBFD-116201 GBFD-119502 MRFD-210301 GBFD-110401 MRFD-210301 GBFD-110402 GBFD-111101 GBFD-110801 GBFD-110802 GBFD-510102 GBFD-110601 GBFD-510501 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510901 GBFD-510301 GBFD-510302 GBFD-119107 GBFD-510301 GBFD-114302 GBFD-510302 GBFD-119502 GBFD-111101 GBFD-111804 MRFD-210301 GBFD-110601 GBFD-510501 None None None GBFD-118611 GBFD-111804 MRFD-210401 GBFD-119108 GBFD-114151
GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-510501 GBFD-116902 GBFD-510501 GBFD-118605 GBFD-113726 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-117601
GBFD-119107 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-116201 GBFD-111202 GBFD-111705 GBFD-111004 GBFD-510309 None GBFD-117501 GBFD-117501 GBFD-117401 GBFD-119701 GBFD-119701 GBFD-111101 GBFD-119001 GBFD-119001 GBFD-110601 GBFD-510501 GBFD-115402 GBFD-118201 GBFD-510002 GBFD-510002 GBFD-111202 GBFD-111202 GBFD-510301 GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118622 GBFD-118611 GBFD-111202 GBFD-118622 GBFD-111202 GBFD-118605 GBFD-111202 GBFD-111202 MRFD-210103 GBFD-111202 GBFD-111202 MRFD-210103 MRFD-210602 GBFD-111207 GBFD-111203 None
MRFD-210304 MRFD-210304 MRFD-210301 GBFD-119901 GBFD-113201 GBFD-113728 GBFD-111202 GBFD-116601 GBFD-111202 GBFD-111202 GBFD-111202 None GBFD-118605 GBFD-111202 GBFD-118601 GBFD-111202 GBFD-111202 GBFD-111203 MRFD-210305 MRFD-210301 GBFD-118701 GBFD-111202 GBFD-111803 GBFD-118701 GBFD-118701 GBFD-118701 MRFD-210401 GBFD-111803 GBFD-111801 GBFD-111803 GBFD-111203 GBFD-118701 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-111005
GBFD-111202 GBFD-111202 GBFD-111202 MRFD-211402 MRFD-211501 MRFD-210401 GBFD-110101 GBFD-114201 GBFD-113201 GBFD-114402 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-114402 GBFD-111005 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114402 GBFD-114701 GBFD-114701 GBFD-111203 GBFD-111203 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-510104 GBFD-510104 GBFD-510104 GBFD-114402 GBFD-111202
GBFD-114701 GBFD-111203 GBFD-114701 GBFD-511103 GBFD-114321 GBFD-114321 MRFD-211402 GBFD-114701 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-111003 GBFD-111202 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111612 GBFD-119202 GBFD-111705 GBFD-110303 GBFD-111705 GBFD-110303 GBFD-114101 GBFD-114101 GBFD-114101 GBFD-111602 GBFD-111202 GBFD-111202
GBFD-118601 GBFD-118602 GBFD-118605 GBFD-118605 GBFD-118611 GBFD-118622 None GBFD-118601 GBFD-117602 GBFD-118602 GBFD-118605 GBFD-510501 GBFD-118611 GBFD-118622 MRFD-210401 GBFD-119115 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-110601 GBFD-114101 GBFD-110703 GBFD-119115 GBFD-111203 GBFD-114101 GBFD-113101 GBFD-111203 GBFD-119303 GBFD-119501 GBFD-114101 GBFD-114101 GBFD-111202 GBFD-113101 GBFD-117301 GBFD-114101 GBFD-119303 GBFD-113101 GBFD-119501 GBFD-119303 GBFD-119501 GBFD-113101 GBFD-111606 GBFD-114101 GBFD-119303 GBFD-113101 GBFD-119501 GBFD-119303 GBFD-119501 GBFD-118602 GBFD-118622 GBFD-113725 GBFD-118601 GBFD-118601 GBFD-113725 GBFD-118601 GBFD-113725 GBFD-118601 GBFD-113725 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118609 GBFD-118611
GBFD-118611 GBFD-118602 GBFD-118622 GBFD-118602 GBFD-118601 GBFD-118622 GBFD-118602 GBFD-118605 GBFD-118605 GBFD-118611 GBFD-118622 GBFD-118602 GBFD-118622 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-116201 GBFD-116201 GBFD-110601 GBFD-510501 GBFD-118605 GBFD-510901 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-119901 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-118605 GBFD-118604 GBFD-118610 GBFD-110402 GBFD-111101 MRFD-210305 GBFD-118630 GBFD-118630 None GBFD-118604 GBFD-119801 None GBFD-118630 GBFD-119110 GBFD-114201
GBFD-119110 GBFD-119110 GBFD-114201 GBFD-119110 GBFD-114201 GBFD-118605 GBFD-118605 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111705 GBFD-111705 GBFD-110303 GBFD-110303 GBFD-110303 GBFD-111705 GBFD-111705 GBFD-111705 MRFD-210301 MRFD-210304 MRFD-210301 GBFD-111801 GBFD-111803 None GBFD-111203 MRFD-210304 None None None None None GBFD-111701 None None
None None GBFD-118609 None None GBFD-510002 GBFD-111203 GBFD-111202 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-119905 GBFD-119905 GBFD-119905 GBFD-119905 GBFD-111202 GBFD-111202 MRFD-210301 MRFD-210301 GBFD-111203 GBFD-117801 GBFD-113728 GBFD-111203 GBFD-111203 None MRFD-210301 GBFD-118630 MRFD-211501 GBFD-114323 GBFD-111202
GBFD-111202 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-510804 GBFD-510804 GBFD-111202 GBFD-111202 MRFD-210301 MRFD-210301 GBFD-118611 GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 None GBFD-118611 GBFD-118611 GBFD-118622 None GBFD-115001 GBFD-115001 GBFD-110202 GBFD-110521 GBFD-110802 GBFD-118601 GBFD-111101 GBFD-114101 GBFD-111705 GBFD-110802 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705
GBFD-111705 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-117301 GBFD-111804 GBFD-114101 GBFD-118602 GBFD-111804 GBFD-118622 GBFD-118602 GBFD-118622 None GBFD-118601 GBFD-118601 GBFD-118601 MRFD-210305 GBFD-118601 GBFD-111804 GBFD-510002 GBFD-111202 GBFD-111610 GBFD-111602 None None None None None None None None GBFD-118605 GBFD-118605 GBFD-119502 None None GBFD-111705 GBFD-111101 GBFD-119102 GBFD-119102
GBFD-118605 GBFD-118605 GBFD-111705 GBFD-113201 None GBFD-111003 GBFD-510104 None GBFD-111705 GBFD-111705 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-113201 GBFD-111608 None MRFD-210304 GBFD-111203 GBFD-110402 GBFD-119001 MRFD-210304 None None None None GBFD-118401 None GBFD-111202
MRFD-210305 GBFD-111202 GBFD-111202 GBFD-510002 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111202 MRFD-210305 GBFD-111202 MRFD-210304 MRFD-210304 GBFD-117602 GBFD-117601 GBFD-110703 GBFD-111003 GBFD-111003 GBFD-510104 GBFD-111202 GBFD-111605 GBFD-111005 MRFD-210301 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 None None None None None GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-119902 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111005 GBFD-111202 GBFD-111202 GBFD-110703 GBFD-110601 GBFD-510501 GBFD-510102 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 MRFD-210301 GBFD-114101 GBFD-510701
GBFD-510701 GBFD-510702 GBFD-111003 GBFD-111003 GBFD-111003 GBFD-510104 GBFD-111101 GBFD-114101 GBFD-114101 GBFD-111003 GBFD-114101 GBFD-118601 GBFD-115506 GBFD-115507 GBFD-115506 GBFD-115701 GBFD-110801 MRFD-210301 GBFD-111203 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 GBFD-118605 GBFD-112501 GBFD-112501 GBFD-113201 GBFD-115501 GBFD-113201 GBFD-115502 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-111705 GBFD-118605 GBFD-113201 GBFD-113201 MRFD-210301 GBFD-111705
GBFD-111705 MRFD-210502 MRFD-210502 MRFD-210502 MRFD-210502 MRFD-210502 MRFD-210502 MRFD-210502 GBFD-117702 GBFD-113725 GBFD-113725 GBFD-113725 GBFD-118201 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-118605 None GBFD-118603 GBFD-113602 GBFD-113721 GBFD-113721 GBFD-113721 MRFD-210304 GBFD-111203 GBFD-116201 GBFD-116201 GBFD-116201 GBFD-116201 GBFD-113101 GBFD-111602
GBFD-111202 GBFD-111202 MRFD-210305 GBFD-114101 GBFD-111612 GBFD-114101 GBFD-119001 GBFD-111804 GBFD-111203 MRFD-210403 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 MRFD-210304 MRFD-211402 GBFD-116001 MRFD-210301 GBFD-111004 GBFD-111101 GBFD-111203 GBFD-119301 GBFD-510401 GBFD-116301 None GBFD-111004 GBFD-116902 MRFD-210301 MRFD-211402 MRFD-211402 MRFD-211402 MRFD-210305 GBFD-118603 GBFD-118603 GBFD-116801 GBFD-119107 GBFD-119107 GBFD-114302 GBFD-118605
GBFD-116801 GBFD-117501 GBFD-117501 GBFD-118605 None GBFD-118605 GBFD-110601 GBFD-510501 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 None None GBFD-114101 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-118601 MRFD-210301 GBFD-510901 MRFD-210401 GBFD-111203 GBFD-111804 GBFD-118611 GBFD-110202 None None None None None None None None None
None GBFD-111602 GBFD-111701 GBFD-118602 GBFD-118622 GBFD-118602 GBFD-118602 None None GBFD-118601 GBFD-510805 GBFD-118602 GBFD-119901 GBFD-119902 GBFD-118602 GBFD-119905 GBFD-118602 GBFD-119906 GBFD-111003 GBFD-118602 GBFD-510805 GBFD-119901 GBFD-118602 GBFD-119902 GBFD-119905 GBFD-115506 GBFD-119906 GBFD-111003 GBFD-118601 GBFD-118605 GBFD-118605 GBFD-111202 GBFD-118605 GBFD-118605 GBFD-115501 GBFD-114101 GBFD-510501 GBFD-110601 GBFD-111101 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 None None GBFD-112301 MRFD-210304 GBFD-111202 GBFD-510301 GBFD-118103 GBFD-118103 GBFD-118103 MRFD-210304 GBFD-111610 GBFD-111610 GBFD-111610 GBFD-111610 GBFD-111610 GBFD-111004 MRFD-210304 GBFD-112301 MRFD-210304 GBFD-112301 MRFD-210304
GBFD-111202 GBFD-111202 GBFD-118201 GBFD-118201 GBFD-117501 GBFD-118603 GBFD-510102 MRFD-210301 GBFD-111202 GBFD-113602 GBFD-111202 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-114301 GBFD-114302 MRFD-210304 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111701 GBFD-111202 GBFD-116101 MRFD-210301 MRFD-210301 GBFD-110502 GBFD-110502 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-113001 GBFD-111701 GBFD-113503
GBFD-111605 GBFD-110601 GBFD-510501 GBFD-117601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-118603 GBFD-111701 GBFD-111202 GBFD-111601 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-117501 GBFD-111202 GBFD-111101 GBFD-116401 GBFD-110601 GBFD-510501 GBFD-111804 GBFD-110203 GBFD-510307 GBFD-510307 GBFD-111612 GBFD-111101 GBFD-111101 GBFD-111101 GBFD-111202 GBFD-111202 GBFD-111203 GBFD-111203 MRFD-210602 GBFD-111203 GBFD-118602 GBFD-113726 GBFD-118601 GBFD-510601 GBFD-111203 MRFD-210305
GBFD-118601 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-119701 MRFD-210301 GBFD-119701 GBFD-119701 GBFD-119701 GBFD-114101 GBFD-119701 GBFD-111705 GBFD-111203 GBFD-118701 MRFD-210304 GBFD-111605 GBFD-111101 GBFD-110601 GBFD-510501 GBFD-118201 GBFD-111804 GBFD-111804 GBFD-118602 GBFD-118603 GBFD-118603 GBFD-118605 GBFD-118201 GBFD-110601 GBFD-510501 GBFD-111804 GBFD-115301 GBFD-110601 GBFD-510501 GBFD-119303 GBFD-111203 GBFD-111203
GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 None None GBFD-111203 GBFD-118201 GBFD-118606 GBFD-510104 GBFD-111207 GBFD-111804 GBFD-113725 GBFD-116101 MRFD-210301 None None MRFD-210304 GBFD-116101 MRFD-210301 WRFD-040100 MRFD-210301
MRFD-210301 None GBFD-118602 None None GBFD-111203 MRFD-210304 MRFD-210304 None None MRFD-210301 MRFD-211402 GBFD-111202 GBFD-118609 MRFD-210301 GBFD-111203 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111203 GBFD-111802 GBFD-111804 GBFD-111802 GBFD-111804 GBFD-111802 GBFD-111804 GBFD-111203 GBFD-111003 GBFD-111804 GBFD-110301 GBFD-110302 MRFD-210304 MRFD-210304
GBFD-119301 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-510309 GBFD-510309 GBFD-510309 None GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111101 GBFD-114802 GBFD-113601 MRFD-211402 MRFD-211402 GBFD-119502 GBFD-119502 GBFD-116301 GBFD-510301 GBFD-114101 GBFD-114101 GBFD-114101 GBFD-114101 GBFD-118701 GBFD-510805 GBFD-118701 GBFD-111203 GBFD-111804 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-110601 GBFD-510501 MRFD-210301 MRFD-210301
MRFD-210301 MRFD-210301 GBFD-111203 MRFD-210502 MRFD-210502 GBFD-110601 GBFD-510501 GBFD-118609 MRFD-210301 MRFD-210301 None MRFD-210301 None MRFD-210502 None MRFD-210301 MRFD-210301 None None GBFD-118602 None None MRFD-210304 None MRFD-210301 MRFD-211402 GBFD-111202 GBFD-118609 MRFD-210301 GBFD-111203 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111203 GBFD-111203
MRFD-210301 GBFD-111202 MRFD-210502 MRFD-210304 GBFD-118603 GBFD-118603 GBFD-111202 GBFD-117804 GBFD-118605 GBFD-110601 GBFD-510501 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 MRFD-210301 MRFD-211402 MRFD-210304 GBFD-110601 GBFD-510501 GBFD-116101 MRFD-210301 GBFD-111203 GBFD-111203 GBFD-111203 MRFD-210305 MRFD-210304 MRFD-210304 GBFD-113602 MRFD-210304 GBFD-113701 GBFD-111705 GBFD-111803 GBFD-111203 GBFD-111602 GBFD-111202 GBFD-111602
GBFD-111705 GBFD-111705 GBFD-111202 GBFD-510309 GBFD-111602 GBFD-111801 GBFD-111803 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111803 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-510901 GBFD-111804 GBFD-111202 GBFD-115821 GBFD-113521 GBFD-510309 GBFD-111804 GBFD-114701 GBFD-112401 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-111202 GBFD-111202 GBFD-113726 GBFD-113726 GBFD-111202 GBFD-118604 GBFD-118610 GBFD-118604 GBFD-111203
None GBFD-117301 GBFD-117301 GBFD-111203 GBFD-111202 GBFD-111803 MRFD-210502 MRFD-210502 GBFD-113101 GBFD-119402 GBFD-113602 GBFD-119303 GBFD-119501 GBFD-113101 GBFD-119401 GBFD-114151 GBFD-119303 GBFD-119501 GBFD-114151 GBFD-117702 GBFD-115701 MRFD-211404 GBFD-119110 GBFD-118603 GBFD-118603 MRFD-210304 GBFD-111203 GBFD-111203 GBFD-111202 GBFD-111202 GBFD-116101 MRFD-210301 MRFD-210301 None MRFD-210403 GBFD-118609 GBFD-115501 GBFD-111202 GBFD-115502 GBFD-115701 GBFD-118602 GBFD-118602 GBFD-111203
GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111203 GBFD-111202 GBFD-111203 MRFD-210305 GBFD-116101 MRFD-210301 GBFD-118201 GBFD-114302 GBFD-117002 GBFD-118201 GBFD-118606 GBFD-118606 GBFD-118606 GBFD-118606 MRFD-210301 MRFD-210301 GBFD-110601 GBFD-510501 MRFD-210301 GBFD-510301 MRFD-210301 MRFD-210301 GBFD-119001 GBFD-118601 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-111804
GBFD-119001 GBFD-118601 GBFD-117801 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-111002 GBFD-117802 GBFD-111804 GBFD-111804 GBFD-111804 GBFD-119001 GBFD-118601 GBFD-110601 GBFD-510501 GBFD-510302 GBFD-114101 GBFD-114101 GBFD-110301 GBFD-510002 GBFD-111804 GBFD-119001 GBFD-111804 GBFD-119001 GBFD-111804 GBFD-119001 GBFD-119001 GBFD-111804 GBFD-110601 GBFD-510501 GBFD-113201 GBFD-110601 GBFD-510501 GBFD-113201
GBFD-510501 GBFD-110601 GBFD-510501 GBFD-510306 GBFD-110601 GBFD-510501 GBFD-118201 GBFD-510501 GBFD-113201 GBFD-119115 GBFD-119115 GBFD-111203 GBFD-111202 GBFD-113728 GBFD-117801 GBFD-111804 GBFD-119001 GBFD-111202 GBFD-111203 GBFD-113726 GBFD-113402 GBFD-111005 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-111004 GBFD-110601 GBFD-510501 GBFD-117601 GBFD-111005 GBFD-113521 GBFD-113521 GBFD-113201 GBFD-113201 GBFD-111804 GBFD-111804
GBFD-111203 GBFD-111202 None GBFD-113726 None None MRFD-210301 GBFD-114302 MRFD-210301 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 GBFD-114302 MRFD-210301 GBFD-114302 GBFD-114302 GBFD-118605 GBFD-118605 GBFD-111203 GBFD-111203 GBFD-111203 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202
MRFD-210301 MRFD-210301 MRFD-210301 MRFD-210301 GBFD-111202 GBFD-111601 GBFD-111202 GBFD-111202 GBFD-111101 GBFD-119001 GBFD-113602 GBFD-115701 GBFD-111207 MRFD-210301 GBFD-111203 None None None None None GBFD-114101 GBFD-111202 GBFD-111202 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-119902 GBFD-118605 GBFD-119701 GBFD-118001
GBFD-118001 GBFD-118001 GBFD-118001 GBFD-118001 GBFD-118001 GBFD-118001 GBFD-117002 GBFD-117401 GBFD-111203 MRFD-210305 GBFD-111203 GBFD-112401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-113201 GBFD-118630 GBFD-118630 GBFD-118630 GBFD-118630 GBFD-118604 GBFD-110601 GBFD-510501 None GBFD-111606 GBFD-110601 GBFD-510501 GBFD-113201 GBFD-111005 GBFD-117401 GBFD-111203 MRFD-210305 GBFD-114101 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111203 GBFD-111203 GBFD-111203
GBFD-111203 GBFD-111203 GBFD-111203 GBFD-118605 None None GBFD-111207 GBFD-110501 MRFD-210304 GBFD-111203 MRFD-210304 GBFD-111804 GBFD-111804 MRFD-210301 GBFD-113903 GBFD-111203 GBFD-116101 MRFD-210301 GBFD-110402 MRFD-211501 MRFD-211501 MRFD-211501 GBFD-111203 GBFD-111202 GBFD-110601 GBFD-510501 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-111705 GBFD-119501 GBFD-119501 GBFD-118602 GBFD-113901 GBFD-111203
GBFD-118605 GBFD-118605 GBFD-118605 GBFD-111202 GBFD-118601 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-114101 GBFD-110601 GBFD-510501 MRFD-210103 MRFD-210103 MRFD-210103 GBFD-111202 GBFD-118605 None None GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118605 None GBFD-111202 None GBFD-118609 GBFD-118630 GBFD-113801 GBFD-111207 GBFD-113701 MRFD-210301 GBFD-510104 GBFD-113703 GBFD-113703
GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113703 GBFD-113701 GBFD-111207 GBFD-113701 MRFD-210301 GBFD-111202 GBFD-111202 GBFD-510104 GBFD-111005 GBFD-111202 GBFD-111801 GBFD-111803 None
GBFD-510002 GBFD-111203 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-113701 GBFD-114101 GBFD-117301 GBFD-118201 None GBFD-111207 GBFD-114701 GBFD-111203 MRFD-210301 MRFD-211501 GBFD-111202 GBFD-111203 GBFD-111005 GBFD-111005 GBFD-119501 GBFD-119501 GBFD-114701 GBFD-111202 GBFD-111207 GBFD-111202 GBFD-111207 GBFD-111202 GBFD-111603 GBFD-111202 None None GBFD-111610 GBFD-111610 GBFD-111610 GBFD-111610
GBFD-111610 GBFD-111202 GBFD-111202 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-118201 GBFD-111003 GBFD-110301 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118701 GBFD-118605 GBFD-118605 None GBFD-119110 MRFD-210301 GBFD-111203 GBFD-110101 GBFD-114101 GBFD-510701 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202
GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118602 GBFD-111005 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118601 GBFD-118602 GBFD-118604 GBFD-118610
GBFD-118604 GBFD-118610 GBFD-118603 GBFD-118603 GBFD-111203 MRFD-210305 GBFD-111202 GBFD-510301 GBFD-510302 None MRFD-210304 MRFD-210304 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-510501 GBFD-510501 GBFD-119501 GBFD-111203 GBFD-119105 GBFD-110601 GBFD-510501 GBFD-119105 GBFD-119105 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-115501 GBFD-115501 GBFD-115501 GBFD-115502 GBFD-115502 GBFD-115502 GBFD-115507
GBFD-115507 GBFD-511103 GBFD-110703 GBFD-117601 GBFD-117601 GBFD-511103 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110703 GBFD-110601 GBFD-115501 GBFD-510501 GBFD-510501 GBFD-115502 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-117601 GBFD-110703 GBFD-110703 GBFD-115501 GBFD-115507 GBFD-115501 GBFD-115507 GBFD-115501 GBFD-115507 GBFD-115502 GBFD-115502 GBFD-115502 GBFD-115507
GBFD-115507 GBFD-113201 GBFD-119105 GBFD-111203 GBFD-110601 GBFD-510501 MRFD-210301 None GBFD-510002 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-114101 GBFD-114101 GBFD-113101 GBFD-119106 GBFD-113602 GBFD-119303 GBFD-114201 GBFD-114101 GBFD-119501 GBFD-119106 GBFD-119106 GBFD-114101 GBFD-114201 GBFD-113101 GBFD-119106 GBFD-119303 GBFD-119501 GBFD-510803 GBFD-510803 GBFD-114101 GBFD-119106 GBFD-119203 GBFD-114201 GBFD-114101 GBFD-119106 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-510309 GBFD-118601 GBFD-110703 GBFD-117601
GBFD-118605 None GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110203 GBFD-119203 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-118901 GBFD-119106 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-116201 GBFD-111203 GBFD-114101 GBFD-111203 MRFD-210403 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-113201 GBFD-114301 GBFD-114302 GBFD-111202 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302 GBFD-111705 GBFD-111705
GBFD-111705 GBFD-111705 GBFD-118605 None None None GBFD-118611 GBFD-118622 GBFD-118630 GBFD-118601 GBFD-118630 MRFD-210301 None None None GBFD-118601 GBFD-118601 MRFD-210301 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202 MRFD-210304 MRFD-210304 MRFD-210304 GBFD-111202 GBFD-111202 GBFD-110501 GBFD-115501 GBFD-115502 None GBFD-110202 GBFD-110521
GBFD-117002 None GBFD-111202 MRFD-210304 GBFD-111203 MRFD-210305 GBFD-115402 GBFD-118201 GBFD-111202 GBFD-118609 GBFD-118601 GBFD-111203 MRFD-210305 GBFD-118602 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 GBFD-111202 MRFD-210301 GBFD-111202 MRFD-210301 None GBFD-111202 GBFD-111203 GBFD-113728 GBFD-117801 GBFD-111701 GBFD-116101 MRFD-210301
Feature Name Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Abis Bypass GSM Flow Control GSM Flow Control GSM Flow Control EGPRS EGPRS BTS Local Switch Flex Abis PDCH Dynamic Adjustment Configuration Management Soft-Synchronized Network Voice Quality Index (Uplink VQI) Access Access Access Control Class(ACC) Access Control Class(ACC) Concentric Cell Access Control Class(ACC) Adaptive Adjustment of Uplink and Downlink Channels Access Control Class(ACC) Access Control Class(ACC) Access Control Class(ACC) Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 BSS Paging Coordination Basic Cell Re-selection System Information Sending AMR FR TFO AMR HR TFO WB AMR TFO Call Control Handover Re-establishment
Soft-Synchronized Network O&M of BTS O&M of BTS O&M of BTS O&M of BTS HUAWEI I Handover HUAWEI II Handover O&M of BTS GSM Flow Control GSM Flow Control O&M of BTS A Interface Protocol Process Soft-Synchronized Network Dynamically Adjusting the Uplink MCS Coding O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Faulty Management O&M of BTS O&M of BTS Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) Acoustic Echo Cancellation(AEC) AMR Wireless Link Timer
AMR Wireless Link Timer BSC/RNC Clock BSC/RNC Clock AMR Wireless Link Timer AMR Wireless Link Timer Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management O&M of BTS Faulty Management TRX Cooperation Faulty Management Faulty Management End-to-End MS Signaling Tracing GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control A over IP Automatic Level Control (ALC) Automatic Level Control (ALC) Automatic Level Control (ALC) Automatic Level Control (ALC) Automatic Level Control (ALC)
Automatic Level Control (ALC) Automatic Level Control (ALC) Gb Over FR Gb Over FR IP QOS GPRS PDCH Dynamic Adjustment Enhanced Channel Assignment Algorithm EDA(Extended Dynamic Allocation) Network-Controlled Cell Reselection (NC2) Enhanced Channel Assignment Algorithm A Interface Circuit Management O&M of BSC Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Power Control
BSS-Based LCS (Cell ID + TA) BSC/RNC Clock BSS-Based LCS (Cell ID + TA) BSC/RNC Clock Faulty Management Faulty Management O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) AMR Power Control HUAWEI III Power Control Algorithm AMR Coding Rate Threshold Adaptive Adjustment AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover
HUAWEI II Handover HUAWEI II Handover AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control Enhanced Power Control Algorithm AMR HR AMR HR AMR Coding Rate Threshold Adaptive Adjustment AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control A Interface Circuit Management A Interface Circuit Management Automatic Noise Compensation (ANC) Automatic Noise Compensation (ANC) Abis over IP Automatic Noise Compensation (ANC) A over IP IP QOS Electrical Tilt Remote Abis IP over E1/T1 A IP over E1/T1 None Faulty Management Automatic Noise Restraint (ANR) Automatic Noise Restraint (ANR)
Automatic Noise Restraint (ANR) Automatic Noise Restraint (ANR) BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network BTS GPS Synchronization BTS/NodeB Clock BTS GPS Synchronization BTS/NodeB Clock Abis IP over E1/T1 A IP over E1/T1 O&M of BTS Remote Electrical Tilt O&M of BTS Multi-site Cell O&M of BTS A Interface Protocol Process A over IP Semi-Permanent Connection PS Active Package Management PS Active Package Management PS Active Package Management PS Active Package Management PS Active Package Management PS Active Package Management PS Active Package Management PS Active Package Management Configuration Management BSC/RNC Software Management BSC/RNC Software Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management IP Fault Detection Based on BFD Abis IP over E1/T1 A IP over E1/T1 A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process Faulty Management
Faulty Management Assignment and Immediate Assignment Direct Retry Concentric Cell O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS 2G/3G Neighboring Cell Automatic Optimization Assignment and Immediate Assignment O&M of BSC A Interface Circuit Management GSM Flow Control GSM Flow Control O&M of BSC A Interface Circuit Management O&M of BSC A Interface Circuit Management Concentric Cell Enhanced Dual-Band Network Enhanced Dual-Band Network Flex Ater Flex Ater Flex Ater O&M of BSC BSC Local Switch O&M of BSC Semi-Permanent Connection Configuration Management Configuration Management O&M of BSC Ater Compression Transmission O&M of BTS
A Interface Protocol Process IMSI Detach O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) None None Security Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 IP Fault Detection Based on BFD Configuration Management AMR FR AMR HR O&M of BTS Abis over IP O&M of BTS Security Management Security Management None A Interface Protocol Process Faulty Management Faulty Management None None
None None BSC/RNC Clock BSC/RNC Clock O&M of BSC Security Management Configuration Management Radio Dedicated Channel Management GPRS None IP Fault Detection Based on BFD IP Fault Detection Based on BFD Active Backup Power Control Active Backup Power Control Multi-band Sharing One BSC Multi-band Sharing One BSC Multi-band Sharing One BSC HUAWEI I Handover HUAWEI II Handover O&M of BTS Soft-Synchronized Network O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS BSC Node Redundancy Processing of Measurement Report Pre-processing of Measurement Report O&M of BTS Configuration Management Configuration Management Configuration Management Configuration Management Frequency Band Frequency Hopping (RF hopping, baseband hopping)
Gb Over FR Gb Over FR Gb over IP Gb Over FR O&M of BTS O&M of BTS O&M of BTS QoS ARP&THP QoS ARP&THP QoS ARP&THP A Interface Protocol Process STP（Signaling Transport Point) BSC Node Redundancy EGPRS GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover IP Fault Detection Based on BFD IP Fault Detection Based on BFD Processing of Measurement Report Pre-processing of Measurement Report TRX Cooperation Soft-Synchronized Network QoS ARP&THP QoS ARP&THP QoS ARP&THP Faulty Management Faulty Management Faulty Management Faulty Management Gb Over FR Gb Over FR None None
None GSM Flow Control Abis IP over E1/T1 A IP over E1/T1 Faulty Management O&M of BTS O&M of BTS HUAWEI I Handover HUAWEI II Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI II Handover Configuration Management Configuration Management Configuration Management Configuration Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Configuration Management Configuration Management None None None None O&M of BTS O&M of BTS Fast Ring Network Switch Simplified Cell Broadcast Simplified Cell Broadcast O&M of BSC Radio Common Channel Management Security Management Location Updating Paging A over IP TRX Power Amplifier Intelligent Shutdown
A Interface Circuit Management TC Pool Short Message Service Cell Broadcast (TS23) Soft-Synchronized Network Ater Compression Transmission Soft-Synchronized Network IP QOS TC Pool Configuration Management Soft-Synchronized Network Short Message Service Cell Broadcast (TS23) Abis over IP BSC Local Switch Connection Inter BSC over IP Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) Semi-Permanent Connection Short Message Service Cell Broadcast (TS23) Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management
Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Semi-Permanent Connection Semi-Permanent Connection Semi-Permanent Connection Soft-Synchronized Network TC Pool TC Pool Semi-Permanent Connection GPRS Pre-processing of Measurement Report Configuration Management Paging Radio Common Channel Management Configuration Management Configuration Management BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSS Paging Coordination BSS Paging Coordination BSC/RNC Clock BSC/RNC Software Management BSC/RNC Software Management None None
None None None None None Remote Electrical Tilt O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Ater Interface 4:1 Multiplexing TC Pool Ater Interface 4:1 Multiplexing O&M of BTS O&M of BTS Abis over IP Abis over IP O&M of BTS Abis over IP IP QOS O&M of BTS O&M of BTS Abis Transmission Optimization O&M of BTS Soft-Synchronized Network Remote Electrical Tilt Security Management Abis over IP BTS Local Switch Abis over IP Pre-processing of Measurement Report O&M of BTS Abis Transmission Optimization O&M of BTS
Abis over IP Active Backup Power Control Enhanced Power Control Algorithm Network Support SAIC O&M of BTS Abis Transmission Optimization O&M of BTS Compact BTS Automatic Configuration and Planning O&M of BTS IP Fault Detection Based on BFD BTS Test Function O&M of BTS Fast Ring Network Switch A over IP Gb Interface Function Gb Interface Function Gb Interface Function IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS Processing of Measurement Report Pre-processing of Measurement Report Configuration Management GPRS
GPRS O&M of BTS O&M of BTS Configuration Management Call Reestablishment O&M of BTS Frequency Hopping (RF hopping, baseband hopping) System Information Sending Compact BTS Automatic Capacity Planning O&M of BTS IP QOS IP QOS None Basic Cell Selection Basic Cell Re-selection Short Message Service Cell Broadcast (TS23) Short Message Service Cell Broadcast (TS23) Short Message Service Cell Broadcast (TS23) Short Message Service Cell Broadcast (TS23) Short Message Service Cell Broadcast (TS23) Basic Cell Selection Location Updating IP QOS Short Message Service Cell Broadcast (TS23) Enhanced Measurement Report(EMR) Enhanced Measurement Report(EMR) Configuration Management Security Management Radio Common Channel Management Radio Common Channel Management Gb over IP Ethernet OAM Direct Retry GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability Configuration Management Configuration Management
Configuration Management Configuration Management Power Control GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability System Information Sending GPRS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Configuration Management Configuration Management MBSC Load Balancing Configuration Management Configuration Management O&M of BTS 2G/3G Neighboring Cell Automatic Optimization Configuration Management Configuration Management Remote Electrical Tilt Enhanced Dual-Band Network HUAWEI I Handover HUAWEI II Handover Configuration Management A Interface Protocol Process SDCCH Dynamic Adjustment Configuration Management MBSC Load Balancing O&M of BTS Configuration Management RAN Sharing Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report Radio Common Channel Management
O&M of BTS O&M of BTS Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) Uplink EGPRS2-A Downlink EGPRS2-A Fast 3G Reselection at 2G CS Call Release Faulty Management Faulty Management O&M of BTS O&M of BTS O&M of BTS Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report GSM Flow Control Security Management O&M of BTS IP QOS Compact BTS Automatic Configuration and Planning O&M of BTS O&M of BTS O&M of BTS O&M of BSC Security Management O&M of BSC Security Management O&M of BSC Security Management O&M of BSC O&M of BSC PICO Automatic Configuration and Planning O&M of BSC Security Management GPRS O&M of BSC O&M of BSC O&M of BSC Chain Cell Handover O&M of BTS
Enhanced Channel Assignment Algorithm None O&M of BSC O&M of BSC Simplified Cell Broadcast Enhanced Channel Assignment Algorithm A Interface Protocol Process None IP QOS Tree Topology O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) IP Fault Detection Based on BFD IP Fault Detection Based on BFD O&M of BTS O&M of BTS A over IP A over IP A over IP IP Fault Detection Based on BFD BTS Test Function Configuration Management O&M of BSC Configuration Management BTS Test Function Configuration Management A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process Enhanced Channel Assignment Algorithm
None GSM Flow Control GSM Flow Control GSM Flow Control Configuration Management Configuration Management Configuration Management A Interface Circuit Management O&M of BSC Voice Fault Diagnosis Voice Fault Diagnosis Voice Fault Diagnosis Voice Fault Diagnosis Voice Fault Diagnosis A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process IP QOS Enhanced Channel Assignment Algorithm O&M of BTS O&M of BTS Class11 DTM Call Control Abis IP over E1/T1 A IP over E1/T1 O&M of BTS O&M of BTS BSC/RNC Clock BTS/NodeB Clock O&M of BTS Faulty Management O&M of BTS
O&M of BSC Security Management O&M of BSC Security Management O&M of BSC Configuration Management O&M of BTS IP Fault Detection Based on BFD O&M of BTS O&M of BTS O&M of BTS BSC Node Redundancy MSC Pool SGSN Pool MSC Pool License Management BSC Node Redundancy Faulty Management O&M of BTS O&M of BTS O&M of BSC Security Management Faulty Management Faulty Management HUAWEI I Handover HUAWEI II Handover Simplified Cell Broadcast O&M of BTS Soft-Synchronized Network Radio Channel Management Active Common Power Control Location Updating IMSI Detach Security Management O&M of BTS HUAWEI I Handover HUAWEI II Handover O&M of BTS 2G/3G Co-Transmission Resources Management on MBSC None None
None None 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC None None None None 2G/3G Co-Transmission Resources Management on MBSC HUAWEI I Handover HUAWEI II Handover Tree Topology Configuration Management O&M of BSC Security Management MBSC Load Balancing HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC BTS Test Function TRX Power Amplifier Intelligent Shutdown Configuration Management Basic Cell Re-selection O&M of BTS Location Updating Paging Security Management Security Management Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service Basic Cell Re-selection O&M of BSC A over IP A IP over E1/T1 O&M of BSC O&M of BSC O&M of BSC O&M of BSC
IP QOS IP QOS IP QOS IP QOS GSM Flow Control O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC GSM Flow Control O&M of BSC IP QOS O&M of BSC IP QOS IP QOS IP QOS GSM Flow Control None A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process GSM Flow Control GSM Flow Control Soft-Synchronized Network GPRS
O&M of BTS Remote Electrical Tilt Remote Electrical Tilt Remote Electrical Tilt Remote Electrical Tilt IP QOS O&M of BTS O&M of BTS Configuration Management A Interface Protocol Process O&M of BTS None BSC/RNC Software Management HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover G3 Fax (TS61, TS62) HUAWEI II Handover 14.4kbit/s Circuit Switched Data Bearer Service O&M of BSC Security Management O&M of BSC TRX Power Amplifier Intelligent Shutdown O&M of BTS O&M of BTS Co-BCCH Cell Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Faulty Management Faulty Management O&M of BTS PDCH Dynamic Adjustment
Call Control A over IP A IP over E1/T1 O&M of BSC Security Management O&M of BTS None None None None Compact BTS Automatic Configuration and Planning O&M of BTS MBSC Load Balancing MBSC Load Balancing MBSC Load Balancing Configuration Management O&M of BSC IP Fault Detection Based on BFD O&M of BTS Remote Electrical Tilt Remote Electrical Tilt None None GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability O&M of BTS O&M of BTS MSC Pool O&M of BSC Security Management BSC/RNC Clock Abis IP over E1/T1 A IP over E1/T1 None O&M of BTS SDCCH Handover Enhanced Channel Assignment Algorithm O&M of BSC O&M of BSC O&M of BSC License Management
O&M of BTS Direct Retry Direct Retry HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover GSM/WCDMA Interoperability Downlink EGPRS2-A Downlink EGPRS2-A EGPRS Transmit Diversity HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm Gb Over FR Adaptive Adjustment of Uplink and Downlink Channels Dual Carriers in Downlink HUAWEI I Handover HUAWEI II Handover HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm GPRS HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm AMR FR AMR FR AMR FR AMR HR AMR HR AMR HR WB AMR WB AMR HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI II Handover GSM and UMTS Load Balancing Based on Iur-g Enhanced Power Control Algorithm AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm GSM and UMTS Load Balancing Based on Iur-g Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm HUAWEI I Handover AMR FR II Handover HUAWEI HUAWEI II Handover AMR HR I Handover HUAWEI HUAWEI II Handover HUAWEI I Handover HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Extended Uplink TBF Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service
AMR FR AMR FR AMR FR AMR HR AMR HR AMR HR WB AMR WB AMR O&M of BTS O&M of BTS Clock over IP support 1588V2 EGPRS Coding Coding Scheme Scheme EGPRS Coding Scheme Downlink EGPRS2-A GPRS Coding Scheme Downlink EGPRS2-A EGPRS GPRS Coding Coding Scheme Scheme EGPRS Coding Scheme Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm Point To Point Short Message Service (TS21, TS22) GPRS CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 Coding Scheme Faulty Management Active Power Control A Interface Protocol Process STP（Signaling Transport Point) A Interface Protocol Process A Interface Circuit Management A Interface Circuit Management MSC Pool A Interface Protocol Process STP（Signaling Transport Point)
A Interface Protocol Process A over IP A IP over E1/T1 MBSC Load Balancing HUAWEI I Handover HUAWEI II Handover Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management None 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC 2G/3G Co-Transmission Resources Management on MBSC Active Backup Power Control Active Backup Power Control Active Backup Power Control Simplified Cell Broadcast Discontinuous Reception (DRX) O&M of BTS None
Abis IP over E1/T1 A IP over E1/T1 A over IP Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 IP QOS GPRS Configuration Management Configuration Management Faulty Management Configuration Management GPRS GPRS Support of Daylight Saving Time Configuration Management O&M of BTS None IP Fault Detection Based on BFD Abis over IP None Abis over IP None None Direct Retry Public Voice Group Call Service O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS A5/1 Encryption Flow Optimization Abis over IP BTS Test Function
GPRS PDCH Dynamic Adjustment BTS Function LoadTest Sharing Adaptive Adjustment BTS Test Function of Uplink and Downlink Channels GPRS PDCH Dynamic Adjustment BTS Test Function Load Sharing Adaptive Adjustment of Uplink and Downlink Channels Soft-Synchronized Network O&M of BTS GPRS PDCH Dynamic Adjustment O&M of BSC Load Sharing Adaptive Adjustment of Uplink and Downlink Channels O&M of BTS GPRS PDCH PDCH Dynamic Dynamic Adjustment Adjustment GPRS Load Sharing PDCH Dynamic Adjustment Adaptive Adjustment of Uplink and Downlink Channels GPRS PDCH Dynamic Adjustment TRX Power Amplifier Intelligent Shutdown Dynamic Transmit Diversity O&M of BTS O&M of BTS Abis Transmission Optimization BTS Test Function None BTS/NodeB Clock IP-Based 2G/3G Co-Transmission on Base Station Side BTS/NodeB Clock IP QOS GSM/WCDMA Interoperability GSM/WCDMA Interoperability System Information Sending Faulty Management O&M of BSC Faulty Management Faulty Management O&M of BTS Support of Daylight Saving Time Configuration Management Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network
EGPRS HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover O&M of BTS 11-Bit EGPRS Access Uplink EGPRS2-A Downlink EGPRS2-A Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) Support of Daylight Saving Time Configuration Management Emergency Call Service (TS12) Guaranteed Emergency Call A Interface Protocol Process None Abis IP over E1/T1 A IP over E1/T1 Enhanced Multi Level Precedence and Preemption(EMLPP) Group Call EMLPP Enhanced Multi Level Precedence and Preemption(EMLPP) Abis IP over E1/T1 A IP over E1/T1 IP QOS O&M of BTS Support of Daylight Saving Time Configuration Management O&M of BTS Group Call Reliability Enhancing O&M of BTS A5/1 and A5/2 Ciphering Algorithm A5/3 Ciphering Algorithm O&M of BSC O&M of BSC End-to-End MS Signaling Tracing Faulty Management A Interface Circuit Management O&M of BSC
TRX Power Amplifier Intelligent Shutdown O&M of BTS TRX Power Amplifier Intelligent Shutdown O&M of BTS TRX Power Amplifier Intelligent Shutdown Ater Interface 4:1 Multiplexing A Interface Circuit Management O&M of BTS O&M of BSC O&M of BSC Concentric Cell 2G/3G Co-Transmission Resources Management on MBSC Concentric Cell Concentric Cell Concentric Cell Concentric Cell IP QOS IP QOS Concentric Cell Dynamic Adjustment Between FR and HR A over IP A IP over E1/T1 A over IP Concentric Cell Enhancement Packet Loss Concealment(EPLC) O&M of BSC Security Management Emergency Call Service (TS12) Ethernet OAM Ethernet OAM None None IP QOS O&M of BTS Faulty Management Assignment and Immediate Assignment
Simple Mode LCS(Cell ID + TA) Fast Ring Network Switch Support of Daylight Saving Time Configuration Management O&M of BSC O&M of BSC O&M of BSC O&M of BSC Security Management Faulty Management Faulty Management Simplified Cell Broadcast O&M of BSC Security Management O&M of BTS O&M of BSC Security Management O&M of BSC Security Management Support of Daylight Saving Time Configuration Management Support of Daylight Saving Time Configuration Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management
Faulty Management Faulty Management GPRS O&M of BSC Active Power Control Active Power Control Configuration Management O&M of BTS Configuration Management O&M of BTS Configuration Management Configuration Management Extended Cell O&M of BTS Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report Extended Cell Extended Uplink TBF Public Voice Group Call Service Public Voice Broadcast Service Group Call EMLPP Group Call EMLPP O&M of BTS Enhanced Channel Assignment Algorithm HUAWEI I Handover HUAWEI II Handover Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Assignment and Immediate Assignment Fast Ring Network Switch
O&M of BSC None Abis over IP GSM Flow Control None None Abis IP over E1/T1 A IP over E1/T1 None None 2G/3G Co-Transmission Resources Management on MBSC None Compact BTS Automatic Configuration and Planning O&M of BTS GSM Flow Control Link aggregation O&M of BTS GSM Flow Control O&M of BTS GSM/WCDMA Interoperability Configuration Management GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA GSM/WCDMA Interoperability Interoperability Processing of Measurement Report Pre-processing of Measurement Report GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM Flow Control
Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Voice Quality Index (Uplink VQI) Frequency Hopping (RF hopping, baseband hopping) O&M of BSC Security Management O&M of BSC BSC/RNC Software Management O&M of BSC Security Management Configuration Management O&M of BSC Faulty Management Network-Controlled Cell Reselection (NC2) O&M of BSC Security Management HUAWEI III Power Control Algorithm O&M of BTS Flex Abis Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Flex Abis A5/1 Encryption Flow Optimization Flex MAIO Soft-Synchronized Network Flex MAIO Adaptive Adjustment of Uplink and Downlink Channels Adaptive Adjustment of Uplink and Downlink Channels None None None Abis IP over E1/T1 A IP over E1/T1 None
IP QOS 2G/3G Co-Transmission Resources Management on MBSC HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover GPRS Radio Common Channel Management System Information Sending O&M of BTS Inventory Management O&M of BSC BSC/RNC Software Management O&M of BSC Configuration Management License Management O&M of BTS PDCH Dynamic Adjustment EGPRS O&M of BTS Load Sharing Adaptive Adjustment of Uplink and Downlink Channels A Interface Protocol Process Automatic Level Control (ALC) GPRS Call Control Enhanced Full Rate HUAWEI I Handover HUAWEI II Handover O&M of BTS O&M of BTS None Compact BTS Automatic Capacity Planning PICO Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Abis MUX UDP MUX for A Transmission Soft-Synchronized Network
Configuration Management Discontinuous Transmission (DTX) Downlink AMR FR O&M of BSC Security Management O&M of BSC Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band
Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band Frequency Band
Frequency Band AFC(Automatic Frequency Correction) AFC(Automatic Frequency Correction) Configuration Management Enhanced Channel Assignment Algorithm Cell Frequency Scan Configuration Management 2G/3G Neighboring Cell Automatic Optimization Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover Discontinuous Transmission (DTX) Uplink AMR FR Compact BTS Automatic Configuration and Planning O&M of BTS Compact BTS Automatic Configuration and Planning O&M of BTS O&M of BSC Security Management IP QOS IP QOS None HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS IP QOS
IP QOS GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g A over IP Power Control Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Streaming QoS(GBR) Public Voice Group Call Service Public Voice Broadcast Service BSC/RNC Clock Public Voice Group Call Service Public Voice Broadcast Service Group Call EMLPP None GPRS System Information Sending GPRS GPRS GPRS EGPRS GPRS GPRS Network-Controlled Cell Reselection (NC2) GPRS BTS GPS Synchronization BTS/NodeB Clock BSC/RNC Clock Resource Reservation Group Call Reliability Enhancing Group Call Reliability Enhancing BSC Node Redundancy BSC Node Redundancy Flex Abis IP QOS IP QOS
Simplified Cell Broadcast IP QOS IP QOS Multi-band Sharing One BSC GSM/TD-SCDMA Interoperability O&M of BTS Abis over IP Abis over IP Half Rate Speech HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) A over IP O&M of BTS HUAWEI II Handover HUAWEI II Handover O&M of BTS O&M of BTS Frequency Band Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) O&M of BTS Enhanced Channel Assignment Algorithm Security Management HMC DTM Concentric Cell RAN Sharing HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
O&M of BSC O&M of BSC HUAWEI I Handover Chain Cell Handover Chain Cell Handover Chain Cell Handover Fast Move Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability Fast Move Handover O&M of BSC HUAWEI I Handover HUAWEI II Handover Concentric Cell HUAWEI I Handover HUAWEI II Handover Enhanced Dual-Band Network Frequency Hopping (RF hopping, baseband hopping) IBCA (Interference Based Channel Allocation) Frequency Hopping (RF hopping, baseband hopping) BTS power lift for handover HUAWEI I Handover HUAWEI II Handover Frequency Hopping (RF hopping, baseband hopping) Antenna Frequency Hopping Antenna Frequency Hopping Frequency Hopping (RF hopping, baseband hopping) HUAWEI I Handover HUAWEI II Handover Soft-Synchronized Network GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability A Interface Protocol Process HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Fast Move Handover BSC Node Redundancy BSC Node Redundancy
HUAWEI I Handover HUAWEI II Handover Fast Move Handover Antenna Frequency Hopping Antenna Frequency Hopping O&M of BTS Resource Reservation O&M of BTS BTS Power Management O&M of BTS BTS Power Management Half Rate Speech Discontinuous Transmission System Information Sending (DTX) Downlink Half Rate Speech AMR HR Discontinuous Concentric CellTransmission (DTX) Uplink Half Rate Speech AMR HR Frequency Hopping (RF hopping, baseband hopping) O&M of BTS Flex MAIO O&M of BTS IP Fault Detection Based on BFD Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management O&M of BTS A Interface Protocol Process BTS Test Function O&M of BTS O&M of BTS A Interface Protocol Process IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) Intelligent Combiner Bypass O&M of BTS IP QOS Gb over IP Gb over IP Gb over IP O&M of BSC O&M of BSC O&M of BTS A over IP None SDCCH Dynamic Adjustment O&M of BTS None Configuration Management Configuration Management MBSC Load Balancing Configuration Management O&M of BTS O&M of BTS Semi-Permanent Connection Configuration Management O&M of BSC Short Message Service Cell Broadcast (TS23) O&M of BTS O&M of BTS
O&M of BTS O&M of BTS Fast Move Handover O&M of BSC A Interface Protocol Process Assignment and Immediate Assignment Packet Assignment Taken Over by the BTS Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Concentric Cell Concentric Cell Soft-Synchronized Network Assignment and Immediate Assignment O&M of BSC GPRS HUAWEI I Handover HUAWEI II Handover Soft-Synchronized Network Soft-Synchronized Network BSS-Based LCS (Cell ID + TA) O&M of BTS O&M of BTS AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment MBSC Load Balancing Faulty Management AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment Enhanced Channel Assignment Algorithm AMR FR AMR HR WB AMR Semi-Permanent Connection
Enhanced Dual-Band Network Enhanced Dual-Band Network Configuration Management Configuration Management Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Semi-Permanent Connection O&M of BTS O&M of BSC BSS-Based LCS (Cell ID + TA) SDCCH Handover Semi-Permanent Connection O&M of BTS Semi-Permanent Connection O&M of BTS Simplified Cell Broadcast HUAWEI I Handover HUAWEI II Handover Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm Soft-Synchronized Network Enhanced Channel Assignment Algorithm
GSM and UMTS Traffic Steering Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability MBSC Handover based on Load Enhancement GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM and UMTS Load Balancing Based on Iur-g O&M of BSC Security Management None Processing of Measurement Report Pre-processing of Measurement Report Enhanced Dual-Band Network HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover AMR FR/HR Dynamic Adjustment HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover MBSC Load Balancing GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g GSM and UMTS Load Balancing Based on Iur-g Semi-Permanent Connection O&M of BSC O&M of BSC O&M of BSC Enhanced Measurement Report(EMR) Configuration Management O&M of BSC License Management Gb over IP Gb over IP
Abis over IP O&M of BTS Abis IP over E1/T1 IP QOS A IP over E1/T1 IP-Based 2G/3G Co-Transmission on MBSC Side IP-Based 2G/3G Co-Transmission on MBSC Side None None None Gb over IP Gb over IP Clock over IP Gb over IP Clock over IP Gb over IP Gb over IP Ethernet OAM Ethernet OAM Abis IP over E1/T1 A IP over E1/T1 Link aggregation Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 None Abis over IP Abis over IP O&M of BTS Soft-Synchronized Network Chain Cell Handover Clock over IP Clock over IP Ring Topology O&M of BTS EGPRS IP QOS GPRS
Configuration Management TC Pool Multi-site Cell Network-Controlled Cell Reselection (NC2) Gb over IP None Soft-Synchronized Network O&M of BTS Abis Transmission Backup BTS Local Switch TC Pool Configuration Management Configuration Management O&M of BTS O&M of BTS Intelligent Shutdown of TRX Due to PSU Failure Configuration Management Configuration Management Configuration Management Configuration Management IP QOS IP QOS PDCH Dynamic Adjustment Concentric Concentric Cell Cell Load Sharing Adaptive Adjustment of Uplink and Downlink Channels Concentric Cell Concentric Cell Concentric Cell Enhanced Dual-Band Network Ethernet OAM Abis MUX UDP MUX for A Transmission None None None None None None
None None None None None None None None Abis Transmission Optimization Multi-Carrier Intelligent Voltage Regulation Abis over IP None HUAWEI I Handover HUAWEI II Handover None Configuration Management Compact BTS Automatic Capacity Planning Board Switchover BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSC/RNC Clock BSC/RNC Clock Link aggregation None IP QOS IP QOS IP QOS HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover None
None Abis over IP Flex Abis Abis over IP Flex Abis Abis over IP Flex Abis A over IP A IP over E1/T1 O&M of BSC Security Management O&M of BSC None IP QOS Processing of Measurement Report Pre-processing of Measurement Report HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Configuration Management Configuration Management Abis IP over E1/T1 A IP over E1/T1 Configuration Management O&M of BSC O&M of BTS Faulty Management Faulty Management O&M of BSC None A Interface Protocol Process Faulty Management Configuration Management Abis IP over E1/T1 A IP over E1/T1 O&M of BTS O&M of BTS None Semi-Permanent Connection A over IP A IP over E1/T1 A Interface Protocol Process
A over IP HUAWEI I Handover HUAWEI II Handover MSC Pool Network-Controlled Cell Reselection (NC2) O&M of BTS HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover O&M of BTS Network-Controlled Cell Reselection (NC2) Network-Controlled Network-Controlled Cell Cell Reselection Reselection (NC2) (NC2) GSM/WCDMA Interoperability GSM/WCDMA Load Based Handover Network-Controlled Cell Reselection (NC2) Enhanced Channel Assignment Algorithm HUAWEI I Handover None BSC Node Redundancy None O&M of BTS Abis IP over E1/T1 Abis IP over E1/T1 Gb over IP Gb over IP Multi-site Cell Multi-site Cell Faulty Management
A over IP A IP over E1/T1 A over IP A IP over E1/T1 O&M of BSC Security Management A over IP A IP over E1/T1 Configuration Management O&M of BTS GSM Flow Control GSM Flow Control None None None GSM Flow Control GSM Flow Control GSM Flow Control O&M of BSC O&M of BTS BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSS-Based LCS (Cell ID + TA) BSC/RNC Clock BSC/RNC Clock Configuration Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 O&M of BSC IBCA (Interference Based Channel Allocation) O&M of BSC O&M of BSC None None O&M of BSC
None Flex Abis Flex Abis O&M of BTS Concentric Cell O&M of BTS O&M of BTS O&M of BTS IP QOS None None IP QOS None EGPRS O&M of BTS O&M of BTS Abis over IP Flex Abis O&M of BSC Security Management Configuration Management Configuration Management BSC/RNC Software Management O&M of BSC Security Management O&M of BSC Security Management O&M of BTS O&M of BTS AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment Voice Fault Diagnosis O&M of BTS O&M of BTS O&M of BTS BTS Power Management A over IP
Configuration Management Ethernet OAM Ethernet OAM Frequency Hopping (RF hopping, baseband hopping) None Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Ethernet OAM Abis over IP Multi-site Cell Tree Topology O&M of BTS IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) IBCA (Interference Based Channel Allocation) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) O&M of BTS
Ethernet OAM Configuration Management None Abis IP over E1/T1 A IP over E1/T1 Ethernet OAM None None Short Message Service Cell Broadcast (TS23) Abis over IP Abis IP over E1/T1 Abis IP over E1/T1 Clock over IP Clock over IP Enhanced Power Control Algorithm A over IP IP Fault Detection Based on BFD Link aggregation HUAWEI I Handover HUAWEI II Handover GPRS GPRS Active Backup Power Control Compact BTS Automatic Configuration and Planning PICO Automatic Configuration and Planning Compact BTS Automatic Capacity Planning IP QOS O&M of BTS Abis MUX UDP MUX for A Transmission Abis IP over E1/T1 A IP over E1/T1 Security Management Faulty Management O&M of BTS GPRS PDCH Dynamic Adjustment A overSharing IP Load Adaptive GPRS Adjustment of Uplink and Downlink Channels GPRS PDCH PDCH Dynamic Dynamic Adjustment Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels GPRS Security Management
O&M of BTS O&M of BTS HUAWEI I Handover HUAWEI II Handover Access Access Access Access Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Adjustment of Adaptive Timing Advance Extended Cell Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management BSC/RNC Clock Flex Abis None Enhanced Power Control Algorithm Security Management None IP Fault Detection Based on BFD Multi-band Sharing One BSC System Information Sending Enhanced Measurement Report(EMR) Enhanced Measurement Report(EMR) Soft-Synchronized Network Soft-Synchronized Network Configuration Management Compact BTS Automatic Capacity Planning None Abis IP over E1/T1 Configuration Management O&M of BTS
O&M of BTS Enhanced Channel Assignment Algorithm O&M of BTS None Ethernet OAM Configuration Management Ethernet OAM Ethernet OAM Configuration Management Packet System Information Enhanced Measurement Report(EMR) GSM and UMTS Load Balancing Based on Iur-g Processing of Measurement Report Pre-processing of Measurement Report Ethernet OAM Ethernet OAM Configuration Management Ethernet OAM Ethernet OAM Abis IP over E1/T1 Network-Controlled Cell Reselection (NC2) Abis IP over E1/T1 A IP over E1/T1 GSM/WCDMA Interoperability HUAWEI I Handover HUAWEI II Handover Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Direct Retry SDCCH Dynamic Adjustment GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability None IP Fault Detection Based on BFD
IP Fault Detection Based on BFD IP Fault Detection Based on BFD IP Fault Detection Based on BFD None None Configuration Management Compact BTS Automatic Capacity Planning GSM Flow Control BSC/RNC Clock A over IP A IP over E1/T1 Configuration Management Configuration Management None None Board Switchover Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) O&M of BTS Reporting the Temperature List of the BTS Equipment Room O&M of BTS Reporting the Temperature List of the BTS Equipment Room O&M of BTS Fast Move Handover Abis IP over E1/T1 Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 None Abis IP over E1/T1 LAPD Multiplexing at Abis Interface O&M of BTS Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Configuration Management Configuration Management Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover HUAWEI III Power Control Algorithm Pre-processing of Measurement Report O&M of BTS O&M of BTS O&M of BSC O&M of BSC Abis over IP Soft-Synchronized Network Call Control MSC Pool MSC Pool MSC Pool MSC Pool MSC Pool A Interface Protocol Process Call Reestablishment O&M of BSC BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch
BSC Local Switch BSC Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BSC Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch BTS Local Switch Radio Common Channel Management Location Updating Fast Move Handover Paging Assignment and Immediate Assignment
Board Switchover MSRD MSRD O&M of BTS HUAWEI I Handover HUAWEI II Handover Network-Controlled Cell Reselection (NC2) Gb Interface Function BSC Node Redundancy GPRS None GSM Flow Control None A Interface Protocol Process None A over IP Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 O&M of BTS GPRS O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC Abis IP over E1/T1 A IP over E1/T1 None Abis MUX UDP MUX for A Transmission O&M of BTS Abis MUX UDP MUX for A Transmission Ring Topology Radio Link Management Radio Link Management Radio Link Management Radio Link Management
Radio Link Management Radio Link Management Radio Link Management GPRS GPRS GPRS Dynamically Adjusting the RRBP Frequency Gb Over FR Gb Over FR Gb Over FR Network Assisted Cell Change (NACC) PS Handover A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process IP QOS A over IP A over IP A over IP A over IP A over IP GPRS AMR FR Channel Assignment Algorithm Enhanced AMR HR TFO Power Control Enhanced Full Rate TC Pool Configuration Management IBCA (Interference Based Channel Allocation) Configuration Management IBCA (Interference Based Channel Allocation) Configuration Management Configuration Management Configuration Management Configuration Management PICO Automatic Configuration and Planning
Configuration Management Configuration Management Configuration Management Configuration Management Network-Controlled Cell Reselection (NC2) Network Assisted Cell Change (NACC) Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) PS Handover Configuration Management Basic Cell Selection Configuration Management Basic Cell Re-selection System Information Sending Processing of Measurement Report Pre-processing of Measurement Report Fast Move Handover HUAWEI I Handover HUAWEI II Handover 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization 2G/3G Neighboring Cell Automatic Optimization Public Voice Group Call Service Public Voice Broadcast Service Networking Public VoiceControl Group Mode Call Service GSM/TD-SCDMA Interoperability Public Voice Broadcast Service PS Handover System Information Sending A Interface Protocol Process Configuration Management HUAWEI I Handover HUAWEI II Handover None None None Abis IP over E1/T1 A Interface Protocol Process BSC/RNC Software Management Network Operation Mode Support DTM
O&M of BTS O&M of BTS O&M of BTS O&M of BTS Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover Ater Compression Transmission HUAWEI II Handover IP QOS TC Pool HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover O&M of BTS HUAWEI III Power Control Algorithm
Networking Control Mode Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Network-Controlled Cell Reselection (NC2) O&M of BTS GSM Flow Control Radio Dedicated Channel Management Group Call Reliability Enhancing None Enhanced Measurement Report(EMR) Enhanced Measurement Report(EMR) MSC Pool SGSN Pool SGSN Pool System Information Sending Gb Interface Function Gb Interface Function HUAWEI I Handover HUAWEI II Handover BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network Gb Over FR Gb Over FR O&M of BTS O&M of BTS Public Voice Group Call Service Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 A IP over E1/T1 Abis O&MIP of over BTS E1/T1 A IP over E1/T1 O&M of BTS IP QOS O&M of BTS O&M of BTS Link aggregation O&M of BTS O&M of BTS Link aggregation Remote Electrical Tilt BTS Test Function O&M of BSC None
Faulty Management Faulty Management Configuration Management Streaming QoS(GBR) Concentric Cell OML Backup O&M of BTS Abis Bypass O&M of BTS O&M of BTS O&M of BTS None IP QOS O&M of BTS Abis over IP O&M of BTS O&M of BTS O&M of BSC Security Management Configuration Management RAN Sharing O&M of BTS A Interface Circuit Management RAN Sharing RAN Sharing RAN Sharing BSC/RNC Software Management A Interface Circuit Management Ater Interface 4:1 Multiplexing A Interface Circuit Management O&M of BSC RAN Sharing Concentric Cell Concentric Cell Concentric Cell Enhanced Channel Assignment Algorithm
O&M of BTS O&M of BTS O&M of BTS MBSC Load Balancing IP-Based 2G/3G Co-Transmission on Base Station Side BSC/RNC Software Management Frequency Band EGPRS Concentric Cell Enhanced Dual-Band Network HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Enhanced Dual-Band Network Enhanced Channel Assignment Algorithm Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Semi-Permanent Connection Semi-Permanent Connection O&M of BSC O&M of BSC O&M of BTS O&M of BTS O&M of BTS O&M of BTS Multi-site Cell Multi-site Cell Multi-site Cell Enhanced Dual-Band Network O&M of BTS
Semi-Permanent Connection O&M of BSC Semi-Permanent Connection GSM and UMTS Load Balancing Based on Iur-g GSM/WCDMA Service Based Handover GSM/WCDMA Service Based Handover MBSC Load Balancing Semi-Permanent Connection Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Radio Common Channel Management O&M of BTS GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control Multi-Carrier Intelligent Voltage Regulation Packet Assignment Taken Over by the BTS GSM Flow Control Paging GSM Flow Control Paging GPRS GPRS GPRS TRX Power Amplifier Intelligent Shutdown O&M of BTS O&M of BTS
Abis over IP A over IP IP IP QOS QOS Abis IP over E1/T1 A IP over E1/T1 None Abis IP Control Activeover Power A over IP IP QOS II Handover HUAWEI Abis IP over E1/T1 A IP over E1/T1 BSC/RNC Software Management Power Control HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover GPRS Enhanced Power Control Algorithm Power Control O&M of BSC GPRS PDCH Dynamic Adjustment O&M of BSC Load Sharing Adaptive GPRS Adjustment of Uplink and Downlink Channels GPRS O&M of BTS PDCH Dynamic Adjustment Flex Abis GPRS Load Sharing PDCH Dynamic Adjustment Adaptive Adjustment of Uplink and Downlink Channels Load Sharing Adaptive Adjustment of Uplink and Downlink PDCH Adjustment Power Dynamic Optimization Based on Channel Type Channels GPRS Load Sharing PDCH Dynamic Adjustment Adaptive Adjustment of Uplink and Downlink Channels Load Sharing Adaptive Adjustment of Uplink and Downlink Channels A over IP A IP over E1/T1 BSC Node Redundancy Abis over IP Abis over IP BSC Node Redundancy Abis over IP BSC Node Redundancy Abis over IP BSC Node Redundancy Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 IP Fault Detection Based on BFD Abis IP over E1/T1
Abis IP over E1/T1 A over IP A IP over E1/T1 A over IP Abis over E1/T1 IP A IP over A over IP IP IP QOS QOS Abis IP over E1/T1 A IP over E1/T1 A over IP A IP over E1/T1 O&M of BTS HUAWEI I Handover HUAWEI II Handover Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) HUAWEI I Handover HUAWEI II Handover IP QOS 2G/3G Neighboring Cell Automatic Optimization Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 Streaming QoS(GBR) GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control IP QOS Abis MUX UDP MUX for A Transmission Basic Cell Re-selection System Information Sending Security Management Ethernet OAM Ethernet OAM None Abis MUX Packet SI Status None Ethernet OAM Access EGPRS
Access Access EGPRS Access EGPRS IP QOS IP QOS O&M of BSC O&M of BSC O&M of BSC GSM Flow Control GSM Flow Control Paging Paging Paging GSM Flow Control GSM Flow Control GSM Flow Control Configuration Management Faulty Management Configuration Management Ater Interface 4:1 Multiplexing A Interface Circuit Management None O&M of BSC Faulty Management None None None None None Board Switchover None None
None None IP Fault Detection Based on BFD None None Gb Over FR O&M of BSC O&M of BTS Faulty Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS PoC QoS PoC QoS PoC QoS PoC QoS O&M of BTS O&M of BTS Configuration Management Configuration Management O&M of BSC Ring Topology OML Backup O&M of BSC O&M of BSC None Configuration Management Ethernet OAM IP-Based 2G/3G Co-Transmission on Base Station Side 2G/3G Cell Reselection Based on MS State O&M of BTS
O&M of BTS Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management O&M of BTS Downlink EGPRS2-A Downlink EGPRS2-A O&M of BTS O&M of BTS Configuration Management Configuration Management Abis IP over E1/T1 Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 None Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 None Enhanced Multi Level Precedence and Preemption(EMLPP) Enhanced Multi Level Precedence and Preemption(EMLPP) Emergency Call Service (TS12) Guaranteed Emergency Call Pre-processing of Measurement Report Abis over IP System Information Sending GPRS GSM Flow Control Pre-processing of Measurement Report GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control
GSM Flow Control HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Flex Abis A Interface Protocol Process GPRS A over IP A Protocol Process A Interface IP over E1/T1 A over IP A IP over E1/T1 None Abis over IP Abis over IP Abis over IP Security Management Abis over IP A Interface Protocol Process Gb Over FR O&M of BTS Dynamic Cell Power Off TRX Power Amplifier Intelligent Shutdown None None None None None None None None IP QOS IP QOS PS Handover None None GSM Flow Control System Information Sending Packet System Information Packet System Information
IP QOS IP QOS GSM Flow Control Concentric Cell None Radio Common Channel Management Multi-site Cell None GSM Flow Control GSM Flow Control O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Concentric Cell PSU Smart Control None Faulty Management O&M of BSC Basic Cell Re-selection Gb Interface Function Faulty Management None None None None Abis Transmission Optimization None O&M of BTS
Security Management O&M of BTS O&M of BTS Gb Over FR Security Management O&M of BSC Security Management O&M of BTS Security Management O&M of BTS Faulty Management Faulty Management Active Power Control HUAWEI III Power Control Algorithm Enhanced Power Control Algorithm Radio Common Channel Management Radio Common Channel Management Multi-site Cell O&M of BTS Active Backup Power Control Enhanced Channel Assignment Algorithm Configuration Management O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS None None None None None GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover QoS ARP&THP GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Enhanced Channel Assignment Algorithm O&M of BTS O&M of BTS Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover Fast Move Handover O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Configuration Management Configuration Management GPRS Compact BTS Automatic Configuration and Planning
Compact BTS Automatic Configuration and Planning Compact BTS Automatic Capacity Planning Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Multi-site Cell System Information Sending GPRS GPRS Radio Common Channel Management GPRS Abis over IP AMR Coding Rate Threshold Adaptive Adjustment WB AMR AMR Coding Rate Threshold Adaptive Adjustment TFO Processing of Measurement Report Configuration Management O&M of BSC O&M of BTS O&M of BTS O&M of BTS Configuration Management IP QOS TCH Re-assignment TCH Re-assignment Concentric Cell AMR FR Concentric Cell AMR HR Concentric Cell Concentric Cell Concentric Cell GSM Flow Control IP QOS Concentric Cell Concentric Cell Configuration Management GSM Flow Control
GSM Flow Control BSC/RNC Clock BSC/RNC Clock BSC/RNC Clock BSC/RNC Clock BSC/RNC Clock BSC/RNC Clock BSC/RNC Clock BTS Local Switch BSC Node Redundancy BSC Node Redundancy BSC Node Redundancy Soft-Synchronized Network O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS IP QOS None Gb over IP Simplified Cell Broadcast Robust Air Interface Signalling Robust Air Interface Signalling Robust Air Interface Signalling Faulty Management O&M of BSC Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) PDCH Dynamic Adjustment TRX Power Amplifier Intelligent Shutdown
O&M of BTS O&M of BTS Security Management GPRS Multi-Carrier Intelligent Voltage Regulation GPRS Gb Interface Function A Interface Protocol Process O&M of BSC License Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Faulty Management MBSC Load Balancing Resource Reservation Configuration Management Radio Dedicated Channel Management System Information Sending O&M of BSC Voice Fault Diagnosis BTS GPS Synchronization Network Assisted Cell Change (NACC) None Radio Dedicated Channel Management Ater Compression Transmission Configuration Management MBSC Load Balancing MBSC Load Balancing MBSC Load Balancing Security Management Gb over IP Gb over IP Voice Quality Index (Uplink VQI) Networking Control Mode Networking Control Mode GSM/TD-SCDMA Interoperability IP QOS
Voice Quality Index (Uplink VQI) Enhanced Measurement Report(EMR) Enhanced Measurement Report(EMR) IP QOS None IP QOS HUAWEI I Handover HUAWEI II Handover GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability None None GPRS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Abis over IP Configuration Management 2G/3G Neighboring Cell Automatic Optimization BSC/RNC Software Management O&M of BSC A Interface Protocol Process Abis IP over E1/T1 Emergency Call Service (TS12) None None None None None None None None None
None TRX Power Amplifier Intelligent Shutdown Board Switchover A over IP A IP over E1/T1 A over IP A over IP None None Abis over IP Latency A over IPReduction Streaming QoS(GBR) QoS ARP&THP A over IP PoC QoS A over IP Conversational QoS Radio Common Channel Management A over IPReduction Latency Streaming A over IP QoS(GBR) QoS ARP&THP PoC AMRQoS Coding Rate Threshold Adaptive Adjustment Conversational QoS Radio Common Channel Management Abis over IP IP QOS IP QOS O&M of BTS IP QOS IP QOS AMR GPRSFR HUAWEI II Handover HUAWEI I Handover System Information Sending HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS None None Remote EAC Maintenance Faulty Management O&M of BTS Public Voice Group Call Service Network Support SAIC Network Support SAIC Network Support SAIC Faulty Management Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Radio Dedicated Channel Management Faulty Management Remote EAC Maintenance Faulty Management Remote EAC Maintenance Faulty Management
O&M of BTS O&M of BTS Soft-Synchronized Network Soft-Synchronized Network Enhanced Measurement Report(EMR) Gb over IP Fast Move Handover Configuration Management O&M of BTS Simplified Cell Broadcast O&M of BTS O&M of BSC O&M of BSC O&M of BSC GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability Faulty Management A over IP A IP over E1/T1 O&M of BSC Faulty Management Faulty Management Faulty Management Board Switchover O&M of BTS Support of Daylight Saving Time Configuration Management Configuration Management Assignment and Immediate Assignment Assignment and Immediate Assignment Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management SDCCH Dynamic Adjustment Board Switchover A5/3 Ciphering Algorithm
Active Backup Power Control HUAWEI I Handover HUAWEI II Handover HUAWEI III Power Control Algorithm HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Gb over IP Board Switchover O&M of BTS BTS Power Management Faulty Management Faulty Management O&M of BTS Enhanced Measurement Report(EMR) O&M of BTS System Information Sending End-to-End MS Signaling Tracing HUAWEI I Handover HUAWEI II Handover A Interface Protocol Process Point To Point Short Message Service (TS21, TS22) Group Call EMLPP Group Call EMLPP Multi-Carrier Intelligent Voltage Regulation System Information Sending System Information Sending System Information Sending O&M of BTS O&M of BTS O&M of BSC O&M of BSC Remote Electrical Tilt O&M of BSC A over IP TC Pool Abis over IP PICO Automatic Configuration and Planning O&M of BSC Security Management
Abis over IP O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS SGSN Pool Configuration Management SGSN Pool SGSN Pool SGSN Pool GPRS SGSN Pool GSM Flow Control O&M of BSC RAN Sharing Faulty Management Active Backup Power Control System Information Sending HUAWEI I Handover HUAWEI II Handover Soft-Synchronized Network A Interface Protocol Process A Interface Protocol Process A over IP Gb over IP Gb over IP IP QOS Soft-Synchronized Network HUAWEI I Handover HUAWEI II Handover A Interface Protocol Process Local Multiple Signaling Points HUAWEI I Handover HUAWEI II Handover Load Sharing O&M of BSC O&M of BSC
O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC None None O&M of BSC Soft-Synchronized Network Clock over IP Multi-site Cell BTS Test Function A Interface Protocol Process BSC Node Redundancy Support of Daylight Saving Time Configuration Management None None Faulty Management Support of Daylight Saving Time Configuration Management Flow Control Configuration Management
Configuration Management None A over IP None None O&M of BSC Faulty Management Faulty Management None None Configuration Management MBSC Load Balancing O&M of BTS IP Fault Detection Based on BFD Configuration Management O&M of BSC O&M of BTS O&M of BTS O&M of BTS Configuration Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BSC 14-Digit Signaling Point Code A Interface Protocol Process 14-Digit Signaling Point Code A Interface Protocol Process 14-Digit Signaling Point Code A Interface Protocol Process O&M of BSC Radio Common Channel Management A Interface Protocol Process Location Updating IMSI Detach Faulty Management Faulty Management
Voice Fault Diagnosis A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process Group Call Reliability Enhancing Group Call Reliability Enhancing Group Call Reliability Enhancing None HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover System Information Sending Discontinuous Reception (DRX) Short Message Service Cell Broadcast (TS23) MBSC Load Balancing MBSC Load Balancing PS Handover PS Handover Network Assisted Cell Change (NACC) Public Voice Group Call Service GPRS GPRS GPRS GPRS RAN Sharing Latency Reduction RAN Sharing O&M of BSC A Interface Protocol Process O&M of BTS O&M of BTS O&M of BTS HUAWEI I Handover HUAWEI II Handover Configuration Management Configuration Management
Configuration Management Configuration Management O&M of BSC BSC/RNC Clock BSC/RNC Clock HUAWEI I Handover HUAWEI II Handover IP Fault Detection Based on BFD Configuration Management Configuration Management None Configuration Management None BSC/RNC Clock None Configuration Management Configuration Management None None A over IP None None Faulty Management None Configuration Management MBSC Load Balancing O&M of BTS IP Fault Detection Based on BFD Configuration Management O&M of BSC O&M of BTS O&M of BTS O&M of BTS O&M of BSC O&M of BSC
Configuration Management O&M of BTS BSC/RNC Clock Faulty Management Gb over IP Gb over IP O&M of BTS Intelligent Shutdown of TRX Due to PSU Failure IP QOS HUAWEI I Handover HUAWEI II Handover Faulty Management Faulty Management Faulty Management Faulty Management HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Configuration Management MBSC Load Balancing Faulty Management HUAWEI I Handover HUAWEI II Handover Support of Daylight Saving Time Configuration Management O&M of BSC O&M of BSC O&M of BSC Security Management Faulty Management Faulty Management Simplified Cell Broadcast Faulty Management Frequency Hopping (RF hopping, baseband hopping) GSM Flow Control A Interface Circuit Management O&M of BSC TRX Power Amplifier Intelligent Shutdown O&M of BTS TRX Power Amplifier Intelligent Shutdown
GSM Flow Control GSM Flow Control O&M of BTS Group Call Reliability Enhancing TRX Power Amplifier Intelligent Shutdown Ater Interface 4:1 Multiplexing A Interface Circuit Management O&M of BTS O&M of BTS O&M of BTS A Interface Circuit Management O&M of BTS O&M of BSC Security Management 2G/3G Neighboring Cell Automatic Optimization A Interface Protocol Process O&M of BTS EICC A5/1 Encryption Flow Optimization Group Call Reliability Enhancing A Interface Protocol Process Semi-Permanent Connection Cell Frequency Scan O&M of BTS O&M of BTS O&M of BTS O&M of BSC Security Management O&M of BTS O&M of BTS TC Pool TC Pool O&M of BTS Abis MUX UDP MUX for A Transmission Abis MUX O&M of BSC
None Flex Abis Flex Abis O&M of BSC O&M of BTS A Interface Circuit Management BSC/RNC Clock BSC/RNC Clock PDCH Dynamic Adjustment MS High multislot classes Simplified Cell Broadcast Load Sharing Adaptive Adjustment of Uplink and Downlink Channels PDCH Dynamic Adjustment EDA(Extended Dynamic Allocation) DTM Load Sharing Adaptive Adjustment of Uplink and Downlink Channels DTM BTS Local Switch TFO MBSC Handover based on Load Enhancement Access Gb over IP Gb over IP Faulty Management O&M of BSC O&M of BSC O&M of BTS O&M of BTS Support of Daylight Saving Time Configuration Management Configuration Management None License Management IP Fault Detection Based on BFD AMR O&M FR of BTS AMR HR TFO A over IP A over IP O&M of BSC
O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BTS O&M of BSC Security Management Support of Daylight Saving Time Configuration Management Soft-Synchronized Network GSM/TD-SCDMA Interoperability IBCA (Interference Based Channel Allocation) Soft-Synchronized Network Clock over IP Clock over IP Clock over IP Clock over IP Configuration Management Configuration Management HUAWEI I Handover HUAWEI II Handover Configuration Management Public Voice Group Call Service Configuration Management Configuration Management Gb Interface Function Abis over IP A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process
Gb Interface Function Abis over IP Ring Topology Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management Fast Ring Network Switch A Interface Protocol Process A Interface Protocol Process A Interface Protocol Process Gb Interface Function Abis over IP HUAWEI I Handover HUAWEI II Handover Public Voice Broadcast Service GPRS GPRS Location Updating Gb Over FR A Interface Protocol Process Gb Interface Function A Interface Protocol Process Gb Interface Function A Interface Protocol Process Gb Interface Function Gb Interface Function A Interface Protocol Process HUAWEI I Handover HUAWEI II Handover Concentric Cell HUAWEI I Handover HUAWEI II Handover Concentric Cell
HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Talker Identification HUAWEI I Handover HUAWEI II Handover Soft-Synchronized Network HUAWEI II Handover Concentric Cell Power Control Power Control O&M of BSC O&M of BTS OML Backup Ring Topology A Interface Protocol Process Gb Interface Function O&M of BTS O&M of BSC TC Pool Dynamic Adjustment Between FR and HR Enhanced Channel Assignment Algorithm Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management HUAWEI I Handover HUAWEI II Handover HUAWEI III Power Control Algorithm Enhanced Channel Assignment Algorithm A5/1 Encryption Flow Optimization A5/1 Encryption Flow Optimization Concentric Cell Concentric Cell A Interface Protocol Process A Interface Protocol Process
O&M of BSC O&M of BTS None TC Pool None None Configuration Management GSM/TD-SCDMA Interoperability Configuration Management GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability Configuration Management GSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability IP QOS IP QOS O&M of BSC O&M of BSC O&M of BSC Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management O&M of BTS
Configuration Management Configuration Management Configuration Management Configuration Management O&M of BTS BTS Power Management O&M of BTS O&M of BTS System Information Sending Gb Interface Function Simplified Cell Broadcast TFO BTS Test Function Configuration Management O&M of BSC None None None None None GPRS O&M of BTS O&M of BTS QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP IP QOS SGSN Pool BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing IBCA (Interference Based Channel Allocation) MSC Pool O&M of BSC Security Management O&M of BSC Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Concentric Cell Ethernet OAM Ethernet OAM Ethernet OAM Ethernet OAM Abis MUX HUAWEI I Handover HUAWEI II Handover None Power Optimization Based on Channel Type HUAWEI I Handover HUAWEI II Handover Concentric Cell Enhanced Channel Assignment Algorithm MSC Pool O&M of BSC Security Management GPRS O&M of BTS O&M of BTS O&M of BTS O&M of BSC O&M of BSC O&M of BSC
O&M of BSC O&M of BSC O&M of BSC IP QOS None None BTS Test Function Call Control Faulty Management O&M of BSC Faulty Management A Interface Protocol Process A Interface Protocol Process Configuration Management Satellite Transmission over Ater Interface O&M of BSC Support of Daylight Saving Time Configuration Management Basic Cell Re-selection IP-Based 2G/3G Co-Transmission on Base Station Side IP-Based 2G/3G Co-Transmission on Base Station Side IP-Based 2G/3G Co-Transmission on Base Station Side O&M of BSC O&M of BTS HUAWEI I Handover HUAWEI II Handover GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control Adaptive Adjustment of Uplink and Downlink Channels Adaptive Adjustment of Uplink and Downlink Channels A over IP Satellite Transmission over Abis Interface O&M of BSC
IP QOS IP QOS IP QOS O&M of BTS Abis over IP O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS GPRS HUAWEI I Handover HUAWEI II Handover Link aggregation Link aggregation Link aggregation O&M of BTS IP QOS None None Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 IP QOS None O&M of BTS None IP Fault Detection Based on BFD Ethernet OAM TRX Cooperation BTS Test Function Frequency Hopping (RF hopping, baseband hopping) Configuration Management Multi-site Cell Antenna Frequency Hopping Antenna Frequency Hopping
Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Frequency Hopping (RF hopping, baseband hopping) BTS Test Function Frequency Hopping (RF hopping, baseband hopping) Configuration Management O&M of BTS O&M of BTS Multi-site Cell Enhanced Channel Assignment Algorithm O&M of BTS Ater Interface 4:1 Multiplexing A Interface Circuit Management None
Gb Over FR O&M of BSC Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 Frequency Hopping (RF hopping, baseband hopping) GPRS Flex Abis Soft-Synchronized Network None BTS Test Function Semi-Permanent Connection O&M of BSC Configuration Management IP-Based 2G/3G Co-Transmission on Base Station Side O&M of BTS O&M of BSC Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Adaptive Adjustment of Uplink and Downlink Channels Adaptive Adjustment of Uplink and Downlink Channels Semi-Permanent Connection O&M of BTS BTS Test Function O&M of BTS BTS Test Function O&M of BTS TRX Power Amplifier Intelligent Shutdown on Timeslot Level O&M of BTS None None Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off
Dynamic Cell Power Off O&M of BTS O&M of BTS Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Soft-Synchronized Network Radio Common Channel Management Location Updating RAN Sharing RAN Sharing RAN Sharing RAN Sharing RAN Sharing RAN Sharing RAN Sharing RAN Sharing IP QOS IP QOS None Access Configuration Management O&M of BSC Frequency Band GPRS Compact BTS Automatic Configuration and Planning O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS
O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP A over IP Enhanced Channel Assignment Algorithm Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP Abis over IP A over IP Abis MUX UDP MUX for A Transmission
Abis MUX UDP MUX for A Transmission Gb over IP Gb over IP O&M of BSC Security Management O&M of BTS Public Voice Group Call Service Public Voice Broadcast Service None Faulty Management Faulty Management HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI II Handover HUAWEI II Handover Adaptive Adjustment of Uplink and Downlink Channels O&M of BSC RLC Mode HUAWEI I Handover HUAWEI II Handover RLC Mode RLC Mode HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm AMR FR AMR FR AMR FR AMR HR AMR HR AMR HR WB AMR
WB AMR GSM and UMTS Load Balancing Based on Iur-g Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm GSM and UMTS Load Balancing Based on Iur-g Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm HUAWEI I Handover AMR FR II Handover HUAWEI HUAWEI II Handover AMR HR I Handover HUAWEI HUAWEI II Handover HUAWEI I Handover HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm AMR FR WB AMR AMR FR WB AMR AMR FR WB AMR AMR HR AMR HR AMR HR WB AMR
WB AMR Concentric Cell RLC Mode O&M of BSC HUAWEI I Handover HUAWEI II Handover Configuration Management None Gb Over FR Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS GPRS GPRS PDCH Dynamic Adjustment Coding Scheme Simplified Cell Broadcast Load Sharing EGPRS GPRS Adaptive Adjustment of Uplink and Downlink Channels Coding Coding Scheme Scheme GPRS EGPRS PDCH CodingDynamic Scheme Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels Uplink EGPRS2-A Uplink EGPRS2-A GPRS Coding Scheme Extended Uplink TBF EGPRS GPRS Coding Coding Scheme Scheme EGPRS Coding Scheme HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Group Call Reliability Enhancing Abis over IP Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm
IP QOS None HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover Point To Point Short Message Service (TS21, TS22) Extended Uplink TBF CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 CS-3/CS-4 Coding Coding Scheme Scheme CS-3/CS-4 Coding Scheme Network-Controlled Cell Reselection (NC2) O&M of BSC GPRS O&M of BSC License Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability O&M of BTS Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service GSM Flow Control GSM Flow Control
GSM Flow Control GSM Flow Control IP QOS None None None Abis IP over E1/T1 A IP over E1/T1 Ethernet OAM Abis over IP Ethernet OAM Configuration Management None None None Abis over IP Abis over IP Configuration Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management Faulty Management O&M of BTS Faulty Management Faulty Management Faulty Management O&M of BTS O&M of BTS Call Control AMR FR AMR HR None Emergency Call Service (TS12) Guaranteed Emergency Call
IBCA (Interference Based Channel Allocation) None O&M of BTS Faulty Management O&M of BSC Security Management BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network O&M of BTS IP Fault Detection Based on BFD Abis over IP O&M of BSC Security Management A over IP O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS Configuration Management O&M of BTS Configuration Management None O&M of BTS O&M of BSC OML Backup Ring Topology Board Switchover Support of Daylight Saving Time Configuration Management
Value Type
GUI Value Range
Interval Type
0~70
Interval Type
0~70
Interval Type
10~80
Enumeration Type
TRUE(Support), FALSE(Not Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
Enumeration Type
10~255 IDLETSALLOC_0(Any idle timeslots under the same site), IDLETSALLOC_1(Idle timeslots on same E1 primary link preferred), 10~255 IDLETSALLOC_2(Idle timeslots on same E1 primary link only), IDLETSALLOC_3(Idle timeslots on same 64K primary link only)
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Interval Type
0~100
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~3600
Enumeration Type
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
Interval Type
1~255
Interval Type
0~250
Enumeration Type
8BIT(8BIT), 11BIT(11BIT)
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31 OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Interval Type
Enumeration Type Interval Type Enumeration Type
0~31 ULPRIORITY(Uplink Priority), NEUTRAL(Neutral Priority), DLPRIORITY(Downlink Priority)
Interval Type
0~9
Interval Type
1~10
Interval Type
15~7200
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
Bit Field Type
COMPUL0(Compulsory 0), COMPUL1(Compulsory 1), FLEX(Flexible) 4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S~5 10_2KBIT/S~6 12_2KBIT/S 4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S
Bit Field Type
6_60KBIT/S, 8_85KBIT/S, 12_65KBIT/S
Enumeration Type
NO(No), YES(Yes)
Bit Field Type
Interval Type
1~255
Interval Type
60~300
Interval Type
610~3000
Interval Type
600~2990
Interval Type
60~300
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~254
Interval Type
0~50
Interval Type
0~768
Bit Field Type
PORT0_CDEF, PORT1_CDEF
Interval Type
1~16777215
Enumeration Type
0(Not support dynamic adjustment), 1(According to downlink quality BYMANUAL(By Manual), BYAUTO(By Auto) measurements reported by MS), 2(According to uplink quality measurements reported by BTS)
Enumeration Type Enumeration Type Enumeration Type
OFF(OFF), ON(ON) COMMON_DLD(Common Download), QUICK_DLD1(Quick Download No Traffic), QUICK_DLD2(Quick Download Reserve BCCH)
Enumeration Type
LOCK(Lock), UNLOCK(Unlock), SHUTDOWN(Shutdown)
Enumeration Type
Lock(Lock), Unlock(Unlock), Shutdown(Shutdown)
Enumeration Type
Lock(Lock), Unlock(Unlock), Shutdown(Shutdown)
Compound Type
hour, min
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Compound Type
hour, min
Enumeration Type
RATIORULE(Ratio Rule)
String Type
None
String Type
None
Interval Type
0~600
Interval Type
0~60
Interval Type
-60~-35,0
Interval Type
0~1000
Interval Type
0~15
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
10~100
Interval Type
4_Times, 8_Times, 12_Times, 16_Times, 20_Times, 24_Times, 28_Times, 1~10 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times
Enumeration Type
Interval Type
0~63
Interval Type
0~65534
Enumeration Type Enumeration Type
4_Times, BSC(BSC)8_Times, 12_Times, 16_Times, 20_Times, 24_Times, 28_Times, 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times
Interval Type
0~63
Interval Type
65334~65383
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
65033~65533
String Type
None
Interval Type
1~60
Enumeration Type
ALL(All), ONEBYONE(One by One)
Enumeration Type
ALL(all), ONEBYONE(one by one)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
ABIS(Abis), A(A)
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type Enumeration Type
0~100 NO(Not Supported), R3(Only R3 Supported), R2(Only R2 Supported), R2ANDR3(R2 And R3 Supported)
Interval Type
-12~12
Interval Type
-23~-4
Interval Type
3~12
Interval Type
-23~-4
Interval Type
-23~-4
Enumeration Type
FIXEDLEVEL(Fixed level mode), ADAPTIVE(Adaptive mode), FIXEDGAIN(Fixed gain mode)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
5~15
Interval Type
1~255
Interval Type
0~4000000
Enumeration Type
NOTALLOW(Not Allow), ALLOW(Allow)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~100
Enumeration Type
NOTALLOW(Not Allow), ALLOW(Allow)
Interval Type
0~16
Interval Type
0~100
Enumeration Type
ALLCIC(Set all Timeslots CIC), ALLNULL(Set all Timeslots Null)
Enumeration Type
ALLCIC(Set all Timeslots CIC), ALLNULL(Set all Timeslots Null)
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~65535
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~65534
Interval Type
0~65535
Interval Type
0~15
Interval Type
45~155
Interval Type
125~175
Interval Type
0~65535
Interval Type
0~100
Interval Type
0~100
Interval Type
0~250
Interval Type
0~250
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
flt(Fault), evt(Event), all(All) 0(0.0), 1(0.1), 2(0.2), 3(0.3), 4(0.4), 5(0.5), 6(0.6), 7(0.7), 8(0.8), 9(0.9), 10(1.0)
Enumeration Type
Interval Type
0~9
Interval Type
-1000~10000
Interval Type
0~6553
Interval Type
-3281~32810
Bit Field Type
Critical, Major, Minor, Warning
Enumeration Type
Critical(Critical), Major(Major), Minor(Minor), Warning(Warning)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Interval Type
1~16
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~20
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
0~100
Interval Type
0~255
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~100
Interval Type
0~32
Interval Type
0~30
Interval Type
0~30
Interval Type
0~30
Interval Type
0~32
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~15
Interval Type
0~4
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~99
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~20
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~65535
Interval Type
0~65535
Interval Type
3~30
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
10~30
String Type
None
Interval Type
0~4599
Interval Type
0~4599
String Type
None
Enumeration Type
MODE0(Mode 0), MODE1(Mode 1), MODE2(Mode 2)
Interval Type
-32~0
Interval Type
-64~0
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~360
Interval Type
0~1000
Enumeration Type
SENDPOWER(Send Power), NOPOWER(No Power)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~35
Enumeration Type
A(A), B(B)
Enumeration Type
A(A), B(B)
Enumeration Type
A(A), B(B), NULL(NULL)
Interval Type
0~335
Enumeration Type
M3UA(M3UA), BBAP(BBAP)
Enumeration Type
MTP2(MTP2), OTHER(OTHER), TCSTM1(TCSTM1)
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~65535
Interval Type Enumeration Type
0~65535 PRIMARY(Primary Area), STANDBY(Standby Area), ALL(Primary and Standby Area)
Enumeration Type
PRIMARY(Primary), STANDBY(Standby)
Interval Type
0~80
Interval Type
5~126
Interval Type
5~100
Interval Type
3~10
Interval Type
3~10
Interval Type
0~27
Interval Type
0~27
Interval Type
0~11
Bit Field Type
power, env, sig, trunk, hardware, software, run, comm, service, handle
Enumeration Type
power(Power System), env(Environment System), sig(Signaling System), trunk(Trunk System), hardware(Hardware System), software(Software System), run(Running System), comm(Communication System), service(QoS), handle(Processing Error)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~61
Interval Type
0~62,255
Interval Type
0~62
Interval Type
0~23,255
Interval Type
0~23
Interval Type
0~255
Interval Type
0~254
Interval Type
0~63
Interval Type
500~60000
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Enumeration Type
NO(Close), YES(Open)
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Close(Close), Open(Open)
Interval Type
80~100
Interval Type
0~254
Interval Type Bit Field Type
TS1, 0~100TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
NO, YES
Interval Type
0~1
Interval Type
0~254
Interval Type
0~2047
Enumeration Type
TDM(TDM), IP(IP)
Enumeration Type
A(Tributary A), B(Tributary B), ALL(All Tributary)
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Interval Type
0~15
Interval Type
1~65535
Interval Type
1~60
Enumeration Type
NONE(Verify None), PEER(Verify Peer Certificate)
Enumeration Type
SERVER(SERVER), CLIENT(CLIENT)
Enumeration Type
SERVER(SERVER), CLIENT(CLIENT)
Enumeration Type
SERVER(Server), CLIENT(Client)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO_V(NO_V), PAP_V(PAP_V), CHAP_V(CHAP_V)
Enumeration Type
NO_V(NO_V), PAP_V(PAP_V), CHAP_V(CHAP_V)
Enumeration Type
NO_V(No Validate), PAP_V(PAP Validate), CHAP_V(CHAP Validate)
Enumeration Type
ENABLE, DISABLE
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type Enumeration Type
DISABLED(Disabled), ENABLED(Enabled) BTSAUTODLDACT(BTS Software Auto DL and ACT), TMUAUTOACT(TMU Software Auto ACT)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~65535
Enumeration Type
AU4(AU4), AU3(AU3) O1E3_R1E4(OCCUR:1E-3, RECOVERY:1E-4), O1E4_R1E5(OCCUR:1E-4, GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, RECOVERY:1E-6), O1E3_R1E4(OCCUR:1E-3, RECOVERY:1E-4), O1E4_R1E5(OCCUR:1E-4, O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, LOW(LOW), HIGH(HIGH) RECOVERY:1E-5), RECOVERY:1E-8), O1E5_R1E6(OCCUR:1E-5, O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-6), RECOVERY:1E-9), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), LOW(LOW), HIGH(HIGH) RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-9), O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11), O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), O1E11_R1E12(OCCUR:1E-11, RECOVERY:1E-12) O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11), O1E11_R1E12(OCCUR:1E-11, RECOVERY:1E-12)
Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type
Enumeration Type
O1E4_R1E5(OCCUR:1E-4, RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, RECOVERY:1E-6), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E4_R1E5(OCCUR:1E-4, O1E7_R1E8(OCCUR:1E-7, RECOVERY:1E-5), RECOVERY:1E-8), O1E5_R1E6(OCCUR:1E-5, O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-6), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-9), O1E9_R1E10(OCCUR:1E-9,RECOVERY:1E-7), RECOVERY:1E-10), O1E7_R1E8(OCCUR:1E-7, RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11) RECOVERY:1E-9), O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
String Type
None
Interval Type
0~70
Enumeration Type
CLOSE(Close), LOCALTLLI(Local TLLI Opt), ALLTLLI(All TLLI Opt)
String Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type Enumeration Type
BYTRX(Turn off TRX), BYPWR(Reduce Backup Power) BYCOVER(Cover Priority), BYCAP(Capability Priority), BYSAVING(Saving Priority)
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
1~200
String Type
None
Interval Type
Enumeration Type
0~2047 Battery1Temp(Battery 1 Temperature), Battery2Temp(Battery 2 Temperature) Battery1Temp(Battery 1 Temperature), Battery2Temp(Battery 2 Temperature)
Interval Type
30~1000
Enumeration Type
NO(NO), YES(YES)
Interval Type Enumeration Type
0~90 NO_BAT(No Storage Battery), INSIDE_BAT(Inside Storage Battery), OUTSIDE_BAT(Outside Storage Battery)
Interval Type
1024~65535
Interval Type
0~254
Interval Type
0~5000
Interval Type
0~7
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
NO_Hop(No hop), Hop(Hop)
Enumeration Type
Enumeration Type
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~511
Interval Type
5~25
Interval Type
433~576
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
MTP3(MTP3), M3UA(M3UA), MTP3_M3UA(MTP3 and M3UA)
Interval Type
1~60
Interval Type
0~10
Interval Type
0~3
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
3~10
Interval Type
1~2
Interval Type
10~254
Enumeration Type
ALL(All), PART(Part)
Interval Type
-10000~10000
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~65534
Interval Type
60~65534
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~6
Interval Type
1~120
Interval Type
0~335
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
0~5000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
nonrpt(Not Report), rpt(Report)
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), NULL(NULL)
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), NULL(NULL)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~16
Interval Type
0~127
Interval Type
1~16
Enumeration Type
SCU, GCU, XPU, INT, TNU
Enumeration Type
Enumeration Type
SCU, GCU, XPU, DPU, INT, TNU DATM_MAIN, DATU_MAIN, DDPM_MAIN, DDPU_MAIN, DDRM_MAIN, DEMU_MAIN, DFCU_MAIN, DHEU_MAIN, DOMU_MAIN, SCU, GCU, MPU, GCP, DPU,DGPS_MAIN, INT, TNU DPMU_MAIN, DPTU_MAIN, DRFU_MAIN, DRFUBOOT_MAIN, INT, DPU, XPU, TNU, OMU, SAU DRU_MAIN, DTCU_MAIN, DTMU_MAIN, DRRU_MAIN, DRRUBOOT_MAIN, DTRU_MAIN, ETR_MAIN, FMU_MAIN, FMUA_MAIN, GATM_MAIN, 0~72 GTMU_MAIN, IASU_MAIN, IOMU_MAIN, MFU_3001C, MMU_3001C, MRRU_MAIN, MTR_MAIN, NFCB_MAIN, PBU_MAIN, QTRU_MAIN, 0~47 TMU_MAIN, TRX_MAIN, GRRU_MAIN, BTS3900B_MAIN, BTS3900BBOOT_MAIN, MRFU_MAIN, GRFU_MAIN, MRRUBOOT_MAIN, 0~1000 MRFUBOOT_MAIN, USCU_MAIN, BTS3900E_MAIN, BTS3900EBOOT_MAIN, BOOTROM_PCK, UBRI_MAIN, UTRP_MAIN
Interval Type
0~1000
Enumeration Type Enumeration Type
DPUa, DPUc PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, OMUa, OMUb, SAUa
Enumeration Type
FG2a, GOUa, FG2c, GOUc
Enumeration Type
PEUa, POUc
Enumeration Type
PEUa, POUc
Enumeration Type
Enumeration Type
PEUa, POUc TMU(TMU/DTMU), DTRU(DTRU), DPTU(DPTU), QTRU(QTRU), MRRU(MRRU), GRRU(GRRU), BTS3900B(BTS3900B), MRFU(MRFU), MRRU, GRRU, MRFU, GRFU, BTS3900E GRFU(GRFU), BTS3900E(BTS3900E), DRFU(DRFU), DRRU(DRRU), UBRI(UBRI), UTRP(UTRP)
Interval Type
0~255
Any Type
None
Interval Type
2~3600
Enumeration Type
ENTIRE(Entire Backup), INCREMENTAL(Incremental Backup)
Interval Type
0~7
Interval Type
1~16777215
Enumeration Type
NO(No), YES(Yes)
Enumeration Type Enumeration Type Interval Type Interval Type Interval Type
Enumeration Type
Enumeration Type
MAINBSC(MAIN BSC), SUBBSC(SUB BSC)
IP Address Type
None
Compound Type
hour, min
Compound Type
hour, min
Interval Type
0~15
Interval Type
0~15
Interval Type
5~60
IP Address Type
None
IP Address Type Enumeration Type
None UNCONDITIONALSTART(Unconditional Start), ATERCONGESTS(Start When Ater Congests), PREFIXNUMBER(Start by Prefix Number)
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~335
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~27
Interval Type
0~11
Interval Type
0~7
Interval Type
0~2500
Interval Type
0~15
Interval Type
1~15
Interval Type
1~31
Interval Type
0~15
Enumeration Type
Enumeration Type
NO(No), YES(Yes) 2_M_PERIOD(2 Multiframe Period), 3_M_PERIOD(3 Multiframe Period), 4_M_PERIOD(4 Multiframe Period), 5_M_PERIOD(5 Multiframe Period), 0~12 6_M_PERIOD(6 Multiframe Period), 7_M_PERIOD(7 Multiframe Period), 8_M_PERIOD(8 Multiframe Period), 9_M_PERIOD(9 Multiframe Period)
Interval Type
1~4
Interval Type
Enumeration Type
0~12 NEITHERSTART(Neither Start), BTSPRIORITY(BTS Priority), BSCPRIORITY(BSC Priority), BTSONLY(BTS Only), BSCONLY(BSC Only) NONSUPPORT(Not Support), BASIC(Basic Fun), ENHANCED(Enhanced Fun)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
Enumeration Type
PEUa, EIUa, OIUa, POUc SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, ALL
Enumeration Type
PEUa, POUc, EIUa, OIUa
Enumeration Type
PEUa, POUc, EIUa
Interval Type
Enumeration Type
Enumeration Type
Enumeration Type
PEUa, POUc, EIUa, OIUa
Enumeration Type
Enumeration Type
POUc, OIUa PWC(PWC), EAC_EMUA(EAC_EMUA), DTMU(DTMU), DATM_DATU(DATM_DATU), NFCB(NFCB), EMU_DEMU(EMU_DEMU), POUc, OIUa DPMU(DPMU), DCBM_DCOM(DCBM_DCOM), DHEU(DHEU), FG2a, GOUa, FG2c, GOUc, MPW(MPW), POUc ECOM(ECOM), MFU(MFU), MCD(MCD), IASU(IASU), PTU(PTU), TMU(TMU), PSU_APSU(PSU_APSU), EIUa PMU_APMU(PMU_APMU), 3001C_MFU(3001C_MFU), TEU(TEU), CDU(CDU), PCDU(PCDU), DCDU(DCDU), CDUC(CDUC), CDUP(CDUP), DATU(DATU), GATM(GATM), DRRU(DRRU), MRRU(MRRU), TES(TES), PBU(PBU), DPBU(DPBU), RPBU(RPBU), PPBU(PPBU), RCDU(RCDU), CDUR(CDUR), CDUE(CDUE), EDU(EDU), PEDU(PEDU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), BTS3900E(BTS3900E) SCU(SCU), MDU(MDU), UPEU(UPEU), UEIU(UEIU), FMU(FMU), REDU(REDU), DEDU(DEDU), EDUC(EDUC), EDUP(EDUP), EDUR(EDUR), FMUA(FMUA), DTCU(DTCU), GATM(GATM), DGPS(DGPS), USCU(USCU), EDUE(EDUE), DDPM_DDPU(DDPM_DDPU), DFCU(DFCU), DFCB(DFCB) UBRI(UBRI), FAN(FAN), EMU(EMU), PMU(PMU), TCU(TCU), PSU(PSU), DRRU(DRRU), UTRP(UTRP) DRFU(DRFU), MRRU(MRRU), XRRU(XRRU), TRX(TRX_DEFAULT), TRX_GPRS(TRX_GPRS), DRU(TRX_30), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), XRFU(XRFU), PTRX(PTRX), ETRX(ETRX), RTRX(RTRX), DTRX(DTRX), RETR(RETR), BTS3900E(BTS3900E) CDU(CDU), CDUC(CDUC), CDUE(CDUE), DETR(DETR), EETR(EETR),CDUP(CDUP), PETR(PETR),CDUR(CDUR), MTR(MTR), TRU(TRU/DTRU), PCDU(PCDU), QTRU(QTRU) RCDU(RCDU), DCDU(DCDU), EDU(EDU), EDUC(EDUC), EDUP(EDUP), EDUR(EDUR), EDUE(EDUE), PEDU(PEDU), REDU(REDU), DEDU(DEDU), DDPM_DDPU(DDPM_DDPU), DFCU(DFCU), DFCB(DFCB)
Enumeration Type
CFGBM(BM), CFGTC(TC)
Enumeration Type
CFGBM(BM), CFGTC(TC)
Enumeration Type
NO(No), YES(Yes)
String Type
None
Enumeration Type
LOGICIP(Logic IP), PORTIP(Port IP), PPP/MP(PPP/MP)
Enumeration Type
LOGICIP(Logic IP), PORTIP(Port IP), PPP/MP(PPP/MP)
String Type
None
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Enumeration Type
BYIDX(By BTS Index), BYNAME(By BTS Name)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~2047,65535
IP Address Type
None UNCONDITIONALSTART(Unconditional Start), ABISCONGESTS(Start When Abis Congests), PREFIXNUMBER(Start by Prefix Number)
Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type
Enumeration Type IP Address Type Enumeration Type
None BSC_Preprocessing(BSC preprocessing), BTS_Preprocessing(BTS preprocessing)
String Type
None
String Type
None
String Type
None
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~16
Enumeration Type
OFF(Off), ON(On)
String Type
Enumeration Type
None BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, BTS3012A, BTS3012(BTS3012), BTS3006A, BTS3012,BTS3006C(BTS3006C), BTS3006C, BTS3002E,BTS3002E(BTS3002E), BTS3012AE, BTS3012_II, 1~250 BTS3012AE(BTS3012AE), BTS3012_II(BTS3012_II), DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), BTS3036A, BTS3900B_GSM, BTS3900E_GSM, BTS3900L_GSM BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900L_GSM(BTS3900L BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E GSM) GSM), BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E GSM)
Interval Type
0~1000000
Enumeration Type Enumeration Type
BIULOOP(BIU Loopback Test), TRXSELFTEST(TRX Self Loopback Test) NO_BAT(No Storage Battery), INSIDE_BAT(Inside Storage Battery), OUTSIDE_BAT(Outside Storage Battery)
Interval Type
10~255
Enumeration Type
NO(NO), YES(YES)
Interval Type
2~65534
Interval Type
2~65534
Interval Type
1000~3000
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~200000
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
100~1000
Enumeration Type
FULL_DUPLEX(Full Duplex), HALF_DUPLEX(Half Duplex)
Interval Type
0~100
Interval Type
20~100
Enumeration Type
BYIDX(By Cell Index), BYNAME(By Cell Name)
Enumeration Type
C31NOTUSE(Not Use c31 standard), C31STANDARD(Use c31 standard)
Interval Type Enumeration Type Enumeration Type
Interval Type
0~1
String Type
None
Interval Type
0~8
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~4095
Enumeration Type
NO(No), YES(Yes)
Enumeration Type Enumeration Type
OFF(OFF), ON(ON) GSM900(GSM900), DCS1800(DCS1800), GSM850(GSM850), PCS1900(PCS1900)
Enumeration Type
NULL(NULL), IPLGCPORT(IP Logic Port), RSCGRP(Resource Group)
Enumeration Type
ETHER, IPLOGICPORT, TRUNK, PPP, MP
Enumeration Type
ETHPORT, TRUNK
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~3
IP Address Type
None
Interval Type
0~63
Interval Type
0~65535
Interval Type
5~180
Enumeration Type
NO(No), YES(Yes)
Interval Type
4500~32767
Interval Type
1~5
Interval Type
0~31
Interval Type
0~31
Interval Type
0~65535
Enumeration Type
DISABLE(Disabled), ENABLE(Enabled)
Interval Type
0~255
Interval Type
20~100
Interval Type
0~63
Enumeration Type
10, 100, 1000
Interval Type
0~100
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1023
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~1023
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~50
Interval Type
0~7
Interval Type
0~7
Enumeration Type
Permit(Permit Cell Access), NoPermit(Prohibit Cell Access)
Enumeration Type
OUTDOOR_CELL(Outdoor Cell), INDOOR_CELL(Indoor Cell)
Interval Type
240~289
Interval Type
433~576
Interval Type
240~289
Interval Type
432~575
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047,65535
Interval Type
0~2047
Interval Type
0~2047
String Type
None
Enumeration Type
BYNAME(By name), BYID(By index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
Inner(Inner), Extra(Extra)
Enumeration Type
1, 2, 3, 4
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
String Type
None
String Type
None
String Type
None
String Type Enumeration Type
None OP1(Operator 1), OP2(Operator 2), OP3(Operator 3), OP4(Operator 4), NONE(Not Shared)
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Enumeration Type
NO(NO), YES(YES)
Interval Type
350~553
Enumeration Type
2G(Preference for 2G Cell), 3G(Preference for 3G Cell)
Interval Type Enumeration Type
0~100 COMMON(COMMON), MULTIPATH(MULTIPATH), INDOOR(INDOOR), HIGHWAY(HIGHWAY)
Enumeration Type
NO(No), YES(Yes)
Interval Type
400~790
Interval Type
-190~50
Interval Type
0~1000
Interval Type
-500~0
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~63
Interval Type
0~63
Interval Type
20~90
String Type
None
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NULL(NULL), IPLGCPORT(IP Logic Port), RSCGRP(Resource Group)
Enumeration Type
AUTO(AUTOPLAN), NORMAL(NORMAL)
Enumeration Type
ENABLE(Enable), DISABLE(Disable)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Password Type
Bit Field Type
None G_0~0 G_1~1G_17, G_2~2 G_3~3 G_4~4 G_5~5 G_6~6 G_7~7 G_15, G_16, G_18, G_19, G_20, G_21, G_22, G_23,G_8~8 G_24,G_9~9 G_25, G_10~10 G_11~11 G_12~12 G_13~13 G_14~14 G_15~15 G_16~16 G_26, G_27, G_28, G_29, G_30, G_31 G_17~17 G_18~18 G_19~19 G_20~20 G_21~21 G_22~22 G_23~23 G_24~24 G_25~25 G_26~26 G_27~27 G_28~28 G_29~29 G_30~30 G_31
Interval Type
20~90
Interval Type
20~90
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
Interval Type
0~2
Interval Type
30~100
Interval Type
30~100
Interval Type Enumeration Type
30~100 QUICK_HO_NCELL_TYPE_A(QUICK_HO_NCELL_TYPE_A), QUICK_HO_NCELL_TYPE_B(QUICK_HO_NCELL_TYPE_B)
Enumeration Type
CHAINTORING(ChainToRing), COMBINECHAINS(CombineChains)
Enumeration Type
Enumeration Type
CAPABILITY(Capability preferred), QUALITY(Quality preferred), PSRELATIVELY(PS relatively preferred), PSABSOLUTELY(PS absolutely preferred)
Interval Type
0~100
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~64
Interval Type
1~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
MODE1(Mode 1), MODE2(Mode 2), MODE3(Mode 3)
Enumeration Type
MODE1(Mode 1), MODE2(Mode 2), MODE3(Mode 3)
Interval Type
0~511
Interval Type
0~511
Interval Type
5~20
Interval Type
5~20
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ALDER32(ALDER32), CRC32(CRC32)
Enumeration Type
SBFD, ARP, MBFD
Interval Type
0~12
Interval Type
1~7
Interval Type
0~169
Interval Type Enumeration Type
TRXRFSELFLOOP(TRX RF Self Loopback Test), BIULOOP(BIU Loopback 0~7 Test), BTSSPEECHLOOP(BTS Speech Loopback Test), TRXSPEECHLOOP(TRX Speech Loopback Test)
Enumeration Type
FULLTCH(FULLTCH), HALFTCH(HALFTCH)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type Enumeration Type
NO(No), YES(Yes) NOSENDING(Force NO Sending), SYSTEMOPT(System Optimization), SENDING(Force Sending)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
10~800
Interval Type
Enumeration Type
TCHFR(TCH Full Rate), TCHHR(TCH Half Rate), SDCCH8(SDCCH8), 10~800 MBCCH(Main BCCH), CBCCH(Combined BCCH), BCH(BCH), BCCH_CBCH(BCCH+CBCH), SDCCH_CBCH(SDCCH+CBCH), 100~600000 PBCCH_PDTCH(PBCCH+PDTCH), PCCCH_PDTCH(PCCCH+PDTCH), PDTCH(PDTCH), DPDCH(Dynamic PDCH)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~160
Interval Type
1~12
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~100
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Enumeration Type
NO(No), YES(Yes) NOTSENDING(Not sending), SENDINGPRO(sending according to protocol), SENDING(unconditionally sending) NOTSENDING(Not sending), SENDINGPRO(sending according to protocol), SENDING(unconditionally sending)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1562
Interval Type
0~22
Interval Type
0~27
Interval Type
0~11
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support) ERR_PFM_1E6(RECOVERY:1E-6), ERR_PFM_5E6(RECOVERY:5E-6), ERR_PFM_1E5(RECOVERY:1E-5), ERR_PFM_5E5(RECOVERY:5E-5), NO(No), YES(Yes) ERR_PFM_1E4(RECOVERY:1E-4), ERR_PFM_5E4(RECOVERY:5E-4), INCLK(Internal Clock), BSCCLK(Trace BSC Clock), EXCLK(External ERR_PFM_1E3(RECOVERY:1E-3) Synchro Clock), IPCLK(IP Clock), TRANSCLK(Trace Trans Clock), GPSCLK(Trace GPS Clock), UMCLK(Um Clock), PEERCLK(PEER Clock)
Interval Type
Enumeration Type
Enumeration Type Enumeration Type Enumeration Type Enumeration Type
Enumeration Type
HW_DEFINED(Huawei User-defined), PTP(PTP Protocol) INT_CLK(Internal Clock), TRCBSC_CLK(Trace BSC Clock), EXTSYN_CLK(External Sync clock), IP_TIME(IP Clock), GCUa, GCGa IP_TRANSFER(Trace Transport Clock), TRCGPS_CLK(Trace GPS Clock), UM_CLK(Um Clock), PEER_CLK(Peer Clock)
Interval Type
0~255
Bit Field Type
cleared, uncleared
Interval Type
0~255
Enumeration Type
String Type
None
String Type
None
Interval Type
0~19
Interval Type
1~3
Interval Type
0~62
Interval Type
0~62
Interval Type
0~62
Interval Type
0~62
Interval Type
0
Interval Type
1~60
Interval Type
0~4095
Interval Type
0~4095
Interval Type
0~31
Interval Type
Enumeration Type
0~3 BTS3012(BTS3012), BTS3012AE(BTS3012AE), BTS3006C(BTS3006C), NONE(None), AINTFBLOCK(AInterf Block) BTS3012_II(BTS3012 II), BTS3002E(BTS3002E), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), BTS3900A_GSM(BTS3900A GSM), 1~150000 DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900_GSM_6RFC(BTS3900 GSM 6RFC), BTS3002C, BTS3012A, BTS3006A BTS3900A_GSM_6RFC(BTS3900A GSM 6RFC), BTS3036_6RFC(BTS3036 6RFC), BTS3036A_6RFC(BTS3036A 6RFC)
Interval Type
10000~50000
Interval Type
0~250
Interval Type
0~250
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1023
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
BYSITE(By Site), BYCELL(By Cell)
Interval Type Bit Field Type
0~100 L0_FORBID, L1_FORBID, L2_FORBID, L3_FORBID, L4_FORBID, L5_FORBID, L6_FORBID, L7_FORBID, L8_FORBID, L9_FORBID
Bit Field Type
LOWERCASE, UPPERCASE, DIGIT, SPECIALCHARACTER
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Enumeration Type Interval Type Enumeration Type
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~335
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ALL(ALL Type), ONLY_SSL(Only SSL Connection)
Enumeration Type
INNER(Internal RNC), EXTERNAL(External RNC)
Interval Type
0~60
Interval Type
1~200
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~28
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Enumeration Type
OFF(Off), ON(On), NOTSUPPORT(Not Support)
Enumeration Type
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB
String Type
None
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Interval Type
1~255
Interval Type
0~63
Interval Type
1~255
Enumeration Type
UNAVAILABLE(UNAVAILABLE), AVAILABLE(AVAILABLE)
Bit Field Type
VOICEINF, MR, CALLAPPENDINF, CALLINNERINF
Interval Type
0~100
Enumeration Type
OFF(Not Output), ON(Output) RESINSUFF, UMABNORM, TRAFFREJECT, MSCREL, MSCDISCON, BADQUALITY
Bit Field Type
Interval Type Enumeration Type
0~100 BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~100
Interval Type
0~7
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output) OFF(Not Output), MRHOFAIL(Preferentially Output MR of HO Failure), MRHOLATEST(Preferentially Output MR of Latest HO)
Enumeration Type Enumeration Type Enumeration Type Enumeration Type
COMMONUSRM(Common User Mode), SPECUSRM(Specified User Mode) ABNORMREC(Output Abnormal Records in BSC), ALLBSCREC(Output All Records in BSC), ALLCELLREC(Output All Records in Cells)
Enumeration Type
OFF(OFF), ON(ON) OFF(Not Output), ALL(Output All), AINTF(Output A Interface Signaling), ABISINTF(Output Abis Interface Signaling)
Interval Type
30~100
Bit Field Type
LU, SMS, CALL
Interval Type
0~100
Enumeration Type Enumeration Type
OFF(Not Output), ON(Output) BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~100
Interval Type
0~7
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
40000~50000
Interval Type
5000~150000
Interval Type
1000~2000
Interval Type
400~600
Interval Type
7500~9500
Interval Type
80~120
Interval Type
3000~6000
Interval Type
500~2000
Interval Type
1~100
Interval Type
30~100
Interval Type
30~100
Interval Type
1~16777215
Enumeration Type
4BURST(4Burst), RLC/MAC(RLC/MAC)
Enumeration Type
NO(Cancel Control Flag), YES(Set Control Flag)
Interval Type
0~62
Interval Type
0~5
Interval Type
0~23
Interval Type
0~254
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27,255
Interval Type
0~11,255
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~99
Interval Type
10~255
String Type
None
Interval Type
1~31
Interval Type Bit Field Type
1~31 NT14_5K~0 NT12K~1 NT6K~2 T14_4K~3 T9_6K~4 T4_8K~5 T2_4K~6 T1_2K~7 T600_BITS~8 T1200_75
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Compound Type
YEAR, MONTH, DAY
Interval Type
1~12
Interval Type
0~31
Interval Type
0~30
Enumeration Type
Inner(Inner), Extra(Extra)
Interval Type
0~2047
String Type
None
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
350~556
Interval Type
580~600
Interval Type
433~555
Interval Type
580~600
Interval Type
0~32
Interval Type
500~60000
Interval Type
0~186
String Type
None
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
1~1000
Enumeration Type
BSC, BTS
Enumeration Type
BTS, BSC, DXX, OTHER
Interval Type
0~27
Interval Type
0~11
Interval Type
0~7
Interval Type
0~3071
Interval Type
0~255
Interval Type
3~10
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
Interval Type
0~35
IP Address Type
None
Enumeration Type
LOGIC_IP(Logical IP Address)
Interval Type
0~16383
Interval Type
0~23
Interval Type
0~254
Enumeration Type
NO(Not Default DPC), YES(Default DPC)
Enumeration Type
DEFAULTPORT(Default 21 Port), CUSTOMPORT(Custom Port)
Interval Type
1~60
IP Address Type
Enumeration Type
None MON_1(No.1), MON_2(No.2), MON_3(No.3), MON_4(No.4), MON_5(No.5), MON_6(No.6), MON_7(No.7), MON_8(No.8), MON_9(No.9), 0~63 MON_10(No.10), MON_11(No.11), MON_12(No.12), MON_13(No.13), MON_14(No.14), MON_15(No.15), MON_16(No.16), MON_17(No.17), DISABLE(DISABLE), ENABLE(ENABLE) MON_18(No.18), MON_19(No.19), MON_20(No.20), MON_21(No.21), MON_22(No.22), NO(No), YES(Yes)MON_23(No.23), MON_24(No.24), MON_25(No.25), MON_26(No.26), MON_27(No.27), MON_28(No.28), MON_29(No.29), MON_30(No.30), MON_31(No.31) SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
String Type
None
Interval Type Enumeration Type Enumeration Type Enumeration Type
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Enumeration Type
NO(No), YES(Yes)
Interval Type
4~32
Interval Type
4~32
Interval Type
4~32
Enumeration Type
N0(No), YES(Yes)
Interval Type
0~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
16~1007
Interval Type
1~255
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Interval Type
0~63
Interval Type
1~10
Interval Type
1~30
Interval Type
1~30
Interval Type
0~127
Interval Type
1~30
Interval Type
1~30
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~63
Interval Type
0~70
Interval Type
1~100
Interval Type
1~20
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~100
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~10
Interval Type
0~19
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Interval Type
0~10
Interval Type
0~19
Interval Type
1~20
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
0~300
Interval Type
0~255
Interval Type
1~255
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4) MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS1(MCS1), MCS6(MCS6), MCS2(MCS2), MCS7(MCS7), MCS3(MCS3), MCS8(MCS8), MCS4(MCS4), MCS9(MCS9) MCS7(MCS7), MCS1(MCS1), MCS3(MCS3),DAS7(DAS7), MCS4(MCS4), MCS7(MCS7), MCS8(MCS8), MCS2(MCS2), DAS5(DAS5), DAS6(DAS6), DAS8(DAS8), MCS8(MCS8), DAS5(DAS5), DAS6(DAS6), DAS7(DAS7), DAS8(DAS8), DAS9(DAS9), DAS10(DAS10), DAS11(DAS11), DAS12(DAS12) DAS9(DAS9), DAS10(DAS10), DAS11(DAS11), DAS12(DAS12), UNFIXED(UNFIXED)
Enumeration Type Enumeration Type Enumeration Type
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS5(MCS5), CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4), MCS4(MCS4), UNFIXED(UNFIXED) MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9), UNFIXED(UNFIXED)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~5000
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~255
Interval Type
1~16777215
String Type
None
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
STP(STP), A(A), IUR_G(IUR_G), LB(LB)
Enumeration Type
Interval Type
0~186
Interval Type
0~182
Interval Type
0~128
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
1~60
Interval Type
0~12
Interval Type
2~10
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0(0), 1(1), 2(2), 4(4), 8(8), 16(16), 32(32), 64(64)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Interval Type
0~335
Interval Type
0~335
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
1~3600
Interval Type
0~27
Interval Type
0~21
Interval Type
0~27
Interval Type
0~21
Interval Type
0~21
Interval Type
0~30
Enumeration Type
NO(NO), YES(YES)
String Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type Bit Field Type
TS1, 0~335TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~12
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1
Interval Type
0~1,255
Interval Type
0~23
Interval Type
0~23,255
Interval Type
0~53
Interval Type
0~53,255
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
FULL(FULL), HALF(HALF)
Interval Type
0~12
Interval Type
1~24
Interval Type
0~59
Interval Type
0~59
Interval Type
10~80
Interval Type
0~63
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~15
Interval Type Enumeration Type
10~3600 LEVEL0(Preempt all dynamic TCHFs), LEVEL1(No preempt of CCHs), LEVEL2(No preempt of service TCHF)
Interval Type
0~8
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSUPPORT(Not Support), DDIVERSITY(DDIVERSITY), DPBT(DPBT)
Interval Type
1~60
Interval Type
0~7
Interval Type Enumeration Type
ACTIVE(ACTIVE TMU/MMU/IOMU/DOMU), 0~31 ACTIVESTANDBY(ACTIVE/STANDBY TMU), SLAVE1(SLAVE TMU1/DOMU1), SLAVE2(SLAVE TMU2/DOMU2), UTRP(UTRP)
Interval Type
0~83
Interval Type
0~7
Interval Type
16~19
Enumeration Type
E1(E1), T1(T1)
IP Address Type
None
Interval Type
0~49
Interval Type
0~49
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~2147483646
Compound Type
year, month, date
Compound Type
year, month, day
Compound Type
year, month, day
Compound Type
year, month, day
Interval Type
1~31
Interval Type
1~255
Interval Type
1~255
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Enumeration Type
NO(Effect Later), YES(Effect Immediately)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type
0~31 DATE(Input with date), WEEK(Input with week), DATEWEEK(Input with date and week)
Enumeration Type Interval Type
Enumeration Type
1~15 ERR_PFM_5E6(OCCUR:5E-6), ERR_PFM_1E5(OCCUR:1E-5), ERR_PFM_5E5(OCCUR:5E-5), ERR_PFM_1E4(OCCUR:1E-4), OFF(OFF), ON(ON) ERR_PFM_5E4(OCCUR:5E-4), ERR_PFM_1E3(OCCUR:1E-3), ERR_PFM_5E3(OCCUR:5E-3)
Interval Type
0~63
Enumeration Type Enumeration Type
NoPriority(No Priority), Priority4(Priority 4), Priority3(Priority3), NO(No), YES(Yes) Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority B), PriorityA(Priority A)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~7
Interval Type Enumeration Type
JAN(January), FEB(February), MAR(March), APR(April), MAY(May), 2~4094 JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)
IP Address Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
ENABLED(Enabled), DISABLED(Disabled)
Bit Field Type
A5/0~0 A5/1~1 A5/2~2 A5/3~3 A5/4~4 A5/5~5 A5/6~6 A5/7
Enumeration Type
AUTO(Automatic), PLAINTEXT(Plain Text), ENCRYPTED(SSL Encrypted)
Enumeration Type
AUTO(Auto), PLAINTEXT(Plain Text), ENCRYPTED(SSL Encrypte)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~65535
Interval Type
0~65535
Interval Type
0~65535
Enumeration Type
Interval Type
1~31
Interval Type Enumeration Type
-990~400 JAN(Jan.), FEB(Feb.), MAR(Mar.), APR(Apr.), MAY(May), JUN(Jun.), JUL(Jul.), AUG(Aug.), SEP(Sep), OCT(Oct.), NOV(Nov.), DEC(Dec)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Compound Type
hour, min
Interval Type
8~255
Interval Type
1~31
Interval Type
1~31
Enumeration Type
DISABLED(Prohibit to Use), ENABLED(Available)
Enumeration Type
DISABLED(Prohibit to Use), ENABLED(Available)
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~255
Interval Type
0~63
Interval Type
0~100
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Enumeration Type
Enumeration Type
NO(No), YES(Yes) M3UA_ASP~0||(M3UA_ASP)$$(M3UA_ASP)** M3UA_IPSP(M3UA_ASP)** M3UA_IPSP~2||(M3UA_IPSP)$$(M3UA_IPSP) M3UA_SGP(M3UA SGP), M3UA_IPSP(M3UA IPSP), M3UA_SS7SP(M3UA SS7SP), M3UA_SP(M3UA SP)
Interval Type
0~63
Enumeration Type
OFF(Off), ON(On)
Interval Type
Enumeration Type
1~4294967295 O1E3_R5E4(OCCUR:1E-3, RECOVERY:5E-4), O5E4_R1E4(OCCUR:5E-4, RECOVERY:1E-4), NO(No), YES(Yes) O1E4_R5E5(OCCUR:1E-4, RECOVERY:5E-5), O5E5_R1E5(OCCUR:5E-5, RECOVERY:1E-5), O1E5_R5E6(OCCUR:1E-5, RECOVERY:5E-6), O5E6_R1E6(OCCUR:5E-6, RECOVERY:1E-6)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~63
Interval Type
0~7
Interval Type
0~7
Interval Type
2~4094
Interval Type
1~2147483646
Interval Type
500~60000
Enumeration Type
Enumeration Type
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~255
Compound Type
HOUR, MIN, SEC
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min
Enumeration Type
ONE_BY_ONE(Execute One by One), PARALLEL(Parallel Execute)
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min, sec
Compound Type
hour, min, sec
Compound Type
year, month, day, hour, min, sec
Compound Type
year, month, day
Compound Type
hour, min, sec LOGINEVENT(Login Event), MANAGEEVENT(Management Event), AUTHEVENT(Authentication Event), OTHEREVENT(Other Event)
Enumeration Type Compound Type
Enumeration Type
hour, min, sec SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday) FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
Enumeration Type
String Type
None
String Type
None
Enumeration Type
NoExclusive(NoExclusive), Exclusive(Exclusive)
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
2048~5047
String Type
None
Interval Type
5048~8047
String Type
None
Interval Type
2048~5047
String Type
None
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type Enumeration Type
EM0(EM0), EM1(EM1) 60sec(60sec), 120sec(120sec), 240sec(240sec), 480sec(480sec), 960sec(960sec), 1920sec(1920sec), 3840sec(3840sec), 7680sec(7680sec)
Enumeration Type
TYPE1(TYPE1), TYPE2(TYPE2), TYPE3(TYPE3)
Enumeration Type
Normal_cell(Normal cell), DualTS_ExtCell(Double Timeslot Extension Cell)
Enumeration Type
SEND(SEND), NOTSEND(NOTSEND)
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Enumeration Type
PLUS_1(Current FanSpeed Plus 1), MINUS_1(Current FanSpeed Minus 1)
Enumeration Type
HIGH_SPEED, LOW_SPEED
Interval Type
55~100 CONTINUOUS(Continuous), DISCRETE(Discrete), DUTY_RATIO(Duty Ratio)
Enumeration Type
Enumeration Type
NO_SPEED_ADJUSTMENT(No Speed Adjustment), Fan) NORMAL_FAN(Normal Fan), IND_FAN(Independent HW_AUTO_TEMPERATURE_CONTROL(Auto Temperature Control), SPECIFY_RATE(Specify Rate), SOFTWARE_CONTROL(Software Control)
Enumeration Type
IND_FAN(Independent Fan), NORMAL_FAN(Normal Fan)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~100
Interval Type
0~1999
Interval Type
0~1999
Interval Type
0~1999
Interval Type
0~1999
Interval Type
10~1999
Interval Type
0~1999
Interval Type
2~1999
Interval Type
0~62
Interval Type
0~62
Interval Type
0~100
Enumeration Type
None(None), 16bit(16bit), 32bit(32bit)
Enumeration Type
None(None), 16bit(16bit), 32bit(32bit)
Enumeration Type
ON, OFF
Interval Type
432~575
Enumeration Type
AUTO(Auto), MANU(Manu)
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1
Interval Type
0~16383
Interval Type
0~49
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
0~15
Enumeration Type
RSCP(RSCP), EcN0(Ec/N0)
Interval Type
0~15
Interval Type
0~63
Interval Type
0~511
Interval Type
1~1000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type Enumeration Type
NO_FH(No frequency hopping), BaseBand_FH(Baseband frequency 0~1000 hopping), RF_FH(RF frequency hopping), Hybrid_FH(Hybrid frequency hopping)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
txt(.txt File), csv(.csv File)
Interval Type
0~32
Enumeration Type
FALSE(Failed), TRUE(Succeeded)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Interval Type
0~100
Interval Type
0~65534
Interval Type
0~65534
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
60~65534
Interval Type Enumeration Type
60~65534 FIX_16K_ABIS(Fix Abis), FLEX_ABIS(Flex Abis), SEMI_ABIS(Semisolid Abis)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~65535
Interval Type
0~65535
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~200
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~19
Enumeration Type
INDOOR(Indoor), OUTDOOR(Outdoor)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
OPEN(Open), CLOSE(Close)
Interval Type
1~300
Interval Type
0~30
Enumeration Type
Close(Close), Open(Open)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type
0~23
Interval Type
1~30
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
128~1024
Interval Type
-2715647~2715647
Interval Type
0~255
Enumeration Type
Enumeration Type
NO(No), YES(Yes) ONTIME(Fixed Time), DAILY_T(Day Based Scheduling), DAILY_C(Day Based Duration), WEEKLY_T(Week Based Scheduling), WEEKLY_C(Week ONTIME(Fixed Time), RELATIVE_T(Relative Time) Based Duration), MONTHLY_T(Month Based Scheduling), MONTHLY_C(Month Based Duration)
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
Enumeration Type
PGSM900(PGSM900), EGSML25(EGSM), EGSM35M(EGSM<35M>), NO(No), YES(Yes) RGSML25(RGSM), GSM900_RGSM39M(GSM900_RGSM<39M>), DCS1800(DCS1800), PCS1900(PCS1900), GSM850(GSM850), 0~65535 EGSM24M(EGSM<24M>), DCS1800_L(DCS1800), DCS1800_H(DCS1800)
Interval Type
0~100
Interval Type
0~1023
Enumeration Type
LOOSE(Loose), TIGHT(Tight)
String Type
None
Enumeration Type
MainDiversity(MainDiversity), MaximumMeanValue(MaximumMeanValue)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
May_Use(May Use), Shall_Use(Shall Use), Shall_NOT_Use(Shall not Use)
Interval Type
0~23
Interval Type
0~23
Interval Type
0~255
Interval Type
0~254
Enumeration Type
TXT(Plain Text Type), CSV(CSV Type)
Interval Type
0~33
Interval Type
1~33
Interval Type
0~33
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~200000
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
Interval Type
0~200000
Interval Type
0~200
Interval Type
0~100
Enumeration Type
A0, U1
Interval Type
0~31
Compound Type
hour, min
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Compound Type
hour, min
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
DEG(DEG), SEC(SEC)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes) OFF(Disable the golbal route management), ON(Enable the golbal route management)
Enumeration Type Interval Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Interval Type
4~32 NO(Not support), SupportAsInnPcu(Support as built-in PCU), SupportAsExtPcu(Support as external Pcu) NO(Not Support),DB108(-108dB), SupportAsInnPcu(Support As Inner Pcu), DB110(-110dB), DB106(-106dB), DB104(-104dB), DB102(SupportAsExtPcu(Support As Outer Pcu) 10sec(10sec), 20sec(20sec), 30sec(30sec), 40sec(40sec), 50sec(50sec), 102dB), DB100(-100dB), DB98(-98dB), DB96(-96dB), DB94(-94dB), DB92(0dB(0dB), 2dB(2dB), 4dB(4dB), 6dB(6dB), 8dB(8dB), 10dB(10dB), 60sec(60sec), 70sec(70sec), 80sec(80sec), 90sec(90sec), 100sec(100sec), 92dB), DB90(-90dB), DB88(-88dB), DB86(-86dB), DB84(-84dB), DB82(GPRS(GPRS Channel), EGPRSNORCH(EGPRS Normal Channel), 12dB(12dB), 14dB(14dB) 110sec(110sec), 120sec(120sec), 130sec(130sec), 140sec(140sec), 82dB), DB80(-80dB), DB78(-78dB), DB76(-76dB), DB74(-74dB), DB72(EGPRSPRICH(EGPRS Priority Channel), EGPRSSPECH(EGPRS Special 150sec(150sec), 160sec(160sec), 170sec(170sec), 180sec(180sec), 72dB), DB70(-70dB), DB68(-68dB), DB66(-66dB), DB64(-64dB), DB62(Channel), NONGPRS(Non-GPRS Channel) 190sec(190sec), 200sec(200sec), 220sec(220sec), 62dB), DB60(-60dB), DB58(-58dB),210sec(210sec), DB56(-56dB), DB54(-54dB), DB52(230sec(230sec), 240sec(240sec), 250sec(250sec), 52dB), DB50(-50dB), DB48(-48dB), nouse(no use) 260sec(260sec), 270sec(270sec), 280sec(280sec), 290sec(290sec), 300sec(300sec), 310sec(310sec), 320sec(320sec), nouse(no use)
Enumeration Type
0~7 0db(0db), 10db(10db), 20db(20db), 30db(30db), 40db(40db), 50db(50db), 60db(60db), infinity(infinity), nouse(no use)
Enumeration Type
GPS(GPS), GLONASS(Glonass), GPSGlonass(GPSGlonass)
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100000000
Interval Type
0~100000000
Interval Type
0~65534
String Type
None
Interval Type
0~512
Interval Type
0~2047
Enumeration Type
IP(IP)
Enumeration Type
LAC_CI(CELL IMME), PLMN(ALL), LAC(LAC), CI(CELL)
Interval Type
0~100
Interval Type
1~15
Interval Type
0~3
Enumeration Type Bit Field Type
ECHOREPLY, UNREACH, UNSUPPORT(Not Support),SOURCEQUENCH, SUPPORT(Support)REDIRECT, ECHO, ROUTERADVERT, ROUTERSOLICIT, TIMXCEED, PARAMPROB, TSTAMP, TSTAMPREPLY, IREQ, IREQREPLY, MASKREQ, MASKREPLY
IP Address Type
None
IP Address Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~255
Interval Type
1~32
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
1000~600000
Interval Type
0~62
Interval Type
1~16
Interval Type
1~16
Interval Type
0~65535
Interval Type
0~65535
Enumeration Type
DCS1800, PCS1900
Interval Type
1~14
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Enumeration Type Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support) SysOpt(System optimization), OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~63
Enumeration Type
BYCELLNAME(By cell name), BYCGI(By CGI)
String Type Enumeration Type
None HOALGORITHM1(Handover algorithm I), HOALGORITHM2(Handover algorithm II)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~16
Interval Type
0~16
Interval Type
0~63
Interval Type
1~32
Interval Type
1~32
Interval Type
0~49
Interval Type Enumeration Type
FREE(Free), INCELL(Intra-cell), OUTCELL(Outgoing cell), OUTST(Outgoing 1~32 site), OUTBSC(Outgoing BSC), OUTSYS(Outgoing system), SPCELL(Specified cell)
Interval Type
0~127
Interval Type Enumeration Type
0~61 Pre_2G_Cell(Preference for 2G cell), Pre_3G_Cell(Preference for 3G cell), Pre_2G_CellThres(Preference 2G cell by thresh)
Interval Type
0~255
Interval Type
0~63
Interval Type
0~63
Enumeration Type
BaseBand_FH(BaseBand FH), RF_FH(RF FH)
Enumeration Type
NO(Not StartUp), YES(StartUp), NONE(None)
Interval Type
0~63
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Interval Type Enumeration Type
0~23 NO_FH(No Frequency Hopping), BaseBand_FH(Baseband Frequency Hopping), RF_FH(RF Frequency Hopping)
Interval Type
0~63
Interval Type
1~60
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32 SINGLEHOST(SINGLEHOST), PRIMHOST(PRIMHOST), SLAVEHOST(SLAVEHOST) SINGLEHOST(Single Host), PRIMHOST(Primary Host), SLAVEHOST(Slave Host)
Enumeration Type Enumeration Type
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO_HPANT(No), YES_HPANT(Yes), NONE(None)
Enumeration Type
NO_HPANT(No), YES_HPANT(Yes)
Interval Type
0~5
Interval Type
1~14
Enumeration Type
NO(NO), YES(YES)
Interval Type
350~556
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
May_Use(May Use), Shall_Use(Shall Use), Shall_NOT_Use(Shall not Use)
Interval Type
0~63
Interval Type
0~23
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~254
Enumeration Type
SBFD(SINGLE_HOP), MBFD(MULTI_HOP)
Interval Type
-99~70
Interval Type
0~30
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
1~30
Interval Type
180~1260
Interval Type
Enumeration Type
E1PORT0(E1 PORT0), E1PORT1(E1 PORT1), E1PORT2(E1 PORT2), 1~60 E1PORT3(E1 PORT3), OPTICALPORT0(OPTICAL PORT0), OPTICALPORT1(OPTICAL PORT1) MAINDOMU(MAIN DOMU), SLAVEDOMU1(SLAVE DOMU1), SLAVEDOMU2(SLAVE DOMU2)
Interval Type
60~600
Interval Type
0~23
Enumeration Type
Interval Type
0~23
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~20
Interval Type
1~4
Interval Type
0~14
Interval Type
0~14
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~20
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Interval Type
0~23
Interval Type
0~20
Interval Type
0~23
Interval Type
0~31
Enumeration Type
NO(No), YES(Yes)
Interval Type
2~600
Interval Type
0~63
Interval Type
0~63
Interval Type
0~22
Interval Type
0~22
Interval Type
0~63
Enumeration Type
0(Max. optimized MAIO), 1(Randomization MAIO)
Interval Type
5~40
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~30
Interval Type
0~20
Interval Type
0~16
Interval Type
0~63
Interval Type
2~600
Interval Type
0~50
Interval Type
0~10
Interval Type
0~63
Interval Type
0~160
Interval Type
0~23
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Interval Type Enumeration Type
0~63 NO(Disabled in OL and UL subcell), UNDER(Enabled in UL subcell), INNER( Enabled in OL subcell), YES(Enabled in OL and UL subcell)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~23
Enumeration Type
NO(NO), YES(YES), NULL(NULL)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
44~1024
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
1~30
Interval Type
1~30,100~32767
Interval Type
0~65535
Interval Type
0~255
Interval Type
0~255
Interval Type
0~63
Enumeration Type
BYIDX(By Index), BYNAME(By Name)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By name), BYID(By index), BYCGI(By CGI)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~255
Enumeration Type
BYTLLI(By TLLI), BYIMSI(By IMSI)
Enumeration Type
BYCELL(By Cell), BYBSC(By BSC)
Enumeration Type
YES(Yes), NO(No)
Interval Type
0~15
Enumeration Type
Positive(Positive), Minus(Minus)
Interval Type
0~125
Enumeration Type
NO(Not Report), YES(Need Report)
Interval Type
0~32
String Type
None
Interval Type
1000~30000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~254
Interval Type
1~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~255
String Type
None
String Type
None
Interval Type
500~60000
Interval Type
0~8
Interval Type
1~30
Interval Type
0~360
Interval Type
0~62
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~32
Interval Type
1~32
Bit Field Type
CELLCAPCLASS, NACCRELATED
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~39
Interval Type
0~39
Interval Type
0~50
Interval Type
0~3
Interval Type
0~3
Interval Type
TS0, 0~2 TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Bit Field Type
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~2047
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
0~63
Interval Type
0~100
Interval Type
0~335
Interval Type
0~23
Interval Type
0~15
Enumeration Type
Degree(Degree), D_min_sec(Degree Minute Second)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~27
Interval Type
0~23
Interval Type
0~11
Interval Type
0~254
Interval Type
2~3600
Interval Type
0~127
Enumeration Type
INTBANI(INTBANI), INTBANII(INTBANII)
Interval Type
0~127
Interval Type
0~255
Interval Type
1~16
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
0~60
Interval Type
1~31
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~49
Interval Type
0~49
Interval Type
1~49
Interval Type
1~91
Interval Type
0~91
Interval Type
1~91
Enumeration Type Enumeration Type
Service-based(Service-based), Load-based(Load-based), DynamicNO(No), YES(Yes) based(Dynamic Service/Load-based), CnService-based(CN Service-based), OFF(OFF)
Interval Type
1~240
Interval Type
1~10
Interval Type
0~31
Interval Type
0~63
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~49
Interval Type
1~255
Interval Type
0~91
Interval Type
0~255
Interval Type
0~31
Interval Type
1~1440
Interval Type
30~1024
Enumeration Type
NO(No), YES(Yes)
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~100
Interval Type
Enumeration Type
0~100 No_HC(No_HC), UDP/IP_HC(UDP/IP_HC), RTP/UDP/IP_HC(RTP/UDP/IP_HC) No_HC(No_HC), UDP/IP_HC(UDP/IP_HC), RTP/UDP/IP_HC(RTP/UDP/IP_HC)
Interval Type
0~5
Interval Type
0~5
Interval Type
0~12999
Enumeration Type
IP_OVER_FE/GE, IP_OVER_E1
Enumeration Type
IP_OVER_FE/GE(IP_OVER_FE/GE), IP_OVER_E1(IP_OVER_E1)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
UNSUPPORT(Not Support Reducy), SUPPORT(Support Reducy)
Enumeration Type
UNSUPPORT(Not Support Reducy), SUPPORT(Support Reducy)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
STATIC(Static), DYNAMIC(Dynamic)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
YES(Configure), NO(Not Configure)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
YES(YES), NO(NO)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NOT_CONFIG(NOT CONFIGURED), CONFIG(CONFIGURED)
Interval Type
1~64
Interval Type
1~30
Enumeration Type
TRUE(Support), FALSE(Not Support)
Interval Type
0~65535 ABIS(Abis Interface), A(A Interface), ATER(ATER Interface), IUR_G(IUR_G Interface)
Enumeration Type Enumeration Type
Enumeration Type
PPP(PPP), MP(MP) OVERLAID(Overlaid Subcell), UNDERLAID(Underlaid Subcell), CONVERT0(Only convert at UL), CONVERT1(Only convert at OL), NONE(None) CONVERT2(UL first and convert allowed), CONVERT3(OL first and convert allowed)
Interval Type
1~32
Interval Type Enumeration Type
1~32 Normal_cell(Normal Cell), Concentric_cell(Concentric Cell), EDB_cell(Enhanced Double Frequency Cell)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
String Type
None
String Type
None
Enumeration Type
NULL, 1byte, 16byte, 64byte
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
String Type
None
Enumeration Type
String Type
None
Enumeration Type
NULL, 1byte, 16byte, 64byte
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
Enumeration Type
NULL, 1BYTE, 16BYTE, 64BYTE
String Type
None
String Type
None
Enumeration Type
ZERO(zero), SPACE(space)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Enumeration Type Enumeration Type
DENY(Deny), ALLOW(Allow) NOT-INDICATE-END(NOT-INDICATE-END), INDICATE-END(INDICATEEND)
Interval Type
0~63
Interval Type
1~30
Interval Type
1~65533,65535
Interval Type
1~65533,65535
Enumeration Type
STATIC_LACP, MANUAL_AGGREGATION
String Type
None
Interval Type
0~90
Interval Type
0~90
Interval Type
0~59
Interval Type
0~9
Interval Type
0~59
Interval Type
-90000000~90000000
String Type
None
Interval Type
1~100
Interval Type
0~100
Interval Type
0~10000
Interval Type
0~15
Interval Type
0~15
Enumeration Type
1, 2, 3, 4
Enumeration Type
1, 2, 3, 4
Interval Type
0~100
Interval Type
0~300
Interval Type
Enumeration Type
0~300 CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO) CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO) CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Interval Type
0~186
Enumeration Type Enumeration Type
CRITICAL(Critical), MAJOR(Major), MINOR(Minor) INFO(Information Level), WARN(Warn Level), ERR(Error Level), AST(Assert Level)
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
0~7
Enumeration Type
NO(Not Support), YES(Support), NONE(Invalid)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
1~32
Interval Type
Enumeration Type
1~32 OAM, TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP, SAU TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP
Enumeration Type
IP, Abis_IP
Enumeration Type
A/Gb, Abis/Ater/Pb/Gb
Interval Type
5120~5375
Interval Type
0~99
Interval Type
90~99
Interval Type
70~95
Interval Type
Enumeration Type
TS1(Time_slot_1), TS2(Time_slot_2), TS3(Time_slot_3), TS4(Time_slot_4), 0~17407 TS5(Time_slot_5), TS6(Time_slot_6), TS7(Time_slot_7), TS8(Time_slot_8), DIFFERENCE, ALLTS10(Time_slot_10), TS11(Time_slot_11), TS9(Time_slot_9), TS12(Time_slot_12), TS13(Time_slot_13), TS14(Time_slot_14), 64K(64Kbit/s), 2M(2Mbit/s) TS15(Time_slot_15), TS16(Time_slot_16), TS17(Time_slot_17), TS18(Time_slot_18), TS19(Time_slot_19), TS20(Time_slot_20), None TS21(Time_slot_21), TS22(Time_slot_22), TS23(Time_slot_23), TS24(Time_slot_24), TS25(Time_slot_25), TS26(Time_slot_26), None TS27(Time_slot_27), TS28(Time_slot_28), TS29(Time_slot_29), TS30(Time_slot_30), TS31(Time_slot_31)
Interval Type
0~40
Interval Type
40~80
Enumeration Type
LUCENT_MODE, HUAWEI_MODE, ALCATEL_MODE
Enumeration Type
8K(8Kbit/s), 16K(16Kbit/s), 32K(32Kbit/s), 64K(64Kbit/s), 2M(2Mbit/s) B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), M3UA_MASTER_MOD(M3UA_MASTER_MOD), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), M3UA_SLAVE_MOD(M3UA_SLAVE_MOD) B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Enumeration Type Enumeration Type
Enumeration Type
Enumeration Type Enumeration Type String Type String Type
Enumeration Type Enumeration Type
Enumeration Type
B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Interval Type
0~100
Enumeration Type
RANDOMALG(Random Algorithm), OTHERALG(MS ID Algorithm)
Interval Type
1~10
Interval Type
0~1000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~127
Interval Type
0~255
Interval Type
0~63
Interval Type
1~255
Interval Type
1~63
Interval Type
1~16
Interval Type
0~63
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
FORBID(Forbid), PERMIT(Permit)
Interval Type
0~63
Interval Type
0~100
Interval Type
0~100
Enumeration Type Enumeration Type
NOTSTADYNPDCH(Not count dynamic PDCH), NO(No), YES(Yes) DYNPDCHASOCCUPY(Count dynamic PDCH(Occupy)), DYNPDCHASIDLE(Count dynamic PDCH(Idle))
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~65534
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~1023
Interval Type
0~1
Interval Type
0~35
Interval Type
0~35
String Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type
OFF(Unlock), ON(Lock)
Interval Type
1024~65535
Enumeration Type Enumeration Type
LFB(Load from OMU and write flash), CL(Consult Load) NORMMODE(Normal Mode), RAPMODENOSERV(Rapid Mode), RAPMODERESSERV(Rapid Mode)
Interval Type
30~100
Interval Type
30~100
Enumeration Type
NO(NO), YES(YES)
Interval Type
Bit Field Type
0~988 PFM_RESULT, HOST_PFM_RESULT, ACTIVE_DEF_MEAS_FILE, 0~5,8~27 STANDBY_DEF_MEAS_FILE, PFM_SWITCHS, HISTORY_ALARM, HISTORY_FAULT, ALM_SYSTEM_CFG, SECURITY_LOG, OPT_LOG, 30~100 OMU_LOG, BSC_CFG_MML, CELL_BASIC_INFO, BSC_SERIES_NO, DB_BAK, 30~100 MEM_DB_BAK, BTS_BASIC_INFO, BTS_CHECK_LOG, BTS_DEBUG_LOG, BTS_CHR_LOG, TRX_LOG, BTS_NET_TABLE, DEBUG_LOG, LAST_WORD, DSP_DEBUG_LOG, HOST_LOG, ON, OFF 2G_CHR_LOG, 2G_UNILATERAL_CONNECT, BSC_INFO, GCSR_LOG, GPSR_LOG, AIDG_LOG, BIOS_LOG
Enumeration Type
COMLOG(Common Log), CMPLOG(Compress Log)
String Type
None
Interval Type
0~180
Interval Type
0~180
Interval Type
0~59
Interval Type
0~9
Interval Type
0~59
Interval Type
-180000000~180000000
String Type
None
Interval Type
1~3
Enumeration Type
BYLOCAL(By Local Loop), BYREMOTE(By Remote Loop)
Enumeration Type
Enumeration Type
OFF(OFF), ON(ON) NSSAINTF(NSS Interface Unit), NSSTCTOABIS(NSS TC(Near Abis LOOPTYPE_TDM(Line Loop),TC(Near LOOP_TYPE_LVDS(LVDS Loop), Interface)), NSSTCTOA(NSS A Interface)), NSSTNUTOABIS(NSS LOOPTYPE_MCC(MCC Loop) TNU(Near Abis Interface)), NSSTNUTOA(NSS TNU(Near A Interface)), NSSATERINTF(NSS Ater Interface Unit), BSSATERINTF(BSS Ater Interface 0~100 Unit), BSSTCTOABIS(BSS TC(Near Abis Interface)), BSSTCTOA(BSS TC(Near A Direction), Interface)),MS(MS BSSTNUTOABIS(BSS TNU(Near Abis Interface)), MSC(MSC Direction) NO_LOOP(No loop), REMOTE_LOOP(Remote loop), BSSTNUTOA(BSS TNU(Near A Interface)), BSSABISINTF(BSS Interface LINE_REM_LOOP(Line remote loop), LOCAL_LOOP(Local loop), Unit), BTSTMU(TMU/PTU), BTSTRUDSP(TRU DSP) PAYLOAD_LOOP(payload loop), SIN_CHN_LOC(single channel local loop), SIN_CHN_REM(single channel remote loop) NO_LOOP(NO_LOOP), LOCAL_LOOP(LOCAL_LOOP), REMOTE_LOOP(REMOTE_LOOP)
Interval Type
60~600
Interval Type Interval Type Interval Type Enumeration Type
Enumeration Type Interval Type Enumeration Type Enumeration Type Enumeration Type
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
E1(E1 Loopback), TIMESLOT(Timeslot Loopback)
Interval Type
0~988
Interval Type
0~988,1024~1535
Interval Type
0~988,1024~1535
Interval Type
0~5,8~27
Enumeration Type
Hub(Hub), Leaf(Leaf)
Enumeration Type
IR(IR), LA(LA)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type Enumeration Type
350~556 CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Enumeration Type
EXCLUDE(Exclude List Command), INCLUDE(Include List Command)
Enumeration Type
HORIZONTAL(HORIZONTAL), VERTICAL(VERTICAL)
Enumeration Type Enumeration Type
APPLICATION(Application Program), SCNDCPU_PROG(Secondary Thread HORIZONTAL(HORIZONTAL), VERTICAL(VERTICAL) Program), BOOTROM(BOOTROM Program), DATA(Data file), DSP(DSP Program), FAN(Fan Program)
Enumeration Type
OPTLOG(Operation Log), SECLOG(Security Log)
Enumeration Type
OPTLOG(Operation Log), SECLOG(Security Log)
Interval Type
-99~70
Interval Type
-99~99
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
Enumeration Type
0~12 14(1.4), 15(1.5), 16(1.6), 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 33(3.3), 36(3.6), 88(8.8) 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 32(3.2), 35(3.5), 38(3.8), 41(4.1), 45(4.5), 88(8.8)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
1024~65535
Enumeration Type
Interval Type
0~8191
Interval Type
0~100
Interval Type Enumeration Type
0~100 CA_MA(CA+MA), Frequency_List(Frequency List), OPTIMIZED_CA_MA(Optimized CA+MA)
Interval Type
0~499
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Compound Type
hour, min
Interval Type
0~15
Compound Type
hour, min
String Type
None
String Type
None
Interval Type
0~35
Interval Type
0~1
Interval Type
0~9999
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
String Type
None
String Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~32
Interval Type
0~254
Interval Type
1~1562
Interval Type
1~20
Interval Type
0~5
Interval Type
0~5
Interval Type
0~20
Interval Type
1~2
Interval Type
1~2
Interval Type
24~1031
Interval Type
50~200
Interval Type
1~1500
Interval Type
1~1500
Interval Type
1~255
Interval Type
10000~150000
Interval Type
1~1000
Interval Type
0~254
Interval Type
0~100
Interval Type
0~8
Interval Type
0~100
Interval Type
0~5
Interval Type
1~255
Enumeration Type Enumeration Type Interval Type
55C(0.55C), 56C(0.56C), 57C(0.57C), 58C(0.58C), 59C(0.59C), 60C(0.60C), 61C(0.61C), 62C(0.62C), 63C(0.63C), 64C(0.64C), 65C(0.65C), 66C(0.66C), 67C(0.67C), 68C(0.68C), 69C(0.69C), 70C(0.70C), 71C(0.71C), 72C(0.72C), 73C(0.73C), 74C(0.74C), 75C(0.75C), 76C(0.76C), 77C(0.77C), 78C(0.78C), 79C(0.79C), 80C(0.80C), 81C(0.81C), 82C(0.82C), 83C(0.83C), 84C(0.84C), 85C(0.85C), 86C(0.86C), 87C(0.87C), 88C(0.88C), 89C(0.89C), 90C(0.90C), 91C(0.91C), 92C(0.92C), 93C(0.93C), 94C(0.94C), 95C(0.95C), 96C(0.96C), 97C(0.97C), 98C(0.98C), 99C(0.99C) 5C(0.05C), 7C(0.07C), 10C(0.10C), 12C(0.12C), 15C(0.15C), 18C(0.18C), 20C(0.2C), 22C(0.22C), 25C(0.25C)
Enumeration Type
1~255 1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times) 1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times) 1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times) 1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Interval Type
1~746
Interval Type
1~746
Interval Type
0~30
Interval Type
0~30
Interval Type
0~30
Interval Type
0~255
Interval Type
0~31
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~255
Interval Type
1~24
Interval Type
0~32
Interval Type
2~255
Interval Type
0~32
Interval Type
1~999
Interval Type
0~511
IP Address Type
None
Interval Type
0~3
Interval Type
0~31
Interval Type
0~31
Interval Type
0~2047
String Type
None
String Type
None
String Type
None
Interval Type
4,8
Interval Type
4,8
Interval Type
0~2047
String Type
None
Enumeration Type Enumeration Type Enumeration Type
Interval Type
0~62
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
CLASS0(Class0), CLASS1(Class1), CLASS2(Class2)
Interval Type
0~7
Interval Type
0~7
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type Enumeration Type
1~5 EnhMeasReport(Enhanced Measurement Report), ComMeasReport(Common Measurement Report)
Interval Type
1~1000
Interval Type
1~8191
Enumeration Type
LocalMep(LocalMep), RemoteMep(RemoteMep)
Enumeration Type
LONG(LONG), SHORT(SHORT)
Enumeration Type
LONG(Long List Head), SHORT(Short List Head)
Interval Type
0~63
Interval Type
1~1562
Interval Type
0~49
Interval Type
0~63
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~63
Interval Type
60~3600
Interval Type
0~63
Interval Type
10~1000
Interval Type
10~1000
Interval Type
10~1000
Interval Type
10~1000
Interval Type
0~11
Interval Type
0~11
Enumeration Type
UP(upstream mirror), DOWN(downstream mirror)
String Type
None
String Type
None
Interval Type
50~95
Enumeration Type
MANUAL(Manual Handover), AUTO(Auto Handover), FREE(Free-run)
Enumeration Type
SERVER(SERVER MOD), CLIENT(CLIENT MOD)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
GO(GSM), UO(UMTS), GU(GSM and UMTS)
Enumeration Type
Enumeration Type
FIXED(File of a Fixed Size), CYCLE(Periodical Generation of New File) MODE1(1:1 Protection Switching), MODE2(1+1 Unidirectional Protection Switching), MODE3(1+1 Bidirectional Protection Switching), MODE4(Y Line) CHECK_ON_INDEPENDENT_PORT, CHECK_ON_PRIMARY_PORT, CHECK_ON_STANDBY_PORT
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3) 30MINS(30 Minutes), 60MINS(60 Minutes), 120MINS(120 Minutes), 240MINS(240 Minutes)
Interval Type
1~1440
Interval Type
0~12
Interval Type
0~600
Interval Type
0~100
Interval Type
0~100
Interval Type
0~167
Interval Type
0~167
Interval Type Enumeration Type
0~3 MODE1_1, MODE2_1, MODE3_1, MODE4_1, MODE5_1, MODE6_1, MODE16K
Interval Type
0~1
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Enumeration Type
MLPPP, MCPPP
Enumeration Type
Interval Type
0~27
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type Enumeration Type
NOreport(Do not report), Twice_ps(Twice every second), Once_ps(Once 1~255 every second), Once_2s(Once every two second), Once_4s(Once every four second)
Interval Type
4~30
Interval Type
4~30
Enumeration Type Enumeration Type
OFF(Off), ON(On) OFF(Off), ON_WITH_SDCCH(On with SDCCH), ON_WITHOUT_SDCCH(On without SDCCH)
Interval Type
128~1500
Interval Type
1~16
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~65535
Interval Type
1~10
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFFLOAD(Offload), NORMAL(Normal), UNAVAIL(Unavailable)
Enumeration Type
R98_or_below(R98 or below), R99_or_above(R99 or above)
Interval Type
5000~40000
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes) 1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Enumeration Type
Enumeration Type
CLEAR(Cleared), LOP(Lockout of Protection), FS(Forcibly switchover working link to protection link), MS(Manual switchover from working link to protection link), EXERS(Exercisely switch working link to protection link) MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9)
Interval Type
10~80
Interval Type
0~254
Interval Type
0~63
Interval Type
0~255
Interval Type
1000~3000
Interval Type
1~600
Interval Type
0~31
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
50~95
Enumeration Type
ALARM_METHOD(Alarm method), LOOP_METHOD(Loop method)
Interval Type
0~63
Enumeration Type
MET(Metric), IMP(Imperial)
Interval Type
500~1500
Interval Type
256~1650
Interval Type
0~1500
Interval Type Enumeration Type
190~240 REPORT6(Report six), REPORT1(Report one), REPORT2(Report two), REPORT3(Report three)
Interval Type
0~255
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
0~10
Interval Type
0~15
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1500
Interval Type
1~1500
Enumeration Type
UDPMUX, ABISMUX, ATERMUX
Interval Type
0~12
Interval Type
1~512
Interval Type
1~3
Interval Type
5~254
Interval Type
34~254
Interval Type
29~254
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
Interval Type
5~254
Interval Type
5~254
Interval Type
23~254
Interval Type
8~30
Interval Type
2~5
Interval Type
3~10
Interval Type
1~255
Interval Type
1~10
Interval Type
1~10
Enumeration Type
NO(No), YES(Yes)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~5047
String Type
None
Interval Type
0~5047
String Type
None
Interval Type
0~5047
String Type
None
Interval Type
5048~8047
String Type
None
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~65535
Interval Type
1~65533,65535
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NotSupport(Not Support), Support(Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type Bit Field Type
SELECTION0_PERM, SELECTION1_PERM, SELECTION2_PERM, 0~7 SELECTION3_PERM, SELECTION4_PERM, SELECTION5_PERM, SELECTION6_PERM, SELECTION7_PERM
Interval Type
0~255
Interval Type
1~20
Interval Type
1~31
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~7
Interval Type
0~7
Enumeration Type
NC0(NC0), NC1(NC1), NC2(NC2)
Enumeration Type
NO(NO_DIRECT_CONNECT), YES(DIRECT_CONNECT)
IP Address Type
None
Interval Type
0~60
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type
INT(INT), INTB(INTB), NAT(NAT), NATB(NATB)
String Type
None NMOI(Network Operation Mode I), NMOII(Network Operation Mode II), NMOIII(Network Operation Mode III)
Enumeration Type
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
0~100
Interval Type
0~255
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type Enumeration Type
0~100 ABIS(Abis Interface), A(A Interface), BSC(Ater Interface on BSC), TC(Ater Interface on TC), IUR_G(IUR_G Interface)
Interval Type
0~64
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~70
Interval Type
1~1000
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
NODRX(NODRX), 0.24sec(0.24sec), 0.48sec(0.48sec), 0.72sec(0.72sec), 0.96sec(0.96sec), 1.20sec(1.20sec), 1.44sec(1.44sec), 1.92sec(1.92sec)
Interval Type
100~10000
Interval Type
100~10000
Enumeration Type
FORBID(Forbid), PERMIT(Permit)
Interval Type
400~700
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~255
Interval Type
10~255
Interval Type
1~10
Interval Type
0~31
Interval Type
0~31
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65534
Interval Type
0~65534
Interval Type
1~31
Enumeration Type
North_latitude(North latitude), South_latitude(South latitude)
Interval Type
0~65534
Interval Type
0~1023
Interval Type
0~30
Interval Type
0~30
Interval Type
1~255
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
SITE(SITE), CELL(CELL), BOARD(BOARD)
Enumeration Type
BYCELL(By CELL), BYTRX(By TRX)
Interval Type
0~499
Interval Type
0~499
Enumeration Type
ALL(Shield by Alarm ID), BOARD(Shield by Board), PORT(Shield by Port), DSP(Shield by DSP)
Enumeration Type
BTS(BTS), CELL(CELL), LOC(LOC), BOARD(BOARD), PORT(PORT)
Enumeration Type
CELL(Cell), TRX(TRX), CHN(Channel)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
4~255
Interval Type
0~63
Interval Type
0~256
Interval Type
0~256
Interval Type
0~7
Interval Type
0~7
Interval Type
2~4094
Interval Type
0~96
IP Address Type
None
IP Address Type
None
String Type
None
Interval Type
1~16777215
Interval Type
1~16777215
Interval Type
0~4
Enumeration Type
PRIM(Primary Operator), SEC(Secondary Operator)
Interval Type
0~3
Bit Field Type
OPINDEX0, OPINDEX1, OPINDEX2, OPINDEX3
Enumeration Type
NORMAL(Normal), FORCE(Force)
Enumeration Type
BYCICRANGE(BY CIC RANGE), BYCICVALUE(BY CIC VALUE)
Enumeration Type
BYTSRANGE(BY TS RANGE), BYTSVALUE(BY TS VALUE)
Enumeration Type
BYTSRANGE(BY TS RANGE), BYTSVALUE(BY TS VALUE)
Enumeration Type
BYCICRANGE(BY CIC RANGE), BYCICVALUE(BY CIC VALUE)
String Type Enumeration Type
None SysOpt(System optimization), OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Interval Type
0~63
Interval Type
0~255 L0(Level0), L1(Level1), L2(Level2), L3(Level3), L4(Level4), L5(Level5), L6(Level6), L7(Level7)
Enumeration Type
Enumeration Type Enumeration Type
SDH, SONET MANUAL(MANUAL), FORCED(FORCED), CLEARALARMA(CLEARALARMA)
Enumeration Type
FORBID(Forbid), RESTORE(Restore)
Interval Type
0~4
Interval Type
0~7
Enumeration Type
One_touch(execute on all boards in all subracks), Step_by_Step
String Type
None
Interval Type
0~36
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100
Interval Type
0~50
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
1~255
Interval Type
0~63
Interval Type Bit Field Type
TS0, 0~100TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~335
Interval Type
0~15
Interval Type
0~31
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Interval Type
10~2000
Interval Type
300~530
Enumeration Type
0_1dB(0.1dB), 0_1W(0.1W)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~27
Interval Type
0~27
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~60
Interval Type
0~255
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
100~10000
Interval Type
100~10000
Interval Type
1~255
Interval Type
400~700
Interval Type
50~95
Interval Type
50~95
Interval Type
50~95
Interval Type
50~95
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not Support), YES(Support)
Interval Type
10~65535
Interval Type
0~255
Interval Type
10~65535
Interval Type
Enumeration Type
1~8 Pan_0(0), Pan_1(1), Pan_2(2), Pan_3(3), Pan_4(4), Pan_5(5), Pan_6(6), Pan_7(7), 255(not use) Pan_0(0), Pan_1(1), Pan_2(2), Pan_3(3), Pan_4(4), Pan_5(5), Pan_6(6), Pan_7(7), 255(not use) Pan_4(4), Pan_8(8), Pan_12(12), Pan_16(16), Pan_20(20), Pan_24(24), Pan_28(28), Pan_32(32), 255(not use) L0(Level0), L1(Level1), L2(Level2), L3(Level3), L4(Level4), L5(Level5), L6(Level6), L7(Level7)
Interval Type
0~9999
Interval Type
0~99
Enumeration Type Enumeration Type Enumeration Type
Enumeration Type
ENABLED(Enabled), DISABLED(Disabled)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~255
Enumeration Type
Enumeration Type
QoS(QoS), BE(BE), AF11(AF11), AF12(AF12), AF13(AF13), AF21(AF21), NO(No), YES(Yes) AF22(AF22), AF23(AF23), AF31(AF31), AF32(AF32), AF33(AF33), AF41(AF41), AF42(AF42), AF43(AF43), EF(EF) MAINCPU_PATCH(Main programme patch), DSP_PATCH(DSP programme DB0(0dB), DB2(-2dB), DB4(-4dB), DB6(-6dB), patch), UCODE_PATCH(Marcrocode patch) DB8(-8dB), DB10(-10dB), DB12(-12dB), DB14(-14dB), DB16(-16dB), DB18(-18dB), DB20(-20dB), DB22(-22dB), DB24(-24dB), DB26(-26dB), DB28(-28dB), DB30(-30dB)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
0~127
Interval Type
1~32
Interval Type
0~65535
Interval Type
1~15
Enumeration Type
BCCH(BCCH), PDCH(PDCH)
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~160
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~70
Interval Type
1~10
Interval Type
0~65534
Interval Type
0~65534
IP Address Type
None
IP Address Type
None
Interval Type
0~2047
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type Enumeration Type
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
1024~65535
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~63
Interval Type
0~255
Interval Type
1~60
Interval Type
1~48
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No Support), YES(Support)
Interval Type
0~2
Interval Type
10~1000
Interval Type
10~2000
Interval Type
Bit Field Type
BE(BE), AF11(AF11), AF12(AF12), AF13(AF13), AF21(AF21), AF22(AF22), 100~600000 AF23(AF23), AF31(AF31), AF32(AF32), AF33(AF33), AF41(AF41), AF42(AF42), AF43(AF43), EF(EF) BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DISABLE(Disabled), ENABLE(Enabled)
Interval Type
5~64
Interval Type
64~1024
Interval Type
2~1500
Interval Type
24~1031
Enumeration Type
NO(No), YES(Yes)
Interval Type
Enumeration Type
0_level(0_level), 1_level(1_level), 2_level(2_level), 3_level(3_level), 20~1500 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 95~512 12_level(12_level), 13_level(13_level), 14_level(14_level), 16_level(16_level), nouse(no use)
Interval Type
0~50
Enumeration Type
Interval Type
Enumeration Type
0_level(0_level), 1_level(1_level), 2_level(2_level), 3_level(3_level), 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 0_level(0_level), 3_level(3_level), 8_level(8_level), 1_level(1_level), 9_level(9_level), 2_level(2_level), 10_level(10_level), 11_level(11_level), 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 8_level(8_level), 9_level(9_level), 16_level(16_level), nouse(no use) 10_level(10_level), 11_level(11_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 0_level(0_level), 1_level(1_level), 16_level(16_level), nouse(no use) 2_level(2_level), 3_level(3_level), 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 0~50 12_level(12_level), 13_level(13_level), 14_level(14_level), 16_level(16_level), nouse(no use)
Interval Type
0~50
Interval Type
1~100
Interval Type
0~1000
Enumeration Type
A(A Interface), ABIS(Abis Interface)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~600
Interval Type
30~100
Interval Type
30~100
Interval Type
1~8
Interval Type
2~15
Enumeration Type
CLOSE(Forced turn-off), OPEN(Forced turn-on), AUTO(Self-adaptive)
Interval Type
30~100
Interval Type
30~100
Enumeration Type
ON, OFF
Interval Type
0~11
Interval Type
1~32
Interval Type
0~3
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~7
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~7
Interval Type
0~11
Interval Type
0~7
Interval Type
0~7
Enumeration Type Enumeration Type Interval Type
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~335
Interval Type
0~31
Interval Type
0~335
Interval Type
0~335
Interval Type
0~355
Interval Type
0~255
Interval Type
0~23
Interval Type
0~23
Interval Type
0~335
Interval Type
0~1
Interval Type
0~1
Interval Type
0~255
Interval Type
250~650
Interval Type
6~120
Interval Type
6~120
Enumeration Type
NotSupport(Not Support), Support(Support)
Interval Type
0~9
Interval Type
0~9
String Type
None
String Type
None
Interval Type
21~65535
Interval Type
0~1
Interval Type
0~1
Interval Type
0~15
Interval Type
1~16
Enumeration Type
IP, HDLC
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type Enumeration Type
ETHER, TRUNK TOPEXTOUTPORT(TOP Extended Out Port), TOPEXTINPORT(TOP Extended In Port)
Enumeration Type
BCCHNorm(BCCHNorm), BCCHExt(BCCHExt)
Enumeration Type
BYBTSTYPE(By BTS Type), BYBTS(By BTS)
Interval Type
1~1000
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~1000
Interval Type
Enumeration Type
0~50 80W(80W), 63W(63W), 60W(60W), 55W(55W), 50W(50W), 45W(45W), 0~50 40W(40W), 31W(31W), 30W(30W), 27W(27W), 26W(26W), 25W(25W), POWER_48_24(48/24 Module), POWER_240_24(240/24 Power 24W(24W), 21W(21W),Power 20W(20W), 19W(19W), 18W(18W), 17W(17W), Module) 16W(16W), 15W(15W), 14W(14W), 13_3W(13.3W), 13W(13W), 12_5W(12.5W), 12W(12W), 11_5W(11.5W), 11W(11W),DC) 10W(10W), 220VAC(220V AC), N48VDC(-48V DC), P24VDC(+24V 9_5W(9.5W), 9W(9W), 8_5W(8.5W), 8W(8W), 7_5W(7.5W), 7W(7W), 6_5W(6.5W), 6W(6W), 5_5W(5.5W), 5W(5W), 4_5W(4.5W), 4W(4W), 0~13 3_7W(3.7W), 3_1W(3.1W), 3W(3W), 2_5W(2.5W), 2W(2W), 200mW(200mW), DEFAULT(Default)
Interval Type
0~100
Interval Type
0~100
Interval Type
0~499
Interval Type
0~499
Interval Type
0~499
Interval Type
0~15
Enumeration Type
Disable(Disable), Enable(Enable)
Interval Type
0~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOT_ALLOWED(Not Allowed), ALLOWED(Allowed)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~255
Interval Type Enumeration Type
0~255 0(No packet access), 3(Packet access of level 1), 4(Packet access of levels 1-2), 5(Packet access of levels 1-3), 6(Packet access of level 1-4)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Interval Type Enumeration Type Enumeration Type Interval Type
Enumeration Type
PRIOR-1(Priority-1), PRIOR-2(Priority-2), PRIOR-3(Priority-3), PRIOR4(Priority-4), PRIOR-5(Priority-5), PRIOR-6(Priority-6), PRIOR-7(Priority-7), PRIOR-8(Priority-8), PRIOR-9(Priority-9), PRIOR-10(Priority-10), PRIORON, OFF 11(Priority-11), PRIOR-12(Priority-12), PRIOR-13(Priority-13), PRIOR14(Priority-14), PRIOR-15(Priority-15), PRIOR-16(Priority-16) Prior-1, Prior-2, Prior-3, Prior-4, Prior-5, Prior-6, Prior-7, Prior-8, Prior-9, Prior-10, Prior-11, Prior-12, Prior-13, Prior-14, Prior-15, Prior-16
Interval Type
0~100
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), nouse(no use)
Interval Type
0~99
Interval Type
0~99
Enumeration Type
HIGH, LOW TDME1_O(TDM E1 0 Port), TDME1_1(TDM E1 1 Port), FE_E(FE Electric Port), FE_O(FE Optical Port), IPOE(IP over E1)
Enumeration Type Enumeration Type
Enumeration Type Enumeration Type Enumeration Type String Type
1(1), 2(2) TDME1_O(TDM E1 0 Port), TDME1_1(TDM E1 1 Port), FE_E(FE Electric Port), FE_O(FE Optical Port), IPOE(IP over E1)
Enumeration Type
None DEFAULT(Default Sequence), CUSTOMIZDE(Customized Sequence), DISABLE(DISABLE)
Enumeration Type
ITUT(ITUT), ANSI(ANSI), TTC(TTC)
Enumeration Type
Q933(Q933), ANSI(Ansi)
Interval Type
5~300
Interval Type
0~255
Interval Type
60~3600
Enumeration Type
ALL(Select all ports), SINGLE(Select one port)
Enumeration Type Enumeration Type
ALL(Select all ports), SINGLE(Select one port) ALL(Select all E1/T1 ports), PORT(Select all E1/T1 ports of one channelized optical port), SINGLE(Select one E1/T1 port)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Interval Type
0~100
Interval Type
0~100
Enumeration Type Enumeration Type
NO(No Support), YES(Support) BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~7
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~7
Interval Type
0~63
Enumeration Type
COMMONUSRM(Common User Mode), SPECUSRM(Specified User Mode)
Interval Type
-121~-104
Interval Type
-121~-104
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
10~10000
Interval Type
100~600000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~63
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
BOOL(BOOL), VALUE(VALUE)
Interval Type
123~65534
Interval Type
0~31
Enumeration Type
GB_OVER_FR(Gb over FR), GB_OVER_IP(Gb over IP)
Enumeration Type
BOOL(BOOL), VALUE(VALUE) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), B8ZS(B8ZS), HDB3(HDB3), AMI(AMI), AMI_ZCS(AMI_ZCS) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), T1_SUPER_FRAME(T1_SUPER_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), T1_SUPER_FRAME(T1_SUPER_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME) T1_SUPER_FRAME(T1_SUPER_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME)
Enumeration Type Enumeration Type Enumeration Type Enumeration Type Interval Type Enumeration Type Enumeration Type
0~15 APM100(APM100), APM200(APM200), APM30(APM30), EPS4890(EPS4890), EPS4815(EPS4815), SC48200~5||(SC48200)$$ FE, GE (SC48200)** CUSTOM(SC48200)** CUSTOM~100||(自定义电源)$$ (CUSTOM)
String Type
None
String Type
None
String Type
None
Interval Type
1~65535
Password Type
None
Password Type
None
Password Type
None
Interval Type
6~32
Interval Type
Bit Field Type
0~31 BIT0, BIT1, BIT6, BIT7, BIT8, BIT9, BIT14, BIT15, BIT16, BIT17, BIT22, BIT23, BIT24, BIT25, BIT29, BIT30, BIT31 BIT0, BIT1, BIT2, BIT3, BIT4, BIT5, BIT6, BIT7, BIT8, BIT9, BIT10, BIT11, BIT12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
PWR2(Power control II), PWR3(Power controlIII)
Interval Type
0~3
Enumeration Type Enumeration Type
NO(No), YES(Yes) OnlyCurPwrLoc(Only Current Working Location TRXes be Turned On), ALLPwrLoc(All Location TRXes be Turned On)
Enumeration Type
CLASS0(Class0), CLASS1(Class1), CLASS2(Class2)
Interval Type
0~720
Enumeration Type Enumeration Type
DB0(0.0dB), DB2(-0.2dB), DB4(-0.4dB), DB6(-0.6dB), DB8(-0.8dB), DB10(NO(No), YES(Yes) 1.0dB), DB12(-1.2dB), DB14(-1.4dB), DB16(-1.6dB), DB18(-1.8dB), Default(Default)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
Use_Qsearch_I(Use Qsearch_I), Always(Always)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Interval Type
0~255
Interval Type
1~10
Bit Field Type
Interval Type
0~15
Interval Type
1~32
Interval Type
1~32
Enumeration Type
NO(Not Support), YES(Support)
Interval Type
0~15
Interval Type
0~15
Enumeration Type
NO(Close), YES(Open)
Interval Type
1~16
Interval Type
1~16
Enumeration Type
NONE(None), DYNAMIC(Dynamic power sharing)
Interval Type
3~20
Interval Type
3~20
Interval Type
0~4
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes) INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage Battery), OUTSIDE_300AH(300AH AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7 Outside Storage Battery), OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), NO(No), YES(Yes) OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery)
Bit Field Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Bit Field Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Bit Field Type Enumeration Type Enumeration Type Enumeration Type
007C(0.07C), 010C(0.10C), 015C(0.15C) INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery) INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage Battery), OUTSIDE_300AH(300AH AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7 Outside Storage Battery), OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), NO(No), YES(Yes) OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery) 007C(0.07C), 010C(0.10C), 015C(0.15C) INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery) INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage Battery), OUTSIDE_300AH(300AH AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7 Outside Storage Battery), OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), NO(No), YES(Yes) OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery)
Enumeration Type
007C(0.07C), 010C(0.10C), 015C(0.15C) INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
-121~-104
Interval Type
0~63
Interval Type
0~65535
Interval Type
-121~-104
Interval Type
0~7
Enumeration Type
NO(No), YES(Yes)
Interval Type Enumeration Type
0~255 0dB(0dB), 2dB(2dB), 4dB(4dB), 6dB(6dB), 8dB(8dB), 10dB(10dB), 12dB(12dB), 14dB(14dB), nouse(no use)
Enumeration Type
10M(10M), 100M(100M), AUTO(Auto)
Enumeration Type
ALG1(Algorithm I), ALG2(Algorithm II), NONE(None)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Enumeration Type
LASTRBP(last rollbackpoint), APPOINTRBP(appointed rollbackpoint)
Enumeration Type
REC_ALL(Record All), REC_ERR(Record Errors), REC_NON(Record None)
Interval Type
0~249
Interval Type
0~249
Interval Type Enumeration Type
INDEPENDENT(Independent Receiver), DIVIDING(Dividing Receiver), 0~249 FOURDIVERSITY(Four Diversity Receiver), MAINDIVERSITY(Main Diversity), NONE(None)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Same_Band(Same Band), Diff_Band(Different Band)
Interval Type
0~70
Interval Type
0~70
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
20~99
Interval Type
0~70
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
YES(YES), NO(NO)
Interval Type
0~50
Interval Type
0~768
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~95
Compound Type
hour, min, sec
Interval Type Enumeration Type
1~3600 REHOSTRIGHTNOW(ReHostRightNow), REHOSTDELAY(ReHostDelay), REHOSTWHEN(ReHostWhen)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~62
Enumeration Type Enumeration Type
NO(NO), YES(YES) OFF(OFF), POWERSHARING(Power Sharing Between Boards), RF_FH(RF Frequency Hopping Between Boards)
Interval Type
0~23
Interval Type
0~255
Enumeration Type
A(A), B(B), NONE(NONE)
String Type
None
String Type
None
Interval Type
0~1023
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
1~10
Interval Type
1~32
Interval Type
1~32
Interval Type
0~8
Interval Type
0~16
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
1~60
Interval Type
1~255
Interval Type
1~15
Interval Type Enumeration Type
MSLOST(RADIO_STS_MS_LOST), 1~120 QUALITYBAD(RADIO_STS_QUALITY_BAD), CELLRESELECT(RADIO_STS_CELL_RESELECT)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
2~5
Interval Type
2~5
Bit Field Type
Noneed, Manually, Reset, Normally, Correlative, Configuration, Expired
Interval Type
0~86400
Interval Type
0~190
Interval Type
0~21
Interval Type
0~255
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
RGPS(RGPS), GPS(GPS)
Enumeration Type
Enumeration Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, NO(No Support), YES(Support) TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, 4_Times, 8_Times, 16_Times, 20_Times, 24_Times, 28_Times, TS25, TS26, TS27, 12_Times, TS28, TS29, TS30, TS31 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times STANDALONETC(Stand Alone TC ), MASTERINPOOLTC(Master in Pool TC), SLAVEINPOOLTC(Slave in Pool TC)
Interval Type
0~4095
Interval Type
0~16,255
Interval Type
0~16
String Type
None
String Type
None
Interval Type
1~100
Interval Type
1~100
Enumeration Type
Enumeration Type
0.48sec(0.48sec), 3.84sec(3.84sec), DISABLE(Disable),0.96sec(0.96sec), ENABLE(Enable),1.92sec(1.92sec), UNSUPPORT(Unsupport) 7.68sec(7.68sec), 15.36sec(15.36sec), 30.72sec(30.72sec), 0.48sec(0.48sec), 0.96sec(0.96sec), 1.92sec(1.92sec), 3.84sec(3.84sec), 61.44sec(61.44sec) 7.68sec(7.68sec), 15.36sec(15.36sec), 30.72sec(30.72sec), 61.44sec(61.44sec)
Interval Type
20~99
Bit Field Type Enumeration Type
Enumeration Type
Enumeration Type
NO(Not report), YES(Report), NONE(None)
Interval Type
0~31
Interval Type
0~31
Interval Type
0~2047
Enumeration Type
SHARE(SHARE)
Enumeration Type
SHARE, EXCLUSIVE
Interval Type
0~255
Interval Type
Enumeration Type
0~63 MINUS_52db(-52db), MINUS_48db(-48db), MINUS_44db(-44db), MINUS_40db(-40db), MINUS_36db(-36db), MINUS_32db(-32db), 0~63 MINUS_28db(-28db), MINUS_24db(-24db), MINUS_20db(-20db), MINUS_16db(-16db), MINUS_12db(-12db), MINUS_10db(-10db), BASIS_OF_B1, BASIS_OF_B2 MINUS_8db(-8db), MINUS_6db(-6db), MINUS_4db(-4db), MINUS_2db(2db), Zerodb(0db), 2db(2db), 4db(4db), 6db(6db), 8db(8db), 10db(10db), BASIS_OF_B1, BASIS_OF_B2 12db(12db), 16db(16db), 20db(20db), 24db(24db), 28db(28db), 32db(32db), 36db(36db), 40db(40db), 44db(44db), 48db(48db), nouse(no use)
Interval Type
0~64
Interval Type
0~63
Interval Type
0~7
Interval Type
0~64
Interval Type
2~4094
Interval Type Enumeration Type
0~96 COMMISSIONING(Commissioning), UPGRADE(Upgrade), RESTORE(Restore)
Interval Type
0~127
String Type
None
String Type
None
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
1~65535
Interval Type
0~190
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type Enumeration Type Enumeration Type
Interval Type
0~4294967295
Interval Type
0~3
Enumeration Type
NON-REVERTIVE(NON-REVERTIVE), REVERTIVE(REVERTIVE)
Interval Type
0~4294967295
Interval Type
1~5
Enumeration Type
OFF(Close), ON(Open)
IP Address Type
None
IP Address Type
None
Interval Type
0~15
Interval Type
0~100
Interval Type
0~100
Interval Type
500~60000
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
10~80
Enumeration Type
NEXTHOP(Next Hop), OUTIF(Out Interface)
Interval Type
0~1000
Interval Type
1~100
Interval Type
0~999
Interval Type
1~3000000
Interval Type
0~4000000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~249
Interval Type
0~249
Interval Type Enumeration Type
0~249 RXUNAME(By RXU Name), RXUPOS(By RXU Position No), SRNSN(By Subrack No)
Enumeration Type
RXUNAME(RXUName), RXUPOS(RXUPOS), SRNSN(SRNSN)
String Type
None
String Type
None
String Type
None
Interval Type
1~6
Interval Type
1~6
Interval Type Enumeration Type
1~6 DRRU(DRRU), DRFU(DRFU), MRRU(MRRU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), BTS3900E(BTS3900E)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
Bit Field Type
0~15 48VDISABLE, RES0, RES1, RES2, TSDISABLED, HSDISABLED, RES3, RES4 BT1_DISABLE, AH_DISABLE, AT1_DISABLE, AT2_DISABLE, BT2_DISABLE
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~2
Interval Type
0~4
Bit Field Type
T1_DISABLE, ET_DISABLE, ET1_DISABLE, ET2_DISABLE, T2_DISABLE
Interval Type
0~2047
Enumeration Type
BYNAME(By name), BYID(By index)
Interval Type
1~16
Interval Type
0~100
String Type
None
Interval Type
0~63
Bit Field Type
WATER_IMMERSED, SMOG, GM_DISABLE
Bit Field Type
WIDISABLE, SMDISABLE, IMDISABLE, GMDISABLE
Bit Field Type
WILOW, SMLOW, IMLOW, GMLOW
Bit Field Type
Enumeration Type
NO(NO), YES(YES)
Bit Field Type
Enumeration Type
WS_DISABLE, SS_DISABLE, GS_DISABLE ITALIAN(ITALIAN), GERMAN(GERMAN), ENGLISH(ENGLISH), FRENCH(FRENCH), SPANISH(SPANISH), DUTCH(DUTCH), 0~2047 SWEDISH(SWEDISH), DANISH(DANISH), PORTUGUESE(PORTUGUESE), FINNISH(FINNISH), NORWEGIAN(NORWEGIAN), GREEK(GREEK), None TURKISH(TURKISH), HUNGARIAN(HUNGARIAN), POLISH(POLISH), GB2312(GB2312), KOI8-R(Cyrillic KOI8-R), KOI8-U(Cyrillic KOI8-U), ADD0dB(+0dB), ADD10dB(+10dB), Automatic(Automatic) KOI8(Cyrillic KOI8), WINDOWS-1251(Cyrillic Windows), ASMO_449(Arabic 0~63 ASMO), WINDOWS-1256(Arabic Windows), WINDOWS-874(Thai Windows), WINDOWS-1253(Greek Windows), WINDOWS-1254(Turkish Windows), 1~20 WINDOWS-1255(Hebrew Windows), WINDOWS-1257(Baltic Windows), WINDOWS-1250(Eastern European Windows), WINDOWS-1252(Western 0~2047 European Windows), BINARY(BINARY), UCS2(UCS2), RCS-1(Reserved Code None Scheme 1), RCS-2(Reserved Code Scheme 2), RCS-3(Reserved Code Scheme 3), RCS-4(Reserved Code Scheme 4), RCS-5(Reserved Code Scheme 5)
Interval Type
0~1
Any Type
None
Enumeration Type
BYBTSID(By BTS ID), BYCELLID(By Cell ID)
Interval Type
0~23
Interval Type
0~511
Interval Type
1~2147483646
Interval Type
0~1199
Compound Type
year, month, date
Compound Type
year, month, day
Compound Type
year, month, day
Interval Type
7~90
Enumeration Type
1E-3, 1E-4, 1E-5, 1E-6, 1E-7, 1E-8, 1E-9
Compound Type
year, month, day
Interval Type
1~31
Interval Type
1~191
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~63
Interval Type
0~70
Interval Type
0~63
Interval Type
0~70
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DISABLE, ENABLE
Enumeration Type
OFF(Off), ON(On)
Interval Type String Type Enumeration Type Interval Type Interval Type Interval Type String Type
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~60
Interval Type
0~5
Interval Type
0~255
Interval Type
0~63
Interval Type
0~63
Enumeration Type
HIGH(HIGH), LOW(LOW)
Interval Type
40~70
Interval Type
0~65535
Interval Type
0~65535
Interval Type
350~556
Enumeration Type
NO(No), YES(Yes)
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Enumeration Type
NoPriority(No Priority), Priority4(Priority 4), Priority3(Priority3), NO(No), YES(Yes) Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority NoPriority(No Priority), B), PriorityA(Priority A) Priority4(Priority 4), Priority3(Priority3), Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority B), PriorityA(Priority A)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~6
Enumeration Type
SUPPORT(Support), UNSUPPORT(Not Support)
Interval Type
1024~65535
Interval Type
1024~65535
String Type
None
IP Address Type
None
Enumeration Type
SEPARATE(Separate), TOGETHER(Together), AIP(AIP)
Enumeration Type
TDM, HDLC, HDLC_HubBTS, IP
Enumeration Type
SYSTEM(System TDM, HDLC, IP Command), CONFIG(Configuration Management), MAINTAIN(Maintenance Management), STAT(Statistic Measurement), ALARM(Alarm Management)
Enumeration Type
Enumeration Type
Enumeration Type
OML(OML), RSL(RSL), EML(EML), ESL(ESL), CSVOICE(CS Voice), CSDATA(CS Data), PSHIGHPRI(PS High PRI), PSLOWPRI(PS Low PRI), OTHERDATA(Other Data)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~5
Interval Type
0~65535
String Type
None
Interval Type
1~10
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0( Release 98 or older), 1(Release 99 onwards)
Enumeration Type
UNISTALL(Uninstall), ALLOW(Allow), DENY(Deny)
Interval Type
50~95
Interval Type
0~27
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
unshielded(Unshielded), shielded(Shielded)
Interval Type
0~12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Interval Type
0~186
Interval Type
0~186
Interval Type
0~15
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
1~10
Interval Type
1~31
Interval Type
0~15
Interval Type
1~31
Interval Type
0~65535
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~65535
Interval Type
0~255
IP Address Type
None
Interval Type
0~35 B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), E1SELFLOOP(E1 Self Loopback), IASUSELFLOOP(IASU Self Loopback) B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Enumeration Type Enumeration Type Interval Type Enumeration Type
1~600 DATE(Input with date), WEEK(Input with week), DATEWEEK(Input with date and week)
Interval Type
0~3
Enumeration Type
NOTSUPPORT(Not Support), INNER(Inner), OUTER(Outer)
Enumeration Type Enumeration Type
JAN(January), CLOSE(Close),FEB(February), OPEN(Open) MAR(March), APR(April), MAY(May), JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)
Interval Type
2~2000
Interval Type
0~27
Interval Type
0~3,8~27
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~5,8~27
Interval Type
0~5,8~27
Interval Type
0~27
Interval Type
0~27
Interval Type
0~27
Interval Type
0~5,8~27
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27
Interval Type
0~27
Interval Type
0~23
Interval Type
0~23
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27
Interval Type
0~23
Interval Type
Enumeration Type
0~27 SGL_ANTENNA(Single Feeder[1TX + 1RX]), NOCOMB(No Combination), PBT(PBT), WBANDCOMB(Wideband SGLDOUBLE_ANTENNA(Single Feeder[1TX +DDIVERSITY(Dynamic 2RX]), Combination), DIVERSITY(Transmit Diversity), 0~7 SGL_ANTENNA(Single Feeder[1TX + 1RX]), DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), Transmit Diversity), DPBT(DPBT), DTIC(Transmit Independency or SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), Combination), NONE(none) SGL_ANTENNA(Single Feeder[1TX + 1RX]), DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) SGL_ANTENNA(Single Feeder[1TX + 1RX]), DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]),+ 1RX]), DOUBLESINGLE_ANTENNA(Double Feeder[1TX DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), SGL_ANTENNA(Single Feeder[1TX + 1RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX])
Interval Type
1~60
Interval Type
1~16777215
Enumeration Type
BIT14(BIT14), BIT16(BIT16), BIT24(BIT24)
String Type
None
Interval Type
0~65535
Enumeration Type
WNF(Whole Number Format), DNF(Divided Number Format)
Bit Field Type Bit Field Type
L11_FORBID, L12_FORBID, L13_FORBID, L14_FORBID, L15_FORBID ET_DISABLE0, ET_DISABLE1, SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
Bit Field Type
SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
Interval Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type
Interval Type
1~12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
PSMODE(Protocol Standard Mode), VGCSMODE(VGCS Mode)
Enumeration Type
PSMODE(Protocol Standard Mode), VGCSMODE(VGCS Mode)
Enumeration Type
FR(FR), EFR(EFR)
Enumeration Type
1000M(1000M), AUTO(AUTO)
Interval Type
0~63
Interval Type
0~255
Enumeration Type Enumeration Type
NO(NO), YES(YES) NOTSPPRTBC(NotSupport CB), SPPRTSTANDARD(SupportStandard CB), SPPRTSIMPLE(SupportSimple CB)
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
YES(Support), NO(Not Support)
Interval Type
0~4
Enumeration Type
SUPPORT(Support), NOT_SUPPORT(Not Support)
Enumeration Type Enumeration Type
SUPPORT(Support), NOT_SUPPORT(Not Support) SUPPORT~1||(支持SRAN)$$(Support SRAN)** NOT_SUPPORT(Support SRAN)** NOT_SUPPORT~0||(不支持)$$(Not Support)
Interval Type
0~2047
String Type
None
Interval Type
0~2047
String Type
None
Interval Type
0~65535
String Type
None
Interval Type
1~4
Interval Type Enumeration Type
1~4 HOALGORITHM1(Handover algorithm I), HOALGORITHM2(Handover algorithm II)
IP Address Type
None
Interval Type
1~65533,65535
String Type
Bit Field Type
None BITS1-2MHZ(2MHZ Building Integrated Timing Supply system 1), BITS22MHZ(2MHZ Building Integrated Timing Supply system 2), BITS11~1000 2MBPS(2MBPS Building Integrated Timing Supply system 1), BITS22MBPS(2MBPS Building Integrated Timing Supply system 2), 8KHZ(8KHZ), None GPS(Globe Positioning System), LINE1_8KHZ(8KHZ line1), LINE2_8KHZ(8KHZ line2), BITS1-T1BPS(T1BPS Building Integrated Timing 0~335 Supply system 1), BITS2-T1BPS(T1BPS Building Integrated Timing Supply TS1, TS2, system 2) TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~11
Interval Type
1~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~254
Interval Type
0~254
Interval Type
0~11
Interval Type
0~11
Interval Type
0~254
Interval Type
0~11
Interval Type String Type Interval Type Enumeration Type
Interval Type
0
Interval Type
0~11
Interval Type
0~11
String Type
None
Interval Type
0~5
Enumeration Type
MPS, EPS, TCS
Enumeration Type
DES(Descent), ASC(Ascent)
Interval Type
0~255
Interval Type
0~255
Enumeration Type Enumeration Type
GSM_PRIOR(GSM Traffic Prior), UMTS_PRIOR(UMTS Traffic Prior) CSVOICE(CS Voice), CSDATA(CS Data), PSHIGHPRI(PS High PRI), PSLOWPRI(PS Low PRI)
Interval Type
0~63
Interval Type
20~99
Interval Type
30~100
Interval Type
20~99
Interval Type
30~100
Interval Type
1~32
Interval Type
1~32
Interval Type
0~7
Interval Type
0~7
Interval Type
1~2147483646
Interval Type
0~63
Compound Type
HOUR, MIN, SEC
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min, sec
Compound Type
hour, min, sec
Compound Type
year, month, day, hour, min, sec
Interval Type
1~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
1~31
Interval Type
-990~400 JAN(Jan.), FEB(Feb.), MAR(Mar.), APR(Apr.), MAY(May), JUN(Jun.), JUL(Jul.), AUG(Aug.), SEP(Sep), OCT(Oct.), NOV(Nov.), DEC(Dec)
Enumeration Type
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Interval Type
60~600
Compound Type
hour, min
Interval Type
8~255
Interval Type
1~31
Interval Type
1~31
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Interval Type
0~65535
Interval Type
0~62
Compound Type
year, month, day
Interval Type
1~32
Enumeration Type
NO(NO), YES(YES)
Compound Type
hour, min, sec
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Off), ON(On)
Interval Type
60~300
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~23
Compound Type
hour, min, sec
Interval Type
Enumeration Type
0~23 BTS30(BTS30), BTS312(BTS312), BTS3001C(BTS3001C), 0~254 BTS3001CP(BTS3001CP), BTS3002C(BTS3002C), BTS3012A(BTS3012A), BTS3006A(BTS3006A), BTS3012(BTS3012), BTS3006C(BTS3006C), 0~7 BTS3002E(BTS3002E), BTS3012AE(BTS3012AE), BTS3012_II(BTS3012 II), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), hour, min, sec BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900L_GSM(BTS3900L 1~31 GSM), BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E GSM)
Interval Type
1~15
Interval Type
1~15
String Type
None
Interval Type
16~1023
Interval Type
16~1023
Interval Type
1~50
Interval Type Interval Type Compound Type Interval Type
Interval Type
1~124,128~189
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type Enumeration Type
NO(No Support), YES(Support) T_12(12), T_15(15), T_20(20), T_30(30), T_41(41), T_55(55), T_76(76), T_109(109), T_163(163), T_217(217)
IP Address Type
None
Interval Type
0~65535
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Enumeration Type
ON, OFF
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type Enumeration Type
ON(ON), OFF(OFF) SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
Enumeration Type
CLOSE, OPEN
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
BFD_OFF(OFF), BFD_ON(ON)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~254
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
3~5
Enumeration Type Enumeration Type
OFF(Off), ON(On) FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)
Interval Type
0~2500
Enumeration Type
SyncCase1(Sync case 1), SyncCase2(Sync case 2)
Enumeration Type Enumeration Type
AISS(Air Interface Software Sync), GPS(GPS Synchronization) CONSYN(Consecutive Synchronizing), INTERSYN(Intermittent Synchronizing)
Interval Type
1~7
Interval Type
0~23
Interval Type
0~59
String Type
None
String Type
None
Interval Type
0,8~11
String Type
None
Enumeration Type
NO(No), YES(Yes)
String Type
None
String Type
None
Interval Type
1000~30000
Interval Type
1~60
Interval Type
30000~60000
Interval Type
800~1500
Interval Type
800~1500
Interval Type
2000~3000
Interval Type
800~1500
Interval Type
800~1200
Interval Type
1000~120000
Interval Type
1~60
Interval Type
6~240
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~10
Interval Type
180000~360000
Interval Type
180000~360000
Interval Type
1400~2000
Interval Type
1000~10000
Interval Type
1~60
Interval Type
0~255
Interval Type
Enumeration Type
1~255 500ms(500ms), 1000ms(1000ms), 1500ms(1500ms), 2000ms(2000ms), 2500ms(2500ms), 3000ms(3000ms), 3500ms(3500ms), 4000ms(4000ms) 0ms(0ms), 80ms(80ms), 120ms(120ms), 160ms(160ms), 200ms(200ms), 500ms(500ms), 1000ms(1000ms), 1500ms(1500ms)
Interval Type
0~255
Interval Type
5~30
Interval Type
800~1200
Interval Type
1000~10000
Interval Type
800~1200
Interval Type
1000~30000
Interval Type
800~1200
Interval Type
1000~10000
Interval Type
1000~10000
Interval Type
800~1200
Interval Type
1~31
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Enumeration Type
Interval Type
1~16
Interval Type
0~255
Interval Type
0~255
Interval Type
1~31
Interval Type
0~7
Interval Type
1~16
Interval Type
0~255
Interval Type
0~25
Interval Type
0~25
Interval Type
1~12
Interval Type
1~12
Interval Type
30~300
Interval Type
60~300
Interval Type
1~254
Interval Type
1000~10000
Interval Type
0~500
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100
Interval Type
0~1000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~1000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~60
Interval Type
0~10
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~600
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~100
Interval Type
SEPERATE_PRINCIPAL(Principal BSC), 1~15 SEPERATE_SUBORDINATE(Subordinate BSC), TOGETHER(BSC/TC Together), SEPERATE_BSC_INTERFACE(BSC Interface)
Enumeration Type
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
0~62
Interval Type
0~335
Interval Type
0~4095
Interval Type
0~5,8~27
Interval Type
0~11
Enumeration Type
GTC(GTC), UTC(UTC), ITC(ITC)
Enumeration Type
AUTO(Auto), Manual(Manual)
Enumeration Type
AUTO(Auto), Manual(Manual)
Interval Type
0~7
Interval Type
0~15
Interval Type
0~7
Interval Type
0~1
Interval Type
0~16383
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~127
Interval Type
0~127
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~1
Interval Type
0~100
Interval Type
0~100
Interval Type
0~5
Interval Type
0~5
Interval Type
0~127
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Interval Type
-500~1000
Interval Type
-490~1000
Interval Type
-500~1000
Interval Type
-500~990
Interval Type
0~5000
String Type
None
Interval Type
1~65535
Interval Type
32768~65535
String Type
None
Interval Type
50~70
Interval Type
-400~0
Interval Type
-400~0
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Any Type
None
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~1023
Interval Type
0~65535
Enumeration Type
ACTIVE(Active OMU), STANDBY(Standby OMU)
Interval Type
0~255
IP Address Type
None
IP Address Type
None
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
5000~60000
Interval Type
220~280
Interval Type
220~280
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
PERCENTAGE(Percentage), BANDWIDTH(Band Width)
Interval Type
1~15
Interval Type
0~63
Interval Type
0~7
Interval Type
1~32
Interval Type
0~100
Interval Type
1~32
Interval Type
0~7
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Interval Type
3~15
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Compound Type
HOUR, MIN, SEC
Interval Type
0,5~1440
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
200~10000
Interval Type
1~65535
Interval Type
1~3
Interval Type
1~10
Interval Type
1~20
Interval Type
0~255
Interval Type
1~1024
Enumeration Type
NO(No), YES(Yes), NULL(Null)
Interval Type
0~255
Interval Type
10~255
Interval Type
1~30
Interval Type
1~15
Interval Type
7~365
Interval Type
0~4294967295
Interval Type
-99~70
Interval Type
-19~5
Interval Type
-99~99
Compound Type
hour, min
Compound Type
hour, min
Compound Type
hour, min
Enumeration Type
TMTP3BTIMERTBL, TNODEBIDTBL, TNODEBIPTBL, TOPTTBL, TOSPTBL, TPATHRSCGRPTBL, TPIUOPTICALPORTMSPINFOSTBL, TPORTCTRLERTBL, TPORTFLOWCTRLPARATBL, TPORTFLOWCTRLSWTBL, TPOWERMONITORBUZZERTBL, TPOWERMONITORFLTENABLETBL, TPOWERMONITORPARATBL, TPOWERMONITORRACKLEDTBL, TPPPLINKTBL, TPROGSDPTBL, TQAAL2TIMERTBL, TRCLKCLOCKMODETBL, TRCLKCLOCKSRCTBL, TSAALLINKTBL, TSCCPTIMERTBL, TSCTPLINKTBL, hour, min TSCTPSVRPORTTBL, TSD539TSTBL, TSLOTSTATUSTBL, TSPUSHARETHRESHOLDTBL, TSUBRACKTBL, TTRMMAPTBL, TUNITBL, hour, min TVLANMAPTBL, TVPTBL, TYPRABAMRLCCNGCTRLINFO, TYPRABAMRLCPOLLINFO, TYPRABAMRLCRECEIVEPARAS, hour, min TYPRABAMRLCSENDERPARAS, TYPRABAQMPARAS, TYPRABDCCCPARAS, TYPRABDYNTF, TYPRABHSDPA, 14~163 TYPRABHSUPA, TYPRABOLPCPARAS, TYPRABPARAS, 0~163 TYPRABQUALITYMEASPARAS, TYPRABRLCMAXDATRETRPARAS, TYPRABRLCNODISCARDPARAS, TYPRABRLCPARAS, 1~120 TYPRABRLCTIMERBASEDEXPPARAS, TYPRABRLCTIMERBASEDNOEXPPARAS, TYPRABSEMISTATICTF, NON_FDR(NON_FDR), FDR(FDR) TYPRABSUBFLOWPARAS, TYPRABSUBFLOWRLCPARAS, TYPRABTMRLCPARAS, TYPRABTOAWPARAS, 2~4 TYPSRBAMRLCPOLLINFO, TYPSRBAMRLCRECEIVEPARAS, TYPSRBAMRLCSENDERPARAS, TYPSRBDYNTF, TYPSRBHSDPA, 0~100 TYPSRBHSUPA, TYPSRBLOCHPARAS, TYPSRBOLPCPARAS, 0~4294967294 TYPSRBRLCMAXDATRETRPARAS, TYPSRBPARAS, TYPSRBRLCNODISCARDPARAS, TYPSRBRLCPARAS, 0~100 TYPSRBRLCTIMERBASEDEXPPARAS, TYPSRBRLCTIMERBASEDNOEXPPARAS, TYPSRBSEMISTATICTF, 8000~12000 TYPSRBTMRLCPARAS, TYPSRBTOAWPARAS, UECONNECTEDMODETIMERCONST, UEIDLEMODETIMERCONST, 30000~90000 USERGBRMAPINFO, USERPRIORITYMAP, UTRANREGISTERINFO, WPSALGO
Enumeration Type
TRRS(Terrestrial Transmission), SATEL(Satellite Transmission)
Enumeration Type
TRRS(Terrestrial Transmission), SATEL(Satellite Transmission)
Interval Type
-120~-1,1~120
Interval Type
0~7
Interval Type
0~62
Interval Type
0~23
Interval Type
0~254
Enumeration Type
NORMAL(TXT FORMAT), FORMAT(BIN FORMAT)
Interval Type
0~5
Interval Type
1~30
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Enumeration Type
ON, OFF
Interval Type
1~255
Interval Type
Enumeration Type
1~255 M3UA_OVERRIDE_MOD(Active/Standby Mode), M3UA_LOADSHARE_MOD(Load Sharing Mode) TER_TRANS(Terrestrial Transmission), SAT_TRANS(Satellite Transmission), TER_AND_SAT_TRANS(Terrestrial and Satellite)
Interval Type
0~27
Compound Type Compound Type Compound Type Interval Type Interval Type Interval Type Enumeration Type Interval Type Interval Type Interval Type Interval Type Interval Type Interval Type
Enumeration Type
Enumeration Type
IP(IP)
Enumeration Type
IP(IP), HDLC(HDLC)
Enumeration Type
IP(IP), HDLC(HDLC), TDM(TDM)
Enumeration Type
IP, HDLC, TDM
Enumeration Type
HDLC, IP
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type Enumeration Type
ENABLE(Enable Trace Range Limit), DISABLE(Disable Trace Range Limit) 5sec(5sec), 10sec(10sec), 15sec(15sec), 20sec(20sec), 30sec(30sec), 60sec(60sec), 120sec(120sec), 300sec(300sec), nouse(no use)
Interval Type
0~100
Interval Type
0~11
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
0~163
Interval Type
0~199
Interval Type
0~199
Interval Type
10~199
Interval Type
0~199
Interval Type
0~199
Interval Type
0~199
Interval Type
0~199
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~11
Interval Type
0~11
Interval Type Enumeration Type
TRXAid_NotAllow(TRX Aiding Not Allowed), AllowReForbid(Allowed & 0~11 Recover Forbidden), AllowReImmed(Allowed & Recover Immediately), AllowReCheckRes(Allowed & Recover When Chk Res)
Interval Type
5~10
Interval Type
0~63,255
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
String Type
None
Interval Type
0~3071
Interval Type
0~63
Interval Type
0~71
Interval Type
0~8
Interval Type
0~7
Interval Type
TS1(Time_slot_1), TS2(Time_slot_2), TS3(Time_slot_3), TS4(Time_slot_4), 0~7 TS5(Time_slot_5), TS6(Time_slot_6), TS7(Time_slot_7), TS8(Time_slot_8), TRX(TRX), TRU(TRU/DTRU), QTRU(QTRU), DRRU(DRRU), DRFU(DRFU), NO(No), YES(Yes) TS9(Time_slot_9), TS10(Time_slot_10), TS11(Time_slot_11), MRRU(MRRU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), TS12(Time_slot_12), TS13(Time_slot_13), TS14(Time_slot_14), BTS3900B(BTS3900B), BTS3900E(BTS3900E) TS15(Time_slot_15), TS16(Time_slot_16), TS17(Time_slot_17), TS18(Time_slot_18), TS19(Time_slot_19), TS20(Time_slot_20), 8~255 TS21(Time_slot_21), TS22(Time_slot_22), TS23(Time_slot_23), TS24(Time_slot_24), TS25(Time_slot_25), TS26(Time_slot_26), 1~31 TS27(Time_slot_27), TS28(Time_slot_28), TS29(Time_slot_29), TS30(Time_slot_30), TS31(Time_slot_31)
Enumeration Type Enumeration Type Interval Type Interval Type Enumeration Type
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Bit Field Type
TS1, 1~31 TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS1, TS3, TS4,TS28, TS5, TS29, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS25,TS2, TS26, TS27, TS30, TS31 TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS1, TS3, TS4,TS28, TS5, TS29, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS25,TS2, TS26, TS27, TS30, TS31 TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~7
Interval Type
0~512
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
1~144
Interval Type
0~127
String Type
Bit Field Type
TS1, NoneTS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS1, TS3, TS4,TS28, TS5, TS29, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS25,TS2, TS26, TS27, TS30, TS31 TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~23
Interval Type
1~31
Interval Type
0~7
Interval Type
0~50
Interval Type
0~65535
Enumeration Type
Close(Close), Open(Open)
Enumeration Type
8K(8K), 16K(16K), 32K(32K), 64K(64K)
Interval Type Enumeration Type
TRXLOOPBACK(TRX Loopback Test), CHLLOOPBACK(Channel Loopback 0~254 Test), CHLCODEC(Speech codec Test), CPRILOOPBACK(CPRI Loopback Test)
Interval Type
0~31
Enumeration Type
SIMPLETEST(Simple Test), MANUALTEST(Manual Test)
Enumeration Type
PIM(Passive Intermodulation Test)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CHAIN(Chain), RING(Ring)
Interval Type
1~255
Interval Type
1~128
Interval Type
0~8
Compound Type
HOUR, MINUTE
Compound Type
HOUR, MINUTE
Enumeration Type
DISABLE(Disable), ENABLE(Enable), SLEEPING(Sleeping)
Interval Type Bit Field Type Bit Field Type
Bit Field Type
Interval Type
0~100
Interval Type
40~79
Interval Type
-99~99
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type Enumeration Type
TX_3(3), TX_4(4), TX_5(5), TX_6(6), TX_7(7), TX_8(8), TX_9(9), TX_10(10), 1~60 TX_11(11), TX_12(12), TX_14(14), TX_16(16), TX_20(20), TX_25(25), TX_32(32), TX_50(50)
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
1~3000000
Interval Type
Enumeration Type
0~4000000 BTS30(BTS30), BTS312(BTS312), BTS3001C(BTS3001C), BTS3001CP(BTS3001CP), BTS3002C(BTS3002C), BTS3012A(BTS3012A), 200~10000 BTS3006A(BTS3006A), BTS3012(BTS3012), T_2(2), T_3(3), T_4(4), T_5(5), T_6(6), T_7(7),BTS3006C(BTS3006C), T_8(8), T_9(9), T_10(10), BTS3002E(BTS3002E), BTS3012AE(BTS3012AE), BTS3012_II(BTS3012 T_12(12), T_14(14), T_16(16), T_20(20), T_25(25), T_32(32), T_50(50) II), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), EPS, TCS BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900B_GSM(BTS3900B ANY_ERR_RETURN(Stop at Error), GSM), ALL_END_RETURN(Stop at End) GSM), BTS3900E_GSM(BTS3900E BTS3900_GSM_6RFC(BTS3900 GSM900, DCS1800, GSM900_DCS1800, GSM850, PCS1900, GSM 6RFC), BTS3900A_GSM_6RFC(BTS3900A GSM 6RFC), GSM850_1800, GSM850_1900 BTS3036_6RFC(BTS3036 6RFC), BTS3036A_6RFC(BTS3036A 6RFC), APM30(APM30), TMC(TMC), BBC(BBC), APM100(APM100), OUTER(External PCU), INNER(Built-in PCU) APM200(APM200), PS4890(PS4890), OMB(OMB), RFC-6(RFC-6), BTS3900(BTS3900), BTS3900L(BTS3900L), BTS3900AL(BTS3900AL), GSM900, DCS1800, GSM850, PCS1900 BTS3900AS(BTS3900AS), BTS3900B(BTS3900B), BTS3900E(BTS3900E), VIRTUAL(VIRTUAL)
Enumeration Type
GSM900(GSM900), DCS1800(DCS1800)
Interval Type
0~15
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1,255
Interval Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type Enumeration Type
Interval Type
0~23,255
Interval Type
0~53,255
Interval Type
0~15
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1,255
Interval Type
0~23,255
Interval Type
0~53,255
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NORTPCOMP, RTPCOMP
Enumeration Type
NORTPCOMP, RTPCOMP
Interval Type
1214~2001,2005~3783,3786~4783,4785~65000
Interval Type Enumeration Type
0~65535 Administrators(Administrator), Operators(Operator), Users(User), Guests(Guest), Customs(Custom)
Interval Type
0~99
Interval Type
0~64
Interval Type
300~1000
String Type
None
String Type
None
Interval Type
0~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~8
Interval Type
1~8
Interval Type
1~255
Interval Type
0~240
Interval Type
1~64
Interval Type
0~63
Interval Type
1~64
Interval Type
1~64
Interval Type
1~10
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
1~100
Interval Type
1~20
Interval Type
1~30
Interval Type
1~30
Interval Type
1~100
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~10
Interval Type
0~19
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Interval Type
0~10
Interval Type
0~19
Interval Type
1~20
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~64
Enumeration Type
NO(Not Allowed), YES(Allowed)
Interval Type
0~255
Enumeration Type
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~6
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~2047
Interval Type
0~2047
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
String Type
None
String Type
None
Interval Type
0~15
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4) MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9)
Enumeration Type
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), 10~70 MCS6(MCS6), UAS7(UAS7), UAS8(UAS8), UAS9(UAS9), UAS10(UAS10), MCS1(MCS1), UAS11(UAS11)MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), UAS7(UAS7), UAS8(UAS8), UAS9(UAS9), UAS10(UAS10), UAS11(UAS11), UNFIXED(UNFIXED)
Interval Type
0~5000
Enumeration Type Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS5(MCS5), CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4), MCS4(MCS4), UNFIXED(UNFIXED) MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9), UNFIXED(UNFIXED)
Interval Type
0~70
Interval Type
0~63
Interval Type
10~255
Interval Type
0~96
Enumeration Type
NO(No), YES(Yes)
Interval Type Enumeration Type
Interval Type
0~2047
Interval Type
512~1535
Interval Type
1~16
Interval Type
1~10
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~300
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Enumeration Type Enumeration Type
FORBID(Forbid), PERMIT(Permit) BYTMSI(By TMSI), BYIMSI(By IMSI), BYMSISDN(By MSISDN), BYIMEI(By IMEI)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
String Type
None
String Type
None
Compound Type
HOUR, MINUTE
Compound Type
HOUR, MINUTE
Interval Type
-99~99
Interval Type
0~8
Interval Type
0~255
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
1~63
Enumeration Type
FDD(FDD), TDD(TDD)
String Type
Enumeration Type
None No_Priority~0||(无优先策略)$$(No Priority)** Public_Network_First~1||(公网优 先)$$(Public 0~190,255 Network First)** VGCS_First(No Priority)** Public_Network_First~1||(公网优先)$$(Public Network First)** VGCS_First~2||(集群优先)$$(VGCS First)
Interval Type
0~190
Interval Type
50~95
Enumeration Type
NO(No), YES(Yes)
Interval Type
Enumeration Type
NONE(None), LEVEL4(User Level 4), LEVEL3(User Level 3), LEVEL2(User Level 2), LEVEL1(User Level 1), LEVEL0(User Level 0), LEVELB(User Level B), LEVELA(User Level A)
Interval Type
50~95
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Enumeration Type
DISABLE, ENABLE
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
0~7
Interval Type
0~7
Enumeration Type Bit Field Type
FULL_RATE_VER1, NO(N0), YES(Yes) FULL_RATE_VER2, FULL_RATE_VER3, HALF_RATE_VER1, HALF_RATE_VER2, HALF_RATE_VER3, FULL_RATE_VER5
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~12
Interval Type
Enumeration Type
1~30 14(1.4), 15(1.5), 16(1.6), 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 33(3.3), 36(3.6), 88(8.8) 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 32(3.2), 35(3.5), 38(3.8), 41(4.1), 45(4.5), 88(8.8)
Interval Type
0~12
Interval Type
0~999
Interval Type
4000~33000
Interval Type
3000~34000
Interval Type
3000~34000
Interval Type
0~1000
Interval Type
1~30
Enumeration Type
Interval Type
0~60
Interval Type
0~1000
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Enumeration Type
East_Longitude(East Longitude), West_Longitude(West Longitude)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type Enumeration Type
DENY(Deny), ALLOW(Allow) SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
Enumeration Type
M3UA_ASP(M3UA_ASP), M3UA_IPSP(M3UA_IPSP)
Interval Type
0~24
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
0~24
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Active(Format active area), Standby(Format standby area) GMT-1200(GMT-12:00), GMT-1100(GMT-11:00), GMT-1000(GMT-10:00), GMT-0930(GMT-09:30), GMT-0900(GMT-09:00), GMT-0800(GMT-08:00), GSM_AND_UMTS(GSM GMT-0600(GMT-06:00), AND UMTS), UMTS(UMTS), GSM(GSM) GMT-0700(GMT-07:00), GMT-0500(GMT-05:00), GMT-0430(GMT-04:30), GMT-0400(GMT-04:00), GMT-0330(GMT-03:30), GO(GSM Only) GMT-0300(GMT-03:00), GMT-0200(GMT-02:00), GMT-0100(GMT-01:00), GMT(GMT), GMT+0200(GMT+02:00), E1_UNBA(E1GMT+0100(GMT+01:00), Unbalance), E1_BA(E1 Balance), T1(T1), E1(E1) GMT+0300(GMT+03:00), GMT+0330(GMT+03:30), GMT+0400(GMT+04:00), GMT+0430(GMT+04:30), E1(E1), T1(T1) GMT+0500(GMT+05:00), GMT+0530(GMT+05:30), 1~127 GMT+0545(GMT+05:45), GMT+0600(GMT+06:00), GMT+0630(GMT+06:30), GMT+0700(GMT+07:00), 30~300 GMT+0800(GMT+08:00), GMT+0845(GMT+08:45), GMT+0900(GMT+09:00), GMT+0930(GMT+09:30), 60~300 GMT+1000(GMT+10:00), GMT+1030(GMT+10:30), GMT+1100(GMT+11:00), GMT+1130(GMT+11:30), 30~60000 GMT+1200(GMT+12:00), GMT+1245(GMT+12:45), GMT+1300(GMT+13:00), GMT+1400(GMT+14:00)
Enumeration Type Enumeration Type Enumeration Type Enumeration Type Interval Type Interval Type Interval Type Interval Type Enumeration Type
Actual Value Range
Unit
Default Value
0~70
None
50
0~70
None
50
1~8, step:0.1
s
40
TRUE, FALSE
None
NO, YES
None
10~255
s
30
10~255 IDLETSALLOC_0, IDLETSALLOC_1, IDLETSALLOC_2, IDLETSALLOC_3
s
60
None
IDLETSALLOC_0
CLOSE, OPEN
None
CLOSE
0~100
per cent
NO, YES
None
10~3600
s
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
1~255
None
40
0~250
None
100
8BIT, 11BIT
None
0~65535
None
NO, YES
None
NO
0~31
None
None
OSubcell, USubcell, NoPrefer
None
Usubcell
0~31
None
None
ULPRIORITY, NEUTRAL, DLPRIORITY
None
NEUTRAL
0~9
None
0
1~10
None
2
15~7200
s
Disable, Enable
None
NO, YES
None
CLOSE, OPEN
None
COMPUL0, COMPUL1, FLEX 4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/S, 10_2KBIT/S, 12_2KBIT/S 4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/S
None
0~7
None
Enable 4_75KBIT/S1&5_15KBIT/SYES 0&5_90KBIT/S1&6_70KBIT/SCLOSE 4_75KBIT/S0&7_40KBIT/S1&5_15KBIT/S1&7_95KBIT/SFLEX 0&5_90KBIT/S0&10_2KBIT/S1&6_70KBIT/S0&12_2KBIT/S-1 0&7_40KBIT/S6_60KBIT/S1&7_95KBIT/S-0 1&8_85KBIT/S1&12_65KBIT/S-1
NO, YES
None
NO
None None
FALSE YES
90 NO 15 GSM_PHASE_2
8BIT 0
120
1~255
min
10
60~300
V
180
61.0~300.0 (step: 0.1)
V
2800
60.0~299.0 (step: 0.1)
V
1800
60~300
V
280
NO, YES
None
NO
0~254
None
None
0~50
ms
0
0~768
None
2
PORT0_CDEF, PORT1_CDEF
None
None
1~16777215
None
None
BYMANUAL, BYAUTO
None
BYAUTO
0, 1, 2
None
OFF, ON
None
OFF
COMMON_DLD, QUICK_DLD1, QUICK_DLD2
None
None
Lock, Unlock, Shutdown
None
UNLOCK
Lock, Unlock, Shutdown
None
Unlock
Lock, Unlock, Shutdown hour{0~23} min{0~59}
None
Unlock
None
None
0~100
None
OFF, ON hour{0~23} min{0~59}
None
OFF
None
None
RATIORULE
None
None
1~51 characters
None
None
1~51 characters
None
None
0~600
ms
400
0~60
dB
20
-60~-35, 0
dBm
0~1000
ms
0
0~15
dB
6
CLOSE, OPEN
None
10~100
None
1~10
s
1920~30720, step:480
ms
2
10
-50
CLOSE 20 4 64_Times
0~30240, step:480
ms
48
0~65534
None
None
BSC
None
None
1920~30720, step:480
ms
52_Times
0~30240, step:480
ms
65334~65383
None
None
1~65535
None
None
1~65535
None
None
1~65535
None
None
1~65535
None
None
65033~65533
None
None
1~1024 characters
None
None
1~60
min
ALL, ONEBYONE
None
None
ALL, ONEBYONE
None
None
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
ABIS, A
None
ABIS
0~100
per cent
5
0~100
per cent
5
0~100
per cent
5
0~100
per cent
10
0~100
per cent
10
0~100
per cent
10
NO, R3, R2, R2ANDR3
None
-12~12
dB
-23~-4
dBm
3~12
dB
-23~-4
dBm
-4
-23~-4
dBm
-23
32
15
NO 0 -18 6
FIXEDLEVEL, ADAPTIVE, FIXEDGAIN
None
FIXEDGAIN
CLOSE, OPEN
None
CLOSE
5~15
None
5
1~255
s
3
0~4000000
kbit/s
None
NOTALLOW, ALLOW
None
ALLOW
OFF, ON
None
OFF
0~100
per cent
NOTALLOW, ALLOW
None
0~16
None
0~100
per cent
ALLCIC, ALLNULL ALLCIC, ALLNULL
None
None
None
ALLCIC
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
0~65535
s
None
NO, YES
None
YES
0~65534
None
None
0~65535
None
None
0~15
mA
10
45~155
mA
100
125~175
mA
150
0~65535
s
0~100
per cent
0
0~100
per cent
0
0~250
None
0
0~250
None
0
NO, YES
None
NO
flt, evt, all
None
all
0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10
None
100 NOTALLOW 4 100
None
6
0~0.9, step:0.1
m
0
-1000~10000
m
0~6553
m
-3281~32810
feet
None
Critical, Major, Minor, Warning
None
None
Critical, Major, Minor, Warning DISABLED, ENABLED DISABLED, ENABLED DISABLED, ENABLED DISABLED, ENABLED DISABLED, ENABLED DISABLED, ENABLED
None
None
None
DISABLED
None
DISABLED
None
DISABLED
None
DISABLED
None
DISABLED
None
DISABLED
2~32, step:2
dB
OFF, ON
None
ON
NO, YES
None
NO
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~3
None
0
0~7
None
0
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
2
0~63
dB
8
0~63
dB
33
0~63
dB
25
NO, YES
None
0~255
dB
2
0~255
dB
20
0~255
dB
1
0~255
dB
100
0~7
None
0~100
per cent
0~255
dB
4
0~255
dB
108
NO, YES
None
None 40
16
NO
0 75
NO
0~7
None
3
0~100
per cent
0~32
dB
8
0~30
dB
2
0~30
dB
0
0~30
dB
0
0~32
dB
8
NO, YES
None
480~7200, step:480
ms
3
0~4
dB
4
0~15
None
0
OFF, ON
None
0~99
per cent
NO, YES
None
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~3
None
0
0~7
None
0
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
3
0~63
dB
6
0~63
dB
30
0~63
dB
18
0~65535
None
2
0~65535
None
2
3~30
dB
6
CLOSE, OPEN
None
10~30
dB
1~5 characters
None
None
0~4599
None
None
0~4599
None
None
1~100 characters
None
None
MODE0, MODE1, MODE2
None
MODE0
-32~0
dB
15
YES
ON 55 NO
CLOSE 12
-13
-64~0
dB
-48
CLOSE, OPEN
None
0~360
degree
0~1000
m
SENDPOWER, NOPOWER
None
NOPOWER
OFF, ON
None
OFF
NO, YES
None
NO
0~35
None
None
A, B
None
None
A, B
None
None
A, B, NULL
None
NULL
0~335
None
None
M3UA, BBAP
None
None
MTP2, OTHER, TCSTM1
None
None
1~65535
packet
1~65535
bit
1024
1~65535
bit
256
1~65535
packet
20
1~65535
packet
10
1~65535
packet
20
CLOSE, OPEN
None
1~65535
bit
0~65535
None
PRIMARY, STANDBY, ALL
None
PRIMARY
PRIMARY, STANDBY
None
PRIMARY
0~80
per cent
5~126
None
100
5~100
per cent
100
3~10
None
3
3~10
ms
3
0~27
None
None
0~27
None
None
0~11 power, env, sig, trunk, hardware, software, run, comm, service, handle
None
None
None
None
CLOSE 360 0
20
CLOSE 384 0
50
power, env, sig, trunk, hardware, software, run, comm, service, handle
None
None
OFF, ON
None
OFF
DISABLE, ENABLE
None
DISABLE
0~61
dB
0~62, 255
None
None
0~62
None
None
0~23, 255
None
None
0~23
None
None
0~255
None
None
0~254
None
None
0~63
dB
30
500~60000
ms
10000
1~300
s
30
1~300
s
60
1~300
s
30
1~300
s
60
1~300
s
30
1~300
s
30
1~300
s
20
NO, YES
None
0~63
dB
2
0~63
dB
10
NO, YES
None
YES
Close, Open
None
Open
80~100
per cent
35
NO
85
0~254 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, 0~100 TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, per cent TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
NO, YES
None
None
0~1
None
None
0~254
None
None
0~2047
None
None
TDM, IP
None
TDM
A, B, ALL
None
None
90 None
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
NO, YES
None
YES
0~15
dB
0
0~15
dB
0
1~65535
min
1~60
min
NONE, PEER
None
None
SERVER, CLIENT
None
None
SERVER, CLIENT
None
None
SERVER, CLIENT
None
None
1~63 characters
None
None
1~63 characters
None
None
1~64 characters
None
None
1~15 characters
None
None
1~15 characters
None
None
1~16 characters
None
None
NO_V, PAP_V, CHAP_V
None
NO_V
NO_V, PAP_V, CHAP_V
None
NO_V
NO_V, PAP_V, CHAP_V
None
NO_V
ENABLE, DISABLE
None
None
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
DISABLED, ENABLED
None
ENABLED
BTSAUTODLDACT, TMUAUTOACT
None
None
OFF, ON
None
ON
1~65535
min
None
AU4, AU3
None
None
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
GSM_PHASE_2
LOW, HIGH
None
HIGH
O1E3_R1E4, LOW, HIGH O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11, O1E3_R1E4, O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E11_R1E12 O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11, O1E11_R1E12
None
LOW
None
None
None
None
None 1
O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11 O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11
None
None
None
None
OFF, ON
None
OFF
OFF, ON
None
OFF
0~200 characters
None
None
0~128 characters
None
None
0~70
None
CLOSE, LOCALTLLI, ALLTLLI
None
ALLTLLI
1~64 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
BYTRX, BYPWR
None
BYTRX
BYCOVER, BYCAP, BYSAVING
None
BYCOVER
0~1
None
1
0~1
None
1
0~1
None
1
1~200
s
1~80 characters
None
None
0~2047
None
None
Battery1Temp, Battery2Temp
None
Battery1Temp
Battery1Temp, Battery2Temp
None
Battery1Temp
30~1000
Ah
NO, YES
None
0~90
per cent
NO_BAT, INSIDE_BAT, OUTSIDE_BAT
None
1024~65535
None
58000
0~254
None
8
0~5000
Ah
0~7
None
None
0~7
None
None
0~7
None
None
0~1023
None
None
0~1023
None
None
NO_Hop, Hop
None
None
55
20
50 NO 50 NO_BAT
36
0~100
per cent
80
0~100
per cent
60
0~63
None
14
0~511
None
5~25
per cent
43.3~57.6 (step: 0.1)
V
NO, YES
None
1~10
None
8
1~10
None
4
1~10
None
2
MTP3, M3UA, MTP3_M3UA
None
1~60
s
1
0~10
None
5
0~3
None
1
NO, YES
None
NO
NO, YES
None
YES
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
6
3~10
None
3
1~2
None
10~254
None
ALL, PART
None
ALL
-10000~10000
None
None
1~10
None
4
1~10
None
2
1~10
None
1
DISABLE, ENABLE
None
0~65534
s
0
60~65534
s
900
DISABLE, ENABLE
None
1~6
None
1~120
s
0~335
None
None
0~5, 8~27
None
None
None 15 565 NO
None
None 30
ENABLE
ENABLE 4 10
0~11
None
None
0~5000
s
NO, YES
None
None
nonrpt, rpt
None
None
0, 1, 2, 3, 4, 5, 6, NULL
None
NULL
0, 1, 2, 3, 4, 5, 6, NULL
None
NULL
NO, YES
None
YES
0.5~8, step:0.5
s
0~127
dB
0.5~8, step:0.5 DATM_MAIN, DATU_MAIN, DDPM_MAIN, DDPU_MAIN, SCU, GCU, XPU, INT, TNU DDRM_MAIN, DEMU_MAIN, DFCU_MAIN, DGPS_MAIN, DHEU_MAIN, DOMU_MAIN, DPMU_MAIN, DPTU_MAIN, SCU, GCU, XPU, DPU, INT, TNU DRFU_MAIN, DRFUBOOT_MAIN, DRRU_MAIN, DRRUBOOT_MAIN, DRU_MAIN, SCU, GCU, MPU, GCP, DPU, INT,DTCU_MAIN, TNU DTMU_MAIN, DTRU_MAIN, ETR_MAIN, FMU_MAIN, INT, DPU, XPU, TNU, OMU, GTMU_MAIN, SAU FMUA_MAIN, GATM_MAIN, IASU_MAIN, IOMU_MAIN, MFU_3001C, MMU_3001C, MRRU_MAIN, 0~72 MTR_MAIN, NFCB_MAIN, PBU_MAIN, QTRU_MAIN, TMU_MAIN, TRX_MAIN, GRRU_MAIN, BTS3900B_MAIN, 0~47 BTS3900BBOOT_MAIN, MRFU_MAIN, GRFU_MAIN, MRRUBOOT_MAIN, 0~100000 (step: 100)MRFUBOOT_MAIN, USCU_MAIN, BTS3900E_MAIN, BTS3900EBOOT_MAIN, BOOTROM_PCK, UBRI_MAIN, UTRP_MAIN
s
1000
1 69 1
None
None
None
None
None
None
None
None
None
None
None
None
kbit/s
None
None
None
0~100000 (step: 100)
kbit/s
None
PEUa, DPUa, FG2a, DPUc GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, OMUa, OMUb, SAUa
None
None
None
None
FG2a, GOUa, FG2c, GOUc
None
None
PEUa, POUc
None
None
PEUa, POUc
None
None
PEUa, POUc
None
None
MRRU, GRRU, MRFU, GRFU, BTS3900E TMU, DTRU, DPTU, QTRU, MRRU, GRRU, BTS3900B, MRFU, GRFU, BTS3900E, DRFU, DRRU, UBRI, UTRP
None
None
None
None
0~255
s
1~80 characters
None
2~3600
s
ENTIRE, INCREMENTAL
None
0~7
None
1~16777215
None
None
NO, YES
None
NO
0 Cell name 60 INCREMENTAL 1
MAINBSC, SUBBSC
None
None
0.0.0.0~255.255.255.255 hour{0~23} min{0~59} hour{0~23} min{0~59}
None
None
None
None
None
None
0~15
None
None
0~15
None
None
5~60
d
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255 UNCONDITIONALSTART, ATERCONGESTS, PREFIXNUMBER
None
None
None
UNCONDITIONALSTART
1~64 characters
None
None
NO, YES
None
YES
NO, YES
None
NO
0~335
None
None
0~65535
None
None
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
0~65535
None
65535
0~65535
None
65535
0~65535
None
65535
0~4294967295
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
65535
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
5
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~65535
None
65535
0~65535
None
65535
0~65535
None
65535
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~65535
None
65535
0~27
None
None
0~11
None
None
0~7
None
None
0~2500
None
None
0~15
None
None
1~15
None
None
1~31
None
None
0~15
None
NO, YES
None
0~12
None
940~4230, step: 470
ms
1~4
None
1
0~12 NEITHERSTART, BTSPRIORITY, BSCPRIORITY, BTSONLY, BSCONLY
None
1
None
NEITHERSTART
NONSUPPORT, BASIC, ENHANCED
None
NONSUPPORT
NO, YES
None
YES
SCUa, GCUa,OIUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, PEUa, EIUa, POUc POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, SCUa, DPUd, GCUa, TNUa GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, ALL
None
None
None
None
None
None
PEUa, POUc, EIUa, OIUa
None
None
PEUa, POUc, EIUa
None
None
10 YES 4 2_M_PERIOD
PEUa, POUc, EIUa, OIUa
None
None
POUc, OIUa
None
None
POUc, OIUa
None
None
FG2a, GOUa, FG2c, GOUc, POUc
None
None
EIUa BIE, PWC, EAC, EMUA, MCK, MRFU, DTMU, GRFU, DATM_DATU, DATU, GATM, DRRU, MRRU, GRRU, NFCB, EMU_DEMU, DPMU, DCBM_DCOM, DHEU, ECOM, MFU, CDU, PCDU, DCDU, CDUC, CDUP, RCDU, CDUR, CDUE, BTS3900E MPW, MCD, IASU, PTU, TMU, PSU, PMU, APMU, EDU, PEDU, REDU, DEDU, EDUC, EDUP, EDUR, EDUE, 3001C_MFU, TES, PBU, DPBU, RPBU, PPBU, SCU, DDPM_DDPU,TEU, DFCU, DFCB MDU, UPEU, UEIU, FMU, FMUA, DTCU, GATM, DGPS, USCU, UBRI, FAN, EMU, PMU, TCU, PSU, UTRP DRRU, DRFU, MRRU, XRRU, MRFU, GRFU, GRRU, XRFU, BTS3900E TRX_30_OR_DRU, TRX_GPRS, PTRX, ETRX, RTRX, CDU, PCDU,TRU, RCDU, DCDU, DTRX,CDUC, RETR,CDUP, DETR,CDUR, EETR, CDUE, PETR, MTR, QTRU EDU, EDUC, EDUP, EDUR, EDUE, PEDU, REDU, DEDU, DDPM_DDPU, DFCU, DFCB
None
None
None
None
None
None
None
None
None
None
None
None
None
None
CFGBM, CFGTC
None
None
CFGBM, CFGTC
None
None
NO, YES
None
YES
1~64 characters
None
None
LOGICIP, PORTIP, PPP/MP
None
LOGICIP
LOGICIP, PORTIP, PPP/MP
None
None
0~64 characters
None
None
CLOSE, OPEN
None
CLOSE
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047
None
None
BYIDX, BYNAME
None
None
BYNAME, BYID
None
None
0~2047, 65535
None
None
0.0.0.0~255.255.255.255 UNCONDITIONALSTART, ABISCONGESTS, PREFIXNUMBER
None
None
None
UNCONDITIONALSTART
0.0.0.0~255.255.255.255
None
None
BSC_Preprocessing, BTS_Preprocessing
None
BTS_Preprocessing
1~64 characters
None
None
1~64 characters
None
None
1~2048 characters
None
None
OFF, ON
None
ON
NO, YES
None
NO
2~32, step:2
dB
OFF, ON
None
BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, 1~256 characters None BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, None 1~250 BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900B_GSM, BTS3900E_GSM, BTS3900L_GSM None BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900A_GSM, BTS3900B_GSM,BTS3900_GSM, BTS3900E_GSM None DBS3036, BTS3036, BTS3036A, BTS3900L_GSM, BTS3900B_GSM, BTS3900E_GSM None
16 OFF None None None None None
0~1000000
s
3
BIULOOP, TRXSELFTEST
None
None
NO_BAT, INSIDE_BAT, OUTSIDE_BAT
None
NO_BAT
10~255
s
YES, NO
None
NO
2~65534
None
None
2~65534
None
None
1000~3000
ms
OFF, ON
None
0~200000
kbit/s
0
0~200000
kbit/s
0
0~100
per cent
20
0~100
per cent
15
0~200000
kbit/s
0
0~100
per cent
1
0~200000
kbit/s
0
0~100
per cent
0
0~100
per cent
5
0~200000
kbit/s
0
100~1000
per cent
FULL_DUPLEX, HALF_DUPLEX
None
0~100
per cent
25
20~100
per cent
80
BYIDX, BYNAME
None
None
C31NOTUSE, C31STANDARD
None
C31STANDARD
60
1000 None
120 None
0~1
None
0
1~200 characters
None
None
0~8
None
None
NO, YES
None
None
NO, YES
None
YES
0~4095
None
None
NO, YES
None
YES
OFF, ON
None
None
GSM900, DCS1800, GSM850, PCS1900
None
GSM900
NULL, IPLGCPORT, RSCGRP
None
NULL
ETHER, IPLOGICPORT, TRUNK, PPP, MP
None
None
ETHPORT, TRUNK
None
None
NO, YES
None
NO
0~3
None
None
0.0.0.0~255.255.255.255
None
None
0~63
None
0~65535
None
5~180
s
NO, YES
None
4500~32767
byte
1~5
s
3
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~65535
None
DISABLE, ENABLE
None
0~255
s
15
20~100
per cent
80
0~63
None
46
10, 100, 1000
ms
0~100
per cent
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
0~1023
None
None
AUTO, MANU
None
None
30 None 15 NO 4500
86 None
1000 90
0~1023
None
None
AUTO, MANU
None
None
0~50
None
0
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
Permit, NoPermit
None
Permit
OUTDOOR_CELL, INDOOR_CELL
None
OUTDOOR_CELL
24.0~28.9 (step: 0.1)
V
283
43.3~57.6 (step: 0.1)
V
565
24.0~28.9 (step: 0.1)
V
268
43.2~57.5 (step: 0.1)
V
535
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047, 65535
None
None
0~2047
None
None
0~2047
None
None
1~400 characters
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
Inner, Extra
None
None
1, 2, 3, 4
None
0~5000 characters
None
None
NO, YES
None
NO
0~255
None
1~64 characters
None
None
1~64 characters
None
None
1~64 characters
None
None
0~5000 characters
None
None
OP1, OP2, OP3, OP4, NONE
None
0~63
dB
0~63
None
1
1~20
None
4
3
80
255 30
NO, YES
None
35.0~55.3 (step: 0.1)
V
2G, 3G
None
0~100
per cent
COMMON, MULTIPATH, INDOOR, HIGHWAY
None
COMMON
NO, YES
NO
-50.0~0.0 (step: 0.1)
None degree Celsius degree Celsius degree Celsius degree Celsius
NO, YES
None
NO
0~63
dB
0~63
None
20~90
per cent
0~200 characters
None
None
NO, YES
None
None
NULL, IPLGCPORT, RSCGRP
None
NULL
AUTO, NORMAL
None
None
DISABLE, ENABLE
None
None
NO, YES
None
None
NO, YES
None
None
1~32 characters None G_0, G_2, G_3,G_18, G_4, G_19, G_5, G_6, G_7, G_8, G_9,G_23, G_15,G_1, G_16, G_17, G_20, G_21, G_22, G_10, G_24, G_11, G_25, G_12, G_26, G_13, G_27, G_14, G_28, G_15, G_29, G_16, G_30, G_17, G_31 G_18, None G_19, G_20, G_21, G_22, G_23, G_24, G_25, G_26, G_27, G_28, G_29, G_30, G_31 None
None
40.0~79.0 (step: 0.1) -19.0~5.0 (step: 0.1) 0.0~100.0 (step: 0.1)
YES 430 2G 30
500 -100 800 -200
20 1 80
None None
20~90
None
80
20~90
None
80
OFF, ON
None
None
1~32 characters
None
None
0~2
None
None
30~100
None
90
30~100
None
90
30~100 QUICK_HO_NCELL_TYPE_A, QUICK_HO_NCELL_TYPE_B
None None
90 QUICK_HO_NCELL_TYP E_A
CHAINTORING, COMBINECHAINS
None
None
CAPABILITY, QUALITY, PSRELATIVELY, PSABSOLUTELY None
CAPABILITY
0~100
per cent
0
OFF, ON
None
0~100
per cent
0~65535
None
None
NO, YES
None
YES
NO, YES
None
NO
1~64
s
1~5
None
NO, YES
None
YES
MODE1, MODE2, MODE3
None
MODE2
MODE1, MODE2, MODE3
None
MODE2
0~511
None
None
0~511
None
None
5~20
None
10
5~20
None
10
NO, YES
None
NO
NO, YES
None
NO
ALDER32, CRC32
None
CRC32
SBFD, ARP, MBFD
None
None
0~12
h
None
1~7
None
None
0~169
None
None
0~7 TRXRFSELFLOOP, BIULOOP, BTSSPEECHLOOP, TRXSPEECHLOOP
None
None
None
None
FULLTCH, HALFTCH
None
None
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NOSENDING, SYSTEMOPT, SENDING
None
SYSTEMOPT
NO, YES
None
NO
OFF 100
10 5
OFF, ON
None
OFF
10~800
None
100
10~800
None
200
TCHFR, TCHHR, SDCCH8, MBCCH, CBCCH, BCH, 100~600000 BCCH_CBCH, SDCCH_CBCH, PBCCH_PDTCH, PCCCH_PDTCH, PDTCH, DPDCH
ms None
TCHFR
0~65535
None
None
0~65535
None
None
0~65535
None
None
0~65535
None
None
0~160
frame
0
1~12, step: 5
min
3
OFF, ON
None
1~100
per cent
1~60
s
NO, YES
None
YES
NO, YES
None
YES
NOTSENDING, SENDINGPRO, SENDING
None
NOTSENDING
NOTSENDING, SENDINGPRO, SENDING
None
NOTSENDING
NO, YES
None
YES
NO, YES
None
YES
64~100000, step:64
kbit/s
None
0~22
dB
0~27
None
None
0~11
None
None
UNSUPPORT, SUPPORT
None
UNSUPPORT
ERR_PFM_1E6, ERR_PFM_5E6, ERR_PFM_1E5, NO, YES ERR_PFM_5E5, ERR_PFM_1E4, ERR_PFM_5E4, ERR_PFM_1E3 INCLK, BSCCLK, EXCLK, IPCLK, TRANSCLK, GPSCLK, UMCLK, PEERCLK
None
NO
None
None
None
None
HW_DEFINED, PTP
None
PTP
GCUa, GCGa INT_CLK, TRCBSC_CLK, EXTSYN_CLK, IP_TIME, IP_TRANSFER, TRCGPS_CLK, UM_CLK, PEER_CLK
None
GCUa
None
None
0~255
s
cleared, uncleared
None
0~255
s
1000
OFF 80 5
22
255 None 255
1~200 characters
None
None
0~128 characters
None
None
0~19
None
None
1~3
None
None
0~62
None
None
0~62
None
0~62
None
None
0~62
None
None
0 None
None
0
1~60
s
30
0~4095
None
None
0~4095
None
None
0~31
None
None
0~3
None
None
NONE, AINTFBLOCK
None
NONE
BTS3012, 1~150000 BTS3012AE, BTS3006C, BTS3012_II, BTS3002E, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3002C, BTS3012A, BTS3006A BTS3900_GSM_6RFC, BTS3900A_GSM_6RFC, BTS3036_6RFC, BTS3036A_6RFC
None
None
None
None
None
None
10000~50000
None
None
0~250
None
0
0~250
None
0
NO, YES
None
1~1023
None
INACTIVE, ACTIVE
None
BYSITE, BYCELL
None
L0_FORBID, 0~10, step:0.1L1_FORBID, L2_FORBID, L3_FORBID, L4_FORBID, L5_FORBID, L6_FORBID, L7_FORBID, L8_FORBID, L9_FORBID LOWERCASE, UPPERCASE, DIGIT, SPECIALCHARACTER
dB
1~100
None
NO, YES
None
NO
BYNAME, BYID
None
None
10~150
ms
15
10~150
ms
15
10~150
ms
15
None
L0_FORBIDYES 0&L1_FORBIDNone 0&L2_FORBID0&L3_FORBIDINACTIVE 0&L4_FORBID0&L5_FORBIDNone 0&L6_FORBID0&L7_FORBID0&L8_FORBID0&L9_FORBID-0
None
None
45
100
10~150
ms
15
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
50
10~150
ms
50
NO, YES
None
NO
0~335
None
None
NO, YES
None
NO
ALL, ONLY_SSL
None
None
INNER, EXTERNAL
None
None
0~60
s
4
1~200
s
6
NO, YES
None
1~28
None
1~60
s
None
NO, YES
None
NO
0~7
None
None
OFF, ON, NOTSUPPORT
None
NOTSUPPORT
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB
dB
6dB
0~200 characters
None
None
DISABLE, ENABLE
None
None
10~2550, step: 10
ms
1~255
None
3
0~126, step: 2
dB
0
1~255
None
UNAVAILABLE, AVAILABLE
None
UNAVAILABLE
VOICEINF, MR, CALLAPPENDINF, CALLINNERINF
None
None
0~100
None
5
OFF, ON RESINSUFF, UMABNORM, TRAFFREJECT, MSCREL, MSCDISCON, BADQUALITY
None
RESINSUFF,UMABNOR OFF M,TRAFFREJECT,MSCR EL
None
NO 5
10
255
0~100 BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
per cent
100
None
None
0~7
None
None
0~100
per cent
0~7
None
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, MRHOFAIL, MRHOLATEST
None
OFF
COMMONUSRM, SPECUSRM
None
None
ABNORMREC, ALLBSCREC, ALLCELLREC
None
ABNORMREC
OFF, ON
None
None
OFF, ALL, AINTF, ABISINTF
None
OFF
30~100
per cent
LU, SMS, CALL
None
0~100
per cent
OFF, ON BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
OFF
None
None
0~7
None
None
0~100
per cent
0~7
None
ON, OFF
None
40000~50000
ms
45000
5000~150000
ms
30000
1000~2000
ms
1300
400~600
ms
500
7500~9500
ms
8200
80~120
ms
100
3000~6000
ms
5000
500~2000
ms
1500
1~100
ms
100
30~100
per cent
95
30~100
per cent
95
1~16777215
None
None
4BURST, RLC/MAC
None
4BURST
100 5
90 CALL 50
50 3 None
YES, NO
None
None
0~62
None
None
0~5
None
None
0~23
None
None
0~254
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27, 255
None
None
0~11, 255
None
None
ON, OFF
None
None
NO, YES
None
NO
0~99
None
None
10~255
min
1~63 character
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
TCH:480~14880, step:480; SDCCH:470~14570, step:470 NT14_5K, NT12K, NT6K, T14_4K, T9_6K, T4_8K, T2_4K, T1_2K, T600_BITS, T1200_75
ms None
None NT14_5K-0&NT12K1&NT6K-1&T14_4K0&T9_6K-1&T4_8K1&T2_4K-1&T1_2K0&T600_BITS0&T1200_75-0
NOLIMIT, LIMIT
None
NOLIMIT
2000-1-1~2099-12-31
None
None
1~12
None
None
0~31
None
0~30
None degree Celsius
Inner, Extra
None
None
0~2047
None
None
1~64 characters
None
None
BYNAME, BYID
None
None
0~255
None
None
0~255
None
None
0~255
None
None
0~255
None
None
35.0~55.6 (step: 0.1)
V
None
58.0~60.0 (step: 0.1)
V
580
43.3~55.5 (step: 0.1)
V
450
58.0~60.0 (step: 0.1)
V
580
0~32
None
30
4 4
2
0
500~60000
ms
1000
0~186
None
None
1~110 characters
None
None
INACTIVE, ACTIVE
None
INACTIVE
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
1~1000
None
None
BSC, BTS
None
None
BTS, BSC, DXX, OTHER
None
None
0~27
None
None
{0~11}
None
None
0~7
None
None
0~3071
None
None
0~255
s
None
3~10
None
OFF, ON
None
None
0~50 characters
None
None
0~35
None
None
0.0.0.0~255.255.255.255
None
None
LOGIC_IP
None
None
0~16383
None
None
0~23
None
None
0~254
None
None
NO, YES
None
YES
DEFAULTPORT, CUSTOMPORT
None
None
1~60
min
0.0.0.0~255.255.255.255
None
None
0~63
None
None
DISABLE, ENABLE
None
DISABLE
NO, YES
None
NO
MON_1~MON_31
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
1~128 characters
None
None
3
1
1~256 characters
None
None
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
NO
0~15
s
NO, YES
None
0.5~4, step: 1/8
bit
4
0.5~4, step: 1/8
bit
4
0.5~4, step: 1/8
bit
4
N0, YES
None
3 None
N0
TCH:480~122400, step:480; SDCCH:470~119850, step:470 ms
3
1~30
dB
14
1~30
dB
14
1~30
dB
16
1~30
dB
16
16~1007
None
1~255
None
UNSUPPORT, SUPPORT
None
0~63
dB
1~10
None
1~30
dB
16
1~30
dB
16
0~127
None
1~30
dB
18
1~30
dB
18
0~15
None
2
0~15
None
3
0~15
None
3
0~15
None
3
0~15
None
4
0~15
None
15
0~15
None
2
0~15
None
2
0~63
dB
None 5 UNSUPPORT 20 3
0
35
0~70
None
40
1~100
None
90
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
2~255
None
2
2~255
None
8
2~255
None
60
2~255
None
2
1~30
dB
4
1~30
dB
8
1~100
None
100
0~3
None
0
0~7
None
0
0~7
None
2
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
2
0~63
dB
10
0~70
None
55
0~70
None
60
0~70
None
55
0~10
None
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
0~63
dB
20
0~63
dB
20
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
1
0~10
None
6
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
1
0~100
None
5
0~100
None
55
0~63
dB
45
0~63
dB
28
0~300
ms
140
0~255
s
0
1~255
None
5
0~63
dB
12
0~63
dB
17
0~63
dB
25
0~63
dB
23
0~63
dB
31
0~63
dB
63
0~63
dB
12
0~63
dB
18
0~255
None
None
0~255
None
None
0~255
None
None
CS1, CS2, CS3, CS4 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9 MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, , DAS6, DAS7, DAS8, DAS9, DAS10, DAS11, DAS12 MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, , DAS6, DAS7, DAS8, DAS9, DAS10, DAS11, DAS12, UNFIXED
None
CS2
None
MCS6
None
DAS6
None
UNFIXED
CS1, CS2, CS3, CS4, UNFIXED MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9, UNFIXED
None
UNFIXED
None
UNFIXED
NO, YES
None
YES
NO, YES
None
NO
0~5000
ms
0~64
per cent
10
0~64
per cent
5
0~64
per cent
5
0~64
per cent
5
0~64
per cent
2
0~64
per cent
2
CLOSE, OPEN
None
0~25.5, step:0.1
dB
1~16383(BIT14), 1~65535(BIT16), 1~16777215(BIT24)
None
None
1~11 characters
None
None
0~31
None
None
0~31
None
0~31
None
None
STP, A, IUR_G, LB
None
None
2400
OPEN 30
0
0~186
None
None
0~182
None
None
0~128
dB
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
10~150
ms
60
10~150
ms
60
10~150
ms
60
10~150
ms
60
10~150
ms
80
10~150
ms
80
1~60
min
10
0~12
h
3
2~10
dB
2
NO, YES
None
0, 1, 2, 4, 8, 16, 32, 64
s
INACTIVE, ACTIVE
None
INACTIVE
0~335
None
None
72
YES 4
0~31(PEUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
0~63
None
48
0~63
None
0
0~63
None
0~63
None
1~3600
s
0~27
None
None
0 to 21
None
None
0~27
None
None
0~21
None
None
0~21
None
None
0~30
s
YES, NO
None
NO
1~128 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, 0~335 TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
None 0 180
15
None None
0~100
per cent
85
NO, YES
None
YES
1~12
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0, 1
None
None
0~1, 255
None
None
0~23
None
None
0~23, 255
None
None
0~53
None
None
0~53, 255
None
None
OFF, ON
None
OFF
FULL, HALF
None
FULL
0~12
h
None
1~24
h
None
0~59
min
None
0~59
s
None
10~80
None
20
0~63
None
20
0~2047
None
None
0~2047
None
None
0~15
None
None
10~3600
s
LEVEL0, LEVEL1, LEVEL2
None
0~8
None
NO, YES
None
YES
NOTSUPPORT, DDIVERSITY, DPBT
None
NOTSUPPORT
1~60
min
None
0~7
None
None
0~31
None
None
ACTIVE, ACTIVESTANDBY, SLAVE1, SLAVE2, UTRP
None
None
0~83
None
None
0~7
None
None
16~19
None
None
E1, T1
None
None
0.0.0.0~255.255.255.255
None
None
0~49
dB
3
0~49
dB
30
NO, YES
None
1~2147483646
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-01-01~2050-12-31
None
None
1~31
d
None
1~255
s
4
1~255
s
5
0~11
None
20 LEVEL0 2
YES 2147483646
10
NO, YES
None
NO
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
6
0.5~16, step:0.5
s
1
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
1
0.5~16, step:0.5
s
6
YES, NO
None
None
NO, YES
None
YES
NO, YES
None
NO
0~31
None
16
0~31
None
7
DATE, WEEK, DATEWEEK
None
1~15
None
ERR_PFM_5E6, ERR_PFM_1E5, ERR_PFM_5E5, OFF, ON ERR_PFM_1E4, ERR_PFM_5E4, ERR_PFM_1E3, ERR_PFM_5E3
None
OFF
None
None
0~63
None
None
NO, YES NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA
None
NO
None
Priority4
NO, YES
None
NO
0~7
None
None
0~7
None
2~4094 JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
None
None
None
0.0.0.0~255.255.255.255
None
None
NO, YES
None
NO
ENABLED, DISABLED
None
A5/0, A5/1, A5/2, A5/3, A5/4, A5/5, A5/6, A5/7
None
A5/0-1&A5/1-0&A5/2None 0&A5/3-0&A5/4-0&A5/50&A5/6-0&A5/7-0
AUTO, PLAINTEXT, ENCRYPTED
None
AUTO
AUTO, PLAINTEXT, ENCRYPTED
None
None
NO, YES
None
NO
1~65535
None
None
0~65535
None
None
0~65535
None
None
None 15
7
1~31
None degree Celsius
None
None
None
0, 2, 4, 6
None
None
00:00~23:59
None
None
8~255
None
None
1~31, step:8
None
None
1~31
None
None
DISABLED, ENABLED
None
None
DISABLED, ENABLED
None
ENABLED
0~100
per cent
OFF, ON
None
OFF
OFF, ON
None
ON
1~255
s
5
0~63
dB
5
0~100
per cent
OFF, ON
None
ON
OFF, ON
None
ON
0~100
per cent
NO, YES
None
YES
M3UA_ASP, M3UA_IPSP
None
None
M3UA_SGP, M3UA_IPSP, M3UA_SS7SP, M3UA_SP
None
None
0~63
dB
OFF, ON
None
OFF
1~4294967295
None
None
NO, YES O1E3_R5E4, O5E4_R1E4, O1E4_R5E5, O5E5_R1E5, O1E5_R5E6, O5E6_R1E6
None
NO
None
O5E4_R1E4
OFF, ON
None
OFF
0~63
None
None
0~7
None
None
0~7
None
2~4094
None
1~2147483646
None
500~60000
ms
-99.0~40.0 (step: 0.1) JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
0
70
20
80
63
0 None 2147483646 3000
CLOSE, OPEN
None
CLOSE
0~255
s
HOUR, MIN, SEC
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00~23:59
None
None
ONE_BY_ONE, PARALLEL
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00:00~23:59:59
None
None
00:00:00~23:59:59
None
None
1970-1-1 00:00:00~2538-12-31 23:59:59
None
None
2000-1-1~2037-12-31
None
None
00:00:00~23:59:59 LOGINEVENT, MANAGEEVENT, AUTHEVENT, OTHEREVENT
None
None
None
None
00:00:00~23:59:59
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
FIRST, SECOND, THIRD, FOURTH, LAST
None
None
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
0
CURRENT
CURRENT
CURRENT
CURRENT
1~9 characters
V or A
100
1~9 characters
V or A
0
NoExclusive, Exclusive
None
NoExclusive
0~100
per cent
None
0~63
dB
30
0~63
dB
30
2048~5047
None
None
1~64 characters
None
None
5048~8047
None
None
1~64 characters
None
None
2048~5047
None
None
1~64 characters
None
None
CLOSE, OPEN
None
CLOSE
NO, YES
None
YES
EM0, EM1 None 60sec, 120sec, 240sec, 480sec, 960sec, 1920sec, 3840sec, 7680sec s
EM0
TYPE1, TYPE2, TYPE3
None
TYPE1
Normal_cell, DualTst_ExtCell
None
Normal_cell
SEND, NOTSEND
None
SEND
0~12750, step: 50
ms
NO, YES
None
NO
NO, YES
None
NO
OFF, ON
None
None
OFF, ON
None
OFF
0~63
dB
PLUS_1, MINUS_1
None
None
HIGH_SPEED, LOW_SPEED
None
None
55~100
None
None
CONTINUOUS, DISCRETE, DUTY_RATIO
None
None
NO_SPEED_ADJUSTMENT, NORMAL_FAN, IND_FAN None HW_AUTO_TEMPERATURE_CONTROL, SPECIFY_RATE, SOFTWARE_CONTROL None
None
IND_FAN, NORMAL_FAN
None
None
0~100
per cent
NO, YES
None
60sec
8
30
SOFTWARE_CONTROL
0 NO
OFF, ON
None
OFF
OFF, ON
None
None
CLOSE, OPEN
None
CLOSE
0~100
per cent
0~1999
None
0~1999
None
0
0~1999
None
0
0~1999
None
0
10~1999
None
0~1999
None
2~1999
None
None
0~62
None
None
0~62
None
None
0~100
per cent
None, 16bit, 32bit
None
16bit
None, 16bit, 32bit
None
16bit
ON, OFF
None
ON
43.2~57.5 (step: 0.1)
V
AUTO, MANU
None
None
AUTO, MANU
None
None
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
0~1
None
None
0~16383
None
None
0~49
dB
0~3
None
2
-20, -6, -18, -8, -16, -10, -14, -12
dB
0
0~7
dB
0
Negative infinity, -28~28, step: 4
dB
8
RSCP, EcN0
None
-114~-84, step: 2
dBm
6
0~63
None
10
0~511
None
1~1000
None
55 None
None 0
85
535
10
RSCP
None 4
NO, YES
None
NO
0~1000
per mill
2
0~1000
per mill
4
0~1000
per mill
8
0~1000
per mill
16
0~1000
per mill
32
0~1000
per mill
64
0~1000
per mill
128
NO_FH, BaseBand_FH, RF_FH, Hybrid_FH
None
NO_FH
1~128 characters
None
None
1~200 characters
None
None
0~200 characters
None
None
0~128 characters
None
None
txt, csv
None
csv
0~32
None
FALSE, TRUE
None
None
NO, YES
None
NO
INACTIVE, ACTIVE
None
INACTIVE
0~100
per cent
0~65534
s
0
0~65534
s
0
DISABLE, ENABLE
None
60~65534
s
900
60~65534
s
900
FIX_16K_ABIS, FLEX_ABIS, SEMI_ABIS
None
FIX_16K_ABIS
OFF, ON
None
OFF
OFF, ON
None
OFF
0~65535
ms
4500
0~65535
ms
1000
OFF, ON
None
None
OFF, ON
None
ON
OFF, ON
None
ON
OFF, ON
None
ON
OFF, ON
None
ON
6
80
ENABLE
OFF, ON
None
None
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~200
None
0
CLOSE, OPEN
None
0~19
None
INDOOR, OUTDOOR
None
None
0~128 characters
None
None
1~100 characters
None
None
1~128 characters
None
None
0~128 characters
None
None
0~100 characters
None
None
1~256 characters
None
None
1~256 characters
None
None
OPEN, CLOSE
None
OPEN
1~300
s
15
0~30
s
0
Close, Open
None
Close
NO, YES
None
NO
NO, YES
None
YES
0~31
None
None
0~23
None
None
1~30
ms
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
128~1024
byte
-2715647~2715647
None
OPEN 5
2
256 None
0~255
None
0
NO, YES
None
YES
ONTIME, RELATIVE ONTIME, DAILY_T, DAILY_C, WEEKLY_T, WEEKLY_C, MONTHLY_T, MONTHLY_C
None
None
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
NO, YES
None
NO
PGSM900, 0~65535 EGSML25, EGSM35M, RGSML25, GSM900_RGSM39M, DCS1800, PCS1900, GSM850, EGSM24M, DCS1800_L, DCS1800_H
None
0~100
per cent
0~1023
None
None
LOOSE, TIGHT
None
LOOSE
1~800 characters
None
None
MainDiversity, MaximumMeanValue
None
MaximumMeanValue
NO, YES
None
YES
May_Use, Shall_Use, Shall_NOT_Use
None
Shall_Use
0~23
None
None
0~23
None
None
0~255
None
None
0~254
None
None
TXT, CSV
None
TXT
0~33
None
None
1~33
None
None
0~33
None
None
0~255
dB
0~600
s
5
0.5~16, step:0.5
s
4
0~255
dB
0~600
s
1
0.5~16, step:0.5
s
6
0~200000
kbit/s
0
0~200000
kbit/s
0
0~100
per cent
20
0~100
per cent
15
0~200000
kbit/s
0
0~100
per cent
1
0~200000
kbit/s
0
0~100
per cent
0
0~100
per cent
5
None
36671 None 25
20
10
0~200000
kbit/s
-100~100
per cent
0~100
None
A0, U1
None
0~31 hour{0~23} min{0~59}
None
0~100
None
OFF, ON hour{0~23} min{0~59}
None
None
None
None
NO, YES
None
NO
OFF, ON
None
OFF
DEG, SEC
None
DEG
NO, YES
None
YES
NO, YES
None
YES
OFF, ON
None
None
0.5~4, step: 1/8
bit
NO, SupportAsInnPcu, SupportAsExtPcu
None
NO
NO, SupportAsInnPcu, SupportAsExtPcu
None
NO
DB110, DB108, DB106, DB104, DB100, DB98, 0dB, 2dB, 4dB, 6dB, 8dB, 10dB, DB102, 12dB, 14dB DB96, DB94, DB92, DB90, DB88, DB86, DB84, DB82, GPRS, EGPRSNORCH, EGPRSPRICH, EGPRSSPECH, 10sec, 20sec, 30sec, 40sec, 50sec, 60sec, 70sec, 80sec, DB80, DB78, DB76, DB74, DB72, DB70, DB68, DB66, NONGPRS 90sec, 100sec, 110sec, 120sec, 130sec, 140sec, 150sec, DB64, DB62, DB60, DB58, DB56, DB54, DB52, DB50, 160sec, 180sec, 190sec, 200sec, 210sec, 220sec, DB48, no170sec, use 230sec, 240sec, 250sec, 260sec, 270sec, 280sec, 290sec, 300sec, 310sec, 320sec, no use
dB
2dB
None
NONGPRS
dB
DB110
s
10sec
0~7
None
0db, 10db, 20db, 30db, 40db, 50db, 60db, infinity, no use
dB
10db
GPS, GLONASS, GPSGlonass
None
GPS
1~60
min
NO, YES
None
NO
0~100000000
None
None
0~100000000
None
None
0~65534
None
None
1~20 characters
None
None
0~512
None
0~2047
None
None
IP
None
None
None
0 110 10 A0 12 None 40
20
5
10
0
LAC_CI, PLMN, LAC, CI
None
None
0~100
per cent
80
1~15
None
10
0~3 None ECHOREPLY, UNREACH, SOURCEQUENCH, REDIRECT, ECHO, ROUTERADVERT, UNSUPPORT, SUPPORT ROUTERSOLICIT, TIMXCEED, None PARAMPROB, TSTAMP, TSTAMPREPLY, IREQ, IREQREPLY, MASKREQ, MASKREPLY None
3 SUPPORT
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
NO, YES
None
NO
0~255
dB
0~600
s
5
0.5~16, step:0.5
s
4
0~255
dB
0.5~16, step:0.5
s
NO, YES
None
NO
NO, YES
dB
NO
1000~600000
None
None
0~62
None
None
0.5~8, step:0.5
s
2
0.5~8, step:0.5
s
3
0~65535
None
65535
0~65535
None
65535
DCS1800, PCS1900
None
1~14
None
YES, NO
None
NO
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
1~10
d
None
UNSUPPORT, SUPPORT
None
UNSUPPORT
SysOpt, OSubcell, USubcell, NoPrefer
None
SysOpt
NO, YES
None
NO
0~63
dB
10
0~63
dB
0
None
20
10 6
DCS1800 1
BYCELLNAME, BYCGI
None
None
1~64 characters
None
None
HOALGORITHM1, HOALGORITHM2
None
HOALGORITHM1
NO, YES
None
NO
0~16
None
3
0~16
None
3
0~63
dB
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
8
0~49
dB
0.5~16, step:0.5 FREE, INCELL, OUTCELL, OUTST, OUTBSC, OUTSYS, SPCELL
s
0~127
dB
68
0~61
dB
32
Pre_2G_Cell, Pre_3G_Cell, Pre_2G_CellThres
None
0~255
s
0~63
None
None
0~63
None
None
BaseBand_FH, RF_FH
None
None
NO, YES, NONE
None
YES
0~63
dB
OFF, ON
None
0~63
None
0~23
None
None
NO_FH, BaseBand_FH, RF_FH
None
NO_FH
0~63
dB
63
1~60
min
15
0~63
dB
50
NO, YES
None
0.5~16, step:0.5
s
10
0.5~16, step:0.5
s
10
0.5~16, step:0.5
s
4
SINGLEHOST, PRIMHOST, SLAVEHOST
None
SINGLEHOST
SINGLEHOST, PRIMHOST, SLAVEHOST
None
SINGLEHOST
None
50
35 3 None
Pre_2G_CellThres 5
25 OFF 0
YES
0~63
dB
25
0~63
dB
50
NO_HPANT, YES_HPANT, NONE
None
NONE
NO_HPANT, YES_HPANT
None
None
0~5
None
None
1~14
None
NO, YES
None
35.0~55.6 (step: 0.1)
V
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
May_Use, Shall_Use, Shall_NOT_Use
None
Shall_Use
0~63
None
0~23
None
None
OFF, ON
None
OFF
0~254
None
None
SBFD, MBFD
None
0~30
None degree Celsius degree Celsius
DISABLE, ENABLE
None
ENABLE
CLOSE, OPEN
None
OPEN
1~9 characters
per cent
80
1~9 characters
per cent
10
0.0~100.0 (step: 0.1)
None
1000
0.0~100.0 (step: 0.1)
None
800
0.0~100.0 (step: 0.1)
None
0
0.0~100.0 (step: 0.1)
None
100
1~30
min
180~1260
s
1~60 E1PORT0, E1PORT1, E1PORT2, E1PORT3, OPTICALPORT0, OPTICALPORT1
min
None
None
None
MAINDOMU, SLAVEDOMU1, SLAVEDOMU2
None
None
60~600
s
0~23
dB
-99~70
1 NO 440
0
40 None
15 720
90 4
0~23
dB
10
NO, YES
None
0~10, Step: 0.5
s
4
TCH:480~1920, step:480; SDCCH:470~1880, step:470
ms
4
0~14
dB
0
0~14
dB
4
0~63
dB
7
NO, YES
None
0~10, Step: 0.5
s
OFF, ON
None
OFF
OFF, ON
None
OFF
0~23
dB
0~10, Step: 0.5
s
0~23
dB
13
0~31
dB
10
NO, YES
None
2~600
s
4
0~63
dB
0
0~63
dB
0
0~22
dB
0
0~22
dB
0
0~63
dB
4
0, 1
None
0
5~40
None
20
NO, YES
None
0~63
dB
0
0~30
dB
7
0~10, Step: 0.5
s
5
0~16
None
4
0~63
None
0
2~600
s
8
0~50
dB
0~10
None
6
0~63
dB
4
NO
NO 0
10 2
YES
NO
15
0~160
dB
110
0~23
dB
1
NO, YES
None
NO
OFF, ON
None
OFF
0~63
None
NO, UNDER, INNER, YES
None
UNDER
NO, YES
None
NO
0~23
dB
NO, YES, NULL
None
NO
DISABLE, ENABLE
None
ENABLE
44~1024
byte
64
0~63
None
22
0~63
None
20
0~63
None
18
1~30
None
None
1~30, 100~32767
None
None
0~65535
None
None
0~255
None
0~255
None
0~63
None
BYIDX, BYNAME
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID, BYCGI
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
0~255
None
None
BYTLLI, BYIMSI
None
None
BYCELL, BYBSC
None
None
YES, NO
None
YES
0~3071
None
None
Positive, Minus
None
Positive
20
5
84 None 2
0~125
None
0
NO, YES
None
0~32
None
1~15 characters
None
1000~30000
ms
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
0~254
ms
4
1~5
None
2
NO, YES
None
NO
NO, YES
None
NO
0~255
bit
NO, YES
None
0~255
s
1~15 characters
None
None
1~15 characters
None
None
500~60000
ms
10000
0~8
bit
4
1~30
d
3
0~360
degree
0~62
None
None
NO, YES
None
NO
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
10
CELLCAPCLASS, NACCRELATED
None
CELLCAPCLASS
CLOSE, OPEN
None
OPEN
0~39
None
25
0~39
None
12
0~50
W
8
0~3
None
1
0~3 None TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, 0~2 TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, None TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
0
YES 1 None 5000
0 NO 10
360
2 None
NO, YES
None
NO
NO, YES
None
YES
0~2047
None
None
1~64 characters
None
None
NO, YES
None
NO
1~255
s
0~63
dB
0~100
per cent
0~335
None
None
0~23
None
None
0~15
None
None
Degree, D_min_sec
None
Degree
NO, YES
None
NO
0~27
None
None
0~23
None
None
0~11
None
None
0~254
None
None
2~3600
s
None
0~127
dB
INTBANI, INTBANII
None
0~127
dB
68
0~255
s
15
0.5~8, step:0.5
s
2
0.5~8, step:0.5
s
3
NO, YES
None
YES
NO, YES
None
YES
48~115
None
110
48~115
None
105
48~115
None
98
48~115
None
92
48~115
None
87
48~115
None
85
0~60
d
480~14880, step: 480
ms
10 5 90
67 INTBANII
3 20
NO, YES
None
NO
1~100
None
NO, YES
None
NO
NO, YES
None
NO
1~49
dB
20
0~49
dB
49
1~49
dB
5
1~91
dB
60
0~91
dB
91
1~91
dB
10
NO, YES
None
NO
{0~4}
None
OFF
1~240
h
72
1~10
s
1
0~31
None
1
0~63
dB
500~60000
ms
500~60000
ms
NO, YES
None
YES
NO, YES
None
NO
500~60000
ms
NO, YES
None
0~49
dB
25
1~255
s
10
0~91
dB
30
0~255
None
None
0~31
None
None
1~1440
min
30~1024
d
None
NO, YES
None
NO
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
80
30 None 10000
10000 None
30
0.0.0.0~255.255.255.255
None
255.255.255.255
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~100
per cent
10
0~100
per cent
5
No_HC, UDP/IP_HC, RTP/UDP/IP_HC
None
UDP/IP_HC
No_HC, UDP/IP_HC, RTP/UDP/IP_HC
None
UDP/IP_HC
0~5
None
None
0~5
None
None
0~12999
None
None
IP_OVER_FE/GE, IP_OVER_E1
None
IP_OVER_FE/GE
IP_OVER_FE/GE, IP_OVER_E1
None
None
NO, YES
None
NO
NO, YES
None
None
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
None
UNSUPPORT, SUPPORT
None
None
NO, YES
None
NO
YES, NO
None
NO
NO, YES
None
YES
NO, YES
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
None
NO, YES
None
None
NO, YES
None
NO
STATIC, DYNAMIC
None
None
NO, YES
None
None
NO, YES
None
NO
YES, NO
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
YES, NO
None
None
NO, YES
None
NO
NO, YES
None
NO
NOT_CONFIG, CONFIG
None
NOT_CONFIG
1~64
None
None
1~30
None
None
TRUE, FALSE
None
None
0~65535
None
ABIS, A, ATER, IUR_G
None
None
PPP, MP
None
None
OVERLAID, UNDERLAID, NONE
None
NONE
CONVERT0, CONVERT1, CONVERT2, CONVERT3
None
CONVERT0
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
10
Normal_cell, Concentric_cell, EDB_cell
None
Normal_cell
OFF, ON
None
None
Hexadecimal, Character_String
None
Character_String
0~124 characters
None
None
0~124 characters
None
None
NULL, 1byte, 16byte, 64byte
None
None
OFF, ON
None
None
Hexadecimal, Character_String
none
Character_String
0~124 characters
None
None
65535
0~124 characters
None
None
NULL, 1byte, 16byte, 64byte
None
None
OFF, ON
None
None
Hexadecimal, Character_String
None
None
NULL, 1BYTE, 16BYTE, 64BYTE
None
None
0~64 characters
None
None
0~64 characters
None
None
ZERO, SPACE
None
None
DISABLE, ENABLE
None
None
1~255, (step: 20)
ms
None
DENY, ALLOW
None
DENY
NOT-INDICATE-END, INDICATE-END
None
None
0~63
dB
0
1~30
s
2
1~65533, 65535
None
None
1~65533, 65535
None
None
STATIC_LACP, MANUAL_AGGREGATION
None
None
1~5 characters
degree
None
0~90
degree
None
0~90
degree
None
0~59
minute
None
0~9
second
None
0~59
second
None
-90~90, step: 0.000001
degree
None
-90:00:00.000~90:00:00.000
SEC
None
100~10000, step:100
ms
2
0~100
None
4
0~10000
ms
0~15
None
3
0~15
None
8
1, 2, 3, 4
None
3
1, 2, 3, 4
None
3
0~100
None
0
0~300
s
25
20
0~300
s
30
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
CSFHHO
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
PSDOWN
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
AMRC
0~186
None
None
CRITICAL, MAJOR, MINOR
None
None
INFO, WARN, ERR, AST
None
None
ON, OFF
None
None
0~7
None
NO, YES, NONE
None
YES
NO, YES
None
YES
0~63
dB
2
0.5~16, step:0.5
s
4
0
OAM, TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, s 0.5~16, step:0.5 FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, TDM_Switching, A_TDM, Abis_IP,GCP, SAU RGCP, MCP, GTC, GPCU, IP, FR, None HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP None
None
IP, Abis_IP
None
None
A/Gb, Abis/Ater/Pb/Gb
None
None
5120~5375
None
None
0~99
None
10
90~99
per cent
90
70~95
per cent
70
0~17407
None
None
DIFFERENCE, ALL
None
DIFFERENCE
64K, 2M
bit/s
64K
0~9 characters None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None 1~8 characters TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
6
None
10 None None
0~40
V
35
40~80
V
45
LUCENT_MODE, HUAWEI_MODE, ALCATEL_MODE
None
None
8K, 16K, 32K, 64K, 2M
None
None
B0000, B0001, B0010, B0011, B0100, B0101, B0110, M3UA_MASTER_MOD, M3UA_SLAVE_MOD B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
M3UA_MASTER_MOD
None
B1111
B0000, B0001, B0010, B0011, B0100, B0101, B0110, B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
0~100
per cent
RANDOMALG, OTHERALG
None
1~10
s
0~1000
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
-64dB ~ 63dB
None
0~255
s
10
0~63
dB
63
1~255
s
10
1~63
dB
5
1~16
None
3
0~63
dB
NO, YES
None
NO
FORBID, PERMIT
None
PERMIT
0~63
None
40
0~100
per cent
60
0~100
per cent
85
NO, YES NOTSTADYNPDCH, DYNPDCHASOCCUPY, DYNPDCHASIDLE
None
YES
None
DYNPDCHASIDLE
OFF, ON
None
None
0~65534
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~1023
None
None
0~1
None
None
0~35
None
None
0~35
None
None
1~200 characters
None
None
B1111 80 RANDOMALG 4 100
0
25
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
OFF, ON
None
ON
1024~65535
None
None
LFB, CL
None
None
NORMMODE, RAPMODENOSERV, RAPMODERESSERV
None
NORMMODE
30~100
per cent
90
30~100
per cent
90
PFM_RESULT, HOST_PFM_RESULT, NO, YES None ACTIVE_DEF_MEAS_FILE, STANDBY_DEF_MEAS_FILE, PFM_SWITCHS, HISTORY_ALARM, HISTORY_FAULT, 0~988 None ALM_SYSTEM_CFG, SECURITY_LOG, OPT_LOG, 0~5, 8~27 BSC_CFG_MML, CELL_BASIC_INFO, None OMU_LOG, BSC_SERIES_NO, DB_BAK, MEM_DB_BAK, 30~100 BTS_BASIC_INFO, BTS_CHECK_LOG, BTS_DEBUG_LOG, per cent BTS_CHR_LOG, TRX_LOG, BTS_NET_TABLE, 30~100 per cent DEBUG_LOG, LAST_WORD, DSP_DEBUG_LOG, HOST_LOG, 2G_CHR_LOG, 2G_UNILATERAL_CONNECT, None ON, OFF BSC_INFO, GCSR_LOG, GPSR_LOG, AIDG_LOG, BIOS_LOG None
None
COMLOG, CMPLOG
None
None
1~5 characters
degree
None
0~180
degree
None
0~180
degree
None
0~59
minute
None
0~9
second
None
0~59
second
None
-180~180, step: 0.000001
degree
None
-180:00:00.000~180:00:00.000
SEC
None
1~3
None
None
BYLOCAL, BYREMOTE
None
None
OFF, ON
None
None
LOOPTYPE_TDM, LOOP_TYPE_LVDS, LOOPTYPE_MCC None
None
0~100 NSSAINTF, NSSTCTOABIS, NSSTCTOA, NSSTNUTOABIS, NSSTNUTOA, NSSATERINTF, BSSATERINTF, MSC, MS BSSTCTOABIS, BSSTCTOA, BSSTNUTOABIS, NO_LOOP, REMOTE_LOOP, BSSTNUTOA, BSSABISINTF, LINE_REMOTE_LOOP, BTSTMU, BTSTRUDSP LOCAL_LOOP, PAYLOAD_LOOP, SIN_CHN_LOC, CIN_CHN_REM
per cent
None None 80 80 ON None
80
None
None
None
None
None
None
NO_LOOP, REMOTE_LOOP, LOCAL_LOOP
None
None
60~600
s
180
1~100
None
NO, YES
None
NO
NO, YES
None
NO
OFF, ON
None
ON
OFF, ON
None
OFF
NO, YES
None
NO
NO, YES
None
NO
E1, TIMESLOT
None
None
FG2a/GOUa board:0~119;FG2c board:0~489, 0~988 512~767;GOUc board:0~499, FG2a/GOUa/UOIa(IP) board:0~119;FG2c board:0~489, 512~767;POUc(IP)board:0~988, 1024~1535 512~767;GOUc board:0~499, 512~767;POUc(IP) board:0~988, 1024~1535
None
None
None
None
None
None
0~5, 8~27
None
None
Hub, Leaf
None
None
IR, LA
None
IR
DISABLE, ENABLE
None
DISABLE
35.0~55.6 (step: 0.1)
V
None
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
CSPH
EXCLUDE, INCLUDE
None
None
HORIZONTAL, VERTICAL
None
HORIZONTAL
HORIZONTAL, VERTICAL APPLICATION, SCNDCPU_PROG, BOOTROM, DATA, DSP, FAN
None
HORIZONTAL
None
APPLICATION
OPTLOG, SECLOG
None
OPTLOG
OPTLOG, SECLOG
None
-99~99
None degree Celsius degree Celsius
2~255
None
2
2~255
None
8
2~255
None
60
2~255
None
2
0~12
None
0
14, 15, 16, 18, 20, 22, 24, 26, 28, 30, 33, 36, 88
None
20
18, 20, 22, 24, 26, 28, 30, 32, 35, 38, 41, 45, 88
None
30
DISABLE, ENABLE
None
1024~65535
None
-99~70
1
0 -1
ENABLE 2905
0~8191
None
None
0~100
per cent
None
0~100
per cent
None
CA_MA, Frequency_List, OPTIMIZED_CA_MA
None
CA_MA
0~499
None
None
NO, YES
None
YES
NO, YES
None
NO
00:00~23:59
None
None
0~3, Step:0.2
dB
00:00~23:59
None
1~64 characters
None
None
1~64 characters
None
None
0~35
None
None
0~1
None
0~9999
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
1~20 characters
None
0 0:00
0
None
1~20 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~32
dB
0~254
None
None
64~100000, step:64
kbit/s
None
1~20
None
3
0~5
None
2
0~5
None
1
0~20
dB
1~2
None
1
1~2
None
1
24~1031
byte
1031
50~200
None
100
1~1500
byte
256
1~1500
None
None
1~255
None
None
10000~150000
None
None
100~100000 (step: 100)
W
0~254
None
0~100
None
3
0~8
None
8
0~100
per cent
0~5
None
1~255
d
8
10
125 None
30 5 None
14C, 15C, 16C, 17C, 18C, 19C, 20C, 21C, 22C, 23C, 24C, 25C, 26C, 27C, 28C, 29C, 30C, 31C, 32C, 33C, 34C, 35C, 36C, 37C, 38C, 39C, 40C, 41C, 42C, 43C, 44C, 45C, 46C, 47C, 48C, 49C, 50C, 51C, 52C, 53C, 54C, 55C, 56C, 57C, 58C, 59C, 60C, 61C, 62C, 63C, 64C, 65C, 66C, 67C, 68C, 69C, 70C, 71C, 72C, 73C, 74C, 75C, 76C, 77C, 78C, 79C, 80C, 81C, 82C, 83C, 84C, 85C, 86C, 87C, 88C, 89C, 90C, 91C, 92C, 93C, 94C, 95C, 96C, 97C, 98C, 99C
None
15C
5C, 7C, 10C, 12C, 15C, 18C, 20C, 22C, 25C
None
15C
1~255
None
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1~746
byte
1~746
None
0~30
dB
2
0~30
dB
0
0~30
dB
0
0~255
None
62
0~31
None
20
OFF, ON
None
0~255
None
1~24
h
12
0~32
None
32
2~255
None
16
0~32
dB
1~999
d
None
0~511
None
None
0.0.0.0~255.255.255.255
None
None
0~3
None
0
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~2047
None
None
1~64 characters
None
None
3 digit
None
None
1~3 characters
None
None
4, 8 4(Use two bytes to present MC priority number, 4 classes), 8(Use four bytes to present MC priority number, 8 classes)
None
None
0~2047
None
None
1~64 characters
None
None
30
64 None
OFF 255
8
None
8
0~62
None
None
ON, OFF
None
OFF
CLASS0, CLASS1, CLASS2
None
CLASS0
0~7
None
None
0~7
None
1~20 characters
None
None
1~20 characters
None
None
NO, YES
None
NO
1~5
s
EnhMeasReport, ComMeasReport
None
ComMeasReport
1~1000
None
None
1~8191 LocalMep, RemoteMep
None
None
None
None
LONG, SHORT
None
LONG
LONG, SHORT
None
LONG
0~63
None
64~100000, step:64
kbit/s
0~49
dB
10
0~63
dB
0
10~3500
mA
170
10~3500
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
10~3500
mA
140
10~3500
mA
140
0~63
dB
16
60~3600
s
60
0~63
dB
10
10~1000
ms
100
10~1000
ms
100
0
3
15 None
10~1000
ms
100
10~1000
ms
100
0~11
None
None
0~11
None
None
UP, DOWN
None
None
2~3 digit
None
None
1~64 characters
None
None
50~95
per cent
MANUAL, AUTO, FREE
None
AUTO
SERVER, CLIENT
None
None
OFF, ON
None
None
GO, UO, GU
None
None
FIXED, CYCLE
None
None
CHECK_ON_INDEPENDENT_PORT, MODE1, MODE2, MODE3, MODE4 CHECK_ON_PRIMARY_PORT, MODE1, CHECK_ON_STANDBY_PORT MODE2, MODE1, MODE3 MODE2, MODE1, MODE3 MODE2, MODE1, MODE3 MODE2, MODE1, MODE3 MODE2, MODE1, MODE3 MODE2, MODE3
None
None
None
None
None
MODE1
None
MODE1
None
MODE1
None
MODE1
None
MODE1
None
MODE1
30MINS, 60MINS, 120MINS, 240MINS
None
None
1~1440
h
None
0~12
None
None
0~600
m/s
35
0~100
per cent
10
0~100
per cent
5
0~31(PEUa), 0~167(POUc)
None
None
0~167
None
None
0~3 MODE1_1, MODE2_1, MODE3_1, MODE4_1, MODE5_1, MODE6_1, MODE16K
None
None
None
MODE4_1
0~1
None
None
DISABLE, ENABLE
None
ENABLE
MLPPP, MCPPP
None
MCPPP
80
0~27
None
None
0~11
None
None
NO, YES
None
YES
0~31
None
4
1~255
None
5
NOreport, Twice_ps, Once_ps, Once_2s, Once_4s
None
4~30
dB
4
4~30
dB
4
OFF, ON
None
OFF
OFF, ON_WITH_SDCCH, ON_WITHOUT_SDCCH
None
None
128~1500
None
1500
1~16
None
3
OFF, ON
None
0~65535
None
1800
1~10
None
1
0~1023
None
0
NO, YES
None
NO
OFFLOAD, NORMAL, UNAVAIL
None
NORMAL
R98_or_below, R99_or_above
None
R98_or_below
5000~40000
ms
1~32 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
Once_ps
OFF
15000
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
NO, YES
None
NO
1_Times, 2_Times, 4_Times, 7_Times
None
4_Times
CLEAR, LOP, FS, MS, EXERS, MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9
None
None
None
MCS5
10~80
None
0~254
None
0~63
dB
0~255
None
1000~3000
ms
1~600
s
0~31
None
ON, OFF
None
50~95
per cent
ALARM_METHOD, LOOP_METHOD
None
None
0~31(EIUa/OIUa), 0~63(POUc)
None
None
MET, IMP
None
MET
500~1500
None
256~1650
byte
0~1500
None
19.0~24.0, step:0.1
V
REPORT6, REPORT1, REPORT2, REPORT3
None
REPORT6
0~255
s
None
DISABLE, ENABLE
None
None
0~10
s
None
0~15
min
NO, YES
None
1~1500
ls
1~1500
ls
None
UDPMUX, ABISMUX, ATERMUX
None
None
0~12
None
1~16(FG2a/GOUa), 1~512(FG2c/GOUc)
None
1~3
None
3
5~254
None
5
34~254
None
34
29~254
None
29
OFF, ON
None
40 None 10 200 1000 45 2 None 85
800 None 1500 225
0 NO 1000
6 None
OFF
5~254
None
5
5~254
None
5
23~254
None
23
8~30
None
20
2~5
None
3
3~10
None
10
1~255
None
6
1~10
None
3
1~10
None
4
NO, YES
None
NO
1~49 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~49 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~50 characters
None
None
NO, YES
None
NO
0~15
None
DISABLE, ENABLE
None
DISABLE
0~5047
None
None
1~64 characters
None
None
0~5047
None
None
1~64 characters
None
None
0~5047
None
None
1~64 characters
None
None
5048~8047
None
None
1~64 characters
None
None
OFF, ON
None
None
2
0~65535
None
None
1~65533, 65535
None
None
1~3 characters
None
None
1~3 characters
None
None
NO, YES
None
NOTSUPPORT, SUPPORT
None
NO, YES
None
0~7 SELECTION0_PERM, SELECTION1_PERM, SELECTION2_PERM, SELECTION3_PERM, 0~7 SELECTION4_PERM, SELECTION5_PERM, SELECTION6_PERM, SELECTION7_PERM
None
NO SELECTION0_PERMNOTSUPPORT 1&SELECTION1_PERM1&SELECTION2_PERMNO 1&SELECTION3_PERM1&SELECTION4_PERMNone 1&SELECTION5_PERM1&SELECTION6_PERMNone 1&SELECTION7_PERM1
0~255
None
1
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
4
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
4
0~127
dB
0
0~127
dB
60
0~127
dB
64
0~127
dB
68
0~127
dB
72
0~127
dB
74
0~127
dB
76
0~127
dB
80
0~7
None
0
0~7
None
0
NC0, NC1, NC2
None
NC0
NO, YES
None
YES
0.0.0.0~255.255.255.255
None
None
0~60
s
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
INT, INTB, NAT, NATB
None
None
1~62 characters
None
None
NMOI, NMOII, NMOIII
None
NMOII
None None
4
0~255
None
None
0~255
None
None
0~255
None
None
0~255
None
None
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
NO, YES
None
0~255
dB
2
0~255
dB
30
0~255
dB
1
0~255
dB
95
0~7
None
0~100
per cent
85
0~255
dB
14
0~255
dB
103
NO, YES
None
0~7
None
0~100
per cent
ABIS, A, BSC, TC, IUR_G
None
0~64
None
NO, YES
None
0~70
None
1~1000
Ah
OFF, ON
None
NO
0
NO 2 25 None 8 NO 50 100 ON
NODRX, 0.24sec, 0.48sec, 0.72sec, 0.96sec, 1.20sec, 1.44sec, 1.92sec
s
100~10000
ms
2500
100~10000
ms
2500
FORBID, PERMIT
PERMIT
40.0~70.0 (step: 0.1)
None degree Celsius
CLOSE, OPEN
None
CLOSE
5~1275, step:5
min
48
10~255
s
30
1~10
None
3
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~1023
None
None
0~1023
None
None
NO, YES
None
YES
0~65534
None
None
0~65534
None
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
North_latitude, South_latitude
None
None
0~65534
None
None
0~1023
None
0~30
None degree Celsius degree Celsius
1~255
None
0~100
per cent
0~100
per cent
0
0~100
per cent
0
0~100
per cent
0
0~100
per cent
0
0~63
None
None
OFF, ON
None
None
SITE, CELL, BOARD
None
None
BYCELL, BYTRX
None
None
0~499
None
None
0~499
None
None
0~30
0.24sec
500
2
9 16 10 None
ALL, BOARD, PORT, DSP
None
None
BTS, CELL, LOC, BOARD, PORT
None
None
CELL, TRX, CHN
None
None
OFF, ON
None
OFF
NO, YES
None
YES
NO, YES
None
NO
OFF, ON
None
None
4~255
s
0~63
None
0~256
kbit/s
64
0~256
kbit/s
64
0~7
None
0~7
None
2~4094
None
0~96
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
1~32 characters
None
None
1~16777215
None
None
1~16777215
None
None
0~4
None
None
PRIM, SEC
None
None
0~3
None
None
OPINDEX0, OPINDEX1, OPINDEX2, OPINDEX3
None
None
NORMAL, FORCE
None
None
BYCICRANGE, BYCICVALUE
None
None
BYTSRANGE, BYTSVALUE
None
None
BYTSRANGE, BYTSVALUE
None
None
BYCICRANGE, BYCICVALUE
None
None
0~255 characters
None
None
SysOpt, OSubcell, USubcell, NoPrefer
None
SysOpt
0~63
dB
35
0~255
bit
63
L0, L1, L2, L3, L4, L5, L6, L7
None
10 None
None 1 None 1
L0
SDH, SONET
None
None
MANUAL, FORCED, CLEARALARMA
None
None
FORBID, RESTORE
None
None
0~4
None
None
0~7
None
None
One_touch, Step_by_Step
None
Step_by_Step
1~200 characters
None
None
0~36
None
0~63
dB
NO, YES
None
500~60000
ms
10000
500~60000
ms
10000
NO, YES
None
0~100
per cent
80
0~50
W
15
0~63
dB
25
NO, YES
None
1~255
s
1
1~255
s
5
0 20 YES
NO
YES
0~63 dB TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, 0~100 TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, per cent TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
5
None
0~335
None
None
0~15
None
None
0~31
None
None
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
1.0~200.0 (step: 0.1)
W
None
30.0~53.0 (step: 0.1)
dB
None
0.1dB, 0.1W
None
None
0~100
per cent
NO, YES
None
50
90 YES
0~27
None
None
0~27
None
None
0~11
None
None
NO, YES
None
NO
NO, YES
None
NO
CLOSE, OPEN
None
CLOSE
1~60
s
0~255
None
10~3500
mA
320
10~3500
mA
320
10~3500
mA
185
10~3500
mA
280
10~3500
mA
280
10~3500
mA
155
100~10000
ms
1500
100~10000
ms
1500
1~255 40.0~70.0 (step: 0.1)
s degree Celsius
580
50~95
per cent
90
50~95
per cent
85
50~95
per cent
80
50~95
per cent
75
NO, YES
None
NO
NO, YES
None
NO
10~65535
None
180
0~255
ms
255
10~65535
None
220
1~8 Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, Pan_6, Pan_7, 255 Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, Pan_6, Pan_7, 255 Pan_4, Pan_8, Pan_12, Pan_16, Pan_20, Pan_24, Pan_28, Pan_32, 255
None
4
15 None
15
None
Pan_1
None
Pan_2
None
Pan_20
L0, L1, L2, L3, L4, L5, L6, L7
None
L0
0~9999
None
None
0~99
None
None
ENABLED, DISABLED
None
DISABLED
0~65535
None
None
0~65535
None
None
0~25.5, step:0.01
dB
NO, YES QoS, BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
NO
None
None
MAINCPU_PATCH, DSP_PATCH, UCODE_PATCH DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, DB20, DB22, DB24, DB26, DB28, DB30
None
None
dB
DB2
NO, YES
None
YES
0.5~16, step:0.5
s
0~127
dB
0.5~16, step:0.5
s
6
0~65535
None
2
TCH:480~7200, step:480; SDCCH:470~7050, step:470
ms
3
BCCH, PDCH
None
PDCH
0~31
None
None
0~31
None
None
0~31
None
None
0~31
None
None
NO, YES
None
NO
10~160
None
NO, YES
None
NO
NO, YES
None
NO
10~70
None
1~10
s
0~65534
None
None
0~65534
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~2047
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
79
4 68
80
70 5
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
1024~65535
None
None
1~63 characters
None
None
NO, YES
None
YES
0~255
s
10
0~63
None
30
0~255
s
255
1~60
s
5
15~720, step:15
min
None
Disable, Enable
None
Enable
Disable, Enable
None
Enable
NO, YES
None
YES
NO, YES
None
NO
0~2
None
2
10~1000
None
660
10~2000
None
660
100~600000 BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, , AF43, EF
ms
1000
None
None
None
None
NO, YES
None
YES
DISABLE, ENABLE
None
None
5~64
None
10
64~1024
byte
128
2~1500
byte
24~1031
byte
NO, YES
None
20~1500
byte
56
0_level, 95~512 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
byte
128
0~10, step:0.2
dB
None
None 1031 NO
12_level 0
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 0_level, 2_level, 3_level, 4_level, 5_level, 6_level, 13_level,1_level, 14_level, 16_level, no use 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
None
13_level
None
14_level
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 0~10, step:0.2 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
dB
0~10, step:0.2
dB
0
100~10000, step:100
ms
10
0~1, step:0.001
None
30
A, ABIS
None
None
OFF, ON
None
None
0~600
s
None
30~100
per cent
60
30~100
per cent
60
50~400, step: 50
ms
2
2~15
None
5
CLOSE, OPEN, AUTO
None
30~100
per cent
50
30~100
per cent
50
ON, OFF
None
ON
0~11
None
None
1~32
None
None
0~3
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~7 0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc) 0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc) 0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
None
None
None
None
None
None
0~7
None
None
0~11
None
None
0(OIUa), 0~3(POUc)
None
None
0~7
None
None
None
0 16_level
OPEN
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~11
None
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~335
None
None
0~31
None
None
0~335
None
None
0~335
None
None
0~355
None
None
0~255
None
None
0~23
None
None
0~23
None
None
0~335
None
None
0~1
None
None
0~1
None
None
0~255
None
None
250~650
None
650
6~120
None
16
6~120
None
6
NotSupport, Support
None
0~9
None
2
0~9
None
2
0~250 characters
None
None
1~250 characters
None
None
21~65535
None
None
0~1
None
None
0~1
None
None
0~15
None
None
1~16
None
IP, HDLC
None
None
CLOSE, OPEN
None
CLOSE
ETHER, TRUNK
None
None
TOPEXTOUTPORT, TOPEXTINPORT
None
None
BCCHNorm, BCCHExt
None
BCCHNorm
BYBTSTYPE, BYBTS
None
None
Support
16
0.1~100.0 (step: 0.1)
kVA
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
0~1000
None
0~10, step: 0.2
dB
0
0~10, step: 0.2
dB
0
POWER_48_24, POWER_240_24
None
80W, 63W, 60W, 55W, 50W, 45W, 40W, 31W, 30W, 27W, 220VAC, N48VDC, P24VDC None 26W, 25W, 24W, 21W, 20W, 19W, 18W, 17W, 16W, 15W, 14W, 0~13 13_3W, 13W, 12_5W, 12W, 11_5W, 11W, 10W, 9_5W, None 9W, 8_5W, 8W, 7_5W, 7W, 6_5W, 6W, 5_5W, 5W, 4_5W, 4W, 3_7W, 3_1W, 3W, 2_5W, 2W, 200mW, DEFAULT None
125
100
POWER_48_24 220VAC 0 DEFAULT
0~100
per cent
10
0~100
per cent
5
0~499
None
None
0~499
None
None
0~499
None
None
0~15
None
None
Disable, Enable
None
Disable
0~5
None
YES, NO
None
NO
ALLOWED, NOT_ALLOWED
None
NOT_ALLOWED
OFF, ON
None
OFF
1~255
None
1
0~255
None
60
0, 3, 4, 5, 6
None
6
NO, YES
None
NO
NO, YES
None
NO
30~100
per cent
60
30~100
per cent
60
30~100
per cent
50
30~100
per cent
50
2
PRIOR-1, ON, OFF PRIOR-2, PRIOR-3, PRIOR-4, PRIOR-5, PRIOR- None 6, PRIOR-7, PRIOR-8, PRIOR-9, PRIOR-10, PRIOR-11, Prior-1, Prior-2, Prior-3,PRIOR-14, Prior-4, Prior-5, Prior-6,PRIOR-16 Prior-7, PRIOR-12, PRIOR-13, PRIOR-15, None Prior-8, Prior-9, Prior-10, Prior-11, Prior-12, Prior-13, Prior14, Prior-15, Prior-16 None
ON None Prior-1
0~100
per cent
80
0, 1, 2, 3, 4, 5, 6, 7, no use
None
2
0~99
None
0
0~99
None
0
HIGH, LOW
None
None
TDME1_O, TDME1_1, FE_E, FE_O, IPOE
None
None
1, 2
None
None
TDME1_O, TDME1_1, FE_E, FE_O, IPOE
None
None
0~200 characters
None
None
DEFAULT, CUSTOMIZDE, DISABLE
None
None
ITUT, ANSI, TTC
None
ITUT
Q933, ANSI
None
Q933
5~300
s
0~255
min
60~3600
s
ALL, SINGLE
None
None
ALL, SINGLE
None
None
ALL, PORT, SINGLE
None
None
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
ON
OFF, ON
None
OFF
OFF, ON
None
ON
0~100
per cent
100
0~100
per cent
100
NO, YES BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
NO
None
None
0~7
None
None
0~7
None
4
1~16
None
6
NO, YES
None
15 5 300
NO
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
0~7
None
None
0~7
None
6
0~63
None
25
COMMONUSRM, SPECUSRM
None
-121~-104
dBm
-109
-121~-104
dBm
-109
OFF, ON
None
10~10000
None
100~600000
ms
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
0~63
None
NO, YES
None
None
ON, OFF
None
None
BOOL, VALUE
None
None
123~65534
None
None
0~31
s
GB_OVER_FR, GB_OVER_IP
None
None
BOOL, VALUE
None
BOOL
B8ZS, HDB3, AMI, AMI_ZCS E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME
None
None
None
None
None
None
None
None
0~15
None
None
FE, GE None APM100, APM200, APM30, EPS4890, EPS4815, SC48200, CUSTOM None
None
None
ON 500 1000
35
0
None
0~200 characters
None
None
1~50 characters
None
None
1~50 characters
None
None
1~65535
ms
0~64 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
6~32 characters
None
None
0~31 BIT0, BIT1, BIT6, BIT7, BIT8, BIT9, BIT14, BIT15, BIT16, BIT17, BIT22, BIT23, BIT24, BIT25, BIT29, BIT30, BIT31 BIT0, BIT1, BIT2, BIT3, BIT4, BIT5, BI16, BIT7, BIT8, BIT9, BIT10, BIT11, BIT12
None
None
None
None
None
None
NO, YES
None
NO
NO, YES
None
NO
PWR2, PWR3
None
PWR3
0~3
None
NO, YES
None
YES
OnlyCurPwrLoc, ALLPwrLoc
None
ALLPwrLoc
CLASS0, CLASS1, CLASS2
None
None
0~720
min
NO, YES DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, Default
None
YES
None
Default
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
0~63
None
None
0~63
None
None
0~63
None
None
0~63
None
None
0~63
None
None
Use_Qsearch_I, Always
None
Use_Qsearch_I
NO, YES
None
NO
1~10
None
0~255
s
1~10
None
500
1
5
3 15 2
-98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never)
None
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
6
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
2
NO, YES -98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never) -98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never)
None
NO, YES
None
1~16
s
3
1~16
s
5
NONE, DYNAMIC
None
3~20
None
6
3~20
None
6
0~4
dB
2
NO, YES
None
NO
NO, YES
None
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU2NO 0&AU3-0&AU4-0&AU50&AU6-0&AU7-0
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, NO, YES OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
NO
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU2INSIDE_BATTERY 0&AU3-0&AU4-0&AU50&AU6-0&AU7-0
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, NO, YES OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
NO
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU2INSIDE_BATTERY 0&AU3-0&AU4-0&AU50&AU6-0&AU7-0
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, NO, YES OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
NO
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
INSIDE_BATTERY
0~255
None
0
0~255
None
0
0~255
None
0
0~255
None
15
NO
None
15
None
15 NO
NONE
None
0~255
None
None
0~255
None
None
-121~-104
dBm
0~63
dB
0~65535
None
5000
-121~-104
dBm
-109
0~7
None
NO, YES
None
0~255
None
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB, no use
dB
2dB
10M, 100M, AUTO
None
100M
ALG1, ALG2, NONE
None
ALG1
DISABLE, ENABLE
None
DISABLE
1~255
None
LASTRBP, APPOINTRBP
None
None
REC_ALL, REC_ERR, REC_NON
None
None
0~249
None
None
0~249
None
None
0~249 INDEPENDENT, DIVIDING, FOURDIVERSITY, MAINDIVERSITY, NONE
None
None
None
NONE
0~100
None
NO, YES
None
YES
Same_Band, Diff_Band
None
Diff_Band
0~70
None
50
0~70
None
40
0~63
dB
5
0~63
dB
30
NO, YES
None
YES
NO, YES
None
NO
20~99
None
30
0~70
None
60
NO, YES
None
NO
YES, NO
None
None
0~50
ms
-109 16
1 YES 225
4
96
10
0~768
None
3
0~31
None
0
0~31
None
0~31
None
0
0~31
None
0
OFF, ON
None
OFF
OFF, ON
None
OFF
NO, YES
None
NO
0~95
None
None
00:00:00~23:59:59
None
None
1~3600
s
REHOSTRIGHTNOW, REHOSTDELAY, REHOSTWHEN
None
REHOSTDELAY
NO, YES
None
None
0~62
None
None
NO, YES
None
NO
OFF, POWERSHARING, RF_FH
None
OFF
0~23
None
None
0~255
None
None
A, B, NONE
None
NONE
1~31 characters
None
None
1~250 characters
None
None
0~1023
None
None
0~65535
None
None
NO, YES
None
NO
0~7
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
YES
0~63
None
6
1~10
s
2
1~32
None
10
1~32
None
1
0~8
None
0
0~16
None
2
None
600
5
NO, YES
None
0~65535
min
1~60
min
1~255
None
1~15
min
1~120
s
MSLOST, QUALITYBAD, CELLRESELECT
None
None
NO, YES
None
YES
NO, YES
None
NO
2~5
s
3
2~5 Noneed, Manually, Reset, Normally, Correlative, Configuration, Expired
s
3
0~86400
s
0~190
None
0
0~21
None
5
0~255
s
1~100
None
NO, YES
None
None
NO 5 None 3 None 10
None 30
10 1 NO
RGPS, GPS None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None NO, YES TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
GPS
1920~30720, step: 480
52_Times
ms
NO None
STANDALONETC, MASTERINPOOLTC, SLAVEINPOOLTC None
STANDALONETC
0~4095
None
None
0~16, 255
None
0~16
None
None
1~64 characters
None
None
0~200 characters
None
None
1~100
None
None
1~100
None
None
DISABLE, ENABLE, UNSUPPORT 0.48sec, 0.96sec, 1.92sec, 3.84sec, 7.68sec, 15.36sec, 30.72sec, 61.44sec 0.48sec, 0.96sec, 1.92sec, 3.84sec, 7.68sec, 15.36sec, 30.72sec, 61.44sec
None
DISABLE
s
15.36sec
s
0.96sec
20~99
None
255
20
NO, YES, NONE
None
NO
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~2047
None
None
SHARE
None
None
SHARE, EXCLUSIVE
None
None
0~255
s
5
0~63
dB
3
0~63 MINUS_52db, MINUS_48db, MINUS_44db, MINUS_40db, MINUS_36db, MINUS_28db, MINUS_24db, BASIS_OF_B1,MINUS_32db, BASIS_OF_B2 MINUS_20db, MINUS_16db, MINUS_12db, MINUS_10db, MINUS_8db, MINUS_6db, MINUS_4db, MINUS_2db, BASIS_OF_B1, BASIS_OF_B2 Zerodb, 2db, 4db, 6db, 8db, 10db, 12db, 16db, 20db, 24db, 28db, 32db, 36db, 40db, 44db, 48db, no use
dB
30
None
None
None
None
dB
MINUS_2db
0~64
kbit/s
None
0~63
None
None
0~7
None
None
0~64
kbit/s
None
2~4094
None
None
0~96
None
COMMISSIONING, UPGRADE, RESTORE
None
0~127
dB
1~63 character
None
None
1~50 characters
None
None
OFF, ON
None
OFF
1~65535
ms
0~190
None
OFF, ON
None
None
0~4294967295
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
0~4294967295
None
None
0~4294967295
None
None
4 None 68
3000 0
0~4294967295
None
None
0~3
None
NON-REVERTIVE, REVERTIVE
None
0~4294967295
None
1~5
per cent
OFF, ON
None
ON
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~15
None
None
0~100
per cent
12
0~100
per cent
25
500~60000
ms
1000
500~60000
ms
3000
500~60000
ms
1000
DISABLE, ENABLE
None
10~80
None
NEXTHOP, OUTIF
None
0~1000
None
5
1~100
None
5
0~999
None
None
1~3000000
kbit/s
None
0~4000000
kbit/s
None
0~63
None
2
0~70
None
5
0~63
dB
8
NO, YES
None
0~70
None
60
0~70
None
42
0~70
None
41
0~70
None
40
0~70
None
50
0~70
None
49
0~70
None
48
0~70
None
47
2 None 4294967295 1
DISABLE 30 None
NO
0~70
None
46
0~70
None
45
0~70
None
44
0~70
None
43
0~249
None
None
0~249
None
None
0~249
None
None
RXUNAME, RXUPOS, SRNSN
None
None
RXUNAME, RXUPOS, SRNSN
None
None
1~64 characters
None
None
1~64 characters
None
None
1~64 characters
None
None
1~6
None
None
1~6
None
None
1~6 48VDISABLE, RES0, DRRU, RES1, DRFU, MRRU, MRFU, GRRU, GRFU, BTS3900E RES2, OFF, ON TSDISABLED, HSDISABLED, 0~15 RES3, RES4 BT1_DISABLE(0), AH_DISABLE(1), AT1_DISABLE(2), AT2_DISABLE(3), BT2_DISABLE(4)
None
None
None
None
None
OFF
None
None
None
None
None
None
NO, YES
None
NO
NO, YES
None
NO
0~2
None
1
0~4 None T1_DISABLE, ET_DISABLE, ET1_DISABLE, ET2_DISABLE, T2_DISABLE None
3 None
0~2047
None
None
BYNAME, BYID
None
BYNAME
1~16
None
0~100
per cent
1~64 characters
None
0~30240, step: 480 WIDISABLE, SMDISABLE, WATER_IMMERSED, SMOG, GM_DISABLE WILOW, IMDISABLE, SMLOW, GMDISABLE IMLOW, GMLOW,
ms
5 50 None 32
None
None
None
None
None
None
NO, YES
None
None
WS_DISABLE(0), SS_DISABLE(1), GS_DISABLE(2)
None
None
0~2047
None
None
1~64 characters
None
None
ADD0dB, ADD10dB, Automatic
None
ADD0dB
0~63 GERMAN, ENGLISH, ITALIAN, FRENCH, SPANISH, DUTCH, SWEDISH, DANISH, PORTUGUESE, FINNISH, TCH:480~9600, step:480; SDCCH:470~9400, step:470 NORWEGIAN, GREEK, TURKISH, HUNGARIAN, POLISH, GB2312, KOI8-R, KOI8-U, KOI8, WINDOWS-1251, 0~2047 ASMO_449, WINDOWS-1256, WINDOWS-874, WINDOWS1253, WINDOWS-1254, WINDOWS-1255, WINDOWS-1257, 1~64 characters WINDOWS-1250, WINDOWS-1252, BINARY, UCS2, RCS-1, RCS-2, RCS-3, RCS-4, RCS-5
None
38
ms
4
None
None
None
None
None
None
0~1
None
None
Valid command string, without the ';'at the end of the string.
None
None
BYBTSID, BYCELLID
None
None
0~23
None
None
0~511
None
None
1~2147483646
None
0~1199
None
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
7~90
d
None
1E-3, 1E-4, 1E-5, 1E-6, 1E-7, 1E-8, 1E-9
None
2000-01-01~2050-12-31
None
None
1~31
d
None
1~191
None
OFF, ON
None
0~10, step:0.1
s
0~63
dB
0~70
None
0~63
dB
0~70
None
NO, YES
None
YES
DISABLE, ENABLE
None
None
OFF, ON
None
OFF
1
1.00E-06
1 OFF 10 6 55 6 55
DISABLE, ENABLE
None
ENABLE
0~60
s
2
0~5
None
1
0~255
s
40
0~63
dB
30
0~63
None
48
HIGH, LOW
None
40~70
None degree Celsius
0~65535
s
None
0~65535
s
None
35.0~55.6 (step: 0.1)
V
None
NO, YES
None
YES
1~63 characters
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA
None
YES
None
NoPriority
None
NoPriority
NO, YES
None
None
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
0~6
None
None
SUPPORT, UNSUPPORT
None
UNSUPPORT
1000~65535
None
None
1000~65535
None
None
1~17 characters
None
None
0.0.0.0~255.255.255.255
None
None
SEPARATE, TOGETHER, AIP
None
SEPARATE
TDM, HDLC, HubBTS, IP
None
TDM
TDM, HDLC, IP
None
None
SYSTEM, CONFIG, MAINTAIN, STAT, ALARM
None
None
53
OML, RSL, EML, ESL, CSVOICE, CSDATA, PSHIGHPRI, PSLOWPRI, OTHERDATA
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
0~5
None
None
0~65535
None
1~20 characters
None
1~10
None
1
0~1023
None
0
NO, YES
None
NO
Release 98 or older, Release 99 onwards
None
Release 99 onwards
UNISTALL, ALLOW, DENY
None
ALLOW
50~95
per cent
0~27
None
None
NO, YES
None
NO
unshielded, shielded
None
None
0~12
h
NO, YES
None
YES
NO, YES
None
NO
1~10
None
0~186
None
None
0~186
None
None
0~15
None
None
0~255
None
100
0~255
None
100
0~7
None
2
1~10
None
5
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~15
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~65535
ms
3000
1~32 characters
None
None
1~32 characters
None
None
1800 None
75
3
4
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~65535
None
None
0~255
None
0.0.0.0~255.255.255.255
None
None
0~35
None
None
B0000, B0001, B0010, B0011, B0100, B0101, B0110, E1SELFLOOP, IASUSELFLOOP B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
None
None
B0000
1~600
s
DATE, WEEK, DATEWEEK
None
None
0~3
None
None
NOTSUPPORT, INNER, OUTER
None
None
CLOSE, OPEN JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
OPEN
None
None
2~2000
None
0~27
None
255
300
10 None
0~3, 8~27
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~5, 8~27
None
None
0~5, 8~27
None
None
0~27
None
None
0~27
None
None
0~27
None
None
0~5, 8~27
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27
None
None
{0~27}
None
None
0~23
None
None
0~23
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27
None
None
0~23
None
None
0~27
None
None
0~7 None NOCOMB, PBT, WBANDCOMB, DIVERSITY, DDIVERSITY, SGL_ANTENNA, SGLDOUBLE_ANTENNA, DPBT, DTIC, NONE None DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None SGL_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None
None
1~60
min
None
1~16383(BIT14), 1~65535(BIT16), 1~16777215(BIT24)
None
None
BIT14, BIT16, BIT24
None
None
1~11 characters
None
None
0~65535
None
WNF, DNF L11_FORBID, L12_FORBID, L13_FORBID, L14_FORBID, L15_FORBID ET_DISABLE0, ET_DISABLE1, SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2 SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
None None
L11_FORBIDNone 0&L12_FORBID0&L13_FORBIDWNF 0&L14_FORBID0&L15_FORBID-0
None
None
None
None
6
NONE DOUBLE_ANTENNA DOUBLE_ANTENNA DOUBLE_ANTENNA DOUBLE_ANTENNA SGL_ANTENNA
1~12, step: 5
min
12
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
PSMODE, VGCSMODE
None
PSMODE
PSMODE, VGCSMODE
None
PSMODE
FR, EFR
None
FR
1000M, AUTO
None
None
0~63
dB
30
0~255
s
40
NO, YES
None
NO
NOTSPPRTBC, SPPRTSTANDARD, SPPRTSIMPLE
None
NOTSPPRTBC
NO, YES
None
NO
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
UNSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
YES, NO
None
None
0~4
None
None
SUPPORT, NOT_SUPPORT
None
NOT_SUPPORT
SUPPORT, NOT_SUPPORT
None
None
SUPPORT, NOT_SUPPORT
None
NOT_SUPPORT
0~2047
None
None
1~64 characters
None
None
0~2047
None
None
1~64 characters
None
None
0~65535
None
None
1~100 characters
None
None
1~4
None
None
1~4
None
None
HOALGORITHM1, HOALGORITHM2
None
HOALGORITHM1
0.0.0.0~255.255.255.255
None
None
1~65533, 65535
None
None
1~3 characters
None
None
1~1000
None
None
1~3 characters
None
None
BITS1-2MHZ, BITS2-2MHZ, BITS1-2MBPS, BITS2-2MBPS, None 0~335 TS1, TS3, TS4, TS5, TS6, TS7, TS8,BITS1-T1BPS, TS9, TS10, TS11, GPS,TS2, 8KHZ, LINE1_8KHZ, LINE2_8KHZ, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None BITS2-T1BPS TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
0~11
None
None
1~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~254
None
None
0~254
None
0~11
None
None
0~11
None
None
0~254
None
None
0~11
None
None
0 None
None
0~11
None
None
0~11
None
None
None None
0
1~249 characters
None
None
0~5
None
None
MPS, EPS, TCS
None
None
DES, ASC
None
DES
0~255
None
100
0~255
None
100
GSM_PRIOR, UMTS_PRIOR
None
GSM_PRIOR
CSVOICE, CSDATA, PSHIGHPRI, PSLOWPRI
None
None
0~63
dB
63
20~99
per cent
75
30~100
per cent
85
20~99
per cent
80
30~100
per cent
85
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
6
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
2
0~7
None
None
0~7
None
None
1~2147483646
None
None
0~63
dB
HOUR, MIN, SEC
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00~23:59
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00:00~23:59:59
None
None
00:00:00~23:59:59
None
None
1970-1-1 00:00:00~2538-12-31 23:59:59
None
None
1~65535
None
None
NO, YES
None
YES
NO, YES
None
YES
0~65535
None
None
0~65535
None
None
1~31
None degree Celsius
None
None
None
-99.0~40.0 (step: 0.1) JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
63
-100
NO, YES
None
YES
NO, YES
None
YES
0, 2, 4, 6
None
None
60~600
s
00:00~23:59
None
None
8~255
None
None
1~31, step:8
None
None
1~31
None
None
DISABLED, ENABLED
None
ENABLED
DISABLED, ENABLED
None
DISABLED
0~65535
None
None
0~62
None
None
2000-1-1~2037-12-31
None
None
1~32
None
None
NO, YES
None
NO
00:00:00~23:59:59
None
None
NO, YES
None
NO
OFF, ON
None
OFF
60~300
s
OFF, ON
None
OFF
0~23
None
None
HOUR{0~23}, MIN{0~59}, SEC{0~59}
None
None
0~23
None
None
0~254
None
None
0~7
None
None
BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, 00:00:00~23:59:59 BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, BTS3900_GSM, 1~31 BTS3900A_GSM, BTS3036, BTS3036A, BTS3900L_GSM, BTS3900B_GSM, BTS3900E_GSM
None
None
None
None
None
None
1~15
None
None
1~15
None
None
1~64 characters
None
None
16~1023
byte
352
16~1023
byte
352
1~50
None
240
120
None
1~124, 128~189
None
None
NO, YES
None
NO
NO, YES
None
NO
0, 2, 4, 6
None
None
0~65535
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
NO, YES
None
NO
NO, YES T_12, T_15, T_20, T_30, T_41, T_55, T_76, T_109, T_163, T_217
None
NO
None
T_20
0.0.0.0~255.255.255.255
None
None
0~65535
None
None
CLOSE, OPEN
None
CLOSE
ON, OFF
None
None
OFF, ON
None
ON
CLOSE, OPEN
None
None
ON, OFF
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
CLOSE, OPEN
None
None
ON, OFF
None
None
ON, OFF
None
None
BFD_OFF, BFD_ON
None
None
NO, YES
None
None
CLOSE, OPEN
None
None
NO, YES
None
YES
1~254
None
OFF, ON
None
10 OFF
0~4294967295
None
0
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
3~5
None
None
OFF, ON
None
ON
FIRST, SECOND, THIRD, FOURTH, LAST
None
None
0~2500
None
SyncCase1, SyncCase2
None
None
AISS, GPS
None
AISS
CONSYN, INTERSYN
None
None
1~7
d
1
0~23
h
2
0~59
min
0
1~250 characters
None
None
1~250 characters
None
MBSC
0, 8~11
None
1~250 characters
None
None
NO, YES
None
YES
1~250 characters
None
BSC
1~250 characters
None
None
1000~30000
ms
1~60
s
30000~60000
ms
60000
800~1500
ms
1500
800~1500
ms
1500
2000~3000
ms
3000
800~1500
ms
1500
800~1200
ms
1200
0
10
3000 5
1000~120000
ms
3000
1~60
s
60~2400 (step: 10)
ms
12
5~1275, step: 5
ms
50
5~1275, step: 5
ms
50
10~2550, step: 10
ms
200
10~2550, step: 10
ms
60
10~2550, step: 10
ms
150
5~1275, step: 5
ms
60
5~1275, step: 5
ms
60
1~10
s
180000~360000
ms
360000
180000~360000
ms
360000
1400~2000
ms
2000
1000~10000
ms
10000
1~60
s
5
0~2550, step:10
ms
7
1~255 500ms, 1000ms, 1500ms, 2000ms, 2500ms, 3000ms, 3500ms, 4000ms 0ms, 80ms, 120ms, 160ms, 200ms, 500ms, 1000ms, 1500ms
s
0~1530, step: 6
min
20
5~30
s
10
800~1200
ms
1200
1000~10000
ms
5000
800~1200
ms
1200
1000~30000
ms
1000
800~1200
ms
1200
1000~10000
ms
3000
1000~10000
ms
3000
800~1200
ms
1200
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
4
NO, YES
None
NO
NO, YES
None
YES
0~255
bit
5
1
10
ms
500ms
ms
500ms
0
0.5~8, step:0.5
s
0~255
bit
0~255
s
0
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~7
None
0.5~0.8, step:0.5
s
1
0~255
bit
63
0~25
None
10
0~25
None
10
1~12
None
None
1~12
None
None
30~300
s
90
60~300
s
90
1~254
None
1000~10000
ms
4000
0~500
mV
80
OFF, ON
None
ON
NO, YES
None
NO
0~100
per cent
60
0~1000
per mill
40
0~63
dB
0~70
None
55
0~1000
per mill
40
0~63
dB
0~70
None
0~60
s
2
0~10
None
3
NO, YES
None
1~600
s
OFF, ON
None
0~100
per cent
60
0~100
per cent
70
1~15 SEPERATE_PRINCIPAL, SEPERATE_SUBORDINATE, TOGETHER, SEPERATE_BSC_INTERFACE
None
10
None
1 255
None
170
6
6 55
YES 60 OFF
None
DISABLE, ENABLE
None
None
0~62
None
None
0~335
None
None
0~4095
None
None
0~5, 8~27
None
None
0~11
None
None
GTC, UTC, ITC
None
None
AUTO, Manual
None
None
AUTO, Manual
None
None
0~42, step: 6
dB
0
Negative infinity, -28~28, step: 4
dB
8
0~36, Positive infinity, step: 6
dB
0
0~1
None
0
0~16383
None
0
NO, YES
None
NO
NO, YES
None
NO
0~63
None
0~127
None
None
0~127
None
None
NO, YES
None
NO
0~1
None
None
0~100
per cent
20
0~100
per cent
15
0~5
None
None
0~5
None
None
0~127
None
CLOSE, OPEN
-50.0~99.0 (step: 0.1)
None degree Celsius degree Celsius degree Celsius degree Celsius degree Celsius degree Celsius
0.0~500.0 (step: 0.1)
mV
1~9 characters 1~9 characters -50.0~100.0 (step: 0.1) -49.0~100.0 (step: 0.1) -50.0~100.0 (step: 0.1)
10
63 OPEN 45 0 500 500 0 0 800
1~64 characters
None
None
1~65535
None
None
32768~65535
None
None
1~64 characters
None degree Celsius degree Celsius degree Celsius
None
None
YES
50~70 -40.0~0.0 (step: 0.1) -40.0~0.0 (step: 0.1) 1~615 characters(GB2312, KOI8-R, KOI8-U, KOI8, WINDOWS-1251, ASMO_449, WINDOWS-1256, NO, YES WINDOWS-874, WINDOWS-1253, WINDOWS-1254, WINDOWS-1255, WINDOWS-1257, WINDOWS-1250, 1~255 WINDOWS-1252, UCS2), 1~2462 characters(BINARY), 1~1395 characters(others)
65 -100 -100
s
30
None
None
OFF, ON
None
OFF
0~1023
h
None
0~65535
None
ACTIVE, STANDBY
None
None
0~255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~5, 8~27
None
None
0~11
None
None
5000~60000
ms
220~280
V
264
220~280
V
264
1~10
None
10
1~10
None
6
1~10
None
4
1~10
None
8
1~10
None
4
1~10
None
3
1~10
None
6
1~10
None
3
1~10
None
2
PERCENTAGE, BANDWIDTH
None
1~15
min
5
0~63
dB
30
65535
5000
None
0~7
None
1
0.5~16, step:0.5
s
4
0~100
per cent
0.5~16, step:0.5
s
6
0~7
None
3
OFF, ON
None
0~63
dB
3~15
s
NOLIMIT, LIMIT
None
NOLIMIT
00:00:00~23:59:59
None
None
0, 5~1440
min
None
0~255
s
10
0~255
s
10
0~255
s
10
200~10000
ms
2000
1~65535
ms
3000
1~3
s
2
1~10
s
2
1~20 (step: 1)
ms
2
0~255
s
1~1024
None
NO, YES, NULL
None
0~255
s
30
10~255
s
40
1~30
s
8
1~15
min
5
7~365
d
None
0~4294967295
None
-99~99
None degree Celsius degree Celsius degree Celsius
00:00~23:59
None
None
00:00~23:59
None
None
00:00~23:59
None
None
-99~70 -19~5
80
OFF 40 5
10 4 NO
45 -19 -20
00:00~23:59
None
None
00:00~23:59
None
None
00:00~23:59
None
None
14~163
None
None
0~163
None
None
1~120
min
None
NON_FDR, FDR
None
None
2~4
s
3
0~100
per cent
0
0~4294967294
None
0~100
per cent
8000~12000
ms
12000
30000~90000
ms
60000
0~276
None
None
TRRS, SATEL TRRS, SATEL
None
TRRS
None
None
-120~-1, 1~120
min
None
0~7
None
0~62
None
None
0~23
None
None
0~254
None
None
NORMAL, FORMAT
None
None
0~5
None
None
1~30
s
30~100
per cent
60
30~100
per cent
60
30~100
per cent
50
30~100
per cent
50
ON, OFF
None
1~255
None
5
1~255
None
M3UA_OVERRIDE_MOD, M3UA_LOADSHARE_MOD
None
5 M3UA_LOADSHARE_MO D
TER_TRANS, SAT_TRANS, TER_AND_SAT_TRANS
None
None
0~27
None
None
None 0
0
8
ON
IP
None
None
IP, HDLC
None
None
IP, HDLC, TDM
None
None
IP, HDLC, TDM
None
None
HDLC IP
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
ENABLE, DISABLE 5sec, 10sec, 15sec, 20sec, 30sec, 60sec, 120sec, 300sec, no use
h
None
s
10sec
0~100
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~5, 8~27
None
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~163
None
None
0~199
None
2
0~199
None
2
10~199
None
0~199
None
2
0~199
None
2
0~199
None
2
0~199
None
None
OFF, ON
None
None
0~11
None
None
0~11
None
None
0~11 TRXAid_NotAllow, AllowReForbid, AllowReImmed, AllowReCheckRes
None
None
None
AllowReCheckRes
5~10
s
None
0~63, 255
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
90
None
255
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
1~120 characters
None
None
0~3071
None
None
0~63
None
None
0~71
None
None
0~8
None
None
0~7
None
None
0~7
None
None
NO, YES TRX, TRU, QTRU, DRRU, DRFU, MRRU, MRFU, GRFU, GRRU, BTS3900B, BTS3900E
None
YES
None
None
8~255 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None 1~31, step:8 TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None None None
2~4294967294 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, 1~31 TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None TS1, TS3, TS4,TS24, TS5, TS25, TS6, TS7, TS8, TS9, TS10, TS11, TS21,TS2, TS22, TS23, TS26, TS27, TS28, TS29, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS30, TS31 None TS1, TS3, TS4,TS24, TS5, TS25, TS6, TS7, TS8, TS9, TS10, TS11, TS21,TS2, TS22, TS23, TS26, TS27, TS28, TS29, TS12, TS30, TS13, TS31 TS14, TS15, TS16, TS17, TS18, TS19, TS20, None TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
0~7
None
None
0~512
None
None
NO, YES
None
NO
0~65535
None
None
10~1440 (step: 10)
min
None
None None None None
0~127 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, None 1~50 characters TS1, TS3, TS4,TS24, TS5, TS25, TS6, TS7, TS8, TS9, TS10, TS11, TS21,TS2, TS22, TS23, TS26, TS27, TS28, TS29, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS30, TS31 None TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
0~23
None
None
1~31
None
None
0~7
None
0~50
W
0~65535
ms
Close, Open
None
Open
8K, 16K, 32K, 64K
kbit/s
None
0~254 TRXLOOPBACK, CHLLOOPBACK, CHLCODEC, CPRILOOPBACK
None
None
None
None
0~31
None
None
SIMPLETEST, MANUALTEST
None
None
PIM
None
None
NO, YES
None
NO
CHAIN, RING
None
None
1~255
None
64
1~128
s
64
0~8
None
6
00:00~23:59
None
0:00
00:00~23:59
None
0:00
DISABLE, ENABLE, SLEEPING
None
None None None
0 20 5000
None
0~100
-99~99
per cent degree Celsius degree Celsius
1~60
s
5
1~60
s
10
1~60
s
5
1~60
min
10
1~60
min
5
1~60
s
5
TX_3, 1~60 TX_4, TX_5, TX_6, TX_7, TX_8, TX_9, TX_10, TX_11, TX_12, TX_14, TX_16, TX_20, TX_25, TX_32, TX_50
s
5
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
1~3000000
kbit/s
None
0~4000000
kbit/s
None
40~79
None
200~10000 ms T_2, T_3, T_4, T_5, T_6, T_7, T_8, T_9, T_10, T_12, T_14, T_16, T_20, T_25, T_32, T_50 None
80 50 68
TX_32
500 T_20
EPS, TCS BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, ANY_ERR_RETURN, ALL_END_RETURN BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, GSM900, DCS1800, GSM900_DCS1800, GSM850, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, PCS1900, GSM850_1800, GSM850_1900 BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900B_GSM, OUTER, INNER BTS3900E_GSM, BTS3900_GSM_6RFC, BTS3900A_GSM_6RFC, BTS3036_6RFC, BTS3036A_6RFC, APM30, TMC, BBC, APM100, APM200, GSM900, DCS1800, GSM850, PCS1900 PS4890, OMB, RFC-6, BTS3900, BTS3900L, BTS3900AL, BTS3900AS, BTS3900B, BTS3900E, VIRTUAL
None
None
None
None
None
None
None
INNER
None
None
None
None
GSM900, DCS1800
None
None
0~15
None
NO, YES
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0~1, 255
None
None
0
0~23, 255
None
None
0~53, 255
None
None
0~15
None
NO, YES
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0~1, 255
None
None
0~23, 255
None
None
0~53, 255
None
None
0~15
None
6
0~15
None
0
0~15
None
1
0~15
None
1
0~15
None
10
0~15
None
3
0~15
None
15
0~15
None
5
0~15
None
15
0~15
None
13
0~15
None
13
OFF, ON
None
OFF
NO, YES
None
NO
0~15
None
6
0~15
None
0
0~15
None
1
0~15
None
1
0~15
None
10
0~15
None
3
0~15
None
15
0~15
None
1
0~15
None
15
0~15
None
13
0~15
None
13
OFF, ON
None
OFF
NORTPCOMP, RTPCOMP
None
None
0
NORTPCOMP, RTPCOMP
None
None
1214~2001, 2005~3783, 3786~4783, 4785~65000
None
None
0~65535
None
None
Administrators, Operators, Users, Guests, Customs
None
Guests
0~99
None
80
0~64
None
64
300~1000
ms
0~9 Characters
None
1~8 characters
None
TCH:480~122400, step:480; SDCCH:470~119850, step:470 ms
1000 90 None 3
1~30
dB
14
1~30
dB
14
1~30
dB
16
1~30
dB
16
0.5~4, step:0.5
s
1
0.5~4, step:0.5
s
1
1~255
None
5
0~240
ms
1~64
None
15
0~63
dB
10
1~64
None
20
1~64
None
32
1~10
None
3
1~30
dB
16
1~30
dB
16
1~30
dB
18
1~30
dB
18
0~15
None
2
0~15
None
3
0~15
None
3
0~15
None
3
0~15
None
4
0~15
None
15
0~15
None
2
180
0~15
None
2
1~100
None
90
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
1~30
dB
6
1~30
dB
8
1~100
None
100
0~3
None
0
0~7
None
0
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
3
0~63
dB
5
0~70
None
55
0~70
None
60
0~70
None
55
0~10
None
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
0~63
dB
18
0~63
dB
18
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
1
0~10
None
6
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
1
0~100
None
6
0~100
None
75
0~63
dB
30
0~63
dB
18
0~63
dB
15
0~63
dB
19
0~63
dB
28
0~63
dB
23
0~63
dB
31
0~63
dB
63
0~63
dB
21
0~63
dB
25
NO, YES
None
1~64
None
NO, YES
None
0~255
s
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
GSM_PHASE_2
NO, YES
None
None
1~6
None
10~3500
mA
40
10~3500
mA
40
10~3500
mA
40
10~3500
mA
60
10~3500
mA
60
10~3500
mA
60
0~2047
None
None
0~2047
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
1~64 characters
None
None
1~64 characters
None
None
0~15
None
None
CS1, CS2, CS3, CS4 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9
None
CS1
None
MCS2
10~70 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, UAS8, UAS9, UAS10, UAS11 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, UAS8, UAS9, UAS10, UAS11, UNFIXED
None
0~5000
ms
CS1, CS2, CS3, CS4, UNFIXED MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9, UNFIXED
None
UNFIXED
None
UNFIXED
0~70
None
40
0~63
dB
30
10~255
s
30
0~96
None
None
NO, YES
None
YES
YES 32 NO 10
3
20
None
MCS6
None
UNFIXED 2000
0~2047
None
None
512~1535
None
None
1~16
s
4
0.1~1, step:0.1
None
6
1~16
s
5
NO, YES
None
0~300
ms
0~64
per cent
10
0~64
per cent
5
0~64
per cent
5
0~64
per cent
5
0~64
per cent
2
0~64
per cent
2
FORBID, PERMIT
None
PERMIT
BYTMSI, BYIMSI, BYMSISDN, BYIMEI
None
None
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
1~32 characters
None
None
1~32 characters HOUR 0~23 MINUTE 0~59 HOUR 0~23 MINUTE 0~59
None
None
None
None None
-99~99
None degree Celsius
0~8
None
0~255
s
10
0~63
dB
35
NO, YES
None
1~255
s
5
1~63
dB
5
FDD, TDD
None
None
2 characters
None
None
0~190, 255
None
No_Priority, Public_Network_First, VGCS_First
None
0~190
None
50~95
per cent
NO, YES
None
NO 120
50 3
NO
255 No_Priority 0 95 NO
NONE, LEVEL4, LEVEL3, LEVEL2, LEVEL1, LEVEL0, LEVELB, LEVELA
None
50~95
per cent
DISABLE, ENABLE
None
DISABLE
DISABLE, ENABLE
None
None
DISABLE, ENABLE
None
DISABLE
DISABLE, ENABLE
None
DISABLE
2~4094
None
None
2~4094
None
None
2~4094
None
2~4094
None
None
2~4094
None
None
2~4094
None
0~7
None
0~7
None
Full_rate_Ver1, Full_rate_Ver2, Full_rate_Ver3, NO, YES Half_rate_Ver1, Half_rate_Ver2, Half_rate_Ver3, Full_rate_Ver5
None None
None FULL_RATE_VER1None 1&FULL_RATE_VER21&FULL_RATE_VER3- 0 0&HALF_RATE_VER11&HALF_RATE_VER2NO 0&HALF_RATE_VER30&FULL_RATE_VER5-0
CLOSE, OPEN
None
OPEN
1~9 characters
V
28
1~9 characters 14, 15, CLOSE, OPEN 18, 16, 20, 18, 1~9 characters 22, 20, 24, 1~9 characters 22, 26, 24, NO, 28, 26, YES 30, 28, 0~12 32, 30, 35, 33, 1~30 38, 36, 41, 88 45, 88
V
20
None
LEVEL0 90
2
OPEN
V
57
V
42
None
YES
None
2
None
3
None
20
None
30
0~12
None
2
0~999
None
4000~33000
ms
27000
3000~34000
ms
34000
3000~34000
ms
26000
0~1000
s
280
1~30
s
15
None
0~60
s
4
0~1000
s
300
INACTIVE, ACTIVE
None
INACTIVE
CLOSE, OPEN
None
OPEN
NOLIMIT, LIMIT
None
NOLIMIT
East_Longitude, West_Longitude
None
None
INACTIVE, ACTIVE
None
INACTIVE
NO, YES
None
None
DENY, ALLOW
None
DENY
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
M3UA_ASP, M3UA_IPSP
None
M3UA_ASP
0~24
h
NO, YES
None
5~1275, step:5
min
0~24
h
GMT-1200(GMT-12:00), GMT-1100(GMT-11:00), GMTNO, YES None 1000(GMT-10:00), GMT-0930(GMT-09:30), GMT-0900(GMTActive, Standby None 09:00), GMT-0800(GMT-08:00), GMT-0700(GMT-07:00), GMT-0600(GMT-06:00), GMT-0500(GMT-05:00), GMTGSM_AND_UMTS,GMT-0400(GMT-04:00), UMTS, GSM 0430(GMT-04:30), GMT-0330(GMT- None 03:30), GMT-0300(GMT-03:00), GMT-0200(GMT-02:00), GO None GMT-0100(GMT-01:00), GMT(GMT), GMT+0100(GMT+01:00), E1_UNBA, E1_BA, T1, E1GMT+0200(GMT+02:00), None GMT+0300(GMT+03:00), GMT+0330(GMT+03:30), GMT+0400(GMT+04:00), GMT+0430(GMT+04:30), E1, T1 None GMT+0500(GMT+05:00), GMT+0530(GMT+05:30), 1~127 None GMT+0545(GMT+05:45), GMT+0600(GMT+06:00), GMT+0630(GMT+06:30), GMT+0700(GMT+07:00), 30~300 s GMT+0800(GMT+08:00), GMT+0845(GMT+08:45), GMT+0900(GMT+09:00), GMT+0930(GMT+09:30), 60~300 s GMT+1000(GMT+10:00), GMT+1030(GMT+10:30), GMT+1100(GMT+11:00), GMT+1130(GMT+11:30), 30~60000 s GMT+1200(GMT+12:00), GMT+1245(GMT+12:45), GMT+1300(GMT+13:00), GMT+1400(GMT+14:00) None
22 NO 12 8 NO Active GSM None None E1 None 90 90 None GMT+0800
Recommended Value
Impact
Parameter Relationship
50 Cell
None
50 Cell
None
40 Cell
None
FALSE BTS
None
YES
Cell 30 BSC 60 BSC
None The value of this parameter should be smaller than "AbisFCTimer2". The value of this parameter should be greater than "AbisFCTimer1".
IDLETSALLOC_0
BTS
None
CLOSE
BTS
None
90 BSC
None
BTS
None
NO
It is recommended that the value of15 Cell this parameter is the same as that for "A Interface Tag". BSC 40 BSC6900 100 BSC 8BIT
The Nonevalue of this parameter is the same as those of "Um Interface Tag" and "A Interface Tag". None None
Cell
None
0 Cell
None
NO
Cell
None
None
Cell
Usubcell
Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
None
Cell
None
NEUTRAL
Cell
None
0 Cell
None
2 Cell
None
120 Cell
None
Enable
PPP link
None
YES
BTS
None
CLOSE 4_75KBIT/S-1&5_15KBIT/S0&5_90KBIT/S-1&6_70KBIT/SFLEX 0&7_40KBIT/S-1&7_95KBIT/S4_75KBIT/S-1&5_15KBIT/S0&10_2KBIT/S-0&12_2KBIT/S-1 0&5_90KBIT/S-1&6_70KBIT/S0&7_40KBIT/S-1&7_95KBIT/S-0 6_60KBIT/S-1&8_85KBIT/S1&12_65KBIT/S-1
BSC
None
Cell
None
Cell
None
Cell
None
Cell
None
NO
Cell
None
10 BSC6900 180 BTS 2800 BTS 1800 BTS 280 BTS
The Nonevalue of this parameter must be smaller than "AC Voltage Upper The value of this parameter must be Threshold". greater than "AC undervoltage alarm The value of this parameter must be threshold". smaller than "AC overvoltage alarm The value of this parameter must be threshold". greater than "AC Voltage Lower Threshold".
NO
Cell
None
None
BTS
None
0 BSC
None
2 BSC
None
0 BTS
None
None
BSC6900
None
None
BSC6900
None
2 Cell
None
OFF
BTS
None
None
BTS
None
UNLOCK
Cell
None
Unlock
None
Unlock
TRX Current BFD session
None
BSC6900
None
10 BSC6900
None
OFF
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
BTS
This Noneparameter can be configured only when "BTS Software Version 1" is configured.
CLOSE
400 Board
None
20 Board
None
-50 Board
None
0 Board
None
6 Board
If the number of echo cancellations None performed by AEC exceeds "AEC If the number of echo cancellations Detect Threshold" within the time None performed by AEC exceeds "AECthe specified by "AEC Detect Time", Detect Threshold" within the time TFO is closed forcibly. specified by "AEC Detect Time", the TFO is closed forcibly.
Board 20 Board 4 Board
64_Times
None
Cell
None
48 Cell
None
None
None
None
None
Board
None
52_Times
Cell
None
32 Cell
None
None
None
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
15 Cell
None
None
BSC6900
None
None
BTS
None
NO
BSC
None
YES
BSC
None
YES
BSC
None
YES
BSC
None
YES
BSC
None
NO
BSC
None
ABIS
BSC
None
5 BSC
None
5 BSC
None
5 BSC
None
10 BSC
None
10 BSC
None
10 BSC
None
BSC
None
0 Board
None
-18 Board
None
6 Board
None
-4 Board
None
-23 Board
None
NO
FIXEDGAIN
Board
CLOSE
Board 5 BSC
None
3 BSC Transmission resource group
When "BWMODE" in "ADD RSCGRP" is set to HALF_DUPLEX, this parameter is valid;if the "BWMODE" in "ADD RSCGRP" of upper class and lower class RSCGRP is set to None HALF_DUPLEX, the "AllBw" in "ADD RSCGRP" of upper class RSCGRP can None not less than the "AllBwE" in "ADD RSCGRP" of lower class RSCGRP;The None "AllBw" in "ADD RSCGRP" of upper class None RSCGRP can not less than the sum of "TxBw" and "RxBw" in "ADD RSCGRP" of lower class RSCGRP.
ALLOW
BSC
None
OFF
Cell
The Nonefollowing condition must be met: "ALLOWAMRHALFRATEUSERPERC" <= "ALLOWHALFRATEUSERPERC".
100 Cell NOTALLOW
BSC 4 Cell 100 Cell
None The Nonefollowing condition must be met: "ALLOWHALFRATEUSERPERC" >= "ALLOWAMRHALFRATEUSERPERC".
ALLCIC
E1/T1 link
None
ALLCIC
PBE1T1
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
None
BTS
None
YES
BTS
None
None
BTS
None
None
BTS
None
10 BTS
None
100 BTS
None
150 BTS
The Nonerecommended value of this parameter is greater than twice "Alarm Clear None Accumulative Time Threshold" and greater than twice "Flash Alarm Occur Threshold".
None
BTS 0 BTS
0 BTS
The Nonerecommended value of this parameter is greater than twice "Alarm Clear Times Threshold".
0 BTS
None
NO
BTS
None
all
BSC6900
None
0 BTS
6 Cell
None
0 Cell None
BSC6900 40 Cell
None None None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
DISABLED
BTS
None This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to This parameter is valid only when PWR2. "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter parameter is is valid valid when This when "PWRCTRLSW" in the "SET "PWRCTRLSW" in the "SET None This parameter is valid only when GCELLPWRBASIC" command is GCELLPWRBASIC" command is set set to to "PWRCTRLSW" in "SET PWR2 and "DNPCEN" in the "SET PWR2. This parameter is valid onlytowhen GCELLPWRBASIC" iscommand set PWR2. GCELLBASICPARA" is set to "PWRCTRLSW" in "SET The following condition must be met: YES. GCELLPWRBASIC" "AMRDLQLTHRED" is >=set to PWR2. The following condition "AMRDLQHTHRED". must be met: This parameter is valid "AMRDLQLTHRED" >=when "PWRCTRLSW" in the "AMRDLQHTHRED". "SET This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is is valid valid only when This parameter when GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET "PWRCTRLSW" in the "SET PWR2. This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR2. GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET The following condition must be met: PWR2. GCELLPWRBASIC" set to PWR2. "AMRDLSSHTHRED"is>= The following condition must be met: "AMRDLSSLTHRED". "AMRDLSSHTHRED" >= This parameter This parameter is is valid valid only only when when "AMRDLSSLTHRED". "HOCTRLSWITCH" is set "HOCTRLSWITCH" is set to to This parameter is valid HOALGORITHM2 and only when HOALGORITHM2. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when HOALGORITHM2 and to YES. "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set HOALGORITHM2 and to YES. "AMRFULLTOHALFHOALLOW" is set to YES.
16 Cell ON
Cell
NO
Cell 5 Cell 0 Cell 0 Cell 3 Cell 5 Cell 2 Cell 8 Cell 33 Cell 25 Cell
NO
Cell 2 Cell 20 Cell 1 Cell 100 Cell 0 Cell 75 Cell 4 Cell 108 Cell
NO
Cell
4 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to This parameter is valid HOALGORITHM2 and only when "HOCTRLSWITCH" is set to "AMRFULLTOHALFHOALLOW" is set HOALGORITHM2 and to YES. This parameter is valid when "AMRFULLTOHALFHOALLOW" is set "PWRCTRLSW" in the "SET to YES. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. GCELLPWRBASIC" command is set to PWR2.
0 Cell
None
Cell
None
3 Cell 15 Cell 8 Cell 2 Cell 0 Cell 0 Cell 8 Cell YES
Cell 3 Cell
ON
55 Cell NO
Cell 5 Cell 0 Cell 0 Cell 3 Cell 5 Cell 3 Cell 6 Cell 30 Cell 18 Cell
None This This parameter parameter is is valid valid when when "PWRCTRLSW" in the "SET "PWRCTRLSW" in the "SET None This parameter is valid only when GCELLPWRBASIC" command is GCELLPWRBASIC" command is set set to to "PWRCTRLSW" in "SET PWR2 and "DNPCEN" in the "SET PWR2. This parameter is valid onlytowhen GCELLPWRBASIC" iscommand set PWR2. GCELLBASICPARA" is set to "PWRCTRLSW" in "SET The following condition must be met: YES. GCELLPWRBASIC" is set "AMRULQLOWTHRED" >=to PWR2. The following condition must be met: "AMRULQHTHRED". This parameter is valid when "AMRULQLOWTHRED" >= "PWRCTRLSW" in the "SET "AMRULQHTHRED". This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is is valid valid only when This parameter when GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET "PWRCTRLSW" in the "SET PWR2. This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR2. GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET The following condition must be met: PWR2. GCELLPWRBASIC" set to PWR2. "AMRULSSHTHRED"is>= The following condition must be met: "AMRULSSLTHRED". "AMRULSSHTHRED" >= "AMRULSSLTHRED".
2 BSC
None
2 MSC
None
6 Board
None
Board
None
12 Board
None
None
None
None
None
None
None
None
IP path
None
None
BSC6900
None
MODE0
Board
None
-13 Board
None
CLOSE
-48 Board
None
CLOSE
Board
None
None
Cell
None
0 BTS
None
NOPOWER
BTS
None
OFF
Board
None
NO
BTS
None
None
None
None
None
TRX
None
None
TRX
NULL
BTS
None The setting of this parameter depends on "Board Type".
None
MTP3 link
None
None
SCTP link
None
None
BSC
None
20 BSC
None
1024 BSC
None
256 BSC
None
20 BSC
None
10 BSC
None
20 BSC
None
BSC
None
384 BSC
None
None
BSC
None
None
None
None
PRIMARY
None
None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES.
CLOSE
50 TRX 100 TRX 100 TRX 3 Ethernet port
None
3 Ethernet port
None
None
MTP3 link
None
None
ATERCONSL
None
None
MTP3 link
None
None
BSC6900
None
None
BSC6900
OFF
Cell
DISABLE
Cell 35 Cell
the condition for assigning channels of the overlaid subcell during the assignment of the underlaid subcell channels and overlaid subcell channels. In a normal concentric cell, if "LOWRXLEVOLFORBIDSWITCH" is set to ON, this parameter, together with "RECLEVTHRES" and None "RECLEVHYST", determines whether the current uplink receive level meets None the condition for assigning channels of the overlaid subcell during the None assignment of the underlaid subcell channels and overlaid subcell channels.
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
30 BSC
None
10000 Cell 30 BSC
60 MSC
None This parameter is used with "T18 -s" in flow Nonecontrol over the A interface. The This is used with "T17 valueparameter of this parameter should be -s" in flow control over the A interface. The smaller than "T18 -s". value of this parameter should be greater than "T17 -s".
30 BSC
None
30 BSC
None
20 MSC
None This This parameter parameter is is valid valid only only when when "ATCBHoSwitch" is set to OPEN, "IUOTP" is set to Concentric_cell. This parameter valid only or when "IUOTP" is set tois EDB_cell, "ATCBHoSwitch" is set to OPEN, "TIGHTBCCHSWITCH" setAter to ON. If the resource usage onisthe "IUOTP" is set to EDB_cell, or interface exceeds the value of "TIGHTBCCHSWITCH" is set to ON. "AterCongstRatio" and this parameter is set to Open, the BSC preferentially None selects TCHF when assigning traffic channels. This parameter is valid only when "AterCongHRFlag" is set to OPEN.
60 MSC 30 BSC
NO
Cell 2 Cell 10 Cell
YES
BSC
Open
BSC 85 BSC
None
None
MTP3 link 90 BSC
None None
None
E1/T1 link
None
None
BSC
None
None
E1/T1 link
None
None
E1/T1 link
None
None
ATERCONSL
None
TDM
BSC
None
None
None
None
None
MTP3 link
None
YES
Cell
None
0 BTS
None
0 BTS
None
60 None
None
1 E1/T1 port
None
None
BSC6900
None
None
PPP link
None
None
MP group
None
None
BTS
None
None
PPP link
None
MP group
None
BTS
None This parameter is required only when "Validate protocol type" is set to None "PAP_V" or "CHAP_V" with the "ADD PPPLNK" command.
None
PPP link
None
MP group
None
BTS
None This parameter is required only when "Validate protocol type" is set to None "PAP_V" or "CHAP_V" in the "ADD PPPLNK" command.
NO_V
PPP link
None
NO_V
MP group
None
NO_V
BTS
None
ENABLE
Ethernet port
None
None
None
None
YES
Cell
None
YES
Cell
None
NO
BSC
None
ENABLED
BTS
None
None
BTS
None
None GSM_PHASE_2 is recommended in common scenarios. If AMR services, None inter-RAT handover, eMLPP, or A over AU4 IP mode needs to be supported, "GSM_PHASE_2Plus" is recommended.
BSC6900
None
BSC6900 Channelized optical port
None
BSC
Generally, the value of this parameter is None equal to "Um Interface Tag" and "Um Interface Tag".
None
None
None
LOW
BTS
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
BSC6900
None
None
BSC6900
None
55 Cell
None
ALLTLLI
BSC
None
None
BTS
None
None
None
None
Ethernet port
BYTRX
BTS
BYCOVER
BTS
This Noneparameter can work with "BTSPOWEROFFLOCKBCCH" in "SET BTSLOCKBCCH" to determine whether None to shut down the TRX that carries the This mainparameter BCCH. is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
1 Cell
None
1 Cell
None
1 Cell
None
20 Cell
None
None
None
None
For EPS4815 boards, the value of None this parameter is always "Battery1Temp".
BSC6900
None
BTS
None
Battery1Temp
BTS
None
50 BTS
None
BTS
None
50 BTS
None
BTS
None
NO
NO_BAT
58000 SCTP link 8 TRX
None This parameter is valid only when "WLNKALMFLAG" is set to YES.
36 BTS
None
None
Cell
None
None
Cell
None
None
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
80 BSC
None
60 BSC
None
14 BSC If "Power System Type" is "APM30", the recommended value is "7". For None BC other Power System Type, the recommended value is "15". BTS
None
565 BTS NO
None
BTS
None
8 Cell
None
4 Cell
None
2 Cell
None
SCCP
None
1 BSC
None
5 Cell
This Noneparameter is valid only when the ""INTERRATOUTBSCHOEN"" This parameter is validthe only when parameter regarding "SET None "BETTERCELLHOEN" is set to GCELLHOBASIC" command is YES set to This parameter is valid only when and "HOCTRLSWITCH" is set to This parameter is valid only when YES. "BETTERCELLHOEN" isfollowing set HOALGORITHM2. "HOCTRLSWITCH"The is set to to YES and "HOCTRLSWITCH" is set to condition must be met: HOALGORITHM2. HOALGORITHM2. The following "BETTERCELLSTATTIME" >= condition must be met: "BETTERCELLLASTTIME". "BETTERCELLSTATTIME" >= "BETTERCELLLASTTIME".
1 Cell NO
Cell
YES
Cell 4 Cell
None
None The value of this parameter must be greater None than "Float charging voltage" and at least two volts lower than "DC Voltage Upper Threshold".
6 Cell Current BFD 3 session Current BFD session 30 TRX
None None This parameter is valid only when "WLNKALMFLAG" is set to YES.
ALL
Cell
None
None
BSC6900
None
4 Cell
None
2 Cell
None
1 Cell None
BSC6900
If you set "Switch of stat blinking alarm" None to "ENABLE", you need to set "Alarm switch of blinking filter" to "ENABLE".
None
BSC6900
None
None
BSC6900
None
BSC6900
If you set "Switch of stat blinking alarm" None to "ENABLE", you need to set "Alarm switch of blinking filter" to "ENABLE".
4 BSC
None None
10 BSC Transport channel Transport channel
None None None None
None
Transport channel 1000 BSC
This Noneparameter is valid when "BMTCFFLAG" in the "SET BSCFCPARA" command is set to ON.
NO
MP group
None
None
BSC6900
None
NULL
BTS
NULL
BTS
YES
Cell
The value of this parameter must be None This parameter is validtoonly when of greater than or equal "Position "BQHOEN" is set to YES and Break Point 1". "HOCTRLSWITCH" is set to HOALGORITHM2. The following None This parameter is valid when condition must be met: only "BQSTATTIME" "BQHOEN" is set to YES and >= "BQLASTTIME". "HOCTRLSWITCH" is set to HOALGORITHM2. The following None condition must be met: "BQSTATTIME" >= "BQLASTTIME".
1 Cell 69 Cell 1 Cell None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
BTS
None
None
None
None
None
BTS
None
None
Board
None
None
None
None
None
Ethernet port
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
The Nonesetting of this parameter must meet the following condition: "FallBack Start Time" None > "Ring II Wait Time Before Switch" + "Ring II Try Rotating Duration Time".
0 BTS None
None
Cell
None
60 Cell
None
BSC6900 1 Cell
None None
None
BSC
None
NO
BSC
None
None
E1/T1 link
None
None
BSC
None
None
BSC6900
None
None
BSC6900
None
None
Adjacent node
None
None
Cell
None
5 BSC6900
None
None
BSC
None
BTS
None The IP address must have been configured.
UNCONDITIONALSTART
BSC
None
None
BSC
YES
BSC
NO
BSC
None
BTS
None
BSC
YES
BSC
YES
BSC
NO
BSC
When None "BSCPMA" is set to YES and "BSCQAD" is also set to Yes, highpriority None calls try to preempt radio This parameter is valid only resources of low-priority callswhen firstly if "BSCPMA" is setare to insufficient. YES. radio resources If no radio resources of low-priority calls can None be preempted, then the high-priority calls Noneare put into the queue. When "BSCPMA" is set to NO and "BSCQAD" is set to Yes, high-priority None calls are directly put into the queue if the radio resources are insufficient. This parameter is valid only when "BSCQAD" is set to YES.
65535 BSC
None
65535 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
65535 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
None
BTS
None
None
BTS
None
None
BTS
None
BSC6900
None
E1/T1 link
None When configure TC data, for example, select None TC for "BM/TC config Flag", or MTP2 for "Application Type", the parameter should be set.
None
BSC
None
None
BTS
None
10 Cell YES
2_M_PERIOD
Cell
This Noneparameter must be set when "BTSMESRPTPREPROC" is set to BTS_PreprocessingN.
4 Cell
None
Cell
None
1 Cell
None
1 Cell
None
NEITHERSTART
BSC
None
NONSUPPORT
MSC
None
YES
Cell
None
None
None
None
None
None
None
None
None
None
None
E1/T1 port
None
None
Cell
None
None
E1/T1 port
None
None
None
None
Board Channelized optical port
None
IP logical port
None
None
E1/T1 port
None
None
BTS
None
None
BTS
None
BTS
The Nonevalue range of this parameter varies with BTS type. Different types of BTSs support different type of boards.
None
BTS
None
None
BTS
None
None
BTS
None
None
E1/T1 link
None
None
ATERCONSL
None
YES
Cell
None
None
BTS
None
LOGICIP
BTS
None
None
BTS
None
None
BTS
None
CLOSE
BTS
None
None
Adjacent node
None
None
BTS
None
None
BSC6900
None
None
BTS
None
None
None
None
None
BSC6900
None
None
None
None
None
BSC6900
None
BTS
UNCONDITIONALSTART
BSC
None
BTS
BTS_Preprocessing
Cell
None The value of BtsLsStartMode should be set when "BssLsGenMode" is set to None If the value of this parameter is or BTSPRIORITY, BSCPRIORITY, BSC_Preprocessing, the pre-processing BTSONLY. is performed on the BSC. In this case, the following parameters are invalid: None "PRIMMESPPT", "BSMSPWRLEV", and "MRPREPROCFREQ".
None
BTS
None
None
BTS
None
None
None
None
None
OFF
Cell
None
None
None
BTS
This parameter is used to caculate BindWidth of BTSAbisHDLCPath: 1. When Transmission compression ratio Noneis within range of [1, 200], This parameter is valid when BindWidth=16K*(amount of TRXs) + "PWRCTRLSW" in the "SET None 64K*(amount of TRXs)*(Transmission GCELLPWRBASIC" command is set to compression ratio)/100; PWR2. 2. When Transmission compression ratio Noneis within range of [200, 250], BindWidth=16K*(amount of TRXs) + 64K*(amount of TRXs)*(200 + None (Transmission compression ratio 200)*12)/100.
None
BTS
None
None
BTS
None
ON
BTS
NO
BTS 16 Cell
None
None Current BFD 3 session
None
None
NO_BAT
BTS 60 BTS
None None The Nonesetting of this parameter must meet the following condition: "FallBack Start Time" None > "Ring II Wait Time Before Switch" + "Ring II Try Rotating Duration Time".
NO
SCTP link
None
None
Cell
None
None
Cell
None
1000 BSC None
None
IP logical port
The Nonedynamic bandwidth switch is turned only when the IPPM function is activated through "ACT IPPM".
0 BSC6900
None
0 BSC6900
None
20 BSC6900
None
15 BSC6900
None
0 BSC6900
None
1 BSC6900
None
0 BSC6900
None
0 BSC6900
None
5 BSC6900
None
0 BSC6900
None
120 IP logical port Transmission resource group 25 IP logical port 80 TRX
None When "GRPT" in "ADD RSCGRP" is set to IP, this parameter is valid. None This parameter is valid only when "WLNKALMFLAG" is set to YES.
None
BSC6900
None
C31STANDARD
Cell
None
If this parameter is set to NO, the average call drop rate decreases. This setting is applicable in suburbs 0 Cell or urban areas with poor coverage. None Call reestablishment, however, may BTS take Nonea long time. Therefore, the None subscriber may hang up the phone before None the call is re-established. None Generally, the recommended value is YES. Cell
None None None None None
None
None
None
YES
Cell
None
None The CBA function applies to special GSM900 If this parameter is set to scenarios. YES and "Cell Bar Qualify" is set to NULL no, only handovers are allowed in a cell, Noneand direct access of an MS is not allowed. This condition applies to a dual-network coverage cell. For a None common cell, this parameter should be set to NO.
BTS BTS
None This parameter has relations with DCOM，DCBM board
IP path
None
IP logical port
None
None
None
Cell
None
None
BSC
None
None
BSC
None
30 BSC
None
BSC
None
15 BSC
None
None
NO
Cell 4500 IP logical port 3 BSC 2 Cell 6 Cell
None None This parameter is valid only when "MEASURETYPE" in "SET None This parameter is valid only when GCELLCCUTRANSYS" is set to "MEASURETYPE" in "SET EnhMeasReport. GCELLCCUTRANSYS" is set to EnhMeasReport.
None
BSC
None
None
BSC6900
None
15 Cell
None
80 Cell
None
46 BSC
None
1000 Ethernet port
None
90 Cell
None
0 Cell
None
0 Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell 0 Cell
This Noneparameter is valid only when "EDGE" in "SET GCELLGPRS" is set to YES.
0 Cell
None
0 Cell
None
Permit
Cell
OUTDOOR_CELL
Cell 283 BTS 565 BTS 268 BTS 535 BTS
None The value of this parameter must be greater None than "Float charging voltage" The value ofone this volt parameter must"DC be and at least lower than greater than "Float charging voltage" overvoltage alarm threshold". and at least three volts lower than "DC overvoltage alarm threshold". The value of this parameter must be smaller than "Even Charging Voltage". The value of this parameter must be smaller than "Even Charging Voltage".
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
BSC
None
None
Cell
None
None
Cell
None
None
None
None
None
Cell
None
3 Cell
None
None
Cell
None
NO
MSC
This Noneparameter is valid only when "SDDYN" in "SET GCELLBASICPARA" is set to YES.
80 Cell None
Cell
None
None
Cell
None
Cell
None
Cell
None The parameter value corresponds to the power None of each passage on the MRRU. If the cell is configured only on one passage of the MRRU, then the power None assigned to another passage of the operator must be set to 0.
255 Cell 30 Cell
None
1 Cell
None
4 Cell
None
YES
BTS 430 BTS
2G
The Nonevalue of this parameter must be smaller than "DC undervoltage alarm threshold".
Cell
None
30 Cell
None
COMMON
Cell
None
NO
Cell
The Nonevalue of this parameter must be smaller than "Low Temp Alarm Assembled Bat2".
500 BTS -100 BTS 800 BTS
NO
The Nonevalue of this parameter must be greater than "Lower Assembled Bat1 TEMP Measure".
-200 BTS
None
BTS
None
20 Cell
None
1 Cell
None
80 TRX
None
None
BSC6900
None
None
BTS
None
NULL
IP path
None
None
BTS
None
None
None
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
80 ATERCONSL
None
80 ATERCONSL
None
None
Cell
None
None
BSC6900
None
None
BTS
None
90 BSC
None
90 ATERCONSL
None
90 BSC
None
QUICK_HO_NCELL_TYPE_A
Cell
None
None
BTS
None
CAPABILITY
Cell
None
0 Cell
None
Cell
None
100 Cell
None
None
Cell
None
YES
Cell
None
NO
MSC
None
OFF
10 Cell 5 IP path
When None the value of "PATHCHK" in "ADD IPPATH" is set to ENABLED, this parameter is valid.
YES
BSC
None
MODE2
BTS
None
MODE2
BTS
None
None
None
None
None
None
None
10 BTS
None
10 BTS
None
NO
SCTP link
None
NO
SCTP link
None
CRC32
SCTP link
None
None
None
None
None
None
None
None
BTS
None
None
Board
None
None
Physical channel None
None
None
None
None
BTS
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
SYSTEMOPT
MSC
NO
Cell
This Noneparameter is valid only when "QTRUPWRSHARE" is not set to NONE.
OFF
BSC
None
100 BSC
None
200 BSC
None
1000 BSC
None
TCHFR
Physical channel None
None
Cell
None
None
Cell
None
E1/T1 link
When None the value of "OPMODE" of "BLK ACIC" is BYCICVALUE, the value of CIC needs to be set.
None
None
None
0 BSC
None
3 BSC
None
BSC
None
80 BSC
None
5 BSC
None
YES
MSC
None
YES
MSC
None
NOTSENDING
MSC
None
NOTSENDING
MSC
None
YES
MSC
None
YES
MSC
None
None
IP logical port
None
OFF
22 Cell
None
None
BSC6900
None
None
BSC6900
None
Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT.
NO
BSC
None
ERR_PFM_5E6
Board
None
None
None
None
PTP
BTS
None
None
BSC6900
None
None
BTS
None This parameter is valid only when "AntiTheftAllow" is set to YES.
255 BTS None
BSC6900 255 BTS
None This parameter is valid only when "AntiTheftAllow" is set to YES.
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
BTS
None The value range of this parameter varies None with BTS type. Different types of The range of this parameter BTSsvalue support a different number of varies with BTS type. Different types of cabinets. BTSs support a different number of cabinets.
0 BTS None
BSC6900
None
None
None
None
None
None
None
30 Cell
None
None
MSC
None
None
NSE
None
None
BSC
None
None
None
None
NONE
BSC
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
None
None
None
None
None
YES
Cell
None
None
Cell
None
INACTIVE
BTS
None
L0_FORBID-0&L1_FORBIDNone 0&L2_FORBID-0&L3_FORBID0&L4_FORBID-0&L5_FORBID0&L6_FORBID-0&L7_FORBID0&L8_FORBID-0&L9_FORBID-0
BSC6900
None This parameter is valid only when "PWRBCDALLOWD" is set to YES.
None
45 Cell Cell
None
BSC6900
None
100 None
None
NO
Cell
None
None
BTS
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
25 BSC6900
None
25 BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
50 BSC6900
None
50 BSC6900
None
NO
Cell
None
None
BSC6900
None
NO
None
None
None
BSC6900
None
None
BSC
None
4 Cell 6 Cell NO
Ethernet port
This Noneparameter, together with "BANTIME", limits the handover frequency in the cell. None
None
None
NO
TRX
This Noneparameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA" and "DYNOpenTrxPower" None in "SET GCELLBASICPARA" are set to YES.
None
BSC
None
NOTSUPPORT
BTS
None
6dB
Cell
None
None
BSC6900
None
None
BSC6900
None
5 Ethernet port
10 Cell
None
3 Cell
None
0 Cell
None
255 BSC UNAVAILABLE
SCTP link
None
BSC 5 BSC
OFF BSC RESINSUFF,UMABNORM,TRAFFR EJECT,MSCREL BSC
None This Noneparameter is valid only when "CHR Output Mode" is set to "Common User This parameter is valid only when "CHR Mode". Output Mode" is set to "Common User This parameter is valid only when "CHR Mode". Output Mode" is set to "Specified User This parameter is valid only when "CHR Mode". Output Mode" is set to "Common User Mode".
When the interface type is Abis, transmission type is IP, the parameter is AF43; When the 100 BSC6900 interface type is A, Ater or Iur-g, the When the interface parameter is AF43. type is Abis and BSC6900 transmission type is HDLC, the parameter is 1. BSC6900 100 BSC6900 5 Cell
When None the value of "ITFT" in "ADD TRMMAP" is set to A or ABIS, this When the value of "ITFT" in "ADD parameter is valid. TRMMAP" is set to ABIS, this parameter is valid. None This Noneparameter is valid only when "CHR Output Mode" is set to "Common User This parameter is valid only when "CHR Mode". Output Mode" is set to "Common User This parameter is valid only when "CHR Mode". Output Mode" is set to "Common User Mode".
OFF
BSC
OFF
BSC
OFF
BSC
None
BSC
ABNORMREC
BSC
This Noneparameter is valid only when "CHR Output Mode" is set to "Common User Mode".
ON
BSC
None
OFF
BSC
None
90 TRX
None
BSC
None
CALL
When the interface type is Abis, 50 BSC6900 transmission type is IP, the parameter is EF; When the interface BSC OFF type is A, Ater or Iur-g, the parameter When is EF. the interface type is Abis and BSC6900 transmission type is HDLC, the parameter is 1. BSC6900 50 BSC6900 3 Cell ON
BSC6900
This Noneparameter is valid only when "CHR Output Mode" is set to "Specified User When Mode".the value of "ITFT" in "ADD TRMMAP" is set to A or ABIS, this When the value of "ITFT" in "ADD parameter is valid. TRMMAP" is set to ABIS, this parameter is valid. None None none
45000 None
None
30000 None
None
1300 None
None
500 None
None
8200 None
None
100 None
None
5000 None
None
1500 None
None
100 None
None
95 Board
None
85 Board
None
None
BSC6900
None
4BURST
Cell
None
None
None
None
BTS
The value range of this parameter varies None with BTS type. Different types of BTSs support a different number of cabinets.
None
BTS
None
None
BTS
None
None
None
None
BTS Transmission resource group
None
BTS
None
None
BTS
None
OFF
BSC6900
None
NO
MSC
None
None
BTS
None
None
None
None
None
None
None
None
4 Cell NT14_5K-0&NT12K-1&NT6K1&T14_4K-0&T9_6K-1&T4_8K4 Cell 1&T2_4K-1&T1_2K-0&T600_BITS0&T1200_75-0 Cell
None
NOLIMIT BSC6900 If the coverage area in the underlaid None is large and tight frequency BSC6900 subcell reuse is used in the overlaid subcell, None BSC the recommended value is Inner. If the coverage areas in the overlaid None BTS and underlaid subcells are similar and tight frequency reuse is used on2 BTS the BCCH, the recommended value is Extra. Cell
None
None
Cell
None
None
Cell
None
Cell
None
BTS
None
BTS
None The value range of this parameter varies None with BTS type. Different types of BTSs support a different number of cabinets. The value range of this parameter varies with BTS type.
None BTS If "Power System Type" is "SC48200", the recommended value BTS None is "470". For Power System Type, the recommended value is "450". BTS 580 BTS 450 BTS 580 BTS 0 Cell
None None
None None None None None
The Nonevalue of this parameter must be greater than "Battery power-off voltage", lower None than "DC overvoltage alarm The value ofand thisatparameter must lower be threshold", least two volts The value of this parameter must be greater than "DC undervoltage alarm than "Float charging voltage". greater than "Battery power-off voltage", threshold" and at least two volts greater lower than "DC overvoltage alarm than "Even charging voltage". The value ofand thisatparameter threshold", least threemust voltsbe lower greater than "DC Voltage Lower than "Float charging voltage". Threshold" and at least one volt greater than "Even charging voltage". None
1000 Cell
None
None
SCCP
None
None
BSC6900
None
INACTIVE
BTS
None
None
Ethernet port
None
None
BSC6900
None
None
None
None
None
Ethernet port
None
None
BTS
None
None
BTS
None
BSC
None
BSC
None
BSC
None This parameter is required when the Connection Type is Internal RNC. This parameter is required when the Connection Type is Internal RNC. This parameter is required when the Connection Type is Internal RNC.
None
Cell
None
2 Cell Current BFD 3 session
None
OFF
BSC6900
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BTS
None
None
BTS
None
YES
MSC
None
DEFAULTPORT
BSC6900
None
1 None
None
None
None
BSC6900
None
None
BSC6900
None
DISABLE
BTS
None
NO
Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
NO
MSC
None
YES
Cell
None
NO
Cell
None
3 BSC
None
Cell
None
4 Cell
None
4 Cell
None
4 Cell
None This parameter is valid only when "PWRCTRLSW" "SET This parameter isinvalid only when None This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET "PWRCTRLSW" in "SET The following condition must be met: GCELLPWRBASIC" is set PWR3. This parameter is valid onlyto GCELLPWRBASIC" is set towhen PWR3. "DLAFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SETmust be met: The following condition "DLAFSREXQUALLOWTHRED". This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "DLAFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET The following condition must be "DLAFSREXQUALLOWTHRED".met: GCELLPWRBASIC" is set to PWR3. "DLAHSREXQUALHIGHTHRED" >= The following condition must be met: "DLAFSREXQUALLOWTHRED". "DLAHSREXQUALHIGHTHRED" >= "DLAFSREXQUALLOWTHRED".
None
N0
BTS 3 Cell 14 Cell 14 Cell 16 Cell 16 Cell
None
NSVC
5 BSC The recommended value is 20 when HUAWEI I Handover is used; None Cell The recommended value is 15 when HUAWEI II Handover is used. Cell 3 Cell 16 Cell 16 Cell 0 Cell 18 Cell 18 Cell 2 Cell 3 Cell 3 Cell 3 Cell 4 Cell 15 Cell 2 Cell 2 Cell 35 Cell
None None This parameter is valid only when This parameter valid when "GPRS" is set tois This parameter isSupportAsInnPcu. only when "FRINGEHOEN" isvalid set to YES or "PWRCTRLSW" in "SET This parameter is valid only when "LOADHOEN" is set to YES. This parameter is valid onlytowhen GCELLPWRBASIC" is set "PWRCTRLOPTIMIZEDEN" isPWR3. set to "PWRCTRLSW" in "SET The following condition must be met: YES. GCELLPWRBASIC" is set to PWR3. "DLFSREXQUALHIGHTHRED" >= The following condition must be met: "DLFSREXQUALLOWTHRED". This parameter is valid only when "DLFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "DLFSREXQUALLOWTHRED". This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET The following condition must be met: None GCELLPWRBASIC" is set to PWR3. "DLHSREXQUALHIGHTHRED" >= The following condition must be met: "DLHSREXQUALLOWTHRED". The setting of this parameter must "DLHSREXQUALHIGHTHRED" >=meet the following condition: "DLTHF1" "DLHSREXQUALLOWTHRED". + The setting of
40 Cell 90 BSC 5 Cell The recommended value is 8 when DTX is disabled. 2 Cell The recommended value is 14 when DTX is enabled. Cell 60 Cell
This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to The of this parameter PWR2 and "DNPCEN" in the must "SET meet Nonesetting the following conditions: GCELLBASICPARA" command is set to "DLLTFERLOWTH" < "DLLTFERTGT"; YES. "DLLTFERLOWTH" < The setting The setting of of this this parameter parameter must must meet meet "DLLTFERUPTH". the following conditions: the following condition: "LTFERLOWTH" "DLLTFERUPTH" < "DLLTFERTGT" >< "DLLTFERTGT"; "LTFERUPTH". "DLLTFERUPTH" > "DLLTFERLOWTH".
55 Cell
This Noneparameter is valid only when "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set This parameter isinvalid when PWR3. "PWRCTRLSW" "SET "PWRCTRLSW" in the "SET GCELLPWRBASIC" is set PWR3. This parameter is valid onlytowhen GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET PWR2 and "DNPCEN" in the "SET None This parameter is valid onlytowhen GCELLPWRBASIC" iscommand set PWR2. GCELLBASICPARA" is set to "PWRCTRLSW" in "SET The following condition must be met: YES. This parameter is valid when GCELLPWRBASIC" is set to PWR2. "DLQLOWTHRED" >= "PWRCTRLSW" in the "SET The following condition must be met: "DLQHIGHTHRED". GCELLPWRBASIC" command is set to "DLQLOWTHRED" >= PWR2 and "DNPCEN" in the "SET "DLQHIGHTHRED". This parameter is validcommand when GCELLBASICPARA" is set to "PWRCTRLSW" in the "SET YES. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. GCELLPWRBASIC" command is set to This parameter is valid only when PWR2. "BQHOEN" in "SET GCELLHOBASIC" is set to YES.
60 Cell
None
55 Cell
This parameter is valid only when None This parameter isinvalid only when "PWRCTRLSW" "SET "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. This parameter isinvalid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" "SET "PWRCTRLSW" in "SET The following condition must be met: GCELLPWRBASIC" is set to PWR3. GCELLPWRBASIC" is set to "DLREXLEVHIGHTHRED" >=PWR3. The following condition must be met: "DLREXLEVLOWTHRED". "DLREXLEVHIGHTHRED" >= This parameter is valid only when "DLREXLEVLOWTHRED". "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET This parameter is valid only when YES. This parameter is valid onlytowhen GCELLPWRBASIC" is set "PWRCTRLOPTIMIZEDEN" isPWR2. set to "PWRCTRLSW" in "SET The following condition must be met: YES. GCELLPWRBASIC" "DLSSHIGHTHRED"is>=set to PWR2. The following condition must be met: "DLSSLOWTHRED". "DLSSHIGHTHRED" >= "DLSSLOWTHRED".
2 Cell 4 Cell 8 Cell 100 BSC 0 Cell 0 Cell 2 Cell 5 Cell 2 Cell 10 Cell
3 Cell 3 Cell 20 Cell 20 Cell 1 Cell 6 Cell 3 Cell 1 Cell 5 Cell 55 Cell 45 Cell 28 Cell 140 Cell
None
0 Cell
None
5 Cell
None
None
BTS
None
BTS
The setting of this parameter must meet the following conditions: The setting
None
BTS
None
CS2
Cell
None
MCS6
Cell
DAS6
Cell
UNFIXED
Cell
None This parameter is valid only when "EGPRS2A" is set to YES. This parameter is valid only when "EGPRS2A" is set to YES.
UNFIXED
Cell
None
UNFIXED
Cell
None
YES
Cell
None
NO
Cell
None
2400 Cell
None
10 Cell
None
5 Cell
None
5 Cell
None
5 Cell
None
2 Cell
None
2 Cell
None
12 Cell 17 Cell 25 Cell 23 Cell 31 Cell 63 Cell 12 Cell 18 Cell
None
None
None
SCCP
None This parameter is valid only when When the value of "SPDF" "PWRBCDALLOWD" is set in to"ADD YES. N7DPC" is set to DNF, this parameter is valid.
None
SCCP
None
None
E1/T1 link
None
0 E1/T1 link
None
30 Cell
None
BSC
None
None
SCCP
None
None
SCCP
None
None
BSC
DPX of Iur-g type
72 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
80 BSC6900
None
80 BSC6900
This Noneparameter is valid only when "BAKPWRSAVMETHOD" is set to This parameter is valid only when BYPWR. "BAKPWRSAVMETHOD" is set to This parameter is valid only when BYPWR. "BAKPWRSAVMETHOD" is set to BYPWR.
10 BTS 3 BTS 2 BTS YES
Cell
None
4 Cell
None
INACTIVE
BTS
None
None
PPP link
None
None
MP link
None
48 SCTP link
None
0 Ethernet port None
BSC6900
None None
0 BTS
None
180 BSC
None
None
None
None
None
None
None
None
BSC6900
None
None
Board
None
BSC
None This parameter is valid only when "IDXTYPE" is set to BYCELL.
15 BSC
None
None
BSC6900
None
None
None
None
None
None
None
IP route Current BFD session
None
IP route
None
None
IP route
None
None
IP route
None
None
E1/T1 port
None
E1/T1 port
None The value of DTLOADTHRED must be set when "REASSEN" in the "SET None GCELLBASICPARA" command is set to DIRECTRYEN.
85 Cell
None
YES
Cell
None
BTS
None The setting of this parameter depends on "Board Type".
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
OFF
Cell
None
FULL
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
20 Cell
None
20 BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
20 Cell
None
Cell
None
2 Cell
None
YES
Cell
None
NOTSUPPORT
Cell
None
None
None
None
LEVEL0
None None 1. For a 900/1800 MHz Co-BCCH Noneit is recommended that this BTS cell, parameter be set to Yes. None None 2. Channelized For a 1800 MHz cell in the dual-band None optical port network, it is recommended that this parameter be set to Yes. For other BTS None cells in the dual-band network, it is recommended that this parameter be BTS None set to No. 3. None the A5/4-7 encryption BTS When algorithm is used, it is recommended None IP path that this parameter be set to Yes. 4. When 3 Cell frequencies of the extended frequency band exist on a 900 MHz30 Cell cell, it is recommended that this parameter be set to Yes. Cell
None None None None None A 3G neighboring cell can be added into the candidate cell queue when the None following conditions are met: "INTERRATOUTBSCHOEN" is set to When in "ADD None the value of "PATHCHK" YES; "BET3GHOEN" is set to YES; IPPATH" is set to ENABLED, this the Ec/No of the neighboring cell for a parameter is 3G valid. period of time is greater than the sun of "HOECNOTH3G" and "ECNOOFF". None None
2147483646 BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
BSC6900
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to This is valid only when must EDB_cell. The following condition Noneparameter "IUOTP" in "ADD GCELL" is be met: "EDBSTATTIME" >=set to EDB_cell. The following condition must "EDBLASTTIME". be met: "EDBSTATTIME" >= This parameter is valid only when "EDBLASTTIME". "IUOTP" in "ADD GCELL" is set to EDB_cell.
4 Cell 5 Cell 10 Cell
None
Cell 4 Cell 6 Cell 1 Cell 4 Cell 1 Cell 6 Cell
This parameter is valid only when "HOCTRLSWITCH" is set towhen This parameter is valid only This parameter is valid only when or HOALGORITHM2 and "FRINGEHOEN" "GPRS" is set to SupportAsInnPcu "HOCTRLSWITCH" is set to is set to YES. The following condition SupportAsExtPcu. This is valid only when HOALGORITHM2 and "FRINGEHOEN" mustparameter be met: "EDGEADJSTATTIME" >= "HOCTRLSWITCH" is set tocondition is set to YES. The following "EDGEADJLASTTIME". This is valid only when HOALGORITHM2 and "FRINGEHOEN" mustparameter be met: "EDGEADJSTATTIME" >= "HOCTRLSWITCH" is set tocondition is set to YES. The following "EDGEADJLASTTIME". This is valid only >= when HOALGORITHM1 and "FRINGEHOEN" mustparameter be met: "EDGESTAT" "HOCTRLSWITCH" is set to is set to YES. The following condition "EDGELAST". This is valid only when HOALGORITHM2 and "FRINGEHOEN" mustparameter be met: "EDGESTAT1" >= "HOCTRLSWITCH" is set tocondition is set to YES. The following "EDGELAST1". HOALGORITHM1 and "FRINGEHOEN" must be met: "EDGESTAT" >= is set to YES. The following condition "EDGELAST". must be met: "EDGESTAT1" >= "EDGELAST1".
None
None
None
YES
Cell
None
Cell
None This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
None
16 Cell
None
7 Cell
None
BSC6900 15 Cell
None None
OFF
MTP3 link
None
ERR_PFM_1E5
Board
None
None
BSC6900
None
NO
Cell
None
Priority4
Cell
None
NO
BSC
None
None
BSC6900
None
7 BSC
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
NO
BTS
None
None A5/0-1&A5/1-0&A5/2-0&A5/30&A5/4-0&A5/5-0&A5/6-0&A5/7-0
None
None
Cell
None
AUTO
BSC6900
None
None
BSC6900
None
NO
BSC
None
None
BSC6900
None
E1/T1 link
When None the value of "OPMODE" of "BLK ACIC" is BYCICRANGE, the value of ENDCIC needs to be set.
None
PBCIC
None
None
BSC 0 BTS
None
BSC
None
BTS
None
BSC
None
E1/T1 link
None
E1/T1 link
None
BTS
None
BSC6900
ENABLED
BSC6900 70 Cell
The setting of this parameter must meet the following condition: When "EndMonthDSTPA" and "StartMonthDSTPA" are set to the same value, "EndDayDSTPA" must be later The of this parameter must be than value "StartDayDSTPA". The setting this parameter greater thanof"Heater Startup must meet the following condition: Temperature". "EndMonthDSTPA" is the same as or is later than "StartMonthDSTPA". When None "BSCDynSwitchTrxPAAllow" is set to YES, the value of When the value of "OPMODE" "EndTimeTACloseTrxPA" must of be"BLK set. ATERE1T1" is BYCICRANGE, the value When the value of "BLK of ENDTS needsofto"OPMODE" be set. AE1T1" is BYCICRANGE, the value of ENDTS needs to be set. None This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. None The following condition must be met: "ENSOVERLDTHRSH" > None "ENGOVERLDTHRSH" > "ENLOWLDTHRSH".
OFF
Cell
None
ON
Cell
This parameter is valid only when None This parameter is GCELL" valid onlyiswhen "IUOTP" in "ADD set to "UTOOTRAFHOALLOW" is when set to YES. This parameter is valid only EDB_cell. The following condition must be met: "IUOTP" in "ADD GCELL" is set to "ENSOVERLDTHRSH" > EDB_cell. "ENGOVERLDTHRSH" > "ENLOWLDTHRSH". This parameter is valid only when
5 Cell 5 Cell 20 Cell ON
BSC
ON
BSC 80 Cell
"UTOOTRAFHOALLOW" is set to YES. None The following condition must be met: "ENSOVERLDTHRSH" > None "ENGOVERLDTHRSH" > "ENLOWLDTHRSH".
None
Cell
None
None
SCCP
None
SCCP
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Negotiation with the peer network Concentric_cell and "HOCTRLSWITCH" element is required. in "SET GCELLHOBASIC" is set to HOALGORITHM2.
63 Cell OFF
Board
None
None
BSC6900
None
NO
Cell
None
O5E4_R1E4
Board
None
OFF
Board
None
None
BSC6900
None
None
BSC6900
None
0 BSC None
None
BSC6900
None
2147483646 BSC6900
None
3000 Cell
None
CLOSE
MSC
None
0 BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
ONE_BY_ONE
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC6900
None
None
None
None
None
BSC6900
None
BSC6900
None
BSC6900
None
BSC6900
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If "Sensor Type of External Analog 1" is None set to VOLTAGE, the unit of "Upper If "Sensor TypeOutput of External Analog 1" is Limit of Signal of External None set to VOLTAGE, the unit Type of "Lower Analog 1" is V; if "Sensor of Limit of Signal Output of External External Analog 1" is set to CURRENT, None Analog V; if "Sensor ofOutput the unit 1" of is "Upper Limit of Type Signal If "Sensor Type of External Analog 1" is External Analog 1" is set to CURRENT, of External Analogthe 1" is A.of "Upper set to VOLTAGE, unit the unit of Type "Lower of Signal Output If "Sensor of Limit External Analog 1" is Limit of Measurement Range of External of External Analog 1" is A. set to VOLTAGE, the unit Type of "Lower Analog 1" is V; if "Sensor of If "Sensor Type of 2" is Limit of Measurement Range of External External Analog 1"External is set to Analog CURRENT, None set to VOLTAGE, the unit of "Upper Analog 1" is V; if "Sensor Type of the unit of Type "Upper Limit of Measurement If "Sensor of 2" is Limit ofof Signal Output of External External Analog 1"External is set to1"Analog CURRENT, Range External Analog is A. set to VOLTAGE, the unit of "Lower Analog 2" is V; if "Sensor Type of the unit of "Lower Limit of Measurement Limit ofof Signal Output of External External Analog 2" Analog is set to1"CURRENT, Range External is A. Analog 2" is V; if "Sensor Type ofOutput the unit of "Upper Limit of Signal If "Sensor Type of External Analog 2" is External Analog 2" is set to CURRENT, of External Analogthe 2" is A.of "Upper set to VOLTAGE, unit the unit of Type "Lower of Signal Output If "Sensor of Limit External Analog 2" is Limit of Measurement Range of External of External Analog 2" is A. set to VOLTAGE, the unit Type of "Lower Analog 2" is V; if "Sensor of If "Sensor Type of 3" is Limit of Measurement Range of External External Analog 2"External is set to Analog CURRENT, None set to VOLTAGE, the unit of "Upper Analog 2" is V; if "Sensor Type of the unit of Type "Upper Limit of Measurement If "Sensor of 3" is Limit ofof Signal Output of External External Analog 2"External is set to2"Analog CURRENT, Range External Analog is A. set to VOLTAGE, the unit of "Lower Analog 3" is V; if "Sensor Type of the unit of "Lower Limit of Measurement Limit ofof Signal Output of External External Analog 3" Analog is set to2"CURRENT, Range External is A. Analog 3" is V; if "Sensor Type ofOutput the unit of "Upper Limit of Signal If "Sensor Type of External Analog 3" is External Analog 3" is set to CURRENT, of External Analogthe 3" is A.of "Upper set to VOLTAGE, unit the unit of Type "Lower of Signal Output If "Sensor of Limit External Analog 3" is Limit of Measurement Range of External of External Analog 3" is A. set to VOLTAGE, the unit Type of "Lower Analog 3" is V; if "Sensor of If "Sensor Type of 4" is Limit of Measurement Range of External External Analog 3"External is set to Analog CURRENT, None set to VOLTAGE, the unit of "Upper Analog 3" is V; if "Sensor Type of the unit of Type "Upper Limit of Measurement If "Sensor of 4" is Limit ofof Signal Output of External External Analog 3"External is set to3"Analog CURRENT, Range External Analog is A. set to VOLTAGE, the unit of "Lower Analog 4" is V; if "Sensor Type of the unit of "Lower Limit of Measurement Limit ofof Signal Output of External External Analog 4" Analog is set to3"CURRENT, Range External is A. Analog 4" is V; if "Sensor the unit of "Upper Limit of Type SignalofOutput External Analog 4" 4" is set of External Analog is A.to CURRENT, the unit of "Lower Limit of Signal Output of External Analog 4" is A.
None
None
None
None
None
None
None
If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of "Upper If "Sensor Type of External Analog 4" is Limit of Measurement Range of External set to VOLTAGE, the unit Type of "Lower Analog 4" is V; if "Sensor of Limit of Measurement Range of External External Analog 4" is set to CURRENT, Analog 4" is V; if "Sensor Type of the unit of "Upper Limit of Measurement External Analog 4" is set to CURRENT, Range of External Analog 4" is A. the unit of "Lower Limit of Measurement Range of External Analog 4" is A.
NoExclusive
Cell
None
25 Cell 30 Cell 30 Cell
None This parameter is valid only when "PWRBCDALLOWD" is set to YES. This parameter is valid only when "PWRBCDALLOWD" is set to YES.
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC6900
None
None
BSC6900
None
CLOSE
Cell
None
YES
BTS
None
EM0
Cell
None
60sec
Cell
TYPE1
Cell
Normal_cell
Cell
SEND
Cell
None If "UPEXTTBFINACTDELAY" in the "SET None GCELLPRIVATEOPTPARA" command is set to 0, "EXTUTBFNODATA" must be 0. If None "UPEXTTBFINACTDELAY" is not set to 0, "EXTUTBFNODATA" can be 0 or 1.
8 Cell
None
NO
Cell
None
NO
Cell
None
None
BTS
None
None
Cell
None
30 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
BSC6900
None
None
SOFTWARE_CONTROL
BSC6900
None
None
None If this parameter is set to "YES", the following condition must be met: The None setting of this parameter must meet the None following condition: "FallBack Start Time" > "Ring II Wait Time Before None Switch" + "Ring II Try Rotating Duration Time". None If this parameter is set to "NO", the following condition must be met: "FallBack Start Time" > "Ring I Wait None Time Before Switch" + "Ring I Try Rotating Duration Time".
0 Cell NO
BTS
OFF
Board
None
None
Ethernet port
None
CLOSE
BTS
None
75 TRX
None
None
Ethernet port 0 PPP link 0 MP group 0 IP logical port
None
BSC6900 0 Ethernet port
None This index can correspond with any threshold (maximum value of 80) in the None six queues. The following condition must None be met: threshold x 64 x 1024 x logical port bandwidth < 4294967295(0xFFFFFFFF). None None
None
BSC6900
None
None
BTS
None
None
BTS
None
85 TRX
None
16bit
PPP link
None
16bit
MP link
None
None
None The value of this parameter must be smaller None than "Even charging voltage" and at least two volts higher than "DC undervoltage alarm threshold".
535 BTS None
Cell
None
None
Cell
None
0 Cell
None
0 Cell
None
None
Cell
None
None
Cell
None
0 Cell
This Noneparameter is valid only when the ""INTERRATCELLRESELEN"" parameter regarding the "SET None GCELLHOBASIC" command is set to YES.
0 Cell
None
8 Cell
None
Cell
None
6 Cell
None
10 Cell
None
Cell
None
4 None
None
10 Cell 2 Cell
RSCP
None
For the double-transceiver BTS and NGBTS, the default value is NO; for other BTS, this parameter is invalid.
Cell
None
2 Cell
None
4 Cell
None
8 Cell
None
16 Cell
None
32 Cell
None
64 Cell
None
128 Cell
None
NO_FH
Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
csv
BSC6900
None
6 Cell
None
None
BSC6900
NO
Cell
This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
INACTIVE
BTS
None
80 BTS
None
0 BTS
None
0 BTS
None
BTS
None
900 BTS
None
900 BTS
None
ENABLE
FIX_16K_ABIS BTS When tight frequency reuse is used, the recommended value is ON. Cell
This Noneparameter is valid when "FHMODE" in the "SET GCELLHOPTP" command is not set to NO_FH.
OFF
None
Cell 4500 BSC
None
1000 BSC
None
ON
Ethernet port
None
ON
PPP link
None
ON
MP group
None
ON
IP logical port
None
ON
Ethernet port
None
None
BTS 10 Cell 10 Cell 10 Cell 10 Cell 10 Cell 10 Cell 10 Cell 10 Cell 0 Cell
OPEN
BSC
This parameter is valid only when "RXQCKFALLHOEN" in "SET This parameter is valid whenThe GCELLHOBASIC" is setonly to YES. "RXQCKFALLHOEN" in "SET following condition must be met: This parameter+is"FLTPARAA2" valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" +The "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + "FLTPARAA4" + None This parameter+is"FLTPARAA2" valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" + "FLTPARAA5" + "FLTPARAA6" +The "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + "FLTPARAA4" + "FLTPARAA7" =The 80. This parameter+ is"FLTPARAA8" valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" + "FLTPARAA2" + "FLTPARAA5" + "FLTPARAA6" + "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + "FLTPARAA7" +is"FLTPARAA4" "FLTPARAA8" =The 80. This parameter+ valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" + "FLTPARAA2" + "FLTPARAA5" + "FLTPARAA6" + "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + "FLTPARAA7" +is"FLTPARAA4" "FLTPARAA8" =The 80. This parameter+ valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" + "FLTPARAA2" + "FLTPARAA5" + "FLTPARAA6" + "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + "FLTPARAA7" +is"FLTPARAA4" "FLTPARAA8" =The 80. This parameter+ valid when GCELLHOBASIC" is setonly to YES. "FLTPARAA1" + "FLTPARAA2" + "FLTPARAA5" + "FLTPARAA6" + "RXQCKFALLHOEN" in "SET following condition must be met: "FLTPARAA3" + + 80. "FLTPARAA7" + "FLTPARAA4" "FLTPARAA8" GCELLHOBASIC" is set to YES.= "FLTPARAA1" + "FLTPARAA5" + + "FLTPARAA2" "FLTPARAA6" +The following condition must be met: "FLTPARAA3" + "FLTPARAA4" "FLTPARAA7" + "FLTPARAA8" + = 80. "FLTPARAA1" "FLTPARAA5" + + "FLTPARAA2" "FLTPARAA6" + + "FLTPARAA3" "FLTPARAA7" + + "FLTPARAA4" "FLTPARAA8" + = 80. "FLTPARAA5" + "FLTPARAA6" + This parameter+is"FLTPARAA8" valid only when "FLTPARAA7" = 80. "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES. None
5 Cell
None
None
BTS
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
none
BSC6900
None
None
None
None
None
None
None
OPEN
BSC
None
15 MSC
None
0 Board
None
Close
BSC
None
NO
Cell
None
YES
Cell
None
None
BTS
None
None
BTS
None
2 None
None
None
Cell
None
None
Cell
None
None
Cell
None
None
MP group
None
None
BSC6900
None
0 Cell
None
YES
Cell
None
None
BSC6900
None
None
BSC6900
None
None
TRX
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
NO
Cell
None
36671 Cell
None
BTS
None
25 Cell
None
None
Cell
None
LOOSE
TRX
None
None
BSC
None
MaximumMeanValue
Cell
None
YES
Cell
None
Shall_Use
Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
TXT
BSC6900
None
None
The Nonefactor table index is configured by setting the value of "FTI" in "ADD FACTORTABLE".
None
BSC6900
None
None
BSC6900
6 Cell
This Noneparameter is valid only when "HOCTRLSWITCH" is set to This parameter is valid only when HOALGORITHM2. "HOCTRLSWITCH" is set to This parameter is valid only when HOALGORITHM2. This parameter is valid only "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set towhen This parameter is valid only HOALGORITHM2. This parameter is valid only HOALGORITHM2. The following "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set to condition must be met: HOALGORITHM2. HOALGORITHM2. The following>= "FULLTOHALFHODURATION" condition must be met: "FULLTOHALFHOPERIOD". "FULLTOHALFHOSTATTIME" >= "FULLTOHALFHOLASTTIME".
0 BSC6900
None
0 BSC6900
None
20 BSC6900
None
15 BSC6900
None
0 BSC6900
None
1 BSC6900
None
0 BSC6900
None
0 BSC6900
None
5 BSC6900
None
None
20 Cell 5 Cell 4 Cell 10 Cell 1 Cell
0 BSC6900
A0
110 BSC
None
10 BSC
None
Board 12 Cell
None
None
None None
BSC6900
None
40 BSC6900
None
ON
BSC6900
None
None
BSC6900
None
NO
Cell
None
OFF
BSC
None
DEG
None
None
YES
Cell
None
YES
Cell
None
None
BSC6900
None
20 Cell
None
None
Cell
None
NO
Cell
None
2dB
Cell
None
NONGPRS
Physical channel None
DB110
Cell
None
10sec
Cell
None
5 Cell
None
10db
Cell
None
GPS
BTS
None
10 None
None
NO
Cell
None
None
BTS
None
None
BTS
None
None
BSC
None
None
BSC
None
None None
0 BTS Transmission resource group Transmission resource group
None None None
LAC_CI
Cell
None
80 BSC6900
None
10 BSC
This Noneparameter is valid when "MEASURETYPE" is set to EnhMeasReport.
3 Cell SUPPORT
Cell
None
None
Ethernet port
None
None
BTS
None
255.255.255.255
BTS
None
NO
BSC
This parameter is valid only when None This parameter is valid only "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set towhen This parameter is valid only HOALGORITHM2. HOALGORITHM2. The following "HOCTRLSWITCH" is set to condition must be met: HOALGORITHM2. This parameter is valid only when "HALFTOFULLHOSTATTIME" >= "HOCTRLSWITCH" is set towhen This parameter is valid only "HALFTOFULLHOLASTTIME". HOALGORITHM2. following "HOCTRLSWITCH"The is set to condition must be met: HOALGORITHM2. "HALFTOFULLHOSTATTIME" >= "HALFTOFULLHOLASTTIME".
20 Cell 5 Cell 4 Cell 10 Cell 6 Cell NO
BTS
None
NO 1000(application type is M3UA), 5000(application type is BBAP)
BTS
None
SCTP link
None
BTS
This Noneparameter is valid only when "HOCTRLSWITCH" is set to This when HOALGORITHM2. The only following Noneparameter is valid "HOCTRLSWITCH" is set to condition must be met: HOALGORITHM2. The following "HCSSTATTIME" >= "HCSLASTTIME". condition must be met: "HCSSTATTIME" >= "HCSLASTTIME".
2 Cell 3 Cell None
BTS
None
None
BTS
None
DCS1800
BSC
This Noneparameter is valid only when "HIGHPRIUSERQUALFIRST" is set to YES.
1 Cell NO
BSC
None
NO
Cell
None
YES
BTS
None
YES
Cell
None
None
BSC6900
None
Cell
SysOpt
Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu and This parameter is is valid when "SUPPORTDTM" setonly to SUPPORT. "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BSC
None
10 Cell
None
0 Cell
None
None
Cell
None
Cell
HOALGORITHM1
Cell
NO
Cell 3 Cell 3 Cell 50 Cell 8 Cell 8 Cell 35 Cell 3 Cell
None
Cell 68 Cell 32 Cell
Pre_2G_CellThres
Cell 5 Cell
When parameter ""Quick handover enable"" is configured to "YES",then parameter ""Handover Direction None Forecast Enable"" can be configured to "YES".Furthermore,before The must be the Nonevalue of this parameteropen "Handover Direction Forecast Enable", same as that of "HOCTRLSWITCH" in parameter ""Chain Neighbour Cell "SET GCELLHOBASIC". Type"" of cell should be configured This parameter is valid only when the "Handover Direction Forecast Statistic correctly. following are met: Forecast Times" >=conditions "Handover Direction "Handover Last Times"Direction Forecast Statistic1. Times" >= "Handover Direction Forecast The ""INTERRATOUTBSCHOEN "" This is valid only when Last parameter Times" regarding the "SET GCELLHOBASIC" This parameter is valid only when "QUICKHOEN" in "SET command is setis tovalid YES. This parameter when "BET3GHOEN" is set to YES. The GCELLHOBASIC" is setonly to YES. 2. The ""BET3GHOEN"" "BET3GHOEN" is set to YES. The following condition must be met: parameter is set to YES. following condition must be met: "HOSTAT3G" >= "HODURT3G". 3. The "HOSTAT3GTDD" >= This parameter is valid only when ""FDDREP"" parameter regarding the "HODURT3GTDD". "QUICKHOEN" in "SET "SET GCELLCCUTRANSYS" command GCELLHOBASIC" is set to YES. The is set to EcNo. following condition must be met: "HOSTATICTIME" >= "HOLASTTIME". This Noneparameter is valid only when "QUICKHOEN" in "SET This parameter when This parameter is is valid valid only when the GCELLHOBASIC" is setonly to YES. ""INTERRATOUTBSCHOEN"" "LOWRXLEVOLFORBIDSWITCH" is set parameter regarding the "SET to ON. GCELLHOBASIC" command is set to This YES.parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
Cell
None
None
Cell
None
None
Cell
None
YES
Cell
This Noneparameter is valid only when "HOOPTSEL" is set to Pre_2G_CellThres. This parameter depends on "FHMODE" in "SET GCELLHOPTP". This None parameter can be set toonly BaseBand_FH This parameter is valid when the only when "FHMODE" is set to following conditions are met: None BaseBand_FH or Hybrid_FH. This 1. The ""INTERRATOUTBSCHOEN"" parameter can be to RF_FH only None regarding the "SETset GCELLHOBASIC" when "FHMODE" is set command is set to YES.to RF_FH or Hybrid_FH. 2. The ""BET3GHOEN"" parameter is set to YES. None 3. The ""FDDREP"" parameter regarding the "SET None GCELLCCUTRANSYS" command is set This parameter is valid only when to RSCP. This parameter is valid only when "INTERRATOUTBSCHOEN" is set to "INTERRATOUTBSCHOEN" is to setYES. to YES and "BET3GHOEN" is set None YES and "BET3GHOEN" is set to YES. The following condition must be met: This parameter is "HODURT3G". valid only The following condition mustwhen be met: "HOSTAT3G" >= "QUICKHOEN" in "SET "HOSTAT3GTDD" >= GCELLHOBASIC" "HODURT3GTDD".is set to YES. The following condition must be met: When the BTS or cell activated,the "HOSTATICTIME" >= is "HOLASTTIME". host type of OPC must be single or primary None if the host type of BTS is single. Otherwise, the host type of OPC must be consistent with that of the BTS.
25 Cell OFF
BSC 0 Cell
None
Cell
NO_FH
TRX 63 Cell 15 BSC6900 50 Cell
YES
MSC 10 Cell 10 Cell 4 Cell
SINGLEHOST
SCCP
SINGLEHOST
BTS
25 Cell 50 Cell
This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
NONE
Cell
None
None
Cell
None
None
BTS
None This parameter is valid only when "GRADEACCALLOW" is set to YES.
1 Cell NO
BTS 440 BTS
The Nonevalue of this parameter must be smaller than "DC Undervoltage Alarm Threshold".
NO
Cell
None
YES
Cell
None
YES
Cell
None
Shall_Use
Cell
None
0 Cell
None
None
BTS
OFF
Cell
None
BTS Current BFD session
None
40 BTS
This Noneparameter is valid when "FHMODE" in the "SET GCELLHOPTP" command is not set to NO_FH. None The Nonevalue of this parameter must be greater than "Low Temperature Critical Point".
None
BTS
None
ENABLE
BTS
None
None
Board
None
If "Power System Type" is None Board "SC48200", the recommended value is "900". For other types of Power None Board System, the recommended value is If "Power System Type" is "1000". BTS "SC48200", the recommended value is "100". For other types of Power 800 BTS System, the recommended value is "0". BTS
None
100 BTS
The Nonevalue of this parameter must be greater than "Lower Threshold of The valueAlarm". of this parameter must be Humidity greater than "Lower Threshold of The valueAlarm". of this parameter must be Humidity smaller than "Upper Threshold of The valueAlarm". of this parameter must be Humidity smaller than "Upper Threshold of Humidity Alarm".
15 BTS
None
720 SCCP
None
None
None
None
None
None
None
None
None
None
90 SCCP 4 Cell
None This parameter is valid only when "IBCASOFTBLKSWITCH" is set to YES.
10 Cell NO
This parameter is valid only when "IBCASOFTBLKSWITCH" is set to YES.
Cell
None
4 Cell
None
4 Cell
None
Set this parameter to YES for the 0 Cell neighboring cell with co-channel 4 Cell interference and the neighboring cell that may cause interference; set this 7 Cell parameter to NO for other neighboring cells. Cell
None
0 Cell
None
OFF
Cell
None
OFF
Cell
None
10 Cell
None
2 Cell
None
13 Cell
None
10 Cell
None
Cell
None
4 BSC
None
0 Cell
None
0 Cell
None
0 Cell
None
0 Cell
None
4 Cell
None
0 Cell
None
20 Cell
None
Cell
None
0 Cell
None
7 Cell
None
5 Cell
None
4 Cell
None
YES
NO
It is recommended that you set the 0 Cell path loss offset of layer 1 neighboring cells of the serving cell to 15 dB and 8 BSC that of other neighboring cells to 25 dB. Cell
None None None
None None None
6 Cell
None
4 Cell
None
110 Cell
None
1 Cell
None
NO
Cell
None
OFF
Cell
None
20 Cell
None
UNDER
Cell
None
NO
Cell
None
5 Cell
None
Cell
None
BTS
When the value isofone "PATHCHK" in "ADD This of the conditions Noneparameter IPPATH" is set to ENABLED, for the dynamic conversion of this the TCHF parameter is valid. to the SDCCH. In addition to the condition that the None of idle SDCCHs should be number smaller than or equal to None "IDLESDTHRES", the following three conditions must be met to trigger the None conversion from the TCHF to the SDCCH: None 1. "SDDYN" in "SET None GCELLBASICPARA" is set to YES. 2. In the cell, the value of (number of None idle TCHFs + number of idle TCHHs/2) is greater than four and is greater than None the number of TRXs. Idle TCHFs exist in the cell. None 3. Number of SDCCHs + 8 < "CELLMAXSD".
For SingleRAN BTS, the recommended value is "ENABLE". NO For other types of BTS, the recommended value is "DISABLE".
64 IP path 22 BSC 20 BSC 18 BSC None
BSC6900
None
BSC6900
None
BTS 84 Board
None
None 2 Cell
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
None
BSC
None
None
Subsystem
None
None
BSC
None
YES
Cell
None
None
IP route
None
Positive
BTS
None
0 BTS YES
None 1 Cell
None
BSC
None This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. None
5000 Cell
None
NO
Cell
None
NO
Cell
None
NO
Cell
None
4 Cell
None
2 Cell
None
NO
Cell
NO
Cell 0 Cell
NO
BSC6900 10 Cell
None
BSC
None
Subsystem 10000 Cell
None None None This parameter is valid only when "IDXTYPE" is set to BYIMSI. None
4 BSC6900
None
3 BSC6900
None
360 Cell None
BTS
NO
BTS 8 Cell 10 Cell
CELLCAPCLASS
BSC
None
Board 25 Cell 12 Cell
None
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IMMASSTAALLOW" is set to YES.
None This parameter is valid only when "HOCTRLSWITCH" is set to None This parameter is valid HOALGORITHM1 and only when "HOCTRLSWITCH" is set "INTRACELLFHHOEN" is to set to YES. None HOALGORITHM1 and The following condition must be met: "INTRACELLFHHOEN" is set to YES. "INFHHOSTAT" >= "INFHHOLAST". The following condition must be met: "INFHHOSTAT" >= "INFHHOLAST". Set when Allow Info Exchange at Iur-g is set to Yes This parameter is valid only when "HOCTRLSWITCH" is set to None This parameter is valid HOALGORITHM1 and only when "HOCTRLSWITCH" is set "INTRACELLFHHOEN" is to set to YES. HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES.
8 TRX
None
1 Cell
None
0 Cell
None
2 Cell
None
BSC
None
NO
Cell
YES
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
BSC6900
None
None
BSC6900
NO
Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "INNLOADHOEN" is set to YES. This parameter is valid only when "INNLOADHOEN" is set to YES. This parameter is valid only when "OUTLOADHOENABLE" is set to YES.
10 Cell 5 Cell 90 Cell None
BSC
None
None
BTS
None
None
BTS
None
Degree
Cell
NO
Cell
This Noneparameter is valid only when "SIGCHANHOEN" in "SET GCELLHOBASIC" is set to YES.
None
BSC
None
BTS
None
BSC
None
BTS 60 Cell
67 Cell In densely populated urban areas, the recommended value is 68; in the Cell INTBANII suburbs, the recommended value is 72. Cell 15 Cell 2 Cell 3 Cell
Inter-layer HO threshold of the serving None cell = "Inter-layer HO threshold" - "InterNone HO Hysteresis". layer Inter-layer HO threshold of the When "Current Control Algorithm" in None neighboring cellHO = "Inter-layer HO "SET GCELLHOBASIC" is set to threshold" + "Adjacent Cell Inter-layer None HOALGORITHM1(Handover algorithm HO Hysteresis" - 64. I), "Inter-cell HO Hysteresis" should be The value of "Inter-layer HO threshold" None set within the range of 64-127. When can be set through "SET "Current HO Control Algorithm" in "SET GCELLHOBASIC". GCELLHOBASIC" is set to This parameter is valid only when HOALGORITHM2(Handover algorithm None "INTERFHOEN" set to YES and be This parameter isis valid only when II), "Inter-cell HO Hysteresis" should This parameter is valid only when "HOCTRLSWITCH" is set to "HOCTRLSWITCH" in "SET set within the range of 0-127. "INTERFHOEN" is is set tofollowing YES and HOALGORITHM2. The GCELLHOBASIC" set to "HOCTRLSWITCH" is set to condition must be met: HOALGORITHM2. HOALGORITHM2. The following "INTERFERESTATTIME" >= condition must be met: "INTERFERELASTTIME". "INTERFERESTATTIME" >= "INTERFERELASTTIME".
YES
Cell
None
YES
Cell
The Nonesetting of this parameter must meet the following condition: The setting of this parameter must meet "INTERFTHRES0" > "INTERFTHRES1". the following condition: The setting of this parameter must meet "INTERFTHRES1" > "INTERFTHRES2". the following condition: The setting of this parameter must meet "INTERFTHRES2" > "INTERFTHRES3". the following condition: The setting of this parameter must meet "INTERFTHRES3" > "INTERFTHRES4". the following condition: The setting of this parameter must meet "INTERFTHRES4" > "INTERFTHRES5". the following condition: "INTERFTHRES4" > "INTERFTHRES5".
110 Cell 105 Cell 98 Cell 92 Cell 87 Cell 85 Cell 3 BSC6900 20 Cell
None None
NO
Cell 80 BSC
NO
Cell
NO
Cell
None When None "Inter-RAT In BSC Handover Enable" is set to NO, this parameter must be set to NO.
20 BSC
None
49 BSC
None
5 BSC
None
60 BSC
None
91 BSC
None
10 BSC
This Noneparameter is valid only when the ""INTERRATOUTBSCHOEN"" parameter regarding the "SET None GCELLHOBASIC" command is set to YES.
NO
Cell
OFF
BSC 72 BSC6900
None
1 BSC6900
None
1 Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
30 Cell None Cell In the hot-spot areas, densely populated urban areas, urban areas, 10000 Cell suburbs, and rural areas, the recommended value is YES; in the YES Cell high-speed circumstances, the recommended value is NO. Cell 10000 Cell None
None
None This parameter is valid only when "HOCTRLSWITCH" is set to None HOALGORITHM1 and "INTRACELLHOEN" is set to YES. None None
BSC
None
25 BSC
None
10 BSC
None
30 BSC
None
None
BSC
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
NO
Cell
None
None
None
None
None
BSC6900
None
None
NSE
None
None
NSE
None
255.255.255.255
BTS
None
None
None
IP path
The "IPADDR" in "ADD IPPATH" can not be at one network segment with the peer IP address of SCTPLNK or IPPATH whose local IP address is device IP address of FG2/GOU in this subrack;"IPADDR" and "PEERIPADDR" in "ADD IPPATH" must be at one None network segment; ("IPADDR","PEERIPADDR","PEERMAS None K" in "ADD IPPATH") conflicts with other IPPATH whose type is IUPS.
None
BSC6900
None
None
Ethernet port
None
None
Ethernet port
None
None
BSC6900
None
None
Ethernet port
None
None
BSC
None
None
BSC
None
BTS
The Nonesetting of this parameter cannot be duplicate with "Slave Clock Server IP Address".
None
BSC
None
BTS
The Nonevalue of this parameter cannot be the same as "Master Clock Server IP Address".
None
BSC
None
None
BSC
None
10 Ethernet port
None
5 Ethernet port
None
UDP/IP_HC
PPP link
None
UDP/IP_HC
MP group
None
None
Ethernet port
None
None
Ethernet port
None
None
None
IP_OVER_FE/GE
BTS
This Noneparameter is valid only when "SERVICEMODE" in "MOD BTS" is set to IP.
None
BTS
None
NO
BTS
None
NO
BSC6900
NO
Cell
None
BTS
None
BTS
None If the redundancy configuration mode is not supported, only one clock server None If theberedundancy mode is can configured.configuration Otherwise, two clock not supported, only one clock server servers can be configured. can be configured. Otherwise, two clock servers can be configured.
NO
BTS
None
NO
BTS
None
YES
None
None
Cell Transmission resource group
YES
Cell
None
None
NO
TRX
None
None
BSC
None
None
BTS
None
NO
Cell
None
None
NSE
None
None
IP Path
None
NO
BSC6900
None
None
None
NO
BTS
NO
BTS
None This parameter can be set to YES only when None "BssLsGenMode" in "SET BSSLS" is set to BTSPRIORITY, BSCPRIORITY, or BTSONLY.
NO
BSC
None
None
None
None
NO
None
None
NO
BTS
None
NOT_CONFIG
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
65535 Cell
None
None
BSC6900
None
None
IP route
NONE
TRX
This Noneparameter is valid only when "IUOTP" in "MOD GCELL" is set to Concentric_cell.
CONVERT0
Cell 8 Cell 10 Cell
The Nonefollowing condition must be met: "IUOHOSTATIME" >= The following condition must be met: "IUOHODURATIME". "IUOHOSTATIME" >= "IUOHODURATIME".
Normal_cell
Cell
None
OFF
Board
None
Character_String
None
None
SBS 155
Board
None
SBS 155
Board
None
16byte
Board
None
OFF
Board
None
Character_String
None
None
SBS 155
Board
None
SBS 155
Board
None
16byte
Board Channelized optical port
None
None Channelized optical port
None
None Channelized optical port
None
Board
None
BTS
None
BTS
None
BSC MSP protect group
None
OFF None None None None When the disorder phenomenon is SPACE severe in the IP network, the recommended value is ALLOW; None when there is no or little disordered packets, you are recommended to None set this parameter to DENY to avoid extra transmission delay. None
None
None
None
None
0 Cell
None
2 PPP link
None
None
Cell
None
None
Cell
None
None
Ethernet port
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
2 IP logical port
None
4 IP logical port
None
25 IP logical port
None
3 IP logical port 8 IP logical port 3 Cell 3 Cell 0 Cell 20 BSC
None There are four network layers, that is, layer None 1 to layer 4. A lower layer No. indicates a higher priority. The cell priority None is determined by both the network layer and the "PRIOR" The parameter is independent of "Load parameter. Handover Support" and " Enhanced Load HO Allowed". Lb Congestion Protection Timer 1
CSFHHO
BSC
PSDOWN
BSC
AMRC
BSC
Lb Congestion Protection Timer 1
None
SCCP
None
None
BSC6900
None
None
BSC6900
None
ON
BSC6900
None
30 BSC
0 Ethernet port None
Cell
YES
Cell 2 Cell 4 Cell 6 Cell
None This Noneparameter is valid only when "HOCTRLSWITCH" is set to This parameter is valid only when HOALGORITHM1. "HOCTRLSWITCH" is set to This only when is HOALGORITHM1 and "LEVHOEN" Noneparameter is valid "HOCTRLSWITCH" is set to set to YES. The following condition must HOALGORITHM1 and "LEVHOEN" be met: "LEVSTAT" >= "LEVLAST". is set to YES. The following condition must be met: "LEVSTAT" >= "LEVLAST".
None
None
None
None
None
None
None
Board
None
None
None
None
None
None
None
10 BTS
None
90 None
None
70 None
None
None
LAPDLNK
None
DIFFERENCE
None
None
64K
MTP3 link
None
None
None
None
None
BTS
None
None
None
None
35 BTS
None
45 BTS
None
None
Board
None
None
BSC
None
M3UA_MASTER_MOD
BSC6900
None
B1111
SCCP
None
set to YES. 2. The ""InterRatServiceLoadHoSwitch"" parameter is not set to OFF.
B1111
SCCP 80 Cell
RANDOMALG
When the cell is under the BSC, this parameter is valid only when the ""LoadHoEn"" parameter regarding the None "SET GCELLHOBASIC" command is set to YES.
MSC
None
4 BSC
None
100 BTS NO
Cell
None This parameter can be set only when "Load Handover Support" is set to Yes.
NO
Cell
None
NO
Cell
NO
Cell
The Noneparameter value cannot be larger than the value of "PBGT HO Threshold". The Noneparameter takes effect only when This parameter valid only when "Enhanced LoadisHO Allowed" is "HOCTRLSWITCH" in "SET enabled. This parameter is valid GCELLHOBASIC" is setonly to when "HOCTRLSWITCH" in "SET HOALGORITHM2. GCELLHOBASIC" is set to This parameter This parameter is is valid valid only only when when HOALGORITHM2. "LOADHOEN" in "SET "LOADHOEN" in "SET GCELLHOBASIC" GCELLHOBASIC" is is set set to to YES. YES. The value of this parameter must be smaller The takes effect only when than parameter "LOADOFFSET". the enhanced load handover algorithm This parameter is valid only when is enabled. "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
0 Cell 10 Cell 63 Cell 10 Cell 5 Cell 3 Cell 25 Cell NO
BTS
None
PERMIT
Cell
None
40 Cell
None
60 Cell
None
85 Cell
None
YES
Cell
DYNPDCHASIDLE
Cell
The Noneparameter is independent of "Load Handover Support" and "Enhanced Load HO Allowed".
None
BTS
None
None
BSC
None
None
BSC6900
None
None
MP group
None
BTS
None
BTS
None The IP address must be in the same network segment as "Peer IP address". The IP address must be in the same network segment as "Peer IP address".
None
NSE
None
None
BSC
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
SCTP link
None
None
SCTP link
None
OFF
BSC6900
None
SCTP link
When None the value of "MODE" in "ADD SCTPLNK" is set to Client, this parameter can be modified.
None
BSC6900
None
NORMMODE
None
None
95 Board
None
80 Board
This Noneparameter determines whether "LOGPORTSN" and "LOGPORTNO" in When the value ofare "LOGPORTFLAG" in "ADD SCTPLNK" valid. "ADD SCTPLNK" is set to ON, this When the value of "LOGPORTFLAG" in parameter is valid. "ADD SCTPLNK" is set to ON, this parameter is valid.
None
SCTP link
None
SCTP link
None
SCTP link 85 Board
None
70 Board
None
ON
Board
None
None
BSC6900
None
None
None
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
None
None
None
None
BC
None
ON
E1/T1 port
None
None
LAPDLNK
None
80 Cell
None
None
BSC
None
None
BSC
None
None
E1/T1 port None Loopback optical port None
None
180 BSC
None
NO
Cell
This Noneparameter is valid when "FLEXABISMODE" in the "MOD BTS" command is set to YES.
NO You are advised to disable this function in the co-BCCH cell with the ON inter-site distance not more than 1500m. For EPS4815 boards, the value of this parameter is set to "NO".
BTS
None
Cell
None
Cell
None
BTS
None
NO
BTS
None
None
None
None
IP path
When None the value of "CARRYFLAG" in "ADD IPPATH" is set to IP LGCPORT, this parameter is valid.
None
IP logical port
None
None
IP logical port
None
IP path
When None the value of "CARRYFLAG" in "ADD IPPATH" is set to IP LGCPORT, this parameter is valid.
None
ATM logical port None
1 IP logical port
If IR"Power System Type" is Cell "SC48200", the recommended value is "475". For other Power System DISABLE BTS Type of APMU boards, the recommended value is "440". BTS
None
CSPH
BSC
The Nonevalue of this parameter must be smaller than "DC Undervoltage Alarm If this parameter is not set to CLOSE, it Threshold". value must not be the same as "LDRSND", "LDRFST", or "LDRFOUH".
INCLUDE
BSC6900
None
None
None
None
HORIZONTAL
None
None
APPLICATION
None
None
None
BSC6900
None
OPTLOG
BSC6900
The Nonevalue of this parameter must be smaller than "High Temperature Critical Point". The setting of this parameter must meet the following conditions: None The setting of this "LTFERTGT"; "LTFERUPTH" > "LTFERLOWTH".
0 BTS -1 BTS 2 Cell 8 Cell 60 Cell 2 Cell
None
0 Board
None
20 BTS For EPS4815, the recommended value is "DISABLE". For other types30 BTS of APMU boards, the recommended value is "ENABLE". BTS 2905 SCTP link
None None None None
None
None
None
10 Ethernet port
None
5 Ethernet port
None
CA_MA
Cell
None
Cell
None This parameter is valid when " MAINBCCHPWRDTEN " in the " SET None GCELLOTHEXT " command is set to YES. This parameter is valid when " MAINBCCHPWRDTEN " in the " SET None This parameter is" valid when is " set to GCELLOTHEXT command MAINBCCHPWRDTEN " in the " SET YES. This parameter is" valid when is " set to GCELLOTHEXT command MAINBCCHPWRDTEN " in the " SET YES. GCELLOTHEXT " command is set to YES.
None
Board
YES
Cell
NO
Cell
None
Cell
None
BTS
None
None
BTS
None
None
BTS
None
0 BTS
None
0 Cell
None
BTS
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
Cell
None
This Noneparameter is valid only when "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET This parameter is valid when GCELLCHMGAD" is setonly to YES. "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
Ethernet port
None
None
Ethernet port
None
None
PPP link
None
None
MP group
None
None
BSC6900
None
None
Ethernet port
None
None
Ethernet port
None
None
BSC
None
255.255.255.255
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
BTS
None This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to PWR2.
4(application type is M3UA), 10(application type is BBAP) None
8 Cell SCTP link
None
IP logical port
None
3 Cell
None
2 BSC
None
1 BSC
This Noneparameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
10 BTS 1 Cell
None
1 Cell
None
1031 None
None
100 BSC
None
256 PPP link
None
None
MP group
None
None
BSC6900
None
None
BSC6900
None
2(application type is M3UA), 5(application type is BBAP)
125 BTS
3 BSC
This Noneparameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
8 TRX
None
30 Cell
None
SCTP link
5 BSC None
None
BSC6900
None None
15C
BTS
None
15C
BTS
None
30 Cell
None
7_Times
Cell
None
7_Times
Cell
None
7_Times
Cell
None
7_Times
Cell
None
64 PPP link None
MP group 2 Cell
In Normal cell,the recommended value is 62;in Double Timeslot Extension Cell,the recommended value is 219.
OFF
0 Cell 0 Cell
None This parameter is valid when "PWRCTRLSW" in the "SET None This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. GCELLPWRBASIC" command is set to PWR2.
Cell
None
20 Cell
None
Cell
None
255 Cell
None
12 None If the traffic volume on each frequency band is even and there is32 TRX no special requirements for the frequency band, the recommended 16 None value is 0; if the traffic volume on each frequency band is significantly 8 Cell uneven and a frequency band is None BSC6900 preferred for an MS, the recommended value is 3; if traffic None None volume on each frequency band is not extremely uneven, the None None recommended value is 1 or 2. For details, see the GSM Rec. 05. 08. Cell 2 Cell 6 Cell
None None This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to PWR2. None None None This parameter is valid only when "MEASURETYPE" in "SET None This parameter is valid only when GCELLCCUTRANSYS" is set to "MEASURETYPE" in "SET EnhMeasReport. GCELLCCUTRANSYS" is set to EnhMeasReport.
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
Cell
None
None
MP group
This Noneparameter is required when "MLPPP type" is set to "MCPPP" with the "ADD BTSMPGRP".
8 BTS None
BSC6900
None
None
BSC6900
None
None
BTS
"BTSTYPE" identifies the value range of this parameter. The number of cabinets supported by the BTS depends on the type of the BTS. For details, see the parameter description of the command.
OFF
Cell
None
CLASS0
BTS
None
None
Board
None
0 Ethernet port
None
None
Ethernet port
None
None
Ethernet port
None
NO
Cell
None Set when Allow Common Measurement at Iur-g is set to Yes
3 BSC ComMeasReport
Cell
None
None
Ethernet port
None
None
Ethernet port
None
Ethernet port
LONG
MP group
LONG
BTS
None This parameter is based on "HOCDCMINDWPWR" and None "HOCDCMINUPPWR". Different offset can Nonebe set for different neighboring cells. The following condition must be Nonefor a neighboring cell to be added met into the candidate cell queue: None Neighboring cell uplink level >= ("HOCDCMINUPPWR" + None "MINOFFSET"); Neighboring cell downlink level >= None ("HOCDCMINDWPWR" + "MINOFFSET").
15 Cell None
IP logical port 10 Cell 0 Cell 170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
140 BTS
None A 3G cell can be added into the candidate cell queue when following This parameter is valid onlythe when None conditions are met: "HOCTRLSWITCH" is set to "INTERRATOUTBSCHOEN" is set to This parameter is valid only when HOALGORITHM1. YES; "BET3GHOEN" is set to YES; the "SDDYN" in "SET GCELLBASICPARA" RSCP of the 3G cell for a period of time is set to YES. is greater than the sum of "HORSCPTH3G" and "RSCPOFF".
140 BTS 16 Cell 60 Cell 10 Cell 100 Ethernet port Current BFD 100 session
None None
100 Ethernet port Current BFD 100 session
None
None
Ethernet port
None
None
Ethernet port
None
None
Ethernet port
None
None
Cell
None
None
Cell
None
80 BSC
None
None
AUTO
BSC6900
None
None
SCTP link
None
OFF
BSC6900
None
None
BSC6900
None
None
None
None
None MSP protect group
None
None
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
None
None
None
None
None
None
None
BTS 35 Cell
This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
10 Ethernet port
None
5 Ethernet port
None
None
None
MP group
None
None
None
None
BTS
None This parameter can be set to MODE5_1 or MODE6_1 only when None "FLEXABISMODE" is set to FLEX_ABIS.
MODE4_1 BTS If "BTS Type" is "BTS3900E_GSM", the recommended value is "0". BTS
None
ENABLE
BTS
None
MCPPP
MP group
None
None
None
None
None
YES
Cell 4 Cell 5 Cell
Once_ps
Cell
None This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to PWR2. This Noneparameter is valid only when "PWRCTRLSW" in "SET This parameter must is beset settowhen GCELLPWRBASIC" PWR3. "BTSMESRPTPREPROC" is set to BTS_PreprocessingN.
4 BTS
None
4 BTS
None
OFF
None
None
None
BSC
None
1500 BTS
None
3 BSC6900 OFF
Cell
None None
1800 MSC
None
1 BSC
None
0 BSC
None
NO
BSC
None
NORMAL
MSC
None
R98_or_below
Cell
None
15000 Cell
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
NO
Cell
This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
4_Times
Cell
None
None
MSP protect group
MCS5
Cell 40 Cell
None
ON
None
10 Cell
None
200 Cell
None
1000 BSC
None
45 BSC
None
2 Cell
None
BSC6900
None E1/T1 port If "MTU" is set to a value smaller than Nonethe DHCP procedure may fail MTP3 link 576, when the BTS tries to retrieve the IP MET None address, and thus the BTS cannot work. The recommended value of 800 this SCTP link parameter is 1500. Do not modify it unless in special scenarios, for 1500 Ethernet port example, at the bottom layer where the number of MTU is limited. BTS 225 BTS Cell 5 Cell DISABLE
Cell
4 Cell When the transmission quality is 0 Cell good, the recommended settings are as NOfollows: "Ring II Wait Time Before Cell Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating 1000 MP group Penalty Time" = 0; "T200" = 12; None = 1; and "N200" = 3. MP group "T203" When the transmission quality is bad, None None the recommended settings are as follows: "Ring II Wait Time Before 6 BTS Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating None None Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS 5 Cell
OFF
The Nonevalue of this parameter must be smaller than or equal to "PDCH Downlink Multiplex Threshold".
BTS
85 BSC
REPORT6
None
None None None None None None None None None None This parameter is valid when "TCMUTEDETECTFLAG" is set to YES. This parameter is valid when "TCMUTEDETECTFLAG" is set to YES. None None None None None None None None None N200ESTAB must be set when "N200PARASWITCH" is set to YES.
34 Cell
None
29 Cell
None
Cell
None
5 Cell
None
5 Cell
None
23 Cell
None
20 Cell
None
3 Cell
None
10 Cell
None
6 BC
None
3 BC
None
4 BC None
Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
BSC
None
NO
Cell
None
2 Cell
None
DISABLE
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
NOTSUPPORT SELECTION0_PERM1&SELECTION1_PERMNone 1&SELECTION2_PERM1&SELECTION3_PERMNone 1&SELECTION4_PERM1&SELECTION5_PERMNone 1&SELECTION6_PERM1&SELECTION7_PERM-1
BSC Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
Cell
None
Cell
None
Cell
None
1 Cell 4 Cell 4 Cell 0 BSC 60 BSC 64 BSC 68 BSC 72 BSC 74 BSC 76 BSC 80 BSC 0 Cell 0 Cell
This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. The Nonefollowing condition must be met: The following condition must "NcellInterFLevelThres1" > be met: "NcellInterFLevelThres2" "NcellInterFLevelThres0".> The following condition must "NcellInterFLevelThres1" > be met: "NcellInterFLevelThres3" "NcellInterFLevelThres0".> The following condition must "NcellInterFLevelThres2" > be met: "NcellInterFLevelThres4" "NcellInterFLevelThres1".> The following condition must "NcellInterFLevelThres3" > be met: "NcellInterFLevelThres5" "NcellInterFLevelThres2".> The following condition must "NcellInterFLevelThres4" > be met: "NcellInterFLevelThres6" "NcellInterFLevelThres3".> The following condition must "NcellInterFLevelThres5" > be met: "NcellInterFLevelThres7" "NcellInterFLevelThres4".> "NcellInterFLevelThres6" > The following condition must be met: "NcellInterFLevelThres5". The setting of this parameter "NcellInterFLevelThres7" > must meet the following condition: "NcellInterFLevelThres6". The setting of this parameter must meet "NCHSTARTBLOCK"" <= the following condition: "NCHOCBLOCKNUM". "NCHSTARTBLOCK"" <= "NCHOCBLOCKNUM".
NC0
Cell
None
YES
SCCP
None
None
None
None
4 Cell
None
None
BSC6900
None
None
IP route
None
None
None
None
None
BTS
None
SCCP
None This parameter depends on network planning.
None
None
None
NMOII
Cell
None
None
BTS
None
BTS
The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets. The value range of this parameter varies with BTS type.
None
BTS
None
None
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
NO
Cell
This This parameter is is valid valid only only when when Noneparameter "HOCTRLSWITCH" is set "HOCTRLSWITCH" is set to to This parameter is valid HOALGORITHM2 and only when HOALGORITHM2. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is This parameter is valid only when HOALGORITHM2 and set to YES. "HOCTRLSWITCH" is set to "NOAMRFULLTOHALFHOALLOW" is HOALGORITHM2 and set to YES. "NOAMRFULLTOHALFHOALLOW" is set to YES.
2 Cell 30 Cell 1 Cell 95 Cell 0 Cell 85 Cell 14 Cell 103 Cell NO
Cell 2 Cell 25 Cell
None
Adjacent node 8 Cell
NO
Cell 50 Cell 100 BTS
ON
Cell
This Noneparameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES. This Noneparameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES. This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
0.24sec
PERMIT
Cell
None
2500 BTS
None
2500 BTS
None
Cell 500 BTS
CLOSE
BSC 48 TRX 30 BTS 3 None 2 Cell 6 Cell
The Nonevalue of this parameter must be 8C smaller than "Derating TEMP Threshold". None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "ENABLE" is set to YES. This parameter is valid only when "MEASURETYPE" in "SET None This parameter is valid only when GCELLCCUTRANSYS" is set to "MEASURETYPE" in "SET EnhMeasReport. GCELLCCUTRANSYS" is set to EnhMeasReport.
None
BSC
None
None
BSC
None
YES
BSC
None
None
NSE
None
Cell
None This parameter is valid only when "HOCTRLSWITCH" in "SET None GCELLHOBASIC" is set to HOALGORITHM2.
2 Cell None
Cell
None
None
NSVC
None
None
NSVC
None
None
9 BTS
None
16 BTS
None
10 Cell
None
Ethernet port
None
0 PPP link
None
0 MP group
None
0 IP logical port
None
0 Ethernet port
None
None
Port queue
None
None
Port queue
None
None
None
None
None
None
None
None
BSC
None
None
BSC
None
None
BSC6900
None
None
BTS
None
None
None
None
OFF
Cell
YES
Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BTS
None
OFF
BSC6900
None
None
None
10 BSC
None
BSC6900 Transport 64 channel Transport 64 channel
None
BSC6900
None
1 BSC None
BSC6900 1 BTS
None None
None None None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC
None
None
Cell
None
None
E1/T1 link
None
None
BSC
None
None
BSC
None
None
BSC
None
None
None
None
None
E1/T1 link
None
None
E1/T1 link
None
None
E1/T1 link
None
None
PBCIC
None
None
BSC
SysOpt
Cell
This Noneparameter is valid only when This parameter is GCELL" valid onlyiswhen "IUOTP" in "ADD set to "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when is Concentric_cell and "OPTILAYER" "IUOTP" in "ADD GCELL" is set to set to SysOpt. Concentric_cell and "OPTILAYER" is set to SysOpt. This parameter is valid only when "TRXPRIALLOW" is set to YES.
35 Cell 63 Cell L0
TRX
None
Board
None
None
None
None
None
BTS
None
None
BSC
None
None
BTS
None
Step_by_Step
None
None
None
Cell
None
0 BTS 20 Cell YES
Cell 10000 Cell 10000 Cell
NO
Cell 80 Cell 15 TRX 25 Cell
YES
Cell 1 Cell 5 Cell 5 Cell 50 Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to EDB_cell. None This parameter is valid only when "IUOTP" in "ADD set to This is GCELL" valid onlyiswhen Noneparameter EDB_cell. The following condition must "LOADHOEN" in "SET be met: "OUTSERIOVERLDTHRED" > GCELLHOBASIC" is set to YES. "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED". This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "OUTLOADHOENABLE" is set to YES. This This parameter parameter is is valid valid only only when when This parameter is valid only when "OUTLOADHOENABLE" is to "OUTLOADHOENABLE" is set set to YES YES. "IUOTP" in "ADD GCELL" is setistoset to and "IUOTP" in "ADD GCELL" EDB_cell. EDB_cell. The following condition must be met: "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED".
None
BSC
None
None
BSC
None
None
BTS
None
None
BTS
None
HIGH
BTS
None
HIGH
BTS
None
HIGH
BTS
None
HIGH
BTS
None
None
BTS
None
BTS
None
BTS
None This parameter is valid only when "IUOTP" in "ADD GCELL" is set to None EDB_cell. The following condition must be met: "OUTSERIOVERLDTHRED" > None "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED".
90 Cell YES
Cell
None
None
BSC
None
None
BSC
None
None
BSC
None
NO
Cell
NO
BSC
This Noneparameter is valid only when "OUTSYSSERVICEHOEN" is set to YES.
CLOSE
BSC
None
15 BSC
None
BSC
None
320 BTS
None
320 BTS
None
185 BTS
None
280 BTS
None
280 BTS
None
155 BTS
None
1500 BTS
None
1500 BTS
None
None
15 Cell 580 BTS
The Nonevalue of this parameter must be 8C greater than "Normal Work TEMP Threshold".
90 BSC
None
85 BSC
None
80 BSC
None
75 BSC
None
NO
BTS
NO
Cell 180 Cell 255 Cell 220 Cell
None This parameter is valid when "ALLOWG2FLOWCTRALGL" in the None "SET BSCFCPARA" command is set to YES. This parameter is valid when "ALLOWG2FLOWCTRALGL" in the None "SET BSCFCPARA" command is set to YES.
4 Cell
None
Pan_1
Cell
None
Pan_2
Cell
Pan_20
Cell
L0
TRX
This Noneparameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA","DYNOpenTrxPower" in None "SET GCELLBASICPARA" and "CPS" are set to YES.
None
BTS
None
None
BTS
None
DISABLED
IP path
None
None
IP path
None
None
IP path
NO
Cell
None This parameter is valid only when This parameter is validisonly when "PWRBCDALLOWD" set to YES. "HOCTRLSWITCH" is set to HOALGORITHM2.
QoS
IP path
None
None
None
None
DB2
Cell
This This parameter is is valid valid only only when when Noneparameter "HOCTRLSWITCH" is set "HOCTRLSWITCH" is set to to HOALGORITHM1 HOALGORITHM1.and "PBGTHOEN" is set to YES. The following condition must This parameter is valid>= only when be met: "PBGTSTAT" "PBGTLAST". "HOCTRLSWITCH" is set to HOALGORITHM1 and "PBGTHOEN" is None set to YES. The following condition must This parameter is valid>= only when be met: "PBGTSTAT" "PBGTLAST". This parameter valid when "TYPE" in "SETisBSCPCUTYPE" is set "PWRCTRLSW" in the "SET to OUTER. GCELLPWRBASIC" command is set to PWR2.
79 Cell
YES Cell In densely populated urban areas, the recommended value is 68; in the4 Cell suburbs, the recommended value is 72. Cell 6 Cell 2 BSC 3 Cell PDCH
Cell
None
None
PBCIC
None
None
BSC
None
None
PBE1T1
None
Cell
None This parameter is valid only when "GPRS" is set to SupportAsExtPcu.
NO
BTS
None
80 Cell
None
NO
Cell
None
NO
Cell
None
70 Cell
None
5 SCCP
None
None
BSC
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
MP group
None
None
None
None
BTS
The Nonepeer IP address and the local IP address specified by "Local IP address" must be on the same network segment.
The peer IP address and the local IP address specified by "Local IP address" must be onand the "PEERIPADDR" same network segment. "IPADDR" in "ADD
None
BTS
None
SCTP link
None
SCTP link
None
IP path
255.255.255.255
IP path
IPPATH" must be at one network None segment; ("IPADDR","PEERIPADDR","PEERMAS None K" in "ADD IPPATH") conflicts with other ("IPADDR","PEERIPADDR","PEERMAS IPPATH whose type is IUPS. K" in "ADD IPPATH") conflicts with other IPPATH whose type is IUPS.
None
SCTP link
None
None
None
None
YES
Cell
None
10 Cell
None
30 Cell
None
5 IP path
When None the value of "PATHCHK" in "ADD IPPATH" is set to ENABLED, this parameter is valid.
5 BSC
None
255 Cell
Enable
PPP link
None
Enable
MP link
None
YES
BTS
None
NO
NSE
None
2 BSC
None
Board
Nonephb of the traffic's transmission The path is determined like this: if the phb of None this transmission path is QOS, use the traffic's None phb from TRMMAP; if the phb of this transmission path is BE,AF11,AF12,AF13,AF21,AF22,AF23, None AF31,AF32,AF33,AF41,AF42,AF43,EF, use the phb of transmission path.
None
IP Path
None
YES
Cell
None
None
BSC6900
None
10 BSC6900
None
660 BSC 660 BSC 1000 BSC
128 BSC6900 None
BC 1031 BTS
None
12_level
Cell
None This parameter must meet the following requirements: The sum of the value of None "Max subframe length" and 8 must be This parameter validof only smaller than theisvalue thiswhen parameter. "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
56 Ethernet port
None
128 Ethernet port
None
Cell
None
0 TRX
None
13_level
Cell
None
14_level
Cell
None
0 TRX
None
Cell
None
0 TRX
None
16_level
10 IP logical port
None
30 IP logical port
None
None
Board
None
None
Board
None
None
Board
None
60 Board
None
67 Board
None
2 Cell
None
5 Cell
None
Cell
None
50 Board
None
62 Board
None
ON
Board
None
None
None
None
None
None
None
None
None
None
None
E1/T1 link
None
None
E1/T1 link
None
None
E1/T1 link
None
None
PBE1T1
None
None
BSC6900
None
None
Board
None
None
E1/T1 port
None
None
None
None
None None
None None Loopback optical port None
None
BSC6900
None
None
Board Channelized optical port
None
OPEN
None
None
None
Ethernet port
If port 0 or port 4 of the FG2a board is set to the GE port, the port number can only be 0 or 4. Otherwise, the port number ranges from 0 to 7. If only port 0 is set to the GE port, ports 1-3 are unavailable. If port 4 is set to the GE port, ports 5-7 are unavailable.
None
IP logical port
None
None
None
None
None
E1/T1 port
None
None
E1/T1 port
None
None
E1/T1 port
None
None
PBSL
None
None
BTS
None
None
BTS
None
None
PPP link
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
650 Cell
None
16 Cell
None
6 Cell
None
Cell
None
2 Cell
None
2 Cell
None
Support
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
16 BTS
None
None
BSC6900
None
None
None
None
None
Ethernet port
None
None
BTS
BCCHNorm
Cell
If this parameter is BCCHExt,"CCCH None Blocks Reserved for AGCH" must be more than 0.
None
None
None
125 BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
100 BTS
None
0 Cell
None
0 Cell
None
POWER_48_24
BTS
None
220VAC
BTS
None
0 TRX
None
TRX
None
None
10 Ethernet port
None
5 Ethernet port
None
None
PPP link
None
None
MP link
None
None
IP logical port
None
None
PPP link
None
Disable
MP group
When None the value of "PORTPROTYPE" in "ADD PORTFLOWCTRLPARA" is set to IP, this parameter should be set.
2 BSC6900 NO
BSC
None
NOT_ALLOWED
BSC
None
OFF
Cell
None
1 BSC 60 BTS 6 Cell NO
BSC
NO
Cell
None This parameter must be set when None "BTSMESRPTPREPROC" is set to BTS_Preprocessing. This parameter None must be set to NO when "MPMODE" of the BTS that serving this cell is set to None MODE4_1 and there are more than two SDCCHs.
60 Board
None
72 Board
None
50 Board
None
65 Board
None
ON
Board
None
None
Cell
Prior-1
Cell
None This parameter, together with "LAYER", determines the priority of the cell.
80 BTS
None
2 Cell
None
0 SCCP
None
0 None
None
None
IP route
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BTS
None
ITUT
SCCP
None
Q933
BC
None
15 BTS 5 Cell 300 BSC
None This parameter is valid only when "TURNOFFENABLE" is set to YES. None
ALL
E1/T1 port
None
None When "Mode Control" is set to "Common User Mode", the ALL recommended value is OFF; when "Mode Control" is set to "Specified OFF When "Mode the Control" is set to value User Mode", recommended "Common User Mode", the is ON. recommended value is OFF; when "Mode Control" is set to "Specified ON User Mode", the recommended value is ON.
Board Channelized optical port
None
ON
BSC
BSC BSC BSC
100 BSC6900
None
100 BSC6900
None
NO When the interface type is Abis, the When the interface parameter is AF43. type is Abis and transmission type is HDLC, the parameter is 1.
NO
BSC
None This parameter is valid only when "PS CHR Record Switch" is set to on. This parameter is valid only when "PS CHR Record Switch" is set to on. This parameter is valid only when "PS CHR Record Switch" is set to on. This parameter is valid only when "PS CHR Record Switch" is set to on. This parameter is valid only when "PS CHR Record Switch" is set to on.
NSE BSC6900 BSC6900
When None the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter When is valid.the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
4 Cell
None
6 Cell
None
Cell
None
When the interface type is Abis, transmission type is IP, the When the interface parameter is AF33. type is Abis and transmission type is HDLC, the parameter is 2.
BSC6900 BSC6900 6 Cell
25 Cell
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter When is valid.the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid. None
-109 Cell
None This parameter is valid only when The value of this parameter "PSRCDSW" is set to on. must be smaller than "RACH Busy Threshold" in the "SET GCELLCCBASIC" command.
-109 BTS
None
BSC
None
500 BSC
None
1000 BSC
None
None
BSC
ON
For YES"Power System Type" is "APM30" or "EPS4815", the recommended value is "NO". For YES other types of Power System, the recommended value is "YES".
BTS
None
BTS
None
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
35 Cell
None
None
BTS
None
None
BSC6900
None
None
None
None
None
BSC6900
None
0 Cell
None
None
NSE
None
BOOL
BTS
None
None
E1/T1 port
None
None
E1/T1 port
None
None
E1/T1 port
None
E1_CRC4_MULTI_FRAME
E1/T1 port
None
None
BTS
None
None
Ethernet port
None
None
BTS
None
None
BSC6900
None
None
BTS
None
None
None
None
500 BSC
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
None
None
None
None
None
None
None
None
NO
Cell
NO
Cell
This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
PWR3
Cell
None
1 Cell
None
YES
Cell
None
ALLPwrLoc
Cell
None
None
BTS
This Noneparameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
5 BTS YES
Cell
None
Default
TRX
None
OFF
BTS
None
OFF
BTS
None
OFF
BTS
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
Use_Qsearch_I Cell Set this parameter to YES only in special scenarios such as highways. Cell 3 Cell 15 Cell 2 Cell
This Noneparameter is valid only when "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. The None following condition must be met: This parameter valid only This parameter is is >= valid only when when "QCKSTATCNT" "QCKTRUECNT". "QCKMVHOEN" in "SET "QCKMVHOEN" in "SET GCELLHOBASIC" GCELLHOBASIC" is is set set to to YES. YES. The following condition must be met: "QCKSTATCNT" >= "QCKTRUECNT".
NO
NO
15 Cell
None
6 Cell
None
2 Cell
None
Cell
None
15 Cell
None
15 Cell
This Noneparameter is valid only when "QTRUPWRSHARE" is not set to This is validcondition only when NONE. The following must be Noneparameter "QTRUPWRSHARE" is not set to >= met: "QTRUDNPWRSTATTIME" NONE. The following condition must be "QTRUDNPWRLASTTIME". met: "QTRUDNPWRSTATTIME" >= "QTRUDNPWRLASTTIME".
Cell 3 Cell 5 Cell
NONE
Cell 6 BTS 6 BTS 2 Cell
NO
This Noneparameter must be equal to or greater than 0.6x"CHKOFFTIMES" and This be equal to or equalparameter to or less must than "CHKOFFTIMES". This parameter is valid when greater than 0.6x"CHKONTIMES" and "PWRCTRLSW" in the "SET equal to or less than "CHKONTIMES". GCELLPWRBASIC" command is set to PWR2.
Cell
None
NO Cell AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS
None
NO
BTS
INSIDE_50AH
BTS
015C
BTS
None This parameter is valid only when "R0BatAllow" is set to YES. This parameter is valid only when "R0BatAllow" is set to YES. This parameter is valid only when "R0BatAllow" is set to YES.
INSIDE_BATTERY BTS AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS NO
BTS
INSIDE_50AH
BTS
015C
BTS
INSIDE_BATTERY BTS AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS NO
BTS
INSIDE_50AH
BTS
015C
BTS
INSIDE_BATTERY
BTS
None
None None This parameter is valid only when "R1BatAllow" is set to YES. This parameter is valid only when "R1BatAllow" is set to YES. This parameter is valid only when "R1BatAllow" is set to YES. None None This parameter is valid only when "R2BatAllow" is set to YES. This parameter is valid only when "R2BatAllow" is set to YES. This parameter is valid only when "R2BatAllow" is set to YES.
0 Cell
None
0 Cell None
Cell
None This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
None
Cell
None
None
Cell
None
None
Cell
The Nonevalue of this parameter must be smaller than "RACH Busy Threshold" in the "SET GCELLCCBASIC" command.
-109 Cell 16 Cell
None
5000 Cell
None
-109 BTS
None
1 Cell
None
Cell
None
225 Cell
None
2dB
Cell
None
100M
BTS
None
ALG1
Cell
None
DISABLE
Cell
None
4 BSC
None
YES
None
BSC6900
None
REC_ALL
BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
NONE
TRX
None
96 IP logical port
YES
Cell
None This parameter is valid when "REASSEN" in the "SET None GCELLCCBASIC" command is set to This YES.parameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when Concentric_cell. This parameter is GCELL" valid onlyiswhen "IUOTP" in "ADD set to "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when Concentric_cell and "ENIUO" is set to "IUOTP" in "ADD GCELL" is set to OFF. Concentric_cell and "ENIUO" is set to This OFF.parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BSC
None
YES
Cell
Diff_Band
Cell 50 Cell 40 Cell 5 Cell 30 Cell
NO
Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when Concentric_cell. "IUOTP" in "ADD GCELL" is set to Concentric_cell.
None
Board
None
30 IP logical port 60 Cell
10 BSC
None
3 BSC
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
NO
Board
None
None
BTS
None
None
Cell
None
None
Cell
None
REHOSTDELAY
Cell
None
NO
BSC6900
None
None
BTS
None
NO
BTS
None
OFF
BTS
None
None
BTS
None
None
BTS
None
NONE
BTS
None
None
BSC6900
None
None
IP route
None
None
NSE
None
None
Cell
None
NO
Cell
None This parameter is valid when "REPEATDLFASET" is set to YES.
5 Cell NO
Cell
None
NO
BTS
None
YES
BSC
None
6 Cell
None
2 Cell
None
10 Cell
None
1 Cell 0 Cell 2 Cell
None This parameter is valid when "DYNOpenTrxPower" in the "SET None GCELLBASICPARA" command is set to YES.
NO
BSC 5 BSC
None
BSC6900
None This parameter is valid only when "ResetAlmDelaySwitch" is set to YES. None
3 BSC
None
BTS
None
10 BSC
None
None
BSC
None
YES
BSC
None
None
BSC6900
None
None
None
3 PPP link
None
3 MP link
None
BSC6900 30 BSC
Set when Allow Common Measurement None at Iur-g is set to Yes or Allow Info Exchange at Iur-g is set to Yes
0 Cell
None
5 Cell
None
10 Cell
None
None
BSC6900
None
NO
BTS
None
GPS
BTS
None
NO
NSE
None
None
None
None
52_Times
Cell
STANDALONETC
BSC
RMTTCATERTRANSMODE must be None set when "ISTCCENTRAL" in the "ADD SUBRACK" command is set to YES.
None
Cell
None
255 BSC
None
None
BSC
None
None
None
None
None
BSC6900
None
None
BSC
None
None
BSC
None
DISABLE
Cell
None
15.36sec
Cell
None
0.96sec
Cell
None
20 IP logical port
None
NO
Cell 2 Cell 6 Cell
None None
AAL2 path Transmission resource group
None
IP logical port 5 Cell 3 Cell 30 Cell
This parameter is valid only when "MEASURETYPE" in "SET None This parameter is valid only when GCELLCCUTRANSYS" is set to "MEASURETYPE" in "SET EnhMeasReport. GCELLCCUTRANSYS" is set to When the value of "ADDTORSCGRP" in EnhMeasReport. "ADD AAL2PATH" is set to YES, this parameter is valid. A 3G cell can be added into the candidate cell queue when the following None conditions are met: "INTERRATOUTBSCHOEN" is set to None YES; "BET3GHOEN" is set to YES; the RSCP None of the 3G cell for a period of time is greater than the sun of "HORSCPTH3G" and "RSCPOFF". None
None
Board
None
None
Board
None
MINUS_2db
None
None
Cell Transport channel
None
BSC6900
None
None
None
None
BSC6900 Transport channel
None
BSC6900
None
4 BTS
None
None
None
Set this parameter to about 68 in None densely populated urban areas and about 72 in suburban areas.
BSC6900
None
BSC
None
None
None
None
None
BSC6900
OFF
SCCP
None When the value of "SPCBITS" is set to BIT14 or BIT24, this parameter is valid.
3000 PPP link 0 Cell
This Noneparameter is valid only when "EMCPRILV" in "SET GCELLCCAD" is not set to 15.
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None None
None
2 BSC MSP protect group 4294967295 SCCP
None None
1 BSC6900
None
ON
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
12 SCTP link 25 SCTP link 1000 SCTP link 3000 SCTP link 1000 SCTP link DISABLE
Cell 30 Cell
None
BTS 5 IP logical port 5 IP logical port
None BTS In dual-band networking mode for densely None populated urban areas, the IP path Transmission level drops rapidly due to multiple None barriers. The propagation loss of the resource group 1800 MHz frequency band is greater than the propagation loss of the 900 2 Cell MHz frequency band. Considering 5 Cell the preceding factors, you can set this parameter to YES for the 8 Cell DCS1800 cell. Under normal conditions, set this parameter to No. Cell
None The value to be set should be larger than Nonethe value of "RTOMIN" in "ADD SCTPLNK" but smaller than the value of The value to be set should be larger "RTOMAX". than the value of "RTOMIN" in "ADD The value to be set should be smaller SCTPLNK". than the value of "RTOMAX" in "ADD SCTPLNK". When "GRPT" in "ADD RSCGRP" is set to ATM or "BWMODE" is set to None FULL_DUPLEX, this parameter is valid;The sum of "TxBw" and "RxBw" in None "ADD RSCGRP" of upper class RSCGRP can not less than the "TxBw" None and "AllBw" in "ADD RSCGRP"of lower None RSCGRP;The "TxBw" in "ADD class RSCGRP" of upper class RSCGRP can None not less than the "TxBw" in "ADD RSCGRP" of lower class RSCGRP, and None the "RxBw" in "ADD RSCGRP" of upper class None RSCGRP can not less than the "RxBw" in "ADD RSCGRP" of lower class RSCGRP. None None This Noneparameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1.
60 Cell
None
42 Cell
None
41 Cell
None
40 Cell
None
50 Cell
None
49 Cell
None
48 Cell
None
47 Cell
None
46 Cell
None
45 Cell
None
44 Cell
None
43 Cell
None
None
TRX
None
None
BTS
None
None
BTS
None
None
TRX
None
None
BTS
None
None
TRX
None
None
BTS
None
None
BTS
None
None
TRX
None
None
BTS
None
None
BTS
None
None
BTS
None
OFF
Board
None
None
Board
None
None
BTS
None
None
BTS
NO
BSC6900
NO
Cell
None This parameter is required when "Default DPC" is set to NO. This parameter is valid only when This parameter is validisonly when "PWRBCDALLOWD" set to YES. "SAICALLOWED" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set YES. "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. 1. This parameter is valid only when None "TURNOFFENABLE" set to ENABLE. This parameter is validisonly when 2. The setting of this "TURNOFFENABLE" is set to YES. parameter must meet the following This parameter is valid only when condition: "TURNOFFENABLE" is set to YES. "SAMECVGCELLLOADSTATTM" >= "SAMECVGCELLLOADLASTTM". This parameter is valid only when "TURNOFFENABLE" is set to YES. This parameter is valid only when "TURNOFFENABLE" is set to YES.
1 Cell 3 Cell None
BTS
None
Cell
BYNAME
Cell 5 Cell 50 Cell
None
Cell 32 Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
ADD0dB
Cell
None
38 BSC 4 Cell
This Noneparameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
None
BSC6900
None
None
BSC6900
None
ENGLISH
Cell
None
None
None
None
None
BSC6900
None
BYCELLID
None
None
None
None
None
0 Cell
None
1 BSC6900
None
None
SCTP link
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900 MSP protect 1.00E-06 group
None None
None
None
None
None
BSC6900
None
OFF
YES
1 BTS
None
Cell
None
10 Cell
None
6 Cell
None
55 Cell
None
6 Cell
None
55 Cell
None None
DISABLE
Cell MSP protect group
OFF
Cell
None
None
ENABLE
TRX 2 Cell 1 Cell
None This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
40 Cell
None
30 Cell
None
48 BSC MSP protect group
None
53 BTS
None
None BTS If "Power System Type" is "SC48200", the recommended value BTS None is "460". Otherwise, the recommended value is "430". BTS
None
YES
Cell
None
None
None
None
YES
BSC
None
NO
BSC
None
NO
Cell
None
NO
MSC
None
YES
BSC
None
NoPriority
Cell
None
NoPriority
Cell
None
None
BTS
None
NO
BSC
None
YES
BSC
None
YES
BSC
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BSC6900
None
SEPARATE
BSC
TDM
BTS
None
BTS
None The value range of this parameter varies None with "BTS Type". Different types of BTSs support different types of services.
None
BSC6900
None
None
None
The Nonevalue of this parameter must be smaller than "DC Voltage Lower Threshold".
None
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
None
BTS
None
1800 BSC
None
None
BSC 1 BSC 0 BSC
None This parameter is valid when "SGSNPOOLALLOW" is set to YES. This parameter is valid when "SGSNPOOLALLOW" is set to YES.
NO
BSC
None
Release 99 onwards
Cell
None
ALLOW
BSC
None
75 BSC
None
None
BSC
None
NO
BTS
None
BSC6900
This Noneparameter is valid only when the cell parameter "BAKPWRSAVMETHOD" is set to None BYPWR and "SDFALG" in "SET GTRXDEV" is set to ENABLE.
3 BTS YES
BSC
None
NO
Cell
None
4 BSC6900
None
None
SCCP
None
None
SCCP
None
None
BSC6900
None
None
100 NSE
None
100 NSE
None
2 BSC
None
5 BSC6900
None
2 Cell
None
None 2 Cell
None None
3000 BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
Ethernet port
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
None
None
B0000
SCCP
None
300 BSC
None
None
BSC6900
None
None
BSC
None
NOTSUPPORT
BSC
None
None
None
None
None
BSC6900
The Nonenumber of CPU usage sampling times is at least twice the size of "Fast judgement window".
10 None None
None
None
None
None
None
None Transmission resource group
None
BSC6900
None
None
E1/T1 link
None
None
None
None
E1/T1 link Transmission resource group
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
Cell
None
None
BSC
None
None
BTS
None
6 BTS
None
None
None
None
None
None
Board Transmission resource group
None
BTS
None
None
BTS
None
None
BTS
None
NONE
TRX
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
SGL_ANTENNA
BTS
None
None
BSC6900
None
SCCP
None
SCCP
None
SCCP
None When the value of "SPDF" is set to WNF, this parameter is valid. This parameter depends on network planning. When the value of "SPDF" is set to DNF, this parameter is valid.
None
PBE1T1
L11_FORBID-0&L12_FORBIDWNF 0&L13_FORBID-0&L14_FORBID0&L15_FORBID-0
SCCP
When None the value of "SPDF" in "ADD N7DPC" is set to WNF, this parameter is valid.
Cell
None
None
BTS
None
None
BTS
None
None
12 BSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
NO
MSC
None
PSMODE
BTS
None
PSMODE
BTS
None
FR
BTS
None
AUTO
Ethernet port
None
30 Cell
None
40 Cell
None
NO
Cell
None
NOTSPPRTBC
BSC
None
NO
BSC
None
NO
BSC
None
Cell
None
Cell
None This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
NO
BSC
NO
BSC6900
NO
BSC
NO
BSC
NO
BSC
NO
BSC
NO
BSC
None If the version of a GSM base station If software version of is the BTS3000V100R009 or the later, or if NO SingleRAN BTS is SRAN3.0 or later, the version of a multi-mode 3900 the parameter Is support SRAN or series base station is V100R002 None mode needs to be set to value of this later, the recommended SUPPORT(Support). If the software parameter is SUPPORT. Otherwise, None version of the SingleRAN BTS the recommended value of thisis earlier thanisSRAN3.0, the parameter parameter NOT_SUPPORT. Is support SRAN mode needs to be set to NOT_SUPPORT(Not Support).
Cell
None This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
BTS
None
BSC6900
None
SCCP
None
BTS
None
BTS
None
NOT_SUPPORT
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
None This parameter is required when This parameter when "Trunking MSC"isisvalid set toonly YES. "TYPE" in "SET BSCPCUTYPE" is set This parameter is valid only when to OUTER. "TYPE" in "SET BSCPCUTYPE" is set This parameter is valid only when to OUTER. "TYPE" in "SET BSCPCUTYPE" is set This parameter is valid only when to OUTER. "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
None
Cell
None
None
Cell
None
None
BSC6900
None
None
None
None
None
None
HOALGORITHM1 None
Cell Current BFD session
The Nonevalue of this parameter must be the same as that of "HOCTRLSWITCH" in "SET GCELLHOBASIC".
None
Cell
None
None
Cell
None
None
Ethernet port
None
None
Cell
None
None LINE1_8K and LINE2_8K are most commonly used.
E1/T1 port
None
None
None
None
E1/T1 port
None
None
None
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
E1/T1 link
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC
None
None
BSC
None
None
BTS
None
0 BTS
None
None
BSC
None
None
BSC
None
None
BTS
None
None
BTS
None
None
None
None
BTS Control plane link
None
BSC6900
None
None
None
None
None
None
None
None
None
None
None
None
None
BSC6900
None
100 NSE
None
100 NSE
None
GSM_PRIOR
BTS
None
None
BTS
None
63 Cell
None
75 Board
None
85 Board
None
80 Board
None
80 Board
None
6 Cell
None
2 Cell
None
None
None
None
None
BSC
None
None
BSC6900
None
63 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC6900
None
YES
BSC
None
YES
BSC
None
E1/T1 link
None
PBCIC
None
BSC
When the value of "OPMODE" of "BLK None The setting of this parameter must meet ACIC" is BYCICRANGE, the value of the following condition: When STARTTS needs to be set. "EndMonthDSTPA" and "StartMonthDSTPA" are set to the same None value, "EndDayDSTPA" must be later The of this parameter must be than value "StartDayDSTPA". The setting this parameter must meet smaller thanof"Heater shutdown the following condition: Temperature". "EndMonthDSTPA" is the same as or is later than "StartMonthDSTPA".
-100 BTS None
BSC
YES
BSC
None
YES
BSC
None
None
BTS
None
BSC
None
E1/T1 link
None
E1/T1 link
None This parameter is valid only when This parameter only when "ENABLE" is setistoset YES. "BSCDynSwitchTrxPAAllow" is set to When YES. the value of "OPMODE" of "BLK ATERE1T1" is BYCICRANGE, the value When the value of "OPMODE" of STARTTS needs to be set. of "BLK AE1T1" is BYCICRANGE, the value of STARTTS needs to be set.
None
BTS
None
ENABLED
BTS
None
DISABLED
BTS
None
None
E1/T1 link
None
BTS
None
BSC6900
None
BSC
None To ensure that all the frequencies can be measured within 24 hours, the None following condition must be met: ("PERIOD" x 15) x (total number of None frequencies to be measured/"STEP") < (24 x 60).
NO
MTP3 link
None
None
None
None
NO
Cell
None
OFF
Cell
None This parameter is valid only when "ENABLE" is set to YES. If the added monitoring timeslot works at 64 kbit/s, the sub-timeslots are None numbered from 0. If the added None monitoring timeslot works at 32 kbit/s, the sub-timeslots are numbered from 0 None or 4. If the added monitoring timeslot works None at 16 kbit/s, the sub-timeslots are numbered from 0, 2, 4, or 6. If the added None monitoring timeslot works at 8 kbit/s, the sub-timeslots are numbered from any value among 0 to 7.
240 BTS
120 BTS OFF
SCCP
None
BTS
None
Cell
None
BTS
None
BTS
None
BTS
None
BSC6900
None
BTS
None
BTS
None
E1/T1 link
None
E1/T1 link
None
None 352 None 352 BTS
None
BSC6900
None If "Work Mode for Auto Download Activation" is "TMUAUTOACT", the BTS None type must be consistent with the actual BTS type. When SUBBSC is selected for "BSC flag", this parameter should be set. When SUBBSC is selected for "BSC flag", this parameter should be set. This Noneparameter must meet the following requirements: The sum of the value of "Max None Subframe Length" and 8 must be smaller than the value of "Maximum Frame Length". None
None
BSC6900
NO
Cell
This Noneparameter is valid when "FLEXABISMODE" in the "MOD BTS" command is set to YES.
NO
BTS
None
None
BTS
None
None
BTS
None
YES
BSC
None
None
None
None
None
None
None
NO
Cell
None
NOTSUPPORT
BSC
None
Cell
None This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
NOTSUPPORT
BSC
None
Cell
This Noneparameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT.
NO
BSC
None
NO
BSC
None
NO
BSC
None
T_20
Cell
None
None
NSE
None
None
NSE
None
None
None
None
None
BSC6900
None
ON
BSC6900
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BTS
None
CLOSE
BTS
None
YES
SCTP link
None
10 SCTP link
None
BSC6900
None
OFF
0 BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
0 BSC6900
None
0 BSC6900
None
0 BSC6900
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
Cell
None This parameter is valid only when "UTRANCELLTYPE" is set to TDD.
AISS
BTS
None
None
BTS
None
1 BTS
None
2 BTS
None
0 BTS
None
None
None
None
None
None
This Noneparameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
10 Cell None
None
None
YES
BSC
None
None
None
None
None
None
None
3000 BSC
None
5 None
None
60000 MTP3 link
None
1500 MTP3 link
None
1500 MTP3 link
None
3000 MTP3 link
None
1500 MTP3 link
None
1200 MTP3 link
None
as follows: "Ring II Wait Time Before Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 12; "T203" = 1; and "N200" = 3. When the transmission quality is bad, the recommended settings are as follows: "Ring II Wait Time Before3000 BSC Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating 5 None Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS When the transmission quality is 50 Cell good, the recommended settings are as follows: "Ring II Wait Time Before 50 Cell Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating 200 Cell Penalty Time" = 0; "T200" = 12; 60 Cell "T203" = 1; and "N200" = 3. When the transmission quality is bad, the recommended settings are as 150 Cell follows: "Ring II Wait Time Before 60 Cell Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating 60 Cell Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS
None None The value of this parameter must be smaller than "T203". None None None None None None None The value of this parameter must be greater than "T200".
360000 MTP3 link
None
360000 MTP3 link
None
2000 MTP3 link
None
10000 BSC 5 None
None The value of this parameter must be smaller than or equal to "Time2[S]".
7 Cell
None
10 Cell
None
500ms
Cell
None
500ms
Cell
None
20 Cell
None
10 BC
None
1200 MTP3 link
None
5000 BSC
None
1200 MTP3 link
None
1000 BSC
None
1200 MTP3 link
None
3000 BSC
None
3000 BSC
None
1200 MTP3 link
None
4 Cell NO
Cell
YES
Cell 0 Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
63 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "TAHOEN" is set to YES. The following condition must be met: "TASTATTIME" >= This parameter is valid only when "TALASTTIME". "TAHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "HOCTRLSWITCH" in "SET None This parameter is valid GCELLHOBASIC" is setonly to when "TAHOEN" is set to YES and HOALGORITHM2. "HOCTRLSWITCH" is set to HOALGORITHM2. The following None This parameter is valid when condition must be met: only "TASTATTIME" "IUOTP" in "ADD GCELL" is set to >= "TALASTTIME". Concentric_cell. The following condition must be met: "TALIMIT" > "TATHRES".
10 Cell
None
10 Cell
None
1 Cell 255 Cell 0 Cell 2 Cell None
BSC6900 1 Cell
None
BSC6900
None
None
None
None This meet following This parameter parameter must is valid onlythe when requirements: "FallBack Start Time" > "OMLBKUP" is set to YES. "Ring I Wait Time Before Switch" + "Ring I Try Rotating Duration Time".
90 BTS 90 BTS 170 MTP3 link
None
4000 BSC
None
80 BTS
None
ON
BSC
None
NO
TRX
None
60 Cell
None
40 Cell
None
6 Cell
None
55 Cell
None
40 Cell
None
6 Cell
None
55 Cell
None
2 Cell 3 Cell YES
BSC
70 Cell 10 MTP3 link
None
MTP3 link
None
Cell 60 Cell
None
None "TCHTRICBUSYOVERLAYTHR" and None "TCHTRIBUSYUNDERLAYTHR" can be "TCHTRICBUSYOVERLAYTHR" and set only when None "TCHTRIBUSYUNDERLAYTHR" can "HRIUOLDRATESELALLOW" is set tobe set only when YES. "HRIUOLDRATESELALLOW" is set to YES.
60 Cell OFF
This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
DISABLE
Cell
None
None
BTS Control plane link
None
None
None
Cell Control plane link Control plane link
None
None
None
None
Cell
None
None
Cell
None
0 Cell
None
8 Cell
None
0 Cell
None
Cell
None
0 Cell
None
NO
Cell
None
NO
Cell
None
10 Cell
None
None
Cell
None
None
Cell
None
NO
Cell
None
None
Cell
None
None None None
None
None
None None
20 BSC6900
None
15 BSC6900 Control plane link Control plane link
None
63 PBSL
None
None
None
None
None
None
None
None
None
None This parameter must be at least 3C greater than "Lower ENV TEMP Alarm". This parameter must be at least 4C greater than "Lower ENV TEMP Alarm". This parameter must be at least 3C lower than "Upper ENV TEMP Alarm". This parameter must be at least 4C lower than "Upper ENV TEMP Alarm".
None None
500 BTS 500 BTS 0 BTS 0 BTS 800 BTS
None None
None
None
Cell
None
None
None
None
None
None
None
None None For EPS4815 boards, the value of this parameter is always "-1". For 65 BTS other types of APMU boards, the recommended value is "-100". BTS
None
-100 BTS
None None
None
Cell
None The maximum length of this parameter is decided by "SCHEME": When None "SCHEME" is set to BINARY, the length of this parameter should not extend None 2462 bytes; otherwise, the length should not extend 1395 bytes.
OFF
Board
None
None
None
None
YES
BSC 30 BSC
65535 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
5000 BSC
None
264 BTS
None
264 BTS
None
10 Cell
None
6 Cell
None
4 Cell
None
8 Cell
None
4 Cell
None
3 Cell
None
6 Cell
None
3 Cell
None
2 Cell
None
BSC6900 5 BSC 30 Cell
None This Noneparameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON.
1 Cell 4 Cell 80 Cell 6 Cell 3 Cell OFF
Cell 40 Cell 5 BSC
This parameter is valid only when "TIGHTBCCHSWITCH" in "SET This parameter is valid only when GCELLCHMGBASIC" is set"SET to ON. The "TIGHTBCCHSWITCH" in following condition must be met: GCELLCHMGBASIC" set when to ON. This parameter is validisonly "TIGHTBCCHHOSTATTIME" >= "TIGHTBCCHSWITCH" in "SET This parameter is valid only when "TIGHTBCCHHOLASTTIME". GCELLCHMGBASIC" set"SET to ON. The "TIGHTBCCHSWITCH"is in following condition must be met: GCELLCHMGBASIC" is set to ON. "TIGHTBCCHHOSTATTIME" >= This parameter is valid only when "TIGHTBCCHHOLASTTIME". "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. None None This parameter is valid when "MSCPOOLALLOW" is set to YES.
NOLIMIT
BSC6900
None
None
BSC6900
None
None
BTS
None
10 Cell
None
10 Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
10 Cell 2000 Ethernet port
None
3000 None
None
2 Ethernet port
None
2 Ethernet port
None
2 BTS
None
10 Cell
None
4 Ethernet port NO
Cell 30 Cell 40 Cell 8 Cell 5 BSC
None
BSC6900
If "Power System Type" is None Subsystem "EPS4815", the recommended value is "0". For other types of Power 45 BTS System, the recommended value is "19". BTS -20 BTS
None None This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. None This parameter is valid when "MSCPOOLALLOW" is set to YES. None This parameter is valid only when "IDXTYPE" is set to BYTLLI. None The Nonevalue of this parameter must be at least two degrees smaller than "Temperature Alarm Upper Threshold".
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
The NoneTRMMAP index is configured by setting the value of "TMI" in "ADD TRMMAP".
None
BC
None
None
None
None
3 Cell
None
None
BSC6900
None
None
BSC
None
None
BSC6900
None
12000 MTP3 link
None
60000 MTP3 link
None
None
BSC6900
None
TRRS
ATERCONSL
None
None
PBE1T1
None
None
BSC6900
None
0 Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BTS
None
8 Cell
None
60 Board
None
67 Board
None
50 Board
None
62 Board
None
Board
None
ON
5 BSC
None
5 BSC
None
M3UA_LOADSHARE_MOD
SCCP
None
None
BTS
None
None
BSC
None
None
IP path
None
BSC6900
None
BSC6900
When None the value of "ITFT" in "ADD TRMMAP" is set to IUB, IUR or IUCS, When the valueisofvalid. "ITFT" in "ADD this parameter TRMMAP" is set to IUB, IUR or IUCS, this parameter is valid.
None
BSC6900
None
None
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
None
None
None
10sec
Cell
This Noneparameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
90 Cell None
Ethernet port
None
None
BSC6900
None
None
Ethernet port
None
None
BSC6900
None
2 BSC6900
None
2 BSC6900
None
BSC6900
None
None
2 PPP link 2 None 2 IP logical port 0 None
None The TRM load threshold parameter must None meet the following conditions: forward congestion recovery threshold < logical None port bandwidth, backward congestion recovery threshold < logical port bandwidth.
None
BTS
None
None
IP logical port
None
None
None
None
None
Ethernet port
None
AllowReCheckRes
Cell
None
None
None
None
255 Physical channel None None
TRX
None
None
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
BSC
None
None
None
None
None
Physical channel None
None
TRX
None
None
BTS
None
None
TRX
None
None
TRX
None
YES
Cell
None
None
TRX
None
E1/T1 link
None
E1/T1 link
When None the value of "OPMODE" of "BLK ATERE1T1" is BYCICVALUE, the value When the value of set. "OPMODE" of "BLK of TS needs to be AE1T1" is BYCICVALUE, the value of TS needs to be set.
None
Cell
None
None
BC
None
None
BTS
None
None
PPP link
None
None
MP link
None
None
BTS
None
None
Cell
None
None
BTS
None
NO
Cell
None
None
E1/T1 port
None
None
None
None
None
BTS
None
None
BSC6900
None
None None None If the board is configured with two to NoneTRXs, the recommended value BTS None four of this parameter is 20. None BTS None If the board is configured with five TRXs, the recommended value of None PBSL None this parameter is 50. If this parameter is set to “16K”, "In-BSC If the board is configured with six 0 Physical channel Sub NoneTimeslot No." and "Out-BTS Sub TRXs, the recommended value of Timeslot mustFlux be 0,Measurement 2, 4, or 6. If The valueNo." of "Fast this parameter is 48. TRX None this parameter is set to “32K”, Period" cannot be greater than"In-BSC that of Sub No." and "Out-BTS Sub 5000 BSC "FastTimeslot Flux Measurement TBF Time". Timeslot No." must be 0 or 4. If this parameter is set to “64K”, "In-BSC Sub Open BSC None Timeslot No." and "Out-BTS Sub None BTS Timeslot No." must be 0. None
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
NO
BSC
None
None
BTS
None
64 Ethernet port
None
64 Ethernet port
None
Cell
None
Cell
None This is When "TURNOFFCELLSTPTIME" This parameter parameter is valid valid only only when when < "TURNOFFENABLE" is set to "TURNOFFCELLSTRTIME", indicates "TURNOFFENABLE" is set toitENABLE ENABLE. or SLEEPING. The following condition that the Dynamic Cell Power Off feature must beenabled met: for more than a day. can be "TURNOFFCELLSTPTIME" < "TURNOFFCELLSTRTIME"..
DISABLE
Cell
None
6 Cell
80 Cell 50 BTS 68 BTS
TX_32
5 BSC6900
None
10 BSC6900
None
5 BSC6900
None
10 BSC6900
None
5 BSC6900
None
5 BSC6900
None
5 BSC6900
None
Cell
None
0 Board
None
0 Board
None "GRPT" in "ADD RSCGRP" is set When to ATM or "BWMODE" is set to None FULL_DUPLEX, this parameter is valid;The sum of "TxBw" and "RxBw" in None "ADD RSCGRP" of upper class RSCGRP can not less than the "TxBw" None and "AllBw" in "ADD RSCGRP"of lower None RSCGRP;The "TxBw" in "ADD class RSCGRP" of upper class RSCGRP can None not less than the "TxBw" in "ADD RSCGRP" of lower class RSCGRP, and None the "RxBw" in "ADD RSCGRP" of upper class None RSCGRP can not less than the "RxBw" in "ADD RSCGRP" of lower class RSCGRP.
0 Board 0 Board 0 Board 0 Board 0 Board 0 Board None None
This parameter is valid only when The value of this parameter must be "TURNOFFENABLE" is set to ENABLE. smaller than "Temperature Alarm Lower The value of this parameter must be at Threshold". least two degrees greater than "Temperature Alarm Lower Threshold".
IP path Transmission resource group 500 Ethernet port
None
T_20
Cell
None
None
None
None
ANY_ERR_RETURN
BSC6900
None
None
Cell
None
None
BSC
None
Cell
None
BTS
None The value range of this parameter varies None with BTS type. Different types of BTSs support different types of cabinets.
None
Cell
None
0 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
0 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
6 BSC
None
0 BSC
None
1 BSC
None
1 BSC
None
10 BSC
None
3 BSC
None
15 BSC
None
5 BSC
None
15 BSC
None
13 BSC
None
13 BSC
None
OFF
MSC
None
NO
BSC
None
6 BSC
None
0 BSC
None
1 BSC
None
1 BSC
None
10 BSC
None
3 BSC
None
15 BSC
None
1 BSC
None
15 BSC
None
13 BSC
None
13 BSC
None
OFF
MSC
None
None
None
None
None
None
None
None
NSE
None
None
NSE
None
Guests
BSC6900
None
80 BTS
None
64 Cell
None
1000 E1/T1 port None
None
None
BTS 3 Cell 14 Cell 14 Cell 16 Cell 16 Cell 1 Cell
1 Cell In Abis over TDM transmission, the recommended value is 180; in Abis 5 BSC over IP transmission, the recommended value is 200. Cell 15 BSC 10 Cell 20 BSC 32 BSC 3 Cell 16 Cell 16 Cell 18 Cell 18 Cell 2 Cell 3 Cell 3 Cell 3 Cell 4 Cell 15 Cell 2 Cell
None None This parameter is valid only when "PWRCTRLSW" "SET This parameter isinvalid only when None This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET "PWRCTRLSW" in "SET The following condition must be met: GCELLPWRBASIC" is set PWR3. This parameter is valid onlyto GCELLPWRBASIC" is set towhen PWR3. "ULAFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SETmust be met: The following condition "ULAFSREXQUALLOWTHRED". This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "ULAFSREXQUALHIGHTHRED" >= This parameter isinvalid only when "PWRCTRLSW" "SET The following condition must be met: "ULAFSREXQUALLOWTHRED". "BETTERCELLHOEN" is set YES GCELLPWRBASIC" is set to to PWR3. "ULAHSREXQUALHIGHTHRED" >= This parameter is valid only when and "HOCTRLSWITCH" is set to The following condition must be met: "ULAHSREXQUALLOWTHRED". "BETTERCELLHOEN" set to YES HOALGORITHM2. The isfollowing "ULAHSREXQUALHIGHTHRED" >= and "HOCTRLSWITCH" is set to condition must be met: "ULAHSREXQUALLOWTHRED". HOALGORITHM2. "ULBQSTATTIME" The >= following condition must be met: "ULBQLASTTIME". "ULBQSTATTIME" >= "ULBQLASTTIME". None None This Noneparameter is valid when "FRINGEHOEN" is set to YES or "RXQCKFALLHOEN" is set to YES. None This parameter is valid only when "PWRCTRLSW" "SET This parameter isinvalid only when None This parameter is valid onlytowhen GCELLPWRBASIC" is set "PWRCTRLOPTIMIZEDEN" isPWR3. set to "PWRCTRLSW" in "SET The following condition must be met: YES. This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "ULFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET The following condition must be met: "ULFSREXQUALLOWTHRED". This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "ULFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SETmust be met: The following condition "ULFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. "ULHSREXQUALHIGHTHRED" >= The following condition must be met: "ULHSREXQUALLOWTHRED". The setting of this parameter must "ULHSREXQUALHIGHTHRED" >=meet the following condition: "ULTHF1" "ULHSREXQUALLOWTHRED". + The setting of
55 Cell
The setting of this parameter must meet the following condition: "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + This parameter is valid only when "ULHYSTWB2". "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and None "UPPCEN" in "SET This parameter is validisonly when GCELLBASICPARA" set to YES. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid only when GCELLPWRBASIC" is set PWR3. This parameter isinvalid onlytowhen "PWRCTRLSW" "SET "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and None This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR2. "UPPCEN" in "SET "PWRCTRLSW" in "SET The following condition must be met: GCELLBASICPARA" is set to YES. GCELLPWRBASIC" is set to PWR2. "ULQLOWTHRED" >= This parameter is valid only The following condition mustwhen be met: "ULQHIGHTHRED". "PWRCTRLSW" in "SET "ULQLOWTHRED" >= GCELLPWRBASIC" "ULQHIGHTHRED". is set to PWR2 and This parameter is valid when "UPPCEN" in "SET "PWRCTRLSW" in theis"SET GCELLBASICPARA" set to YES. This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. This parameter is valid only when GCELLPWRBASIC" command is set to "BQHOEN" in "SET GCELLHOBASIC" PWR2. is set to YES and "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES.
60 Cell
None
55 Cell
This parameter is valid only when None This parameter isinvalid only when "PWRCTRLSW" "SET "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. This parameter isinvalid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" "SET "PWRCTRLSW" in "SET The following condition must be met: GCELLPWRBASIC" is set to PWR3. GCELLPWRBASIC" is set to "ULREXLEVHIGHTHRED" >=PWR3. The following condition must be met: "ULREXLEVLOWTHRED". "ULREXLEVHIGHTHRED" >= This parameter is valid only when "ULREXLEVLOWTHRED". "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. "PWRCTRLSW" in "SET This parameter is valid onlytowhen GCELLPWRBASIC" is set PWR3. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET This parameter is valid only when YES. This parameter is valid onlytowhen GCELLPWRBASIC" is set "PWRCTRLOPTIMIZEDEN" isPWR2. set to "PWRCTRLSW" in "SET The following condition must be met: YES. The setting of this parameter must meet GCELLPWRBASIC" is>=set to PWR2. "ULSSHIGHTHRED" the following conditions: The following condition must be met: "ULSSLOWTHRED". The setting= the following conditions: "ULSSLOWTHRED". The setting< this parameter must meet+ "ULTHF2" "ULTHF1" +of"ULTHF3"; "ULHYSTF1" < "ULTHF2" the following conditions: "ULHYSTF2". The setting< this parameter must meet+ "ULTHF2" "ULTHF2" +of"ULTHF3"; "ULHYSTF2" < "ULTHF3" the following conditions: "ULHYSTF3". The setting+
2 Cell 90 BSC 5 Cell 6 Cell 8 Cell 100 BSC 0 Cell 0 Cell 3 Cell 5 Cell 3 Cell 5 Cell
3 Cell 3 Cell 18 Cell 18 Cell 1 Cell 6 Cell 3 Cell 1 Cell 6 Cell 75 Cell 30 Cell 18 Cell 15 Cell 19 Cell 28 Cell 23 Cell 31 Cell 63 Cell 21 Cell
The setting of this parameter must meet the following conditions: "ULTHWB1" < "ULTHWB2"; 25 Cell YES
Cell 32 BSC
NO
Cell
"ULTHWB1" + "ULHYSTWB1" < This parameter is valid only when "ULTHWB2" + "ULHYSTWB2". "IUOTP" in "ADD GCELL" is set to Concentric_cell. None None
It is recommended that the value of10 Cell this parameter is the same as that for "A Interface Tag". BSC
Generally, the value of this parameter is None equal to "A Interface Tag" and "Abis Interface Tag".
None
None
E1/T1 port 3 BSC
None
40 BTS
None
40 BTS
None
40 BTS
None
60 BTS
None
60 BTS
None
60 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
Cell
None
CS1
Cell
None
MCS2
Cell
None
20 Cell MCS6
Cell
UNFIXED
Cell
None This parameter is valid only when "EGPRS2A" is set to YES. This parameter is valid only when "EGPRS2A" is set to YES.
2000 Cell
None
UNFIXED
Cell
None
UNFIXED
Cell
None
40 Cell
None
30 Cell
None This parameter is valid only when "ENABLE" is set to YES.
30 BTS None
BTS
None
YES
Cell
None
None
Transmission resource group
None
None 4 Cell 6 Cell 5 Cell
NO
When "ISFIRSTCLASSE" in "ADD RSCGRP" is set to NO, this parameter is valid. The Nonefollowing condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME". The Nonefollowing condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME".
Cell
None
120 Cell
None
10 Cell
None
5 Cell
None
5 Cell
None
5 Cell
None
2 Cell
None
2 Cell
None
PERMIT
Cell
None
None
BSC
None
NOTSUPPORT
BSC
None
None
BSC6900
None
None
None
None
None
BTS
None
None
BTS
None
50 BTS 3 Cell 10 Cell 35 Cell NO
Cell 5 Cell 5 Cell
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to This parameter is valid only when Concentric_cell. "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
Cell
None
None
BTS
None "VGCSRSRVNUM"" <= "VGCSMAXNUM"。
255 Cell No_Priority
Cell 0 Cell 95 BSC
NO
Cell
None "VGCSRSRVNUM"" + PDTCH Number <= Cell total service Channels None None
LEVEL0
None 90 BSC
None None
DISABLE
IP path
None
None
BSC6900
None
DISABLE
SCTP link
None
DISABLE
SCTP link
None
None
BSC6900
None
None
Ethernet port
None This parameter is valid only when "VLANSWITCH" is set to YES.
2 BTS None
Ethernet port
None
None
BSC6900
None
None FULL_RATE_VER1None 1&FULL_RATE_VER21&FULL_RATE_VER30&HALF_RATE_VER11&HALF_RATE_VER2NO 0&HALF_RATE_VER30&FULL_RATE_VER5-0
BSC6900
None
BSC6900
None This parameter is valid only when "VLANSWITCH" is set to YES.
0 BTS BTS
None
Cell
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
YES
BTS
None
2 Cell
None
3 BTS
None This parameter must be at least 0.2 This parameter must be at least 0.2 smaller than "Serious VSW Alarm TH". greater than "Standing Wave Radio Alarm Threshold".
20 BTS 30 BTS
None
2 Cell
None
BTS
None
27000 Cell
None
34000 Cell
None
26000 Cell
Timer None of MS Location Response from MS
280 BSC 15 Cell
None
4 Cell 300 BSC
Timer None of MS Location Response from MS
INACTIVE
BTS
None
None
None
None
NOLIMIT
BSC6900
None
None
Cell
None
INACTIVE
BTS
None
None
None
None
None
BSC
None
None
BSC6900
None
M3UA_ASP
SCCP
None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES.
22 TRX NO
TRX 12 TRX 8 TRX
NO
TRX
None
Active
BSC6900
None
GSM
BTS
None
None
None
None
None
E1/T1 port
None
E1
BTS
None
16 ATERCONSL 90 BTS 90 BTS MSP protect 600 group None
BSC6900
None This meet following This parameter parameter must is valid onlythe when requirements: "FallBack Start Time" > "OMLBKUP" is set to YES. "Ring I Wait Time Before Switch" + "Ring I Try Rotating Duration Time". None None
Access Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
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Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
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Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write
Service Interrupted After Modification N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) If the value of this parameter is modified to "Lock", forced handover is triggered to hand the ongoing services on UE the in corresponding N (No impact on the idle mode) TRX to another TRX. Services will be disrupted if the If the valuefails. of this parameter modified to "Lock", forcedtohandover is triggered to hand the are handover If the value of is this parameter is modified "Shutdown", the ongoing services ongoing services on the corresponding channel to another channel. Services will be disrupted if not affected but new service accesses are not allowed. the handover fails. If the value of this parameter is modified to "Shutdown", the ongoing services are not affected but new service accesses are not allowed. N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode)
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Y Y Y Y Y Y Y Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved
Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y
Not involved Not involved Not involved N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (Impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (Impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Y Y Y Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y
N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed. Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed. N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved
N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved If traffic handover fails after the modification of the parameter, the service is interrupted. N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode)
Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y
Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved Not involved N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Y Y Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Y Y N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved Not involved Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved
Not involved Not involved N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) Not involved Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Y Not involved N (No impact on the UE in idle mode) Not involved Y
Y Y Y Not involved Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (Impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode)
Not involved Not involved Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Y Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Y N (No impact on the UE in idle mode)
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Y Y N (No impact on the UE in idle mode) Y Y
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Y Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y Not involved
Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) If traffic handover fails after the modification of the parameter, the service is interrupted. Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved Not involved N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y
N (No impact on the UE in idle mode) Y Not involved N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Y N (No impact on the UE in idle mode) Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
Not involved Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Y Not involved Y Y Y Not involved N (No impact on the UE in idle mode) Not involved Y Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode) Not involved Y N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) Not involved N (No impact on the UE in idle mode)
Interruption Scope
Interruption Duration(Min)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Channel
Not involved The services are disrupted until this parameter is set to Unlock. Services will be disrupted until the value of this parameter is changed to "Unlock". Services will be disrupted until the value of this parameter is changed to "Unlock".
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell TRX
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Ethernet port
Interrupt the service until the correct Not involved gateway is set or the port swapping or the changing of IP route is finished.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again.
PPP link BSC6900 PPP link BSC6900 BSC6900 PPP link PPP link BSC6900 PPP link PPP link BSC6900 PPP link
Less than 5 minutes Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again. Less than 5 minutes Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again. Less than 5 minutes Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again.
BSC6900
Less than 5 minutes Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Optical port
Not involved If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved SCTP link
Not involved The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
Not involved The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link SCTP link
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Channel
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSVC
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
BSC6900
Not involved Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Cell
PS Not service involvedof the cell will be interrupt until this parameter is set to "SupportAsInnPcu" or "SupportAsExtPcu.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved The services are interrupted until the signaling point is available.
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Ethernet port
Not involved The loopback keeps interrupting the services until the loopback is cancelled.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Services are interrupted unless the NSVL Not involved configuration is the same as the SGSN configuration at the BSC.
NSE
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved If the mode is not consistent, will interrupt service until it is consistent. If the mode is not consistent, will interrupt service until it is consistent. If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved If the mode is not consistent, will interrupt service until it is consistent.
BSC6900 BSC6900
BSC6900
BSC6900
If the mode is not consistent, will interrupt service until it is consistent. If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Optical port
Not involved If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Interrupt the service until negotiate successfully again.
BSC6900
BSC6900 Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link SCTP link Not involved
The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally.
SCTP link
Not involved The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
Not involved The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
E1/T1 port
Not involved When the peer end unconditionally changes the bits in the check message, the Not involved services will not resume unless the switch is set to OFF.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved The loopback keeps interrupting the services until it is cancelled. The loopback keeps interrupting the services until it is cancelled.
Not involved
Not involved
SCTP link
Not involved
E1/T1 port
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved Cell
Not involved Services are disrupted until the cells are redistributed successfully.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved The services are interrupted until the SCTP link is working normally.
SCTP link
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved PPP link
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved PPP link
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved SCTP link
Not involved The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved If the value is too big, will interrupt service until it is set to the normal value. Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 15 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
PPP link
SCTP link
Less than 5 minutes The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved SCTP link
Not involved The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
Not involved The loopback keeps interrupting the services until the loopback is cancelled. The loopback keeps interrupting the services until the loopback is cancelled.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
PPP link
Ethernet port
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BC
Services are interrupted until the parameter Not involved is consistent with the SGSN at the peer end.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again. Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900 BSC6900 BSC6900
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved The services are interrupted until the signaling point is available.
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved If the mode is not consistent, will interrupt service until it is consistent. The services are interrupted until the M3DE is available.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC
Services are interrupted until the parameter Not involved is set to ALLOW or the cell is configured with a new SGSN.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved NSE
Not involved Services are interrupted until "SIGLW" is not set to 0.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved The services are interrupted until the signaling point is available. The services are interrupted until the signaling point is available.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved BSC6900
Not involved Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Subrack connection path
Less than 5 minutes
Subrack connection path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved NSE
Not involved Services are interrupted until "SRVLW" is not set to 0.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Subrack connection path
Less than 5 minutes
Subrack connection path BSC
Less than 5 minutes The services are interrupted until the PBSL is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
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Cell
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PPP link
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Not involved The services are interrupted until the PBSL is working normally.
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Services are interrupted unless the NSVL Not involved configuration is the same as the SGSN configuration at the BSC.
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IP path
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BSC6900
Not involved The services are interrupted until the SCTP link is working normally. The services are interrupted until the SCTP link is working normally. If the mode is not set back, will interrupt service until it is set back.
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Not involved If the mode is not set back, will interrupt service until it is set back. If the mode is not set back, will interrupt service until it is set back.
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SCTP link SCTP link
BSC6900
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Caution
None The value of this parameter must be greater than five times the maximum value of the following parameter: "Filter Length f Length None for TCH Level", "Filter Length for TCH Qual", "Filter Length for TA", "TA filter length for SDCCH level". If the param parameter must be greater than five times the value of "IBCA Assign Waiting Mr Time". If the parameter Waiting for "MR o parameter must be greater than the value of "Duration for Waiting MR on SDCCH". None None None None
None This parameter should be set to ON when the transmission delays of different 64 kbit/s timeslots are different over the Abis transmission delays usually occur in the DXX network mode or when the transmission paths of multiple E1 links are differe None None None None None
If this parameter is set too high, a normal voice may be considered abnormal. If this parameter is set too low, an abnormal None None None None None None None None None
The Nonenumber of the chosen data rates must be from one to four. If this parameter involves only one full rate coding rate, the adjustable thresholds and hysteresis of AMR coding rate make no sense. The of the chosentwo data ratesrates, must be to four.Starting If this parameter involves rateofcoding rate, thp None If thisnumber parameter involves coding thefrom valueone of "AMR Mode[F]" can be 0 only or 1;one the half values the following adjustable thresholds and hysteresis of AMR coding rate make no sense. thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F None If thisadj.hyst1[F]". parameter involves two coding rates, the value of "AMR Starting Mode[H]" can be 0 or 1; the values of the following Rate The number of the chosenthree rates must bethe from one three. If this parameter involves one coding rate,ofadj.hyst1[H the thresholds and hysteresis ofdata AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", UL Rate If this parameter involves coding rates, value ofto"AMR Starting Mode[F]" can be"AMR 0,only 1,isor 2;Coding the values thevalue follow This parameter is valid only when "BSSPAGINGCOORDINATION" in "SET GCELLPSBASE" set to YES. adjustable thresholds and hysteresis of AMR coding rate make no sense. Rate adj.hyst1[H]". thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F ACS usually set to 0 because system information 7 and 8 messages are seldom can usedbein0common cells. ACS should be s If thisis parameter involves twoCoding coding rates, the or values of the followin If this parameter involves three coding rates, thevalue valueof of"AMR "AMR StartingMode[WB]" Mode[H]" can be 0,"AMR 1, 1; or the 2; the values of the follow Rate adj.hyst1[F]", "AMR UL Rate adj.th2[F]", "AMR ULStarting Coding Rate adj.hyst2[F]", DL Coding Rate adj.th2[F a cell and C2 is used for cell reselection. thresholds and hysteresis hysteresis of AMR AMR coding raterates, do not: not: "AMR UL Coding Rate adj.th1[H]", adj.th1[WB]", "AMR Rate adj.hyst1 thresholds and of coding rate do "AMR Rate Coding Rate adj.hyst1[H If this parameter involves four full rate coding the valueUL of Coding "AMR Starting Mode[F]" "AMR can beUL 0,UL 1,Coding 2, and 3; all the adju Coding Rate adj.hyst1[WB]". Rate adj.hyst1[H]", "AMR UL Coding Rate adj.th2[H]", "AMR UL Coding Rate adj.hyst2[H]", "AMR DL Coding Rate adj.th2[ sense. If coding value "AMRofStarting Mode[WB]" can be 0, be 1, or values ofthe theadju foll If this this parameter parameter involves involves three four half rate rates, codingthe rates, theofvalue "AMR Starting Mode[H]" can 0, 2; 1, the 2, and 3; all thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[WB]", "AMR UL Coding Rate adj.hyst1 sense. Coding Rate adj.hyst1[WB]", "AMR UL Coding Rate adj.th2[WB]", "AMR UL Coding Rate adj.hyst2[WB]", "AMR DL Coding adj.hyst2[WB]". None
None None None None None None None None None None. None None None None None None None None None None None None None None None None None None None None None None None With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes improves. In this case, the value of this parameter can be a little larger than that of "Radio Link Timeout".
With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes improves. In this case, the value of this parameter can be a little larger than that of "SACCH Multi-Frames". The parameter cannot be modified. None With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes improves. In this case, the value of this parameter can be a little larger than that of "Radio Link Timeout". With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes improves. In this case, the value of this parameter can be a little larger than that of "SACCH Multi-Frames". None None None None None None
None If this parameter is set to a greater value, TRX mutual aid may not be triggered promptly in the case of BCCH TRX failure a smaller value, mutual aid may be decided mistakenly. None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None This parameter is valid only when "SUPPORTEDA" is set to SUPPORT. None None None None None None None None None None None None None None None None None None None None None None None None None
None The parameter cannot be modified. None The parameter cannot be modified. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. The adjacent node ID must be configured. None None None
None None None None None None None None The parameter cannot be modified. None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. This parameter is valid only when "AqmSwitch" is set to OPEN. This parameter is valid only when "AqmSwitch" is set to OPEN. This parameter is valid only when "AqmSwitch" is set to OPEN. This parameter is valid only when "AqmSwitch" is set to OPEN. This parameter is valid only when "AqmSwitch" is set to OPEN. This parameter is valid only when "AqmSwitch" is set to OPEN. None This parameter is valid only when "AqmSwitch" is set to OPEN. None None None None None None To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK". To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK". The parameter cannot be modified. None The parameter cannot be modified. None
None Before enabling this function, ensure that the parameter "Directed Retry" of the cell is set to YES. To obtain MRs on the SD MR on SDCCH Switch" and "IBCA Allowed" to YES. None None None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None The parameter cannot be modified. The parameter cannot be modified. None None The parameter cannot be modified. None None
The parameter cannot be modified. The ATT must be set to the same value for different cells in a same location area. If not, some MSs after power-on may no specified by "T3212". None None None None None Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends.
The port can be set to the DOWN or UP state when this parameter is modified. If the negotiation modes on the local and p None None None
If this parameter is set to YES, the BSC load is increased early in every morning. The auto negotiation mode of FE port on the IP-based interface board should be consistent with that of the port on the pee disconnection. None None None If the mode is not consistent, will interrupt service until it is consistent. None None None None None
None None
Each backplane board 8K clock has only one clock source. You are not allowed to turn on the same backplane board 8K c
Each backplane board 8K clock has only one clock source. You are not allowed to turn on the same backplane board 8K c None None None None None To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK". To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK". None None None None None None None None None None None None None
None The parameter modification should be negotiated with the peer end, and the BSC6900 should be reset after the modificatio modified when the system is running. None None None None None None None None
None None None None None None None None None None The parameter cannot be modified. None None None None None None None The parameter cannot be modified. None None None None None None None
None To disable the alarm blink filter function, set this parameter to "0". To enable the alarm blink filter function, set this paramet switch. See "SET ALMBLKSW" for setting the alarm blink filter switch.
To enable the alarm blink filter function, set "Alarm switch of blinking filter" and "Switch of stat blinking alarm" to "ENABLE" None None None The parameter cannot be modified. The parameter cannot be modified.
The parameter cannot be modified.
If the value of this parameter is too small, the SCUs of the TC subrack may remain congested. If the value is too large, the The parameter cannot be modified. None None None None None When the M900/M1800 BSC is upgraded to BSC6000, this parameter needs to be set to 69. If this parameter is not set to parameter is invalid. None None None None None None None None None None None None The parameter cannot be modified. None None None None None None None None As defined in the protocol, the value of this parameter cannot be 0 in the following cases: The NoneBSC needs to send system messages over the extended BCHs. CBCHs are configured. When the GSMR is enabled, NCHs are configured. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None
None A paging block (four continuous CCCH timeslots) can bear IMSI paging TMSI pagingbalance messages, or tw If "MR.Preprocessing" is set to BTS_Preprocessing and thistwo parameter is setmessages, to NO, thefour uplink-downlink associate downlink is faulty when an MS is idle, the rule of downlink failure is based on the signaling downlink failure counter DSC. W algorithms that require power compensation are improper, such as PBGT handover, load handover, and concentric cell ha integer the closest to 90/N ("N" is BS_PA_MFRMS, number of multiframes in a cycle on a paging sub-channel, whose valu messages over its paging sub-channels: Every time the MS succeeds in encoding a message, the DSC increases by 1 but None encoding a message, the DSC decreases by 4. If the DSC is smaller than or equal to 0, a signaling downlink failure occurs varies with the BTS types. None None None None
This parameter is valid on a per cell basis and is valid only when "ACOOPERATPAGINGSWITCH" in the "SET BSCPSSO None None None If certain link is occupied, conversion from E1 to T1 or from T1 to E1 cannot be performed. None
The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. The parameter cannot be modified. None None None None The parameter cannot be modified. None The parameter cannot be modified.
None If BTS Bar Code is incorrect, the OML between the BTS and the BSC cannot be established. In this case, no alarm or stat BTS is replaced, you need to set a new BTS bar code for the BTS on the BSC. None None This parameter cannot contain #. None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None This parameter can be set to BTS_Preprocessing only when the BTS supports the configured power control algorithm. None The parameter cannot be modified. None
This parameter is required only by BTSs in IP transmission mode. None None
For a double-transceiver BTS or an NGBTS, the initial value is ON. For a BTS of any other type, the initial value is OFF an None None The parameter cannot be modified. The parameter cannot be modified. None None None None None None The parameter cannot be modified. None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None
None None None The parameter cannot be modified. None None None None None None The parameter cannot be modified. The parameter cannot be modified.
If the value of "Cell Bar Access" is YES and the value of "Cell Bar Qualify" is NO, new call access is prohibited but handov The parameter cannot be modified. None None None None
If the value of "Cell Bar Access" is YES and the value of "Cell Bar Qualify" is NO, new call access is prohibited but handov None None None None None None None None None The parameter cannot be modified. None None None None None
None None This parameter applies to only the EDGE trx. None None None None None None None None None None None None None None None None None None None None
None The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing assignment complete messages containing cell lists, set this parameter to YES; otherwise None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None The congestion start threshold must be greater than the congestion end threshold. The congestion start threshold must be greater than the congestion end threshold. None None None The congestion start threshold must be greater than the congestion end threshold. The congestion start threshold must be greater than the congestion end threshold. The congestion start threshold must be greater than the congestion end threshold. None None
None None This function can be activated only when the "Switch for Abis Timeslot Detection" is "ON". None None
None The purpose of setting this parameter is to avoid call connection failure when an MS supporting the full rate channel only r rate channel only requests a full rate channel. In this way, the BSC can easily interconnect with an MSC of another vendor None When the network status is poor, the check count should not be too small. Otherwise, the path state is affected. None None None The parameter cannot be modified. None This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. The checksum mode need the negotiation with the peer. According to the RFC4960, the value should be set to CRC32. The checksum mode need the negotiation with the peer. According to the RFC4960, the value should be set to CRC32. None The parameter cannot be modified. None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT None None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing assignment complete messages containing the Chosen Channel, set this parameter to YE The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing handover performed messages containing the Chosen Channel, set this parameter to YES The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing HO REQ ACK messages containing the Chosen Channel, set this parameter to YES; othe
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process
The The setting of this parameter needs negotiation with the opposite network element MSC. The setting setting of of this this parameter parameter needs needs negotiation negotiation with with the the opposite opposite network network element element MSC. MSC. In In this this way, way, the the MSC MSC can can process process SENDING: The HO REQ ACK message contains the Chosen Encryption Algorithm. complete message contains the Chosen Encryption Algorithm only when the encryption algorithm used by an MS in two ce NOSENDING: HO REQ ACK message does not contain the Chosen Encryption Algorithm. this parameter The is YES. SYSTEMOPT: If the encryption algorithm used by an MS in two cells changes before and after a handover, the HO REQ A otherwise, the message does not. None
None None None
The smaller the value of this parameter is, the more sensitively the BSC controls the arrival rate of channel request messa None None The CI can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214. 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation. The parameter cannot be modified. None None None None None
The The setting setting of of this this parameter parameter needs needs negotiation negotiation with with the the opposite opposite network network element element MSC. MSC. In In this this way, way, the the MSC MSC can can process process NOSENDING: The assignment failure message does not contain the Circuit Pool List. SENDINGPRO: If the cause value assignmentwith failure "Circuitnetwork pool mismatch" "Switch circuit the assignment The setting of this parameter needsofnegotiation the is opposite element or MSC. In this way,pool", the MSC can process message does not. SENDING: The assignment failure message contains the Circuit Pool List without restriction.
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this pa The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this pa None None None None None None None None None
If you want to modify the value of "Clock board type" from "GCGa" to "GCUa", the board must not be configured with GPS. None None None None
None None None The parameter cannot be modified. None None None None None None None None The value of this parameter cannot be changed. None None None None
1. If you set "Upper count threshold of raised fault" and "Lower count threshold of raised fault" to "0", the accumulated num None 2. If "Upper count threshold of raised fault" is not "0", the value of "Lower count threshold of raised fault" cannot be "0" and 1. If you set "Upper threshold of raisedoffault" andfault". "Lower count threshold of raised fault" to "0", the accumulated num fault" is greater thancount "Lower count threshold raised None 2. If "Lower count threshold of raised fault" is not 0, the value "Upper count of raised fault" cannot 0 and yo 3. When "Upper count threshold of raised fault" is not "0" and of "Alarm switch ofthreshold blinking filter" and "Switch of statbeblinking al smaller than "Upper count threshold of raised fault". to "0". Otherwise, blink statistics of the alarm is not performed. 3. When "Upper count threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking al to "0". Otherwise, blink statistics of the alarm is not performed. None None None None None None None None None The parameter cannot be modified. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None This parameter cannot be set to YES for the TRX that carries the main BCCH. None This parameter is not supported by the BTS3001C and BTS3001CP. None None None None None
The settings of RXLEV-ACCESS-MIN and CRO should guarantee that cells with same priority have the same cell reselect None The parameter is related to practical networking. None None None None
The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful mo cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. The is configured the factor table. the successful mo The modification modification of of the the parameter parameter affects affects the the adjacent adjacent node node that configured with thewith TRMMAP. After theAfter successful modificatio cases: and the bandwidth modification of an existing subscriber. 1. New access subscriber. 2. Bandwidth modification of the existing subscriber The larger the value of this parameter, the higher the proportion of discarded messages during congestion. Therefore, the that of a less important service. None None None None None None None
None The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful mo cases: None 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
None The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. The is configured the factor table. the successful mo The modification modification of of the the parameter parameter affects affects the the adjacent adjacent node node that configured with thewith TRMMAP. After theAfter successful modificatio cases: and the bandwidth modification of an existing subscriber. 1. New access subscriber. 2. Bandwidth modification of the existing subscriber The larger the value of this parameter, the higher the proportion of discarded messages during congestion. Therefore, the that of a less important service. None None None None None None None None None None None None None None
None None None None None The parameter cannot be modified. If this parameter of an activated BTS is modified, the entire BTS chain is reset. If this parameter of an activated BTS is modified, the entire BTS chain is reset. None
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process None None None None None None None None None None None None None None None None None None None None None None None None
None The parameter cannot be modified. None None
When running this command, the source IP address and the destination IP address cannot be the local IP address and the The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None This parameter can be modified only when the BTS is deactivated. None None None None None. None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None The parameter cannot be modified. None This parameter takes effect only when the SDCCH exists on the TRXs on different frequency bands. None None None
None The setting of this parameter needs negotiation with the MSC of the opposite network element. If the MSC supports processing assignment failure messages containing the cause value of direct retry, set this parameter
None If the value of this parameter is YES, the intra-BSC handovers (including intra-cell handovers) in which the cell is the sourc handovers. If this parameter is set to 15, this protection is disabled. None This parameter applies to only the double-transceiver BTS and the corresponding distributed BTS. This parameter applies to only the double-transceiver BTS and the corresponding distributed BTS. None None None None None None None
This parameter is related to the actual physical connection of the BC. This parameter is modified only when the NSVC serv
If this parameter is set to a small value, the detection of service type is sensitive and may lead to ping-pong handover betw None None None None None None None None None None None None None None None None None
None None
This Noneparameter is used for the adaptive adjustment function of AMR downlink threshold. When the voice is in poor perform rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more used parameter. Thevalue adjustment range is from 4 to and adjustment. the adjustment is 2. limit for adjusting the value of DLLongTerm Generally, the of this parameter does not20need It isstep the lower The target FER with the discontinuous transmission (DTX) enabled is a little higher than the one without the DTX enabled. to 14 when the DTX is enabled. Based on this value, you can make adjustments in the above mentioned principle accordin
Generally, fixed 2, with no need ofIt adjustment. of this parameter decides only th Generally, the the value value of of this this parameter parameter is does nottoneed adjustment. is the upperThe limitvalue for adjusting the value of DLLongTerm threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of th adjustment of the threshold. None None None None None None None None None
None The setting of this parameter affects the triggering of a handover for poor quality in an AMR full rate call. The smaller the v due to a poor quality occurs. The setting of this parameter affects the triggering of a handover for poor quality in an AMR half rate call. The smaller the v due to a poor quality occurs. None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None
The downlink power control (at the BTS side) can support up to 15 levels, in each of which the power of 2 dB is dynamicall During upgrade, pay more attention to the setting of this parameter. Be sure to check it. If an area is allowed for receiving s If the value of this parameter is YES, the MS in either idle or connected mode cannot occupy radio channel resources to se None None None None None None None None If you do not use a dual-antenna to receive signals, set this parameter to 0. None The parameter cannot be modified. 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation. None None The parameter cannot be modified.
The parameter cannot be modified. None None None None None None None None None None None None None None None None None None None None This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. This parameter can be added and modified. It cannot be deleted. None None None None None None The parameter cannot be modified.
None The priority of the signaling link should be the highest. The parameter cannot be modified. The existing networking can be affected when the relation between the VLAN and the DSCP are reset. None None None None None None None None None None The parameter cannot be modified. None None The parameter cannot be modified. None None None None None None None None None None None None None None None None
None None None None None This parameter can be modified only when the BTS is deactivated. None This parameter can be modified only when the BTS is deactivated. None None None None None None None The parameter cannot be modified. None It is used for interworking with products of other manufacturers. None None None The address must exist and respond to the PING request. None None It is recommended that this parameter be set to Yes on a multiband cell. None
None 1. If you set the start date or end date of daylight saving time (DST) to a day of the week after a specific date, the specific d None the month. For example, the last day of October is the 31st day. Then, the specific date cannot be later than the 25th (31 – October, this date is not included in the November of 2005. Therefore, the specific date is invalid. This date in 2006, howev None follow this principle to ensure that a specific data is always valid. 2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes None year, February 29 does not exist. Therefore, the local time cannot change between DST and non-DST. 3. The start month and end month of DST cannot be the same. None None None
None None None None None None None None None None None None None None For the modification of the parameter, See the ITU-T Q704. None The parameter cannot be modified. None None None The parameter cannot be modified. None The parameter cannot be modified. None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT
The Nonevalue of this parameter must be the same at both the BSS side and the NSS side. Whether the BSC6900 is encrypted described in the MAP function process of the MSC. When setting the encryption algorithm type of the BSC6900, you must the functions of the MS. None None None 1. The block of A interface must be configured. None 2. If A over IP is configured, the configuration does not support the operation. 3. The difference between the end CIC and the start CIC is smaller than 256. None
None None None
None 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera None 1. A interface must be configured. 3. The If theblock blockofoperation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera subrack. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block opera subrack. None None None None None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None None None None None None The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None. None None None None None None None None None None
None If the value of this parameter is too small, extension measurement reports are sent frequently. If the value is too large, feed extension measurement reports. None None None None None None None None None None None None None None None None None None
None None None None The parameter cannot be modified. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. None None The parameter cannot be modified. The parameter cannot be modified. None This parameter can be modified only when the BTS is deactivated. None Negotiation fails if this parameter is modified. Negotiation fails if this parameter is modified. None None None None None None None The value ranges of frequency numbers vary with corresponding band reporting. None None None None None None None None None None
None None None None None None None None You must deactivate the cell before modifying this parameter and activate the cell after modifying this parameter. None None None None None None None None None None None None None None None None None None None If this parameter is set to a small value, error is likely to occur during the detection of the burst packets. None Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. None The parameter cannot be modified.
The parameter cannot be modified. None None None None None None None None None None
The default value of "MS_TXPWR_MAX_CCH" in the GSM900 and GSM850 cells is 5; the default value of "MS_TXPWR_ None
In "EXP ELABEL", the "FN" parameter cannot be a space or any of the following characters: '@', '#', '!', '%', '^', '&', '*', '[', ']', None None None None None None None None None
When None this parameter is set to YES, during the channel activation of the BSC6900, if the allocated channel speech version rate speech version 2, the BSC6900 changes the speech version to full rate speech version 2 and sends it to the BTS. For version viewed at the MSC side is still full rate speech version 1. None None This parameter can be modified only when the BTS is deactivated. The adjacent node ID must be configured. None None None No_HC: disable the header compression function; RTP/UDP/IP_HC: enable the RTP/UDP/IP/PPP function None
For a BTS of the BTS3X series, the value of this parameter is invalid. None None None The value range of this parameter depends on the frequency range of the cell band.
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then r None None None None None None None This parameter is valid in only the cells in the coverage area of the BTS3X. None None None This parameter can be modified only when the BTS is deactivated. None This parameter can be modified only when the BTS is deactivated. None The FACTORTABLE must be configured. The parameter cannot be modified. The parameter cannot be modified. None None None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified.
The parameter cannot be modified. None None None None None None None None None None None None None
This parameter determines whether to load data from the OMU or the FLASH when the BSC6900 or the board is restarted The value of this parameter is valid only for the BTSs of the double-transceiver series and the distributed BTSs. None None None None None None None None None None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT None None None The parameter cannot be modified. The parameter cannot be modified.
None The parameter cannot be modified. None None None The parameter cannot be modified. None None None None None None None None None None None None None None This parameter is supported only by the BTS3002C. This parameter is supported only by the BTS3002C.
If the TRXs in a cell under this BSC6900 are at a frequency on DCS1800, this parameter cannot be set to PCS1900, and v None None When this parameter is set to No, Highest Priority cannot be configured. None None None None None None None None
None None None None None None None None None None None None None None None None The value of this parameter cannot be changed. None
The value of this parameter must be the same as the attribute value of the TRX frequency hopping of this frequency hoppi None None None None The parameter cannot be modified.
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover su None None None None None None None Before the modification, the cell mapping table bound to the signaling point must be deleted. None
Set this parameter properly to ensure that hierarchical handover and load-based handover can function properly. During h received level of the target cell must be greater than this threshold. None None None None None None None None None None None HSNs are optional for the cells with frequency hopping enabled. The cells in the same frequency group must use different same. None None None None None None None None None None None None None None This parameter is supported only by the BTS3012A and BTS3006A. For details of the timer, see ITU-T Q.714. The modification is not recommended. None None None For details of the timer, see ITU-T Q.714. The modification is not recommended. None
None None None None None None None None None None None None None None None None None None None None None None None None The parameter IBCA Allowed of the serving cell and the neighbor cell should be set to Yes before the configuration of this None None None None None None None None None
None None None None None None None None None None When the network status is poor, the packet length should not be too large. Otherwise, the path state is affected. None None None None None None None None None None The parameter cannot be modified. None None None The parameter cannot be modified. None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None
None None None None None None None None None None None None None None None None The parameter cannot be modified. None None None None This parameter can be modified only when the BTS is deactivated. None None None None None None None This parameter must be equal to or less than "OUTHOPWROVERLOADTHRESHOLD" to protect the other timeslots/cells None None None None
None None None None None None None None The parameter cannot be modified. This parameter can be modified only when the BTS is deactivated. None None None The parameter cannot be modified. This parameter can be modified only when the BTS is deactivated. The parameter cannot be modified. This parameter can be modified only when the BTS is deactivated. None None None None None None None None None None None None
None 1. Interference band 0 is not counted in the traffic statistics. None 2. In the following BTSs, the value range of this parameter is 115 to 85: BTS2X of all the versions, BTS3X 03.1130 of the e 3002C02.0820 of the earlier versions. If this parameter is set to a value beyond the range, the concerned cells cannot wor None 3. In the following BTSs, the value range is 115 to 48: BTS3X 03.1130 and its later versions, 3001c 07.0301 and its later v transceiver BTSs. None 4. If the value of this parameter is too great, the averaging result cannot accurately reflect changes. If the value is too sma of resources.
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None
None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None None Negotiation can succeed only when the configuration is consistent on the local and peer ends. No_HC: disable the header compression function; RTP/UDP/IP_HC: enable the RTP/UDP/IP/PPP function The parameter cannot be modified. The parameter cannot be modified. None This parameter depends on the type of the actual physical IP transport cable of the BTS. This parameter must be set according to the medium type of the actual IP transmission cable used by the BTS. None None None None None None None None The parameter cannot be modified. None
Each cell can be configured with only one TRX that carries the main BCCH. None None None The parameter cannot be modified. The parameter IPPATH must be configured in advance. None None None None None None None None None None None None None The parameter cannot be modified. None None None None None None None None The setting of this parameter must be consistent with that on the peer. The setting of this parameter must be consistent with that on the peer. The setting of this parameter must be consistent with that on the peer. None None The setting of this parameter must be consistent with that on the peer.
The setting of this parameter must be consistent with that on the peer. The setting of this parameter must be consistent with that on the peer. It is used for interworking with products of other manufacturers. None 1. This command is applicable to the boards AOUa, POUa, AOUc, POUc, and OIUa. 2. It is used for interworking with products of other manufacturers. None 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers. The setting of this parameter must be negotiated with that on the interconnected side. None None None The setting of this parameter must be negotiated with that on the interconnected side. None None None None The parameter cannot be modified. None None None None None None The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None. None
None None None None The parameter cannot be modified. None None None The parameter cannot be modified. None None None None None None None None None The parameter cannot be modified. This parameter must be less than "UHUMTHD". None None The parameter cannot be modified. None The parameter cannot be modified. None None None None None The setting of this parameter must be consistent with that on the peer. The parameter cannot be modified. The parameter cannot be modified. According to the MTP3 load sharing principle, the link selection mask must be set properly. If the value is not set properly,
The mask is calculated according to the link set to a destination entity. None None This parameter is valid only when "NC2LoadResel" is set to SUPPORT. None None. None None None None. None None None None The reciprocal of the parameter value is the ratio of the MSs to perform a load handover. None None
The function of cell load reselection is valid only when "NC2LoadResel" in "SET BSCPSSOFTPARA" is set to Support and None None None None None. None None The parameter cannot be modified.
The local IP address and peer IP must be configured in the same network segment. The peer IP address cannot be the sa None None The parameter cannot be modified. None The parameter cannot be modified. None None
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiatio
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiatio None The parameter can be modified when "MODE" in the command "ADD SCTPLNK" is set to Client. None None None None None It is valid when "LOGPORTFLAG[/PARA in the command "ADD SCTPLNK" is ON. It is valid when "LOGPORTFLAG[/PARA in the command "ADD SCTPLNK" is ON. None None None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None
None 1. When the peer end unconditionally changes the bits in the check message, the services are disrupted if the switch is se 2. When the switch is set to OFF, the alarm "Inconsistent Configurations at the Two Ends of the Link over the Ater Interfac The parameter cannot be modified. None None
If this parameter is set to REMOTE_LOOP and LOCAL_LOOP, the service on this link is affected until the loopback is can None When the upper layer bearer is IMAGRP, IMAGRP is reset after the loopback is canceled. Otherwise, the state of the IMAG When the loopback type is changed to REMOTE_LOOP or LOCAL_LOOP, the service is affected. The service becomes n established. loopback type is set to LOCAL_LOOP, you cannot directly change it to REMOTE_LOOP. You must change it to NO_LOOP loopback type from REMOTE_LOOP to LOCAL_LOOP in the similar way. None
None None
None For the BTS3002C, if each cell is configured with two TRXs (O2 or S2) and the value of this parameter is YES, the radio fr main diversity antennas. Only the BTS3002C has this parameter. None None None None None The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. None None None None None None None None None None None
This parameter must be less than "UTEMTHD". The value of this parameter decides whether the threshold is adjusted upwards or downwards. When the voice is in poor p the low ratethe mode is of more in the adaptation, youadjustment. can increase the value oflimit this for parameter; the value high rate mode is mo Generally, value thisused parameter does not need It is the lower adjustingif the of LongTermFE channel quality), you can decrease the value of this parameter. If the DTX function is enabled, the value of this parameter function is disabled.
Generally, fixed 2, with no need ofIt adjustment. of this parameter decides only th Generally, the the value value of of this this parameter parameter is does nottoneed adjustment. is the upperThe limitvalue for adjusting the value of LongTermFE threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of th adjustment of the threshold.
The adjustment of the parameter setting changes the service distribution on the DSPs. The DSPs without LVDS links do n None None
None The parameter modification should be negotiated with the peer end, and the BSC6900 should be reset after the modificatio modified when the system is running.
None None
None If there are fewer frequencies in a frequency hopping group, the mode of Frequency List can decrease the length of an ass an MS. The parameter cannot be modified. None None None None None None None The parameter cannot be modified. None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified.
The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None
The modification of the parameter affects the sensitivity of the SCTP link detection. The larger the value is, the longer the l None None None None None None
1. In the earlier versions of BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06, a maximum of 5 None through the M2000 client. In BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06 and its later ver simultaneously on one BSCbe through the M2000 client. Therefore, the number of BTSs to be downloaded should take the in The adjacent node ID must configured. BTSs supported by the M2000 client. 2. If the BTS software versions downloaded simultaneously are excessive, the CPU usage of the OMU increases. In this c None
The value of this parameter cannot be smaller than the maximum PPPMUX sub-frame length. The number sub-frame mus None None None
The modification of the parameter affects the sensitivity of the SCTP link detection. The larger the value is, the longer the l None None None None None
None
You Nonecan increase this value when the handovers are slow or the handover success ratio is low due to bad clock or transmi following condition must be met: "Physical information MAX Retrans" x "Radio link invalid count" > Interval between the ES ms); otherwise the handovers will fail for sure. None None None None
If the PPP frame length is larger than this value, PPPMUX multiplexing cannot be performed. The value of this parameter c None length wMuxMfl and the number sub-frame must be larger than 2 as the enabling condition of PPPMUX (the relation betwe multiplexing frame length is: MuxMaxSfL<=(wMuxMfl-8)/2 ). None None None If this parameter is set to a smaller value, the handover success rate may be affected. None None None Before performing single-point positioning, you need to remove GPS configuration history records. None The parameter cannot be modified. None None The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None None None None
None This parameter is valid only when the MCPA algorithm is enabled. None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None
None The Enhanced Measurement Report supports the measurement of 3G neighboring cells to implement the interoperability b the service continuity. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK". None The parameter cannot be modified. The parameter cannot be modified. None None None None
None The local end of the SCTP link is the server and the application type is NBAP, the working mode should not be modified as For the SCTP link of the M3UA application, the working mode can be modified only when the upper layer application is del None None None The setting of this parameter must be negotiated with that on the interconnected side. The parameter cannot be modified. None None None None None None None None None None None None None None None None None None None
None None
None Because the measurement reports may not always be correctly decoded when the quality of a serving cell is poor, handov reports exceeds the value set by this parameter. You can set a relatively larger value for this parameter, thus enabling eme
None When this parameter is set to Noreport, the BTSs do not submit measurement reports to the BSC, which disables handove quality. None None None None None None None None None None None
If the MSC pool function is enabled, and the value of this parameter is not NORMAL, the DPC is not selected for call acces If the GSM BSC is connected to the GSM MSC, it is recommended that you set this parameter to R98_or_below. If the GS that you set this parameter to R99_or_above. None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
The parameter cannot be modified. None None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None None The interconnection may be affected if this parameter is modified. None This parameter is supported only by the BTS3012A and BTS3006A. None None. None. None.
If the value of this parameter is increased, the cell congestion rate increases. If the value of this parameter is decreased, o If this parameter is set to YES, the call drop rate may increase. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. The adjacent node ID must be configured. None The parameter cannot be modified. None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None
This parameter is valid only when "NC2SPT" in "SET GCELLGPRS" is set to YES and "NCO" in "SET GCELLPSBASE" is None None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None None None None None
None None None None None None None
This parameter is supported only by the following dual-density BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and The parameter cannot be modified. None None None None None The parameter cannot be modified. None None None The parameter cannot be modified. The parameter cannot be modified. None None None If this parameter is set to a larger value, the bandwidth of the service is smaller. Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. None The parameter cannot be modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. None None None The parameter cannot be modified.
None None None None None None If the parameter value is set relatively small, the sensitivity for detecting the OML when it is broken is improved. When the None intermittently disconnected, misjudgements may occur to the testing results. If the parameter value is set relatively large, the sensitivity for detecting the OML when it is broken is reduced. The testing The parameter cannot be modified. None None The parameter cannot be modified. None The parameter cannot be modified. None None None None Before modifying this parameter, you must deactivate the cells bound to the OPC. None The parameter cannot be modified. The parameter cannot be modified. Primary operator index must be 0. None
None 1. interface must configured. 1. The The block block of of Ater A interface must be be configured. 2. If the BSC is configured to the integrated BMTC over IP the is configured, 2. If A over IP is configured, the configuration does or notAsupport operation. the configuration does not support the opera 1. A interface must be configured. 3. The If theblock blockofoperation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera subrack. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block opera subrack. The parameter cannot be modified. None None None None None
The setting of this parameter must be consistent with that on the peer. None None None None None None None None None If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs. If this parameter is set to a smaller value, the handover success rate may fall. If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs. If this parameter is set to a smaller value, the handover success rate may fall. None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None None None None
The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None The parameter cannot be modified. None None None None None None None None None None If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. None None None None None None None None None None None None
The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None The parameter cannot be modified. None None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None None None None None The parameter cannot be modified.
The local IP address and peer IP must be configured in the same network segment. The peer IP address cannot be the sa The parameter cannot be modified. None
None
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiatio
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiatio The parameter cannot be modified. The parameter cannot be modified. The SCTP port number is the parameter for the negotiation. The value can be modified after the negotiation with the peer None None None None None When the network status is poor, the check period should not be too small. Otherwise, the path state is affected. None Negotiation fails if this parameter is modified. Negotiation fails if this parameter is modified. None
The SIGBVC must be reset after this switch is turned on. The BSC supports the PFC when the SGSN supports the PFC. If this parameter is set to a greater value, more paging messages are processed. When the BSC6900 is overloaded, the c If this parameter is set to a higher value, more PS paging messages can be processed, thus increasing the BSC load. As a effect. None protect the BSC. is If this parameter set tosome a lower value, more PS that paging are discarded, thus affecting the pagit If this parameter set to a smallerisvalue, paging messages canmessages be processed by the BSC6900 are discarded, set according to the actual PS paging volume and the CPU usage of the BSC. If the value of Pg State Period(ms) is changed, you need to change the value of this parameter accordingly. The setting of this parameter is closely related to that of "Paging Statistical Period". When the value of "Paging Statistical P adjusted accordingly. If this parameter is set to a smaller value, the control of the arrival rate of paging messages is sensitive. If this parameter is set to a greater value, the control is insensitive. The parameter cannot be modified. The adjacent node ID must be configured. None None None None None None None The parameter cannot be modified. None None This parameter is valid for the EDGE TRX only.
None None This parameter is valid for the EDGE TRX only. None This parameter is valid only for EDGE TRXs and is invalid for ordinary TRXs. None None None If "Play switch" is set, the normal calls may be affected. None None None None None None None None None None None None
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is cannot configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera The parameter be modified. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope subrack. The parameter cannot be modified. None The parameter cannot be modified. None None
When None the loopback type is changed to REMOTE_LOOP or LOCAL_LOOP, the service is affected. The service becomes n loopback type is set to LOCAL_LOOP, you cannot directly change it to REMOTE_LOOP. You must change it to NO_LOOP loopback type from REMOTE_LOOP to LOCAL_LOOP in the similar way. None The parameter cannot be modified. 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers.
The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None This parameter can be modified only when the BTS is deactivated. None None None None None None None None If this parameter is set to a greater value, the error is small. None None None The parameter cannot be modified. The parameter cannot be modified. None None This parameter can be added and modified. It cannot be deleted. None The parameter cannot be modified. None None None
None None None None None None None None None None None None None None None None The parameter cannot be modified. None None The parameter cannot be modified. ENABLE: the multiplexing frame function of the PPP link is enabled. DISABLE: the multiplexing frame function of the PPP This parameter can be added or modified but cannot be removed. None None
None When the sampling rate of pre-processed measurement reports is set to 1, the frequency of submitting pre-processed mea seconds or one report per four seconds. None None None None None None None None
Each layer has 16 priorities, numbered 1-16 respectively. If the number of the priority is small, the priority is high. This para a cell. The priority affects the sequence of neighboring cells for handover. It also affects handover algorithms, such as PBG None For example, PBGT handovers can be performed only between the cells at the same layer and hierarchy. If a 1800 MHz c handover cannot be performed from the 1800 MHz cell to the 900 MHz cell. Consequently, handovers are performed slowl None None None The routing priority is modified. In the case of multiple routes to the same signaling point, the route priority is affected. None The parameter cannot be modified. None None None None None The parameter cannot be modified. None None None None The parameter cannot be modified. The parameter cannot be modified. 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers. None None None
None The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful mo cases: None The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful mo 1. New access subscriber. cases: 2. Bandwidth modification of the existing subscriber 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
The SIGBVC must be reset after this switch is turned on. The BSC supports the PS HO when the SGSN supports the PS H The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. If this parameter is set to a larger value, more packets are discarded when the congestion occurs. Thus, the priority value o service. None None
The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modificatio and the bandwidth modification of an existing subscriber. If this parameter is set to a larger value, more packets are discarded when the congestion occurs. Thus, the priority value o service. None
None This parameter should be set on the basis of the actual receiver sensitivity of the BTS and the minimum access level of the even though there are signals detected. None None None None None None None None None None None None None None None None None None None The parameter cannot be modified.
None The line code must be consistent with that on the interconnected side. HDB3 (HDB3 code) and AMI (AMI code) are used fo are used for T1 ports. The frame structure must be consistent with that on the interconnected side. The frame structure must be consistent with that on the interconnected side. The frame structure must be consistent with that on the interconnected side. None None None
None None None None None None None None None None None None None None None None None None None None None None None None The transmission priority of the service is affected if the queue DSCP value of the port is modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. The transmission priority of the service is affected if the queue DSCP value of the port is modified. None None None None None
None None None None None None None None None None This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. None None None This parameter is supported only by the BTS3012A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. None None None None
None For the BTS3X series and double-transceiver BTSs, this parameter does not affect MS access but affects the reporting of network None side is greater than the RACH Busy Threshold, the CCCH_LOAD_IND is counted once whether the decoding is s Busy Threshold should and whose decoding is successful is also counted. The measurement period the Average RACH T This parameter be set on the basis of the actual receiver sensitivity of the BTS and theisminimum access levelLoad of the If the value of this parameter is too low, the BTS easily considers that the RACH timeslot is busy and reports overload mes even though there are signals detected. cannot determine the status of the RACH timeslot correctly. The settings of the BTS312, BTS3001C, BTS3001CP, BTS3002C, and double-transceiver BTS must be consistent with th None None None None None None
If this parameter is set to Algorithm I, the BTS performs AMR rate adaptation according to the C/I value. None If this parameter is set to Algorithm II, the BTS performs AMR rate adaptation according to the BER value. Algorithm II is v If this parameter is set to None, the AMR rate adaptation algorithm is not enabled, and a fixed coding rate is used. None None None None None None None None None
None To improve the success rate of reassignment, it is recommended that you use the default value Different Band. That is, the different from what is used in the original assignment. None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None None None None None None None None None None None
The parameter must be set to a value smaller than the number of TCHs available on the BCCH TRX to prevent the frequen
None None None None None None The parameter cannot be modified.
The setting of this parameter requires negotiation with the MSC, so that the MSC can correctly process HO RQD message None Negotiation can succeed only when the configuration is consistent on the local and peer ends. Negotiation can succeed only when the configuration is consistent on the local and peer ends. None None
The range of this parameter is determined by the cell configuration. The lower limit is 0, and the upper limit is sum of TCHF If this parameter is set to a greater value, the BTS power decreases too much. If this parameter is set to a smaller value, th decrease effect is unsatisfactory. None None None None The SIGBVC must be reset after this switch is turned on. The BSC supports the RIM when the SGSN supports the RIM. None None None None None None None None The parameter cannot be modified. None None None None None
None None None The resource group must exist. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None The parameter cannot be modified. The parameter cannot be modified. None The parameter cannot be modified. None None None None None
The switch is off in the case of a signaling point to the single link. After the link to a signaling point is disconnected, the res None None Change this parameter will impact the function interrelated with Parameter 1. Change this parameter will impact the function interrelated with Parameter 10. Change this parameter will impact the function interrelated with Parameter 2. Change this parameter will impact the function interrelated with Parameter 3. Change this parameter will impact the function interrelated with Parameter 4. Change this parameter will impact the function interrelated with Parameter 5. Change this parameter will impact the function interrelated with Parameter 6. Change this parameter will impact the function interrelated with Parameter 7. Change this parameter will impact the function interrelated with Parameter 8.
Change this parameter will impact the function interrelated with Parameter 9. None The setting of this parameter must be negotiated with that on the interconnected side. The routing context must be unique and needs to be negotiated with the peer. None None None None None None None The value should be greater than "RTOMIN" and smaller than "RTOMAX" in the command "ADD SCTPLNK". The value should be greater than "RTOMIN" in the command "ADD SCTPLNK". The value should be smaller than "RTOMAX" in the command "ADD SCTPLNK". None None None None None None None None
None For AMR calls, this parameter, together with "Interfere HO Qual Thresh n for Non-AMR FR", is used in interference handov triggered if this parameter is set to a smaller value. If the value of this parameter is too small, the required level of received signals is low. Therefore, many MSs attempt to cam risk of call drops. In such a case, you must set the parameter based on the balance conditions of the uplink and downlink l None
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a The parameter cannot be modified. None None The parameter cannot be modified. None The parameter cannot be modified. None None The parameter cannot be modified. None None None None None None None None None None None None None None None
When the same coverage cell allows the load handover, this parameter should be set to a value lower than "Load HO Thre None None None None None
None None None None None None None None None None None None None None None None The parameter cannot be modified. None None
None 1. If you set the start date or end date of DST to a day of the week after a specific date, the specific date must be six days None example, the last day of October is the 31st day. Then, the specific date cannot be later than the 25th (31 – 6) day. If you s not the parameter Novembermust of 2005. Therefore,with the specific dateinterconnected is invalid. Thisside. date in 2006, however, is October 31, wh Theincluded setting ofinthis be negotiated that on the ensure that a specific data is always valid. 2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes None 29 does not exist. Therefore, the local time cannot change between the start date and the end date. 3. The start month and end month of DST cannot be the same.
None If the parameter "IBCA Allowed" is set to YES, the BSC waits for MRs on the SDCCH for the duration specified by the para takes effect when the parameter "IBCA Allowed" is set to NO. None The level values 0 through 63 map to -110 dBm to -47 dBm. A smaller value indicates a lower receive level.
The parameter value corresponds to RQ (quality level: 0 to 7) multiplied by 10. A greater value indicates a poorer receive q The level values 0 through 63 map to -110 dBm to -47 dBm. A smaller value indicates a lower receive level.
The parameter value corresponds to RQ (quality level: 0 to 7) multiplied by 10. A greater value indicates a poorer receive q
The SDCCH dynamic adjustment converts the TCHs to the SDCCHs, this reduces the available TCHs and decreases the T The setting of this parameter must be negotiated with that on the interconnected side. None
None None None None None None The parameter cannot be modified. None None None None None None None None None This parameter should be set on the basis of the negotiation with the MSC at the peer end. None None None None None None None None None None None None None None None None None
The parameter cannot be modified. None None None None None The ratio of the subscribers accessing this SGSN is affected when this parameter is modified. The parameter cannot be modified. None None None
If this SGSN is the last SGSN connecting this cell: None 1. When the parameter is set to DENY, the services of all the online subscribers are interrupted and new subscribers cann 2. When the parameter is set to UNINSTALL, the services of all the online subscribers are not interrupted and new subscri None The parameter cannot be modified. None None None None None None The parameter cannot be modified. The parameter cannot be modified.
The parameter cannot be modified. The ratio of Gb interface signaling messages sent through NSVLs is affected when this parameter is modified. When this N "SIGLW" is set to 0, the signaling exchange between the NSE and SGSN is interrupted. None None None None The parameter cannot be modified. None None None None
None None None None None None None None None None None None None None None None None
None The source IP address can be: local IP address of the PPP link (PEUa/POUa/POS), local IP address of the MP group ((PE (FG2a/GOUa), and IP address of the local board. The parameter cannot be modified. None None None The parameter cannot be modified. None The modified parameter takes effect after the BSC6900 is reset. None None The value of this parameter cannot be changed. None None None None None
None The parameter cannot be modified.
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is cannot configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera The parameter be modified. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope subrack. The parameter cannot be modified. None None The parameter cannot be modified. None None None None None The parameter cannot be modified. The parameter cannot be modified. None This parameter can be modified only when the BTS is deactivated. None None None None None None None None None None The parameter cannot be modified. None None None None None
This Noneparameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process th assignment request, if the speech/data indicator in the channel type is data, the assignment complete message does not c parameter. This parameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process th handovers, the Handover Perform message does not carry speech_ver even if this parameter is set to Yes.
This parameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process th This parameter should be set on the basis of the negotiation with the MSC at the peer end.
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT
The port can be set to the DOWN or UP state when this parameter is modified. If the speed modes on the local and peer e None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None None None None None None
None None None Clock sources and priorities are in one-to-one mapping. Clock sources and priorities are in one-to-one mapping. None None None None The parameter cannot be modified. None The parameter cannot be modified. Clock sources and priorities are in one-to-one mapping. Each backplane board 8K clock has only one clock source. None None The parameter cannot be modified. The parameter cannot be modified.
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is cannot configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera The parameter be modified. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope subrack. None None The parameter cannot be modified. None None None None The parameter cannot be modified. The parameter cannot be modified. None This parameter can be modified only when the BTS is deactivated. None 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack.
None
None If the interface board clock source of the MPS/TCS subrack is set, you can set the 8 kHz output clock source. For the MPS as the clock source of the interface board. For the EPS, you cannot perform the setting. None The ratio of Gb interface signaling messages sent through local NSVLs is affected when this parameter is modified. When "SRVLW" is set to 0, all the packet services of the local NSE are interrupted. None None None None None None None None None None None None None None None None None None None None
None In principle, you should not configure the frequencies on the P frequency band and on the E frequency band in one MA gro If the frequencies on the P frequency band and on the E frequency band are configured in one MA group, some MSs may None In this case, you can set this parameter to No. After that, if some other MSs cannot process calls, set this parameter to Yes and divide the MA group. None 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation. None None None None
None None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera None 1. A interface must be configured. 3. The If theblock blockofoperation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera subrack. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block opera subrack. None None None None None None None The parameter cannot be modified. None None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT The parameter cannot be modified. None None None None None None None None None None None The adjacent node ID must be configured. None None
None None None None None None None
When None the simple cell broadcast function is enabled, the BSC6900 provides the simple cell broadcast service if the CBC is broadcast the messages that are not changed frequently. The simple cell broadcast function and the cell broadcast function provided by the CBC cannot be enabled simultaneously The high multislot class function requires the support from the MS. For an MS of a high multislot class 32, 33, or34, the ext more than three timeslots are required on the uplink. None The EDA requires the support from the MS.
This Noneparameter should be set according to the requirements of the existing network. If this parameter is set to Yes, the voice signals are encoded only once at the originating MS and decoded only once at the call. None The TFO function is performed only between an MS and another MS, not between a fixed-line phone and an MS. If the TF occupied. None None None None None None None None None None None None None The parameter cannot be modified. None None None None Change this parameter will impact the patch function controlled by switch 1.
Change this parameter will impact the patch function controlled by switch 10. Change this parameter will impact the patch function controlled by switch 2. Change this parameter will impact the patch function controlled by switch 3. Change this parameter will impact the patch function controlled by switch 4. Change this parameter will impact the patch function controlled by switch 5. Change this parameter will impact the patch function controlled by switch 6. Change this parameter will impact the patch function controlled by switch 7. Change this parameter will impact the patch function controlled by switch 8. Change this parameter will impact the patch function controlled by switch 9. None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None
The physical information is sent over the FACCH. four TDMA sent once over the FACCH, which takes 18 It is recommended that you select a greater value,Every such as 16, 20, orframes 25, in are the area with heavy traffic, None T3105 timer expires for the but a smaller value, such asfirst 2 ortime, 3, inthe thephysical area withinformation light traffic.needs to be retransmitted. But at this time, the previous phys period is notspecify reached). To properly the value of this parameter, it is necessary to perform overall and long-term measurement on the entitie such as the processing capability of the MSC and BSC, and the load on the A interface, Abis interface, Um interface, HLR None The location update period in the MSC must be greater than that in the BSC. In the GSM system, it is possible that a powered-on MS is identified as implicit off-line if the MS sends no location update r None When the MS reselects another cell (in the same LAC), the MS is restarted through T3212 timeout if the T3212 of the new When None this parameter differs in the cells of the same LAC, it is possible that the MS is identified as implicit off-line if the MS case, system plays "The subscriber you dial is power off." even though the called MS is on. In an LAC, the value of this parameter should be the same in all cells. None None None None None None None None None None None None None
None None None None None None None None None None None None None None None
According to the GSM protocols, the BSC6900 performs CRC on each TRAU frame. If the CRC of a certain TRAU frame fa None the BSC6900 performs smoothing on the invalid frame, thus eliminating the noise caused by the errors in parameter transm of all speech services except the FR service. None None None None None None None None None None None None None None None None The parameter cannot be modified.
None None The parameter cannot be modified. None The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None Before switched on, please insure that all the TRXs in this cell are suitable version. None None None None None None The parameter cannot be modified. The parameter cannot be modified. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack. None None None None None None None None None
None None None None None None None None None None None None For the BTS3001C, BTS3001CP, and BTS3002C, this parameter is invalid. For other BTSs, this parameter is valid. None
None The IP address of the TGW cannot use the configured IP address of another TGW . The IP address of TGW cannot be the Otherwise, operation and maintenance channel for TGW fails. The IP address of the TGW cannot use the configured IP address of another TGW. The IP address of TGW cannot be the Otherwise, operation and maintenance channel for TGW fails.
None The IP address of the TGW cannot use the configured IP address of another TGW . The IP address of TGW cannot be the Otherwise, operation and maintenance channel for TGW fails. None This parameter is supported only by the BTS3012A and BTS3006A. This parameter is supported only by the BTS3012A and BTS3006A. None None None None None None None None None The parameter cannot be modified. None None
None None None None None Multi-band networks cannot use the TIGHT BCCH algorithm. None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None The parameter cannot be modified. None None None None None None The parameter cannot be modified. None None None None None None
None None None The parameter cannot be modified. The TRMMAP must be configured. None
1. If you set "Upper time threshold of raised fault" and "Lower time threshold of raised fault" to "0", the accumulated alarm None 2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and yo greater None than "Lower time threshold of raised fault". 3. When "Upper time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking ala 1. you set "Upper threshold raisedisfault" and "Lower time threshold of raised fault" to "0", the accumulated alarm "0".If Otherwise, blinktime statistics of theofalarm not performed. 2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and yo smaller None than or equal to "Upper time threshold of raised fault". 3. When "Lower time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking ala "0". Otherwise, blink statistics of the alarm is not performed. None None None None None None None None None None None None None None None None None None None None The parameter cannot be modified. None The parameter cannot be modified.
The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The TRM load threshold must be configured already. The TRM load threshold must be configured already. The TRM load threshold must be configured already. The parameter cannot be modified. None The parameter cannot be modified.
None This parameter specifies whether to enable the TRX aiding function. None aiding: The main BCCH is aided to another normal TRX in this cell. BCCH BCCH aiding switchback: BCCH aiding switchback functions after the originally configured BCCH TRX is recovered. The parameter cannotWhen be modified. Baseband FH aiding: the TRX involved in baseband FH in the cell is faulty or BCCH aiding is performed in the cell, b non-hopping cell. The parameter cannot be modified. Baseband FH aiding switchback: When all the TRXs involved in baseband hopping in the cell are recovered and the origin switchback can cannot be performed and the cell is restored to the baseband FH mode. The parameter be modified. After TRX aiding (BCCH aiding or baseband FH aiding) or switchback occurs, the cell is re-initialized. For any types of BTS, no aiding is performed within 15 minutes after the cell is initialized. None
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover su The parameter cannot be modified. None None None
None None None None None None None None None None None None None None None None None None None None None None None None
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover su None None The parameter cannot be modified. The parameter cannot be modified.
None 1. The block of Ater interface must be configured. 2. If the BSC is cannot configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera The parameter be modified. 1. A interface must be configured. 3. The If theblock blockofoperation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block ope 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the opera subrack. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block opera subrack. Loopback test, which cause the service interruption on this link
None None The parameter cannot be modified.
None The modification of the PPP link that is between the BTS and the BSC will affect the services. The modification of the PPP link that is between the BTS and the lower-level BTSs will lead to intermittent services carried None None None None None None None None None None None None None If this parameter is set to a great value, the PS DSP load will be heavy. None None None None None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None
None None None None None None None None None None None None. None. None. None. None. None. None. None. None None The parameter cannot be modified. None None None The value of this parameter cannot be changed. The modified parameter takes effect after the BSC is reset. None None None None None None None
None None None None None None None None None None None None None None None If this parameter is set to 0, the emergency call may be affected. None None None
None When RAI alarms occur on the E1 link, services cannot be assigned again by default. After the switch is enabled, services services. None None None None None None None None None None None None The adjacent node ID must be configured.
None The parameter cannot be modified. None None The setting of this parameter must be greater than "LHUMTHD". None The parameter cannot be modified. None None None None None None None None None
If this parameter is set to a small value, the detection of service type is sensitive and may lead to ping-pong switching betw None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None
The setting of this parameter affects the triggering of BQ(Bad Quality) handover of AMR FR calls. If it is set to a smaller va
The setting of this parameter affects the triggering of BQ handover of AMR HR calls. If it is set to a smaller value, the uplin None None None None None None None None None None None None None None None None None None None
None None None None None None The parameter cannot be modified. None None None None None None None None This parameter can be modified only when the BTS is deactivated. None The parameter cannot be modified. None This parameter can be modified only when the BTS is deactivated. None None None None None None None None None None None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BT In a GSM900 cell, the power control level of the MS ranges from 0 to 19. Generally, the maximum transmit power supporte transmit None power supported by an MS is level 19 (mapping to 5 dBm). Other transmit power levels are reserved for high-pow In a GSM1800 or GSM1900 cell, the power control level of the MS ranges from 0 to 31. Generally, the maximum transmit p The minimum transmit power supported by an MS is level 15 (mapping to 2 dBm). Other transmit power levels are reserve
The parameter cannot be modified. The parameter cannot be modified. None None
None Pay special attention to the setting of this parameter during an upgrade. If sending short messages is allowed, this parame If this parameter is set to Yes, radio channels cannot be used to send short messages regardless of whether an MS is bus None None None None None None None None None None None None None None The setting of this parameter must be greater than "LTEMTHD". None None None None None None None None None None None None None
None None None The parameter cannot be modified. None None Incorrect setting of this parameter can lead to access failure to the target IP address. The parameter cannot be modified. None The parameter cannot be modified. Incorrect setting of this parameter can lead to access failure to the target IP address. Incorrect setting of this parameter can lead to access failure to the target IP address. The existing networking can be affected when the relation between the VLAN and the DSCP are reset. None None None None None None None None None None If this parameter is set to a smaller value, the error is smaller. None None None None None None None None
None If the timer is set to a greater value, the time of reserving channel resources for an emergency call is long. In this case, the If the timer is set to a smaller value, reserved channel resources may not be assigned to an emergency call. In this case, th
None None None None None None None The parameter cannot be modified. None None The parameter cannot be modified. None None None None None None None None The conversion from E1 to T1 or from T1 to E1 takes effect after the board is reset. None None None None The parameter cannot be modified. None
Validation of Modification The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be re-established after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be re-established after the parameter modification. The radio link should be re-established after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be re-established after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be re-established after the parameter modification. The radio link should be re-established after the parameter modification. The radio link should be re-established after the parameter modification. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be reestablished after the parameter modification. The radio link should be re-established after the parameter modification.
The radio link should be reestablished after the parameter modification. The radio link should be reestablished after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BSC should be reset to validate the parameter modification. The parameter modification has no impact on the equipment.
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BSC6900 should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved
Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved Not involved Not involved The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The board should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification does not impact the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The radio link should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The board should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be reestablished after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved
The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. Not involved The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BTS should be reset to validate the parameter modification. Not involved The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BSC6900 should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
Not involved Not involved The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. Not involved The parameter modification has no impact on the equipment. Not involved The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
Not involved Not involved Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The transport path should be re-established after the parameter modification. The transport path should be re-established after the parameter modification. The BTS should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The BTS should be reset to validate the parameter modification. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification does not impact the equipment. The parameter modification does not impact the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BSC should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BSC should be reset to validate the parameter modification. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The BTS should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification does not impact the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The transport path should be re-established after the parameter modification. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The radio link should be reestablished after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The BTS should be reset to validate the parameter modification. Not involved
Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. Not involved The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The cell should be activated after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The cell should be activated after the parameter modification. The BSC should be reset to validate the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The transport path should be re-established after the parameter modification. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
Not involved Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.
Impact on Radio Network Performance The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The setting of this parameter affects the access delay of parts of MSs. None None None None None None None None None None None None None None When the access control function is enabled, some MSs are caused to be inaccessible to the network for some time. None None None The throughput is affected. None None None None None None None The ACS may affect the MOS. The ACS may affect the MOS. The ACS may affect the MOS. None
None None None None The Noneswitching from an intra-cell handover procedure to an assignment procedure shortens the duration of the intra-cell handover. None None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to OPEN, the acoustic echo can be cancelled to improve the speech quality. None If this parameter is set to higher value, channel resources None may be wasted; if this parameter is set to lower value, the call drop rate may increase.
If this parameter is set to higher value, channel resources may be wasted; if this parameter is set to lower value, the call drop rate may increase. None If this parameter is set to higher value, channel resources Not involved may be wasted; if this parameter is set to lower value, the call If thisrate parameter is set to higher value, channel resources drop may increase. may be wasted; if this parameter is set to lower value, the call drop rate may increase. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None If this parameter is set to OPEN, the voltage level can be adjusted automatically to improve the speech quality. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None If this parameter is set to a smaller value, the dynamic power adjustment range for the BTS is decreased. This may cause None power waste and increase network interference when the downlink quality is good. When this parameter is set to YES and the value of the downlink threshold is not reasonable, the algorithm can be None used to dynamically adjust the AMR downlink rate to increase the downlink speech If this parameter is setMOS. to a smaller value, downlink power control may not be performed when the voice quality is good, None If thiscausing parameter set towaste a greater value, uplink thus the is power and increasing thepower control may not be performed when the voice quality is bad, interference. If this parameter is set to a greater value, None thus affecting the voice quality. If this parameter is set to a downlink power control may be performed when the voice smaller value, uplink power control may be performed when quality is bad, thus affecting the voice quality. the voice quality is good, thus causing the power waste and increasing the interference. None If this parameter is set to a greater value, downlink power control may not be performed when the downlink level is None If this thus parameter is the set power to a greater uplink power high, causing wastevalue, and increasing the control may be performed when the downlink level is high, interference. If this parameter is set to a smaller value, None If this parameter is seton, towaste aAMR greater value, thebe handover If this switch is turned FR calls can switched into thus causing the power and increasing the downlink control beperiod performed whenMSs the downlink margin is power increased in amay short and many arepower AMR HR calls to relieve the network congestion, but the interference. If this parameter is set to a smaller value, power isover low, from in this way, to call dropsthus mayaffecting occur. the voice handed voice is decreased; ifTCHH, this switch turned off, AMR controlquality may not beTCHF performed when the is downlink power is FR quality. calls cannot be switched into AMR HR calls, that is, network low, this way, call drops occur. If this is set to greater value, the handover If thisinparameter parameter is be set to a a may greater value, only MSs infrom the If this parameter is set to a smaller value, the handover congestion cannot relieved through themany handover margin is increased in a short period and MSs are the center of the cell can meet the handover condition. Thus, margin is enlarged slowly and it takes a long time to initiate a TCHF toover TCHH. handed from TCHF to TCHH, thuscongestion voicebe network congestion cannot be network relieved inaffecting time. the TCHF-TCHH handover. Thus, cannot quality. If this parameter set to a smaller value, MSs at the edge of relieved in time. is If this parameter is to greater MSs at theaffecting edge of If this parameter is set set the to a ahandover smaller value, value, the handover the cell can also meet condition, thus the cell can also meet the handover condition, thus affecting margin is enlarged slowly and it takes a long time to initiate a the voice quality. is set to a greater value, MSs with poor If this parameter the voice quality. TCHF-TCHH handover. Thus, network congestion cannot be quality can also meet condition, If this parameter is setthe to ahandover smaller value, onlythus MSsaffecting in the relieved in time. If this parameter is set to a greater value, the calls be the voice quality. center of the cell can meet the handover condition.cannot Thus, the handed over to TCHH in a short period when the traffic If this parameter is set to a smaller value, little MSs can meet network congestion cannot be relieved in time. If this parameter is set toThus, a greater value, only MSs in the volume is increased greatly. Thus, the network congestion the handover condition. the network congestion cannot center of the cell use the TCHH, thus leading to timeslot cannot be relieved in time. If this parameter is set to a smaller be relieved in time. If this parameter is set to a greater value, MSs at the edge of waste and congestion cannot be relieved in time. value, callsthe arenetwork handed over to TCHH unnecessarily, thus the cell and with poor quality also cannot be handed over to If this parameter is set to a smaller value, MSs at the edge of causing MOS loss of the customer. the the voice quality.be If this parameter the TCHF, cell andthus withaffecting poor quality also cannot handed over tois set a smaller value, only in quality. the center of the cell use the to TCHF, thus affecting theMSs voice the TCHH, thus leading to timeslot waste and the network congestion cannot be relieved in time. None
If this parameter is set to a greater value, handover cannot be triggered even when the quality is poor, thus affecting the If this quality; parameter is set to a smaller calls are handed voice if this parameter is setvalue, to a smaller value, over to TCHH unnecessarily, thus causing MOS loss of thethe handover is triggered even when the quality is good, thus customer; if this parameter is set to a greater value, TCHFnetwork congestion cannot be relieved in time. If this parameter is performed set to a smaller value,the calltraffic dropsvolume may is TCHH handover is only when occur due to delayed power control; if this parameter is set to high, and thus network congestion may occur. If this parameter is set to a smaller value,and fastnetwork power control a greater value, power waste may occur cannot be realized. this parameter is set to a greater value, interference may beIfincreased. If this parameter set be to aperformed smaller value, fast power the power controlismay excessively, thuscontrol cannot be realized. If this parameter is set to a greater value, leading to call drops. If this parameter set be to aperformed smaller value, fast power the power controlismay excessively, thuscontrol cannot realized. leading be to call drops.If this parameter is set to a greater value, If this parameter set be to aperformed smaller value, call drops may the power controlismay excessively, thus occur due to delayed power control; if this parameter is set to leading to call drops. a greater value, power waste may occur and network interference may be increased. If this parameter is set to a greater value, power control may not be performed in time. If this parameter is set to a smaller None value, power control may be performed frequently, thus If this parameter is set toload. a smaller value, the algorithm increasing the signaling cannot realize fast power control. If this parameter is set to a greater value, call drops may occur. None If this parameter is set to a greater value, cell congestion may not be relieved. If this parameter is set to a smaller value, None When parameter is set to YES and the value of thethe uplink TCHFsthis may be assigned unnecessarily, thus affecting threshold is not reasonable, the algorithm can be used to voice quality. dynamically adjust the AMR uplink rate to increase the uplink speech MOS. is set to a smaller value, downlink power If this parameter control may not be performed when the voice quality is good, None If thiscausing parameter set towaste a greater value, uplink thus the is power and increasing thepower control may not be performed when the voice quality is bad, interference. If this parameter is set to a greater value, None thus affecting the voice quality. If this parameter is set to a downlink power control may be performed when the voice smaller value, uplink power control may be performed when quality is bad, thus affecting the voice quality. the voice quality is good, thus causing the power waste and increasing the interference. None If this parameter is set to a greater value, power control may not be performed when the uplink level is high, thus causing None If this parameter setincreasing to a greater uplink power the power waste is and thevalue, interference. If this control may be performed when the uplink level is high, thus parameter is set to a smaller value, downlink power control None causing the power waste and increasing the interference. If may be performed when the uplink power is low, in this way, this parameter is set to a smaller value, power control may call drops may occur. not be performed when the uplink power is low, in this way, call drops may occur. None None None If this parameter is set to OPEN, the noise can be compensated automatically to improve the speech quality. None None None None None None None
None If this parameter is set to OPEN, the noise can be depressed automatically to improve the speech quality. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
If this parameter is set to YES, the voice quality is enhanced and the handover times is reduced, but the call access delay is prolonged. The call access delay is affected by both the setting of "Maximum Assigning Duration" and the duration for waiting None MRs on the SDCCH. The maximum delay is the value of "Maximum Assigning Duration". Enabling this function may cause SDCCH congestion. None None None None None None None None If this parameter is set to a higher value, channel resources may Nonebe wasted and congestion occurs; if this parameter is set to a lower value, the assignment success rate may decrease. None None None None None None None None If this parameter is set to a greater value, the overlaid subcell range None in the algorithm is smaller than the actual range, thus leading to the unbalance between the traffic volume on the overlaid subcell and that the underlaid subcell.are If this parameter is set to on a greater value, TCHFs preferentially selected even when congestion occur on the None Ater interface, thus decreasing the system capacity. If this parameter is set to a lower value, TCHHs are selected None when no congestion occur on the Ater interface, thus decreasing the voice quality. None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None If this parameter is set to a greater value, the handover None cannot be performed in time, thus the voice quality is If this parameter is set to amay greater value, unnecessary decreased and call drops occur. None handovers may be performed. If this parameter is set to a smaller value, unnecessary If this parameter is set to a smaller value, handovers cannot handovers may be performed. be performed in time. Thus the voice quality is decreased and call drops may occur. None None None None None None None None None None None None None None None None
None None None None None If this parameter is set to a greater value, the handover None cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. None If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, unnecessary handovers may be performed. handovers may be performed. If this parameter is set to a smaller value, the handover None cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. None None None None None None None None None None None None None None None None None None None None The setting of this parameter may affect the MS paging response and performance of the system. A greater value None may decrease the number of paging blocks, paging capacity, and paging success rate. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, the number of paging None subchannels in a cell increases and the number of MSs on each paging subchannel decreases. This can prolong None the average service life of MS batteries but increase the delay of paging messages and degrade the system performance. None None None None None None None None None None
None None None None None Not involved None None None None Not involved None None None None None None None None None None None Not involved None None None None None None If this parameter is set to BTS_Preprocessing, signaling on None the Abis interface and BSC load are decreased, thus enhancing the response speed and the network performance. None Not involved None
None If this parameter is set to a smaller value, the range of BTS None dynamic power adjustment is decreased, and thus network interference is difficult to be reduced. None None None None Not involved None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None Call reestablishment can decrease the call drop rate but waste channel resources. None None None None None None None None None None None None None None None None None None If this parameter is set to a smaller value, the status of RF resources is reported too frequently, thus burdening the None BSC6900. If this parameter is set to a greater value, the If this parameter is set to smaller theinsignaling flow status of RF resources cannot bevalue, updated time; therefore, None over the Abis interface increases, thus burdening the the BSC6900 cannot handle the interference to the BTS, thus BSC6900. If this parameter is set to a greater value, the causing unreasonable channel allocation. BSC6900 cannot handle the exceptions on the BTS in time, thus causing network congestion. None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to a smaller value, dynamic None adjustment may not be triggered when there are insufficient SDCCHs in the cell, this affects the access success rate. If None this parameter is set to a greater value, traffic volume on the TCH is decreased. None None None None Not involved None None None
None Nonefeature only applies to the areas covered by both the This GSM network and the UMTS network. The UMTS network is None preferentially used to perform the data services, and the GSM network is preferentially used to perform the speech None services. When a user is handed over to the GSM network during None a call, the user must return to the UMTS network immediately after the call is complete. Thus, a location update is avoided. None None None None If this parameter is set too small, the congestion control None duration is too long, and thus the transmission capability of signaling links cannot be fully used. If the difference between None the values of "CSTARTTHD" and "CENDTHD" is small, the signaling link is unstable and congestion control is performed None frequently. In this case, the paging messages may be abandoned. None None None None None None None None None None None None None None None None None The Nonesetting of this parameter depends on the actual physical location of the chain neighboring cell. Otherwise, fast PBGT handover may fail. None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None This parameter can be used to limit the user access type to control None the network load; however, some users may be adversely affected. Therefore, it is recommended that this parameter be disabled. None None None Not involved None None None
None None None None None None None None None None None None None If this parameter is set to a smaller value, handovers may be performed frequently; if this parameter is set to a greater None If this parameter set not to abe smaller value,inhandovers may be value, handoversismay performed time and call performed frequently; if this parameter is set to a greater drops may occur. value, handovers may not be performed in time and call drops may occur. None None The MS cannot respond to the paging during the location None thus decreasing the call completion rate in the update, system. None If this parameter is set to a smaller value, pingpong location update None may occur, thus increasing the signaling load on the SDCCH. If this parameter is set to a greater value, the MS may not None camp on an optimum cell for a long time after entering a new location area. None None None None None None None None None None None
None None None None None None None None None If the value of this parameter is too high, the congestion None control is delayed, which leads to deteriorated performance on the signaling link and certain messages may be lost. None If the difference between the values of "CSTARTTHD" and "CENDTHD" is small, the signaling link is unstable and None congestion control is performed frequently. In this case, the paging messages may be abandoned. None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None None None None None None None None None None None None None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None None None Not involved None None None None None None None None None None If this function is enabled, number of signaling channel handovers is increased and the access speed is decreased, None but the congestion on the BCCH-compatible SDCCH can be relieved and the access success rate is enhanced. None None None
None None None None None None None None None None None None None None None None None If this parameter is set to a smaller value, call drops may occur due to delayed handover; if this parameter is set to a None If the parameter is set to a relatively down power greater value, unnecessary handovergreat mayvalue, be performed, adjustment may not be performed when the downlink quality thus affecting theisvoice If the parameter setpower toquality. a relatively great value, upthe power is good, thus causing waste and increasing adjustment may be parameter performed iswhen the interference. If this set to a downlink relatively quality small is None good, thus causing power waste and increasing the value, down power adjustment may be performed when the interference. If this parameter set tocall a relatively small downlink quality is poor. thisiscase, drops occur. If the parameter set to In a relatively value,may down power value, up power is adjustment may not great be performed when the adjustment may not be performed when the downlink quality downlink quality is poor. In this case, call drops may occur. If the parameter is setpower to a relatively great value, upthe power is good, thus causing waste and increasing adjustment may be performed when the downlink quality is interference. If this parameter is set to a relatively small The throughput of the GPRS service is affected. good, thus causing power waste and increasing the value, down power adjustment may be performed when the interference. If this parameter set tocall a relatively small downlink quality is poor. In thisiscase, drops may occur. value, up power adjustment may not be performed when the downlink quality is poor. In this case, call drops may occur. None None None None None None None None None
None None None None None If this parameter is set to a relatively small value, the fast None power control on the downlink cannot be implemented. If this If this parameter is set to a relatively small value, call drops parameter is set to a relatively great value, the power control None may occur due to delayed power control in the downlink. If may be performed excessively on the downlink, thus leading this parameter is set to a relatively great value, the power to poor quality, low level, and ping-pong power control. control may be performed excessively on the downlink, thus leading to ping-pong control.value, downlink power If this parameter is setpower to a smaller control may not be performed when the voice quality is good, None If thiscausing parameter set towaste a greater value, uplink thus the is power and increasing thepower control may not be performed when the voice quality is bad, interference. If this parameter is set to a greater value, None thus affecting the voice quality. If this parameter is set to a downlink power control may be performed when the voice smaller value, uplink power control may be performed when quality is bad, thus affecting the voice quality. the voice quality is good, thus causing the power waste and increasing the interference. None If this parameter is set to a greater value, handover may not None be performed when the downlink voice quality is bad, thus If this parameter is setIf to a smaller value, thetohandovers leading to call drops. this parameter is set a smaller due None to bad downlink quality may increase, thus decreasing value, unnecessary handovers may be performed, thusthe If this parameter is rate. set toIf athis smaller handovers due handover success parameter isthe settraffic to a load. greater decreasing the user experience andvalue, network to bad downlink quality may increase, thus decreasing the value, handovers due to bad downlink quality are less handover rate.increasing If this parameter set to a greater possible tosuccess occur, thus the callisdrop rate. value, handovers due to bad downlink quality are less possible to occur,isthus increasing call decrease drop rate. power If this parameter set to a greaterthe value, control may not be performed when the downlink level is None If this thus parameter is the set power to a greater increase power high, causing wastevalue, and increasing the control may be performed when the downlink level is high, interference. If this parameter is set to a smaller value, None thus causing the power waste and increasing the decrease power control may be performed when the downlink interference. is set may to a smaller power is low, Ifinthis thisparameter way, call drops occur. value, increase power control may not be performed when the downlink power is low, in this way, call drops may occur. None None None None If this parameter is set to a greater value, decrease power control may not be performed when the downlink level is None If this thus parameter is the set power to a greater increase power high, causing wastevalue, and increasing the control may be performed when the downlink level is high, interference. If this parameter is set to a smaller value, None thus causing the power waste and increasing the decrease power control may be performed when the downlink interference. is set may to a smaller power is low, Ifinthis thisparameter way, call drops occur. value, increase power control may not be performed when the If this parameter set improperly a small the downlink power isislow, in this way,tocall dropsvalue, may occur. downlink assignment procedure may fail. Therefore, it is recommended that this parameter be greater than 80 ms. None None
The coding rate and MOS are affected. The coding rate and MOS are affected. The coding rate and MOS are affected. None None None None None None None None None None None None None None None None None None None None None None None As the double antenna gain increases, the downlink power None increases; as the double antenna gain decreases, the downlink power decreases. None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None Not involved None None None If this parameter is set to a greater value, the corresponding None neighboring 3G cell may be difficult to become the candidate neighboring cell of the serving cell. In this way, call drops None may occur because the handovers may not be performed timely. None If this parameter is set to a smaller value, a call may be handed over to a neighboring 3G cell with low signal strength, thus affecting voice quality. None None None None None None None None None If this parameter is set to a greater or a smaller value, the None balance between the traffic volume on the overlaid subcell and that on the underlaid subcell may not be achieved.
None If this parameter is set to a greater value, the handover None cannot be performed in time. Thus, the voice quality is If this parameter is set to amay greater value, the handover decreased and call drops occur. None cannot be performed in time. Thus, the voice quality is If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, unnecessary decreased and call drops may occur. handovers may be performed. handovers may be performed. If this parameter is set to a smaller value, unnecessary If this parameter is set to If this parameter is set to a a greater smaller value, value, unnecessary the handover handovers may be performed. handovers may be performed. cannot be performed in time. Thus, the voice quality is If this parameter is set to amay smaller value, the handover decreased and call drops occur. cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None If this parameter is set to a greater value, congestion may None occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell. The number of block retransmissions is decreased and the throughput is increased. If this parameter is set to a smaller value, congestion may occur None in the underlaid subcell in a short time; if this parameter If parameter set tocongestion a greater value, may is is this set to a greaterisvalue, in thecongestion overlaid subcell If this parameter is set to a greater value, traffic load on the occur in the underlaid subcell in a short time; if this parameter difficult to be relieved. underlaid subcell is increased, and thus congestion may is set to a smaller value, congestion in the overlaid subcell is occur difficultintothe beunderlaid relieved. subcell. If this parameter is set to a smaller value, traffic load on the overlaid subcell is increased, and thus congestion may occur in the overlaid subcell. If this parameter is set to a greater value, the congestion None If this parameter setunderlaid to NO, the forcedishandover andIf call relieving speed inisthe subcell decreased. this delay caused by timeslot arrangement can be avoided, but parameter is set to a smaller value, traffic load on the overlaid None this mayiscause someand TCHF-only calls to fail. subcell increased, thus congestion may occur in the If this parameter is set to Yes, calls may fail when the timeslot overlaid subcell. arrangement fails and when the MS does not select the TCHF in the concentric If this parameter is set tocell. a greater value, congestion in the underlaid subcell may not be relieved in time. If this None parameter is set to a smaller value, many calls may be handed None over from the underlaid subcell to the overlaid subcell in a shot period, thus causing network congestion in the overlaid subcell and handover failure. If this parameter is set to OPEN, the speech quality can be improved when the signal strength is low on the air interface. None None None None None None None None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this timer is set to a smaller value, the success rate of immediate assignment may decrease.
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None If this parameter is set to a greater value, the effectiveness of None power control is reduced, and thus the network interference If this parameter is set to a greater value, the effectiveness can not be reduced effectively. If this parameter is set to a of None power control is reduced, and thus the network interference smaller value, call drops may occur due to excessive power can not be reduced effectively. If this parameter is set to a control. smaller value, call drops may occur due to excessive power control. None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, call drops may occur None due to no suitable neighboring cell for handover. If this parameter is set to a smaller value, handover success rate may be decreased. None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to YES, the speech quality is improved. None None None None None None None None None
The discontinuous transmission (DTX) function allows a transmitter to stop power transmission in the case of no voice transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS and system interference This reducing technology prevents the loss of measurement reports In the downlink: decreasing power of the BTS, caused by the BSIC that cannot beconsumption decoded, improves the reducing system interference, and reducing intermodulation system performance, and ensures the radio handover inside therate BTS success of the BSC6900. From the network perspective, the inter-frequency interference is reduced and the network quality is improved. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None setting of this parameter must be consistent with the The transmission (DTX) function allows a Nonediscontinuous actual frequency pattern of the TRX. transmitter to stopreuse power transmission in theOtherwise, case of nothe voice speech quality will be bad. transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS None and reducing system interference In the downlink: decreasing power consumption of the BTS, None reducing system interference, and reducing intermodulation inside None the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved. None None None None None If this parameter is set to a smaller value, the duration of an None TCHF-TCHH handover is short after the handover is AMR triggered. Thus, few MSs can be handed over from TCHF to None TCHH, and the congestion capability is decreased. If this parameter is set to a relieving greater value, the voice quality If this parameter is set to a greater value, the duration of an may be decreased. None AMR TCHF-TCHH handover is long after the handover If this parameter is set to a smaller value, the congestionis If this parameter is may setthe tobeaMSs greater value, the triggered. Thus, even on the edge of handover the cell are relieving capability decreased. cannot be performed in time and network congestion may handed over from TCHF to TCHH, and the voice quality If this parameter parameter is is set set to to a a greater smaller value, value, network the handover zone If this congestion occur. deteriorates. is enlarged in a short time, and thus many MSs are handed may occur because the handover may not be performed If this parameter is set to a smaller value, unnecessary over from TCHF to performed. TCHH. timely. handovers may be If this parameter is set zone If this parameter is set to to a a greater smaller value, value, the the handover voice quality If this parameter is set to a greater value, unnecessary is enlarged slowly and it takes a long time to initiate a TCHFmay be decreased. handovers may beThus, performed. TCHH handover. and the congestion relieving If this parameter is set capability is decreased.to a smaller value, network congestion may occur because the handover may not be performed timely. None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None If this parameter is set to a greater value, only an MS close to None the overlaid subcell can be assigned TCHHs. Thus, timeslots are wasted. None If this parameter is set to a smaller value, an MS of bad quality None on the edge of the overlaid subcell cannot be handed over TCHH is to set TCHF. the voiceonly quality If this thisfrom parameter to a a Thus, greater value, MSsofinthe thecall If parameter is set to greater value, the TCHH-to-TCHF is decreased. center area of thebe overlaid subcell can be assigned TCHHs. handover cannot performed in time, thus the voice quality Thus, timeslots are wasted and the congestion relieving is decreased. None capability is decreased. If this parameter is set to a smaller value, unnecessary If this parameter is to If this parameter is set set to a a greater smaller value, value, unnecessary MSs on the edge of handovers may be performed. handovers may be performed. the overlaid subcell also use the TCHH. Thus, the voice If this parameter to a greater value, the handover quality of the call isis set decreased. cannot be performed in time, and thus the voice quality is decreased. None If this parameter is set to a greater value, the MS takes a longer time to meet the conditions for triggering the handover None and the handover cannot be performed in time. Thus, call drops None may occur or more handovers are triggered. If this parameter is set to a smaller value, the MS takes a If this parameter is set a greater value, congestion shorter time to meet thetoconditions for triggering the may None occur in the macro cell. handover, and thus network congestion may occur on the If this parameter is set to a smaller value, the handover macro cell. cannot be performed in time. Thus, call drops may occur or more handovers are triggered. None None None None Not involved None None None None None This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may None This parameter limits numbercells of candidate cells. may If this be excluded from the the candidate and call drops parameter is set to a greater value, some desired cells may occur. If this parameter is set to a smaller value, an unwanted None be excluded from the candidate cells and call drops may cell may become the candidate cell, thus leading to handover occur. this failuresIfor callparameter drops. is set to a smaller value, an unwanted cell may become the candidate cell, thus leading to handover failures or call drops.
None None If this parameter is set to YES, the probability of MS None handover to the cell in the direction opposite to the moving direction during fast handover is reduced. If this parameter is set to a great value, there are strict restrictions on the judgement of the MS moving direction. If value, unnecessary If this this parameter parameter is is set set to to a a smaller great value, there are strict If this parameter is set to a greater value, the handover handovers may be performed. restrictions on the judgement of the MS moving direction. cannot be performed in time. Thus, the voice quality is If this parameter is set to a greater value, call drops may If this parameter is set to a greater value, the handover decreased and call drops may occur. occur because the handover may not be performed timely. cannot be performed Thus, value, the voice quality is If this parameter is setintotime. a smaller unnecessary decreased and call drops may occur. handovers may be performed. If greatvalue, value,unnecessary the handover If this this parameter parameter is is set set to to a a too smaller cannot be performed timely, and the speech quality is handovers may be performed. If this parameter is set a greater value, the handover deteriorated or call droptooccurs. If this parameter is set to a cannot bevalue, performed in time and call drops may too small unnecessary handovers may beoccur. performed. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, call drops may occur None because the handover may not be performed timely. If drops may If this this parameter parameter is is set set to to a a smaller smaller value, value, call unnecessary occur because the handover may not be performed timely. handovers may be performed. If this parameter is set to a greater value, unnecessary handovers may be performed. If this parameter is set to a greater value, congestion may occur None in the underlaid subcell. If this parameter is set to a smaller value, ping-pong handovers may occur. None None If this parameter is set to YES, the probability that the BTS None transmits at full power increases. This increases the interference but the handover success rate also increases. None None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop there is is set no suitable neighboring cell. If thiswhen parameter to "NO_FH", the anti-interference If this parameter is set to a smaller value, the MS is likely to capability of the TRX is decreased. be handed over to the original cell again, thus leading to If this parameter is set to a too great value, the handover ping-pong handovers. cannot be performed timely, and the speech quality is deteriorated or call drop occurs. None If this parameter is set to a too small value, If this parameter is set to may a greater value, unnecessary unnecessary handovers be performed. handovers may be performed. If this If this parameter parameter is is set set to to a a greater smaller value, value, unnecessary the handover None handovers may be performed. cannot be performed in time. Thus, the voice quality is If this parameter is set to amay smaller value, the handover decreased and call drops occur. If this parameter is setintotime. a greater unnecessary cannot be performed Thus,value, the voice quality is handovers may be performed. decreased and call drops may occur. If this parameter is set to a smaller value, call drops may occur because the handover may not be performed timely. None None
If this parameter is set to a smaller value, unnecessary handovers may be performed. None If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely. None None The Nonediscontinuous transmission (DTX) function allows a transmitter to stop power transmission in the case of no voice None transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS The discontinuous transmission (DTX) function allows a None and reducing system interference transmitter to stop power transmission in the case voice In the downlink: decreasing power consumption of of thenoBTS, None transfer. This function has the following benefits: reducing system interference, and reducing intermodulation In the uplink: decreasing the power consumption of the MS inside the BTS None and reducing system interference From the network perspective, the inter-frequency In the downlink: decreasing power consumption the BTS, interference is reduced and the network quality isofimproved. reducing system interference, and reducing intermodulation inside None the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved. None None None None None None None None None None None None None None None None None None None None If this parameter is set to a smaller value, the network None interference is increased; if this parameter is set to a greater value, congestion may occur in the cell.
If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell. If this parameter is set to a greater value, the call duration is None prolonged; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced. None None None None If this parameter is set to a greater value, the handover duration is prolonged and thus the handover cannot be None performed in time; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced. None If this parameter is set to a smaller value, the network None If this parameter is set to aif greater value, the handover interference is increased; this parameter is set to a greater duration is prolonged and thus the handover cannot be value, congestion may occur in the cell. performed in time; if this parameter is set to a smaller value, If this parameter is set to a smaller value, the network the IBCA estimation accuracy is reduced. interference is increased; if this parameter is set to a greater value, congestion may occur in the cell. None If this parameter is set to a greater value, the accuracy of interference assessment in the IBCA algorithm may be None reduced; if this parameter is set to a smaller value, the CPU occupancy for IBCA algorithm is increased. None None None None None None None None None If this parameter is set to a greater value, the handover duration is prolonged and thus the handover cannot be None performed in time; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced. None If this parameter is set to a greater value, the accuracy of interference assessment in the IBCA algorithm may be None reduced; if this parameter is set to a smaller value, the CPU occupancy for IBCA algorithm is increased. None None None
None None If this parameter is set to YES, cell congestion may occur when the interference is strong. None None None If this parameter is set to a smaller value, the network None interference is increased; if this parameter is set to a greater value, congestion may occur in the cell. None None None None None None None None If this parameter is set to a greater value and consequently there is a small number of requests for SDCCHs, the None SDCCHs of a cell are in idle state and the TCH traffic volume during None busy time is decreased. if this parameter is set to a smaller value and consequently there None is a large number of requests for SDCCHs, the requests cannot be met and the access success rate is decreased. None None None None None None None None None None None None None None
None None None None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this parameter is set to a greater value, the call-completion None rate of MS increases but the BSC6900 load may also If this parameter is set to a greater value, the call-completion increase. None rate MS increases BSC6900 load also of the If thisofparameter is setbut to the a smaller value, themay increase increase. call completion rate is not obvious. If this parameter is set to a smaller value, the increase of the call completion rate is not obvious. If this parameter is set to YES, the call completion rate of the MS increases but the BSC6900 load also increases. None None None If this parameter is set to a smaller value, the channel load may increase and the access success rate may decrease. None If this parameter is set to a greater value, channel resources may Nonebe wasted, thus causing congestion. If this parameter is set to a smaller value, the handover success rate may decrease. None None None None None None None None If this parameter is set to a greater value, the traffic volume during None busy time may be decreased. If volume If this this parameter parameter is is set set to to a a greater smaller value, value, the the traffic voice quality during busy time may be decreased. may be decreased. If this parameter is set to a smaller value, the voice quality may be decreased. The of this this parameter parameter is affects thehigh, MOS. C/I If thesetting value of set too theWhen powerthe load ratio is satisfactory, the coding scheme of higher rate is of other timeslots or cells is burdened. The setting of this parameter MOS.of When C/Iis recommended; otherwise, theaffects codingthe scheme lowerthe rate ratio is satisfactory, the coding scheme of higher rate is recommended. The setting of this parameter MOS.of When C/Iis recommended; otherwise, theaffects codingthe scheme lowerthe rate ratio is satisfactory, the coding scheme of higher rate is recommended. recommended; otherwise, the coding scheme of lower rate is recommended. None
None None None None None If this parameter is set to a greater value, congestion may occur None in the underlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the overlaid subcell is difficult to be relieved. None None None None None None None None None None None None If this parameter is set to a greater value, call drops may None occur. If this handover If this parameter parameter is is set set to to a a greater smaller value, value, the handover may be None cannot be performed in time. Thus, the voice quality is is performed frequently and the signaling load in the cell If this parameter is set to a greater value, unnecessary decreased and call drops may occur. increased. handovers may be performed. If this parameter is set to a smaller value, unnecessary If this parameter is set to a smaller value, the handover handovers may be performed. cannot be performed in time, thus the voice quality is decreased or call drops may occur. None None None None None None None None None None
None None None Not involved If this parameter is set to a relatively small value, the calls None If thislow parameter is setare to ahanded relatively great value, congestion with receive level over to other cells. Thus, occurs to inter-RAT neighboring cells in a short time. If this the handover success rate is decreased. If this parameter is set to a relatively great value, congestion parameter is set to a relatively small value, the congestion in occurs to inter-RAT neighboring the current cell cannot be solved.cells in a short time. If this parameter is set to a relatively small value, the congestion in If this parameter is set to relatively small value, the calls the current cell cannot beasolved. with low receive level are handed over to other cells. Thus, the handover success rate is decreased. None None None None None If this parameter is set to a greater value, congestion may occur None in the underlaid subcell; If this parameter is set to a smaller value, handover success rate may be decreased. If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this timer is set to a smaller value, the handover success rate may decrease. None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this timer is set to a smaller value, the handover success If thismay parameter is set to a relatively great value, the rate decrease. congestion in the current cell cannot be solved. If this parameter is set to a relatively small value, the calls with low None receive level are handed over to other cells. Thus, the handover success rate is decreased. None None None None None None None None None None None
None None None None None None None None None None None None None None None Not involved Not involved None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None This parameter adjusts traffic distribution. None
None None None None None None None None None None If this parameter is set to a greater value, congestion may None occur in the macro subcell; If this If this parameter parameter is is set set to to a a greater smaller value, value, unnecessary unnecessary None handovers may be performed, thus handovers may be performed, thus the the voice voice quality quality is is decreased and ping-pong handover may occur. decreased and ping-pong handovers may be performed. If this parameter is set to a smaller value, congestion may occur in the macro subcell. None None None None None None None None None None None None None None None None None None None None
If this parameter is set to a too small value, the corresponding cell may reject some handover requests; thus the traffic congestion on the neighboring cells with heavy traffic cannot be relieved. None If this parameter is set to a too great value, the corresponding cell may be overloaded. None None None This parameter adjusts traffic distribution. None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the serving cell, thus leading to call None If thiswhen parameter to a greater value, it cell. is difficult for the drop there is is set no suitable neighboring MS to be handed over to the serving cell, thus leading to call If this parameter is set to a smaller value, the MS is likely to This parameter adjusts traffic distribution. drop when there is no suitable neighboring cell. be handed over to the serving cell again, thus leading to If this parameter is set to a smaller value, the MS is likely to ping-pong handovers. be handed over to the serving cell again, thus leading to ping-pong handovers. If this parameter is set to a greater value, congestion may occur None in the neighboring cells in a short time; if this parameter is set to a smaller value, congestion in the serving cell is difficult to be relieved. This parameter adjusts traffic distribution. None None None None None None None This parameter adjusts traffic distribution. None None None None None None None None Not involved None None
None None None None None None None None None None None None None None None None None None None None None None None None Not involved None None None None None None None None None
None When this parameter is set to "ON" and the level of the None channel request received by the BSC6900 is low, the BSC6900 assigns only an underlaid channel to the MS. In the None case of heavy traffic, this may lead to congestion in the underlaid subcell but can prevent call drops due to the None excessively low level when the MS accesses an overlaid channel. None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None Not involved Not involved None None When this parameter is set to YES, the network KPIs may be deteriorated. When this parameter is set to YES, the network KPIs may be deteriorated. None None None None None Not involved None None None None None None None None None None None None None None None None None None None None None
Not involved None None None None None None None None None None If this parameter is set to a smaller value, call drops may occur None due to delayed power control; if this parameter is set to a greater value, the power control may be performed excessively, thus leading to ping-pong power control. None If this parameter is set to a smaller value, call drops may occur None or voice quality may be decreased due to delayed handover; if this parameter is set to a greater value, unnecessary handover may be performed. None None None None None None None None None None None None None None None None None None
None None None None None None In a multi-band network, this parameter can be set on the basis of the traffic volume on each frequency band. None If this parameter is set to 0, the MS reports the measurement If this parameter is set to acells smaller value, algorithm results of six neighboring known and the permitted by the None cannot fast with power If thisregardless parameterofisthe setband to a NCC atrealize the bands thecontrol. best signal If this parameter is set to a smaller value, the algorithm greater value, the power control may be performed at which the neighboring cell is located. None cannot realize fastis power control. If this parameter is setpingto a excessively, thus leading quality, lowthe level, and If this parameter set to to 1, poor the MS reports measurement If this parameter is set to a smaller value, the algorithm greater value, the power control may be performed pong power control.. cell known and permitted by the NCC result of a neighboring cannot realize fastleading power control. If this parameter set to a excessively, poor quality, lowserving level, is and at each bandthus with the besttosignal (the band the pinggreater value, the power control may be performed pong power control.. current cell not included). The MS reports the measurement excessively, thus leading to poor quality, low level, and pingresult of the neighboring cell at the band serving the current pong power control.. cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other None neighboring cells regardless of the bands at which the neighboring cells are located. None If this parameter is set to 2, the MS reports the measurement If this parameter is set to acell smaller value, call drop None results of two neighboring known and the permitted by rate the may increase; if this parameter is set to a greater value, NCC at each band with the best signal (the band servingthe the speech cell quality be affected. current not may included). The MS reports the measurement result of the neighbor cell at the band serving the current cell None in the redundant position. If the redundant position is still available, the MS reports the measurement results of other None If this parameter set to a smaller value, call dropsthe may neighboring cellsisregardless of the bands at which occur due to delayed power control; if this parameter is set to neighboring cells are located. None a greater value, the power be performed If this parameter is set to 3,control the MSmay reports the measurement excessively, thus leading to cells ping-pong control. by the results of three neighboring knownpower and permitted NCC at each band with the best signal (the band serving the None current cell not included). The MS reports the measurement result None of the neighboring cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other None neighboring cells regardless of the bands at which the neighboring cells are located. None None None None None None None None None None
None In scenarios with heavy traffic, the network performance can be improved if this switch is turned on. None None Not involved None Not involved None None None None Not involved None Noneparameter is used to limit the number of candidate cells This for handovers. None If this parameter is set to a greater value, some desired cells may Nonebe excluded from the candidate cells, thus leading to call drops. If this parameter is set to a smaller value, an unwanted cell None may become a candidate cell, thus leading to handover failures. None None None None None None None None None If this parameter is set to a smaller value, the idle state of the current SDCCHs cannot be indicated correctly and None consequently the rollback of SDCCHs immediately triggers adjustment and affects the access success rate. None If value,the some desired cells If this this parameter parameter is is set set to to a a greater larger value, channel may be excluded from the candidate cells, thus leading to call allocation algorithm becomes less sensitive and consequently None drops. the SDCCHs stay in idle state and cannot be rolled back for a If thisperiod parameter is set toaffecting a smallerthe value, unwanted cell long of time, thus TCHan traffic volume. may become a candidate cell, thus leading to handover failures. None None
None None None None None None None None None None None None None None None None None None None None None None None None None Not involved Not involved None None None If the value of this parameter is set too high, the RSL congestion is likely to occur. None None None
None None None None None None None None None None None None None None None None None If this timer is set to a greater value, the radio resources are None occupied for a too long time, thus affecting the channel resource usage. None If this timer is set to a smaller value, the call reestablishment success rate decreases. None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None This Noneparameter should be set as required: In the areas where the traffic volume is low, this parameter can be set to 4 or 7 to improve None the success rate of MS access. In the areas where congestion occurs or in the micro cells where the traffic volume is high, it is recommended this parameter be set to 1.
None None This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may None be excluded from the candidate cells and call drops may occur. None If this parameter is set to a smaller value, an unwanted cell may become the candidate cell, thus leading to handover failures or call drops. None None None None None None None None None None None None None None None None None None None None None None None None Nonethe BTS3X in G3BTS32.30000.04.1130 or later and the Only double-transceiver BTSs support the LAPDm N200 None parameter. If this parameter is set to Yes, the BSC6900 sends the None LAPDm N200 parameter. If this parameter is set to OFF, the BSC6900 does not send the LAPDm N200 parameter. None If a BTS does not support this parameter, the parameter should be set to No. Otherwise, the BTS cannot be initialized.
None None None None None None None None None None None None None None None None None None None None None None None None When this parameter is set to ENABLE, the MOS can be increased in a call between MSs. None None None None None None None None None
The most significant three bits of BSIC for all cells map with the NCC. NCC Permitted should be set properly to avoid too many call drops. The MS does not report the information on the neighboring cells in the network whose corresponding NCC bit is set to 0. Thus, this parameter should be set properly. Otherwise, an MS during an ongoing call cannot perform normal handover and a cross-coverage call drop None For details, see GSM Rec. 05. 08. occurs. During an ongoing call, the MS reports to the BTS the signal None information on neighboring cells. A report covers a maximum of six cells. Thus, the MS should report those possible target None cells, rather than selecting cells only based on the signal level. None Generally, the MS does not report the information on the cells belonging to other GSM PLMNs. This Nonefunction enables the MS to measure only those specified cells. This parameter specifies the codes of the NCCs to be None measured by the MS. On the SCH, the system constantly transmits the BSIC, the None first three bits of which indicate the NCC. Thus, the MS needs to compare only this parameter with the adjacent NCCs None measured. Then, the MS reports the matched NCCs to the BTS Noneand discards others. The setting of this parameter affects only those MSs during conversation, as well as boundary handovers. None None None None None None None None None None None None None None None If this parameter is set to a smaller value, handovers are performed frequently; if this parameter is set to a greater None value, handovers cannot be performed timely, thus leading to call drops. None None None None None None None
None None None None None None None None None None None None None None If greater value, thebe handover If this this parameter parameter is is set set to to a YES, FR calls can switched into margin istoincreased in a short period and many MSs are HR calls relieve the network congestion, but the voice None handed from TCHF to parameter TCHH, thus theFR voice quality isover decreased; if this is affecting set to NO, calls quality. cannot be switched into HR calls, that is, network congestion None If this is set value, the If this parameter parameter is through set to to a a greater greater value, only MSs intothe If this parameter is set to a smaller value, from the handover handover cannot be relieved theperiod handover TCHF margin is increased in a short and many MSs are the center of the cell can meet the handover condition. margin is enlarged slowly and it takes a long time toThus, initiate a TCHH. handed over from TCHF to TCHH, thus affecting the network congestion cannot be relieved in time. TCHF-TCHH handover. Thus, the network congestionvoice cannot quality. If this parameter is set to a smaller value, MSs at the edge of be relieved in time. If this parameter is to greater MSs at theaffecting edge of If this parameter is set set the to a ahandover smaller value, value, the handover the cell can also meet condition, thus the cell can also meet the handover condition, thus affecting margin is enlarged slowly and it takes a long time to initiate a the voice quality. is set to a greater value, MSs with poor If this parameter the voice quality. TCHF-TCHH handover. Thus, network congestion cannot be quality can also meet condition, If this parameter is setthe to ahandover smaller value, onlythus MSsaffecting in the relieved in time. If this parameter is set to a greater value, the calls be the voice quality. center of the cell can meet the handover condition.cannot Thus, the handed over to TCHH in a short period when the traffic If this parameter is set to a smaller value, little MSs can meet network congestion cannot be relieved in time. If this parameter is set toThus, a greater value, only MSs in the volume is increased greatly. Thus, the network congestion the handover condition. the network congestion cannot center of the cell use the TCHH, thus leading to timeslot cannot be relieved in time. If this parameter is set to a smaller be relieved in time. If this parameter is set to a greater value, MSs at the edge of waste and congestion cannot be relieved in time. value, callsthe arenetwork handed over to TCHH unnecessarily, thus the cell and with poor quality also cannot be handed over to If this parameter is set to a smaller value, MSs at the edge of causing MOS loss of the customer. the the voice quality.be If this parameter the TCHF, cell andthus withaffecting poor quality also cannot handed over tois set a smaller value, only in quality. the center of the cell use the to TCHF, thus affecting theMSs voice the TCHH, thus leading to timeslot waste and the network If this parameter is be setrelieved to a greater value, handover cannot be congestion cannot in time. triggered even when the quality is poor, thus affecting the If this quality; parameter is set to a smaller calls are handed voice if this parameter is setvalue, to a smaller value, None over to TCHH unnecessarily, thus causing MOS loss of thethe handover is triggered even when the quality is good, thus customer; if this parameter is set to a greater value, TCHFnetwork congestion cannot be relieved in time. TCHH handover is performed only when the traffic volume is high, thus network congestion may occur. None The Nonehandover decision is allowed only when the uplink receive quality is greater than or equal to the value of this parameter. Therefore, if this parameter is set to a greater None value, the handovers due to no-downlink measurement report cannot be triggered. None None
None None None None None None None None None None None None None None None This Noneparameter should be set to a small value because the signaling channel seizure duration is shorter than the traffic channel seizure duration for the MS. None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, congestion may None occur in the underlaid subcell; if this parameter is set to a If this parameter is set to a success greater value, assignment smaller value, assignment rate may be decreased. success rate may be decreased; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell. None
None None None None None None None None None None None None If this parameter is set to a greater value, congestion may None occur in the overlaid subcell; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell. If the value of this parameter is set too small, frequent If this parameter is set a greater value, congestion may handovers are likely to to occur. occur in the overlaid subcell; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell. If this parameter is set to a greater value, congestion may occur None in the overlaid subcell in a short time; if this parameter If parameter set to congestion a greater value, in the is this set to a smallerisvalue, in thecongestion underlaid subcell underlaid subcell is difficult to be relieved; if this parameter is is difficult to be relieved. If is set congestion to a greatermay value, congestion may setthis to parameter a smaller value, occur in the overlaid occur overlaid subcell in a short time; if this parameter subcellininthe a short time. is set to a smaller value, congestion in the underlaid subcell If parameter is set to a greater value, congestion may is this difficult to be relieved. occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell. None None None None None None None None None None If this parameter is set to a greater value, congestion may None occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell. None
None None None None None None None None None None None If this parameter is set to a smaller value, the BTS frequently None reports overload indication messages to the BSC6900. As a None the BSC6900 frequently reports overload indication result, messages to the MSC and thus the MSC may initiate flow None control. If this parameter is set to a greater value, the BTS sends None overload indication messages to the BSC6900 only when a large number of MSs access the network and when the system resources are insufficient. Therefore, the access None requests on the RACH and all the messages on the PCH are discarded. None None None None None None None None None Properly setting this parameter can increase the paging success rate. If this parameter is set to a greater value, None paging overload may occur and the paging success rate may decrease. None None None None None None
None None None None None None None None If this parameter is set to a greater value, the handover cannot None be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, unnecessary handovers may be performed; if this parameter is set to a None smaller value, handovers may not be performed in time and call drops may occur. None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None If this parameter is set to a greater value, the target cell for None the previous handover will not be selected for the next handover, but the probability of call drop increases. If this None parameter is set to a smaller value, the probability of handover failure increases. None None None The MS calculates C1 and C2 of the serving cell at a None minimum interval of 5s. When necessary, the MS reIf this parameter is set to "YES", the user with high QoS calculates C1 and C2 of all non-serving cells (neighboring requirement may occupy a great number of PS resources. In None The MS cells). constantly checks whether a cell reselection is this case, the remaining resources for other users reduce. As required by checking following conditions: a result, the KPIs for these users become bad. Whether the path loss (C1) of the current serving cell drops below None 0 within 5s. If yes, the path loss is too large. C2 of an appropriate non-serving cell exceeds that of the serving None cell in 5s and the following conditions are met: If thisC2 parameter setintoanother a lowerLAC value, the CRH paging success The of a new is cell minus (broadcast rate decrease. in themay system information 3 and 4 of the serving cell) exceeds C2 of the serving cell in 5s. None A cell reselection is performed in the last 15s, and the C2 of the new cell minus 5 dB constantly exceeds the C2 of the None serving cell in 5s. A better cell exists if the above conditions are met. If a better None cell exists, the MS reselects a cell, and does not select the previous cell within 5s. None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None Not involved Not involved None None None Not involved None None Not involved Not involved None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to "YES", the delay caused by cell reselection decreases. None None None None None
None None None None If this parameter is set to a greater value, the call drop rate None decreases but the traffic volume and paging success rate are affected. None None None None None None None None None None None None None None None None None None The setting of this parameter affects the GSM Phase II MS. None None None None None None None None None
None None None None None None None None None None None None None None None None None None None If the value of this parameter is set inappropriately high or None small, the BTS cabinet top output power is inconsistent with the TRX output power. None None None None None None None None None If this parameter is set to a greater value, unnecessary handovers between micro cells are performed, thus affecting None the voice quality. If this parameter is set to a smaller value, congestion may occur in macro cells. If this parameter is set to a greater value, congestion may occur None in macro cells. If this parameter is set to a smaller value, unnecessary handovers between micro cells are performed, thus affecting the voice quality.
None None None None None If this parameter is set to a greater value, downlink power insufficiency may not be solved in time, thus leading to call None If this parameter is set to a greater value, unnecessary drops. handovers may be performed, thus value, the voice quality is If this parameter is set to a smaller unnecessary None decreased. handovers may be performed, thus the voice quality is If this parameter is set to a smaller value, downlink power decreased. insufficiency may not be solved in time, thus leading to call drops. None If this parameter is set to a smaller value, the algorithm None cannot realize fast power control. If this parameter is set to a greater None value, the power control may be performed excessively, thus leading to poor quality, low level, and pingpong power control. None None None None None None None None None None None None None None None None None None None None None
None If this value, the the call BTSdrop frequently If this parameter parameter is is set set to to a a smaller greater value, rate None sends the overload messages to the BSC6900. Thus, the are decreases but the traffic volume and paging success rate system affected.resource usage decreases and MSs are difficult to access the network. If this parameter is set to a smaller value, the random access If this parameter set to a greater value, the BTS sends an success rate mayisdecrease. overload message to the BSC6900 at a long interval. Thus, system faults may occur. None If this parameter is set to a smaller value, the allowable error rate Nonefor the random access signal is high and an MS can easily access the network; however, the error report rate is high. None If this parameter is set to a greater value, the error report rate of the MS is low but the MS cannot easily access the network. None None None When this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved. None None None None None None If this parameter is set to YES, the BSC6900 initiates a reassignment when receiving an assignment failure message None over the Um interface. This helps increase the call completion rate Noneand improve the QoS of the network. The successful reassignment, however, results in an increase in the access delay of MSs and the load of the BSC6900. None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None If this parameter is set to a greater value, too many channels None may be reserved for the users with high priority, and the users with low priority may be failed to access channels. If None If this parameter smaller value, the radioreserved resourcefor this parameter is is setset toto aa smaller value, channels status is reported too frequently, thus increasing the load of the users with high priority may be insufficient. the BSC6900. If this parameter is set to a greater value, the radio resource None status is not immediately reported and thus the BSC6900 cannot handle the interference to the BTS in time. None None None If this parameter is set to a smaller value, the radio link is None vulnerable to failure, thus call drops are likely to occur. If this parameter is set to a greater value, the MS may not None release the connection for a long time, thus decreasing the resource usage. The parameter is valid in the downlink. None None None None None None None None None None None None
None None None None None If desired If this this parameter parameter is is set set to to a a greater greater value, value, some call drops maycells may be excluded from the candidate cells, thus leading call occur due to no suitable neighboring cell for handover. Iftothis None drops. parameter is set to a smaller value, handover success rate If thisbe parameter is set to a smaller value, an unwanted cell may decreased. may become a candidate cell, thus leading to handover failures. None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None When this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved. None None None None None None None None If this parameter is set to a greater value, the call drop rate None decreases but the traffic volume and paging success rate are affected. None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None If this switch is set to ON, the call access delay may be None The greaterbut thethe value of this parameter is, the longer the call prolonged, performance of the algorithms in which the access duration is, the MRs are filtered more completely. SDCCH MRs are used are enhanced. Generally, you are advised to set this parameter to a value smaller than 20. None None None None None None If this function is enabled after encryption is enabled, the network security can be improved.
If this parameter is set to a greater value, the handover cannot beisperformed time and call drops may occur.of If the this The TRX shut downinautomatically, and the capacity parameter is set to a smaller value, unexpected handovers cell is decreased. may be performed due to incorrect MR when the call is If this parameter is set to a greater value, the handover initially set up, thus affecting handover success rate. to micro cells becomes difficult, and congestion may occur in If this parameter set to a greater the handover macro cells. If thisis parameter is set value, to a smaller value, to None micro cells becomes difficult, and congestion may occur unnecessary handovers are performed, thus affecting thein macro cells. If this parameter is set to a smaller value, voice quality. unnecessary handovers are performed, thus affecting the voice quality. None None None None None None None When the neighboring 3G cell is configured and the intersystem None cell reselection is enabled, the MS cannot receive the 2Quater message and thus cannot be reselected to the neighboring 3G cell if this parameter is set to NO. None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None Not involved None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None This parameter can be used to control network load based on the MS access classes, thus preventing some MSs from None accessing the network. It is recommended that this parameter be not used. None None
None None None None None None None If this parameter is set to a greater value, the handover to None micro cells becomes difficult, and congestion may occur in If this parameter is set to a greater value, the handover to macro cells. None micro cells becomes difficult, and congestion may occur in If this parameter is set to a smaller value, more handovers macro cells. may be performed, thus the voice quality is decreased. If this parameter is set to a smaller value, more handovers may be performed, thus the voice quality is decreased. None None None None None None None None None None None None None None None None None None None None None None None
None None None Not involved None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be None handed over to the original cell again, thus leading to pingpong handovers. None None None None None None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be None handed over to the original cell again, thus leading to pingpong handovers. None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None Not involved None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data None If timer T200 fails is setbefore to a smaller value,end the receives transmit end transmission the transmit a may mistakenly regard that the linkIf is faulty andisthe data response from the peer end. timer N200 set to a smaller None If timerthe T200 is setbefore to data a smaller value,end the receives transmit end maythe transmission fails the transmit a and value, number of retransmissions is reduced mistakenly regard that the link is faulty and the data response from the peer end. If timer N200 is set to a smaller success rate of transmission is reduced. timers T200 and None If timerthe T200 is set to data a smaller value,end theIfreceives transmit end may transmission fails before the transmit a and value, number of retransmissions is reduced N200 are set to greater values, the channels are seized allthe mistakenly regard that the linkIf is faulty and the data response from the peer end. timer N200 is set to a smaller success rate of transmission is reduced. If timers T200 and along the link Thus, resources are wasted. If timerwhen T200 is set toisdata afaulty. smaller value, the receives transmit end maythe transmission fails before the transmit end a and value, the number of retransmissions is reduced N200 are set to greater values, the channels are seized all mistakenly regard that the link is faulty and the data response from the peer end. If timer N200 is set to a smaller success ratethe of transmission is reduced. Iftransmit timers T200 and along when link is faulty. Thus, resources are wasted. If timer T200 is set to a smaller value, the end may transmission fails before the transmit end receives a and value, the set number of data retransmissions is reduced N200 are to greater values, the channels are seized allthe mistakenly regard that the linkIf is faulty and the data response from the peer end. timer N200 is set to a smaller success rate of transmission is reduced. If timers T200 and along the link Thus, resources are wasted. If timerwhen T200 is set toisdata afaulty. smaller value, the receives transmit end maythe transmission fails before the transmit end a and value, the number of retransmissions is reduced N200 are set to greater values, the channels are seized all mistakenly regard that the link is faulty and the data response from the peer end. If timer N200 is set to a smaller success ratethe of transmission is reduced. If timers T200 and along when link is faulty. Thus, resources are wasted. transmission fails before the transmit end receives a and value, the set number of data retransmissions is reduced N200 are to greater values, the channels are seized allthe response from the peer end. If timer N200 is set to a smaller success rate of transmission is reduced. If timers T200 and along when the link is faulty. Thus, resources are wasted. value, the set number of data retransmissions is reduced and N200 are to greater values, the channels are seized allthe success rate of transmission is reduced. If timers T200 and along when the link is faulty. Thus, resources are wasted. N200 are set to greater values, the channels are seized all along when the link is faulty. Thus, resources are wasted. None None None None None None None None None If this parameter is set to a smaller value, the paging success None rate increases but the load on the SDCCH also increases, thus causing congestion on the SDCCH. None None None None None None None None None None None None None
If this parameter is set to a greater value, the handover If this parameter is setintotime a greater value, handover cannot be performed and call dropsthe may occur. cannot be performed in time and call drops may occur. If this If this parameter is set to a smaller value, unnecessary parameter is set to a smaller value, the coverage area of the handovers may be performed. cell is reduced, and the traffic volume on the cell may be decreased. None None None None None None None None None None None None None None When this parameter is set to a large value, the values of the None new TCH call to drops (DL FER) and TCH call drops If thiscounters parameter is set a greater value, network congestion When thisand parameter is set reduced. to a largeWhen value, the values of the (UL FER DL FER) are this parameter is may occur in the cell; if this parameter is set to a smaller None new counters TCH call drops (DL receive level) and TCH call set to a small value, the values of the two counters are value, TCHHs are allocated even when the trafficvalues volume When this parameter isnumber set to aoflarge value, of on the drops (UL receive level) arethe increased. Whenthe this parameter increased. The this overall callquality. drops, however, the cell is light, affects voice new counters TCH call drops (DL receive quality) and TCH is set to a small value, the values of the two counters are remains unchanged and thetoperformance of the other counters is When this parameter isquality set a large value, values of the call drops (UL receivenumber and DLdrops, receive quality) are reduced. The overall of call however, remains not affected. new counters TCH drops (UL FER) TCH call drops reduced. When this parameter is set to aand small value, the unchanged and thecall performance of other counters is not When this parameter isare setare to aincreased. large value, theoverall values of the (UL FER and DL FER) reduced. When this parameter is values of the two counters The number affected. new counters TCH call drops (UL receive level) and TCH call set to a small value, the values of the two counters are of call drops, however,isremains unchanged and values the When this receive parameter set to large value, of the drops (UL level and DLais receive level)the are increased. increased. The overall number of callaffected. drops, however, performance of other counters not new counters TCH call drops (UL receive quality) and TCH When this parameter is set to a small value, the values of the remains unchanged and the performance of other counters is call drops (UL receive quality and DL receive quality) are two counters are reduced. The overall number of call drops, not affected. reduced. thisunchanged parameterand is set a small value, however, When remains thetoperformance of the other If this parameter is set to a greater value, the handover values of the two counters are increased. The overall number counters is not affected. cannot be performed time andunchanged call drops may occur. If this of call drops, however,inremains and the parameter is set to a smaller value, unexpected handovers performance of other counters is not affected. may be performed due to incorrect MR when the call is If this parameter is set to a greater value, the half-rate initially set up, thus affecting handover success rate. channels are assigned to the MS only when the channel If this parameter is set to subcell a greater the half-rate None seizure ratio of underlaid is value, very high. Insufficient halfchannels are assigned to the MS only when the channel rate channels can be assigned to the MS. Thus, the capacity None seizure ratioisofreduced. overlaid subcell is very high. Insufficient halfof the BSC If thischannels parameter setassigned to a smaller value, the handover rate canis to calls the MS. Thus, theover capacity If this is set smaller value, half-rate If this parameter parameter isbe set to to a ON, the arethe handed on frequency is higher. of the BSC is reduced. channels are assigned to the MS only when the channel schedule. This increases the load of the BSC6900 but If this parameter is setsecurity. to subcell a smaller theThe half-rate seizure ratio underlaid is value, very low. calls use improves theof network channels are assigned to the MS only when the channel the half-rate channel even if there are enough full-rate seizure ratio of overlaid subcell is veryquality. low. The calls use the channels, which influences the voice half-rate channel even if there are enough full-rate channels, which influences the voice quality. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None If both TFO and AEC functions are enabled and the acoustic None echo is detected, the TFO is disabled to cancel the echo so that the speech quality can be improved. None None None None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, the BCCH may idle while None non-BCCHs are congested, thus affecting the traffic volume during busy times. If this parameter is set to a smaller value, the assignment of None the BCCH may fail, and thus the access success rate may be decreased.
If this parameter is set to a greater value, the assignment of the BCCH may fail, and thus the handover success rate may If parameter is set to a greater value, the BCCH may idle bethis decreased. while affecting the traffic If this non-BCCHs parameter isare set congested, to a smallerthus value, the BCCH may idle volume during busy times and the access success while non-BCCHs are congested, thus affecting therate. traffic If this parameter is set to a smaller value, unnecessary volume during busy times. handovers may be performed, thus the voice quality is decreased. None None None None None None None If this parameter is set to a greater value, cell congestion may None If parameter is set to athus greater value, it is difficult for the bethis difficult to be relieved, affecting the traffic volume MS to be handed over to the original cell, thus leading to call during busy times and the access success rate. If this None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, handover success rate parameter is set to a smaller value, the MS is likely to be may be decreased. If this parameter is set to a greater value, drop rate may handed over to the original cell again, thuscall leading to pingbe increased and congestion may occur in the overlaid pong handovers. subcell; if this parameter is set to a smaller value, handover success rate may be decreased. None None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be None handed over to the original cell again, thus leading to pingpong If this handovers. parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be None handed over to the original cell again, thus leading to pingIf this handovers. parameter is set to a greater value, congestion may pong occur in the underlaid subcell; if this parameter is set to a smaller value, handover success rate may be decreased. None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None Not involved None None None None None
None None None None None None None None None None None None None None None None None When None this parameter is enabled, the fast flux monitoing frequency is increased, and the channel allocation can be adjusted more quickly to adapt to the service type. Thus, the None terminal throughput and BSC PS resource usage can be increased. None None None None None None None Not involved None None None None None None
None None None None None If the number of RACH conflicts in a cell is small, T should be None set to a great value. If the number of RACH conflicts in a cell None is large, T should be set to a small value. The increase in T and S prolongs the access time of an MS, thus affecting the None access performance of the whole network. Therefore, appropriate values should be selected for T and S. None When the network traffic is heavy, the success rate of immediate assignment is low if the sum of S and T is low. None Thus, the value of T should be properly adjusted to make the sum of S and T great. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. None None None None None None None None None None None None None None None
None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
None None None None None None None None If the parameter is set to a relatively great value, down power adjustment may not be performed when the uplink quality is None If the parameter is set to a waste relatively value,the up power good, thus causing power andgreat increasing adjustment may be performed when the uplink quality interference. If this parameter is set to a relatively smallis None If the parameter is set to a relatively great value, down good, thus causing power waste and increasing the value, down power adjustment may be performed whenpower the adjustment may notparameter be performed uplink quality is interference. Ifisthis is setwhen to drops a the relatively small uplink quality poor. In this case, call may occur. If the parameter is set to a waste relatively value,the upwhen power good, thus causing power increasing value, up power adjustment may and not great be performed the adjustment may be performed when the uplink quality is interference. If this parameter is set to a relatively small uplink quality is poor. In this case, call drops may occur. good, power waste andbe increasing the value, thus downcausing power adjustment may performed when the interference. If this parameter is set to a relatively small uplink quality is poor. In this case, call drops may occur. If this parameter is set to a greater value, the handover value, up power adjustment may not be performed when the cannot be performed in time and call drops uplink quality is poor. In this case, call dropsmay mayoccur. occur. If If this this parameter parameter is is set set to to a a greater smaller value, value, unnecessary unnecessary handovers may be performed. handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur. None None If this parameter is set to a smaller value, call drops may occur None due to delayed handover; if this parameter is set to a greater value, unnecessary handover may be performed, thus affecting the voice quality. None If the parameter is set to a relatively great value, down power adjustment may not be performed when the uplink quality is None If the parameter is set to a waste relatively value,the up power good, thus causing power andgreat increasing adjustment may be performed when the uplink quality interference. If this parameter is set to a relatively smallis None If the parameter is set to a relatively great value, down good, thus causing power waste and increasing the value, down power adjustment may be performed whenpower the adjustment may notparameter be performed uplink quality is interference. Ifisthis is setwhen to drops a the relatively small uplink quality poor. In this case, call may occur. If the parameter is set to a waste relatively value,the upwhen power good, thus causing power increasing value, up power adjustment may and not great be performed the adjustment may be performed when the uplink quality is interference. If this parameter is set to a relatively small uplink quality is poor. In this case, call drops may occur. good, power waste andbe increasing the value, thus downcausing power adjustment may performed when the interference. If this parameter is set to a relatively small uplink quality is poor. In this case, call drops may occur. value, up power adjustment may not be performed when the uplink quality is poor. In this case, call drops may occur. None None None None None None None
None If this parameter is set to a relatively small value, the fast None power control on the uplink cannot be implemented. If this If this parameter is set to a relatively small value, call drops parameter is set to a relatively great value, the power control None may occur due to delayed power control in the uplink. If this may be performed excessively on the uplink, thus leading to parameter is set to a relatively great value, the power control poor quality, low level, and ping-pong power control. may be performed excessively on the uplink, thus leading to ping-pong power iscontrol. If this parameter set to a smaller value, downward power control is not performed when the signal quality is good, thus None If this parameter is setand to aincreasing greater value, upward power causing power waste the interference. If this control may not be performed when the voice quality is bad, parameter is set to a greater value, downward power control None thus affecting the voice quality. If this parameter is set to is performed even though the signal quality is bad, thus a smaller upwardquality. power control may be performed when affectingvalue, the speech the voice quality is good, thus causing the power waste and increasing the interference. None If this parameter is set to a greater value, handover may not None be performed when the uplink voice quality is bad, thus If this parameter is setIf to a smaller value, thetohandovers leading to call drops. this parameter is set a smaller due None to bad uplink quality may increase, thus decreasing the value, unnecessary handovers may be performed, thus If this parameter is set to a smaller value, the handovers due handover success rate. If this parameter is set to a greater affecting the voice quality. to bad uplink quality may increase, thus decreasing the value, handovers due to bad uplink quality are less possible handover success rate. Ifthe thiscall parameter is set to a greater to occur, thus increasing drop rate. value, handovers due to bad uplink quality are less possible to occur, thus increasing call drop rate.downward power If this parameter is set to the a greater value, control may not be performed when the voice quality is good, None If thiscausing parameter set towaste a greater value, upward thus the is power and increasing the power control may be performed when the voice quality is good, interference. If this parameter is set to a smaller value, None thus causing the power waste and increasing the downward power control may be performed when the voice interference. this parameter is voice set to quality. a smaller value, quality is bad,Ifthus affecting the upward power control may not be performed when the voice quality is bad, thus affecting the voice quality. None None None None If this parameter is set to a greater value, downward power control may not be performed when the voice quality is good, None If thiscausing parameter set towaste a greater value, upward thus the is power and increasing the power control may be performed when the voice quality is good, interference. If this parameter is set to a smaller value, None thus causing the power waste and increasing the downward power control may be performed when the voice interference. this parameter is voice set to quality. a smaller value, quality is bad,Ifthus affecting the upward power control may not be performed when the voice quality is bad, thus affecting the voice quality. The coding rate and MOS are affected. The coding rate and MOS are affected. The coding rate and MOS are affected. None None None None
None None None If this parameter is set to a greater value, call drops may occur None due to no suitable neighboring cell for handover. If this parameter is set to a smaller value, handover success rate may be decreased. None None None None None None None None None None None None Not involved None None None None None None None None None None None None None None None None
None If this parameter is set to a greater value, the handover cannot None be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed, thus affecting the voice quality. If this parameter is set to a greater value, unnecessary handovers may be performed, thus affecting the voice quality. None If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur. None None None None None None None None None None None None None None None None If this parameter is set to a greater value, congestion may occur None in the underlaid subcell. If this parameter is set to a smaller value, ping-pong handovers may occur. None If this parameter is set to a greater value, congestion in the underlaid subcell is difficult to be relieved; if this parameter is None If is set congestion to a greatermay value, congestion may setthis to parameter a smaller value, occur in the overlaid occur in the overlaid subcell in a short time; if this parameter subcell in a short time. is set to a smaller value, congestion in the underlaid subcell is difficult to be relieved. None If this parameter is set to a high value and the VGCS has priority, None public network services are likely to suffer from When preemption conditions areparameter met, publicneeds network services insufficient channels. Thus, this to be set can preempt channels of the VGCS if this parameter is set to according to the actual service requirements. If this parameter is setthe to VGCS a high can value and thechannels VGCS has Public Network First; preempt of priority, public network services are likely to suffer from First. public network services if this parameter is set to VGCS insufficient channels. Thus, this parameter needs to be set according to the actual service requirements. None None
None None None None None None None None None Not involved None None None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. None None
None None None None None None None None None None None None None None None None None None None None None None None None None None
Introduced in Version
Attribute
BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Transport
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Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
BSC6900 V900R011
Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Radio
BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Radio
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Equipment
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Radio
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Radio
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Radio
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
BSC6900 V900R011
Radio
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BSC6900 V900R011
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Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
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BSC6900 V900R011
Radio
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
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Radio
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BSC6900 V900R011
Radio
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Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Radio
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Radio
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Equipment
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Equipment
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Equipment
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
BSC6900 V900R011
Radio
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Radio
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Transport
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Transport
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Transport
BSC6900 V900R011
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BSC6900 V900R011
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Radio
BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Transport
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Equipment
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Transport
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Transport
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Equipment
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Transport
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Transport
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BSC6900 V900R011
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Radio
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Radio
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Radio
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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BSC6900 V900R011
Transport
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Equipment
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Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Equipment
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Radio
BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
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Radio
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Transport
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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Equipment
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Equipment
BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
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Equipment
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Radio
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BSC6900 V900R011
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Equipment
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Radio
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Equipment
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BSC6900 V900R011
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Equipment
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Transport
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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BSC6900 V900R011
Equipment
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Equipment
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
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Radio
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Radio
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BSC6900 V900R011
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Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
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Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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BSC6900 V900R011
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Radio
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BSC6900 V900R011
Equipment
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BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
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BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Radio
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Equipment
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Transport
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
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BSC6900 V900R011
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Equipment
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BSC6900 V900R011
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Radio
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BSC6900 V900R011
Transport
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Transport
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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Radio
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Radio
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BSC6900 V900R011
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Transport
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Equipment
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Equipment
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Equipment
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BSC6900 V900R011
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Equipment
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Radio
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BSC6900 V900R011
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
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Transport
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Equipment
BSC6900 V900R011
Radio
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Radio
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Equipment
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Equipment
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Transport
BSC6900 V900R011
Equipment
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Radio
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Transport
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Radio
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Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Radio
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Transport
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Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Transport
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Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Equipment
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Transport
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Transport
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Transport
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Transport
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Radio
BSC6900 V900R011
Transport
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Radio
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Radio
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Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Radio
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Radio
BSC6900 V900R011
Radio
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Equipment
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Transport
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Equipment
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Radio
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Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Equipment
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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BSC6900 V900R011
Radio
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Transport
BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Equipment
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Transport
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Transport
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Equipment
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Transport
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Transport
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
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Transport
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Radio
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Radio
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
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Equipment
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Transport
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Radio
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
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Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Radio
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Transport
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BSC6900 V900R011
Equipment
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Equipment
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
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Radio
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Transport
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Equipment
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Equipment
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Radio
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Transport
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Transport
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Radio
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Radio
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
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Equipment
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Transport
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Transport
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Equipment
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Equipment
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Transport
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Radio
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Radio
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Radio
BSC6900 V900R011
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Radio
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Radio
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Radio
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Radio
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Transport
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Transport
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Radio
BSC6900 V900R011
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Transport
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
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Radio
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
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Equipment
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Transport
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Radio
BSC6900 V900R011
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Transport
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Equipment
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Equipment
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BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Equipment
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Transport
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Radio
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Radio
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Radio
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Equipment
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Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Equipment
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Transport
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Radio
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
Radio
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Radio
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Equipment
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Radio
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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BSC6900 V900R011
Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Radio
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Equipment
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
Transport
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Equipment
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Radio
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Equipment
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Equipment
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Radio
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BSC6900 V900R011
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Radio
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Transport
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Equipment
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Transport
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Transport
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Equipment
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Transport
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Transport
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BSC6900 V900R011
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Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Radio
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Transport
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Radio
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Radio
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Radio
BSC6900 V900R011
Radio
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Transport
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Transport
BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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BSC6900 V900R011
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
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Transport
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BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Equipment
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Radio
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Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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BSC6900 V900R011
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Equipment
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Equipment
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Radio
BSC6900 V900R011
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Radio
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Equipment
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Equipment
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Equipment
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Radio
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Equipment
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Equipment
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Radio
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Radio
BSC6900 V900R011
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Transport
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Equipment
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Radio
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Radio
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Radio
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Transport
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Equipment
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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BSC6900 V900R011
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
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Transport
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Transport
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BSC6900 V900R011
Transport
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Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Equipment
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
BSC6900 V900R011
Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
BSC6900 V900R011
Transport
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Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Equipment
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Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Transport
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Transport
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Transport
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Transport
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Equipment
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Radio
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Transport
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Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
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Transport
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Transport
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Equipment
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Transport
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Radio
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Radio
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Equipment
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Radio
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Equipment
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
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BSC6900 V900R011
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Radio
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Transport
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Radio
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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Transport
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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Equipment
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Equipment
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Transport
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Equipment
BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Parameter ID
ABCDownQuality
ABCUpQuality
ABCWaitMaxTime
ABISBYPASSMODE
ABISFCEN
AbisFCTimer1
AbisFCTimer2
ABISIDLETSALLOC
ABISIDLETSCFGSWITCH
AbisJamThreshold2StartLs
ABISRESADJTCHHFUNSW
ABISTSFREETM
AbisVer
ABLASTTIME
AbnormalMosThreshold
ACCBURST
ACCCONTROLCLASS
ACCCTRLEN
ACCCTRLPY
ACCESSOPTILAY
ACCINDEX
AccStaServiceType
ACCWPOS
ACCWSIZE
ACCWSP
ACFC
ACFC
ACOOPERATPAGINGSWITCH
ACS
ACTCDSETF
ACTCDSETH
ACTCDSETWB
ACTL2REEST
ACTTIME
ACVLTHD
ACVOLALARMH
ACVOLALARML
ACVUTHD
ADAPTASSIGNMENTFLOW
ADDR
AddTransBwInt
AddTransBwNum
ADEF
ADJBSCDPC
ADJMODE
ADJUSTULMCSTYPE
ADLDACT
ADMODE
ADMSTAT
ADMSTAT
ADMSTAT
ADTET
ADTLOD
ADTON
ADTST
ADVALMMGRULETP
ADVER1
ADVER2
AEC_Echo_Path_Delay
AEC_Echo_Return_Loss
AEC_Nlp_Gate
AEC_Path_Delay
AEC_SNR_Gate
AEC_Switch
AECDetectThreshold
AECDetectTime
AFRDSBLCNT
AFRSAMULFRM
AGPSRECEIVERID
AGPSRECEIVERTYPE
AHRDSBLCNT
AHRSAMULFRM
AID
AID
AID
AID
AID
AID
AID
AIDDELAYPROTECTTIME
AIDST
AIDST
AInterMsgTrace
AINTFFCDISCLUEN
AINTFFCDISCMOCEN
AINTFFCDISCMTCEN
AINTFFCDISCOSEN
AINTFFCEN
AINTFFCMETHOD
AINTFFCRSRATE1
AINTFFCRSRATE2
AINTFFCRSRATE3
AINTFFCRSRATE4
AINTFFCRSRATE5
AINTFFCRSRATE6
AIPCSDSRVRDNDLEV
ALC_Fix_Gain
ALC_Fix_Target_Level
ALC_Max_Gain
ALC_Max_Target_Level
ALC_Min_Target_Level
ALC_Mode
ALC_Switch
ALIVERETRY
ALIVETIMER
AllBw
ALLOCDIFFTRX
ALLOCSINGLEPDCHFORSIGNALLING
ALLOWAMRHALFRATEUSERPERC
ALLOWEDADAMULTIPLEX
ALLOWEDMEASRPTMISSEDNUM
ALLOWHALFRATEUSERPERC
ALLTSTYPE
ALLTSTYPE
ALMD0
ALMD1
ALMD2
ALMD3
ALMD4
ALMD5
ALMDISACDUR
ALMENABLE
AlmId
ALMID
ALMLMTDOWN
ALMLMTUP1
ALMLMTUP2
ALMOCACDUR
AlmOccurAccuTimeHThd
AlmOccurAccuTimeLThd
AlmOccurTimesHThd
AlmOccurTimesLThd
ALMPARACFGFLAG
ALMTP
ALPHA
ALTIDECI
ALTITUDE
ALTITUDE
ALTITUDEIMP
ALVL
ALVL
AMPC0
AMPC1
AMPC2
AMPC3
AMPC4
AMPC5
AMRBTSPWRNUM
AMRCALLPCALLOWED
AMRDADTHAW
AMRDLLEVFTLEN
AMRDLPREDLEND
AMRDLQHTHRED
AMRDLQLTHRED
AMRDLQUAFTLEN
AMRDLQUALBADTRIG
AMRDLQUALBADUPLEV
AMRDLSSHTHRED
AMRDLSSLTHRED
AMRFULLTOHALFHOALLOW
AMRFULLTOHALFHOATCBADJSTEP
AMRFULLTOHALFHOATCBTHRESH
AMRFULLTOHALFHOPATHADJSTEP
AMRFULLTOHALFHOPATHTHRESH
AMRFULLTOHALFHOQUALTHRESH
AMRFULLTOHALFHOTHRESH
AMRHALFTOFULLHOATCBTHRESH
AMRHALFTOFULLHOPATHTHRESH
AMRHALFTOFULLHOQUALALLOW
AMRHALFTOFULLHOQUALTHRESH
AMRHALFTOFULLHOTHRESH
AMRMAXADJPCVAL
AMRMAXSTEP0
AMRMAXSTEP1
AMRMAXSTEP2
AMRMAXVALADJRX
AMRMRCOMPREG
AMRPCADJPERIOD
AMRQUALSTEP
AMRSADLUPGRADE
AMRTCHHPRIORALLOW
AMRTCHHPRIORLOAD
AMRUADTHAW
AMRULLEVFTLEN
AMRULPREDLEND
AMRULQHTHRED
AMRULQLOWTHRED
AMRULQUAFTLEN
AMRULQUALBADTRIG
AMRULQUALBADUPLEV
AMRULSSHTHRED
AMRULSSLTHRED
AN19
AN4
ANC_Max_Gain
ANC_Switch
ANC_Target_SNR
ANGLE
ANI
ANI
ANM
ANR_Mode
ANR_Noise_Reduction_Level
ANR_Noise_Target_Level
ANR_Switch
ANTAANGLE
ANTENNALONG
ANTENNAPOWERSWITCH
ANTIERRFLAG
AntiTheftAllow
ANTNO
ANTPASSNO
ANTPASSNO
AORB
APN
APP
APPTYPE
AqmM
AqmMaxTh
AqmMinTh
AqmNinit
AqmNLowerBound
AqmNUpBound
AqmSwitch
AqmTarTh
AreaCode
AREAFLAG
AREAFLAG
AREDISTHD
ARELBASE
ARELWTHD
ARPRETRY
ARPTIMEOUT
ASN
ASN
ASRN
ASS
ASS
AssignBetterCellEn
ASSLOADJUDGEEN
ASSOLRXLEVOFFSET
ASSORXUCN
ASSORXUCN
ASSORXUSN
ASSORXUSN
ASSORXUSRN
ASSORXUSRN
ASSThres
ASSTIMER
AT1
AT13
AT17
AT18
AT19
AT20
AT4
ATCBHOEN
ATCBHYST
ATCBTHRED
Ater8KSw
AterCongHRFlag
AterCongstRatio
ATERIDX
AterJamThreshold2StartLs
ATERMASK
ATEROMLFLAG
ATEROMLINX
ATERPIDX
ATERSLID
ATERTRANSMODE
ATN
ATSMASK
ATT
ATTENFACTOR1
ATTENFACTOR2
AUSTOP
AUSTOP
AUTHMODE
AUTHMODE
AUTHMODE
AUTHMODE
AUTHNAME
AUTHNAME
AUTHNAME
AUTHPWD
AUTHPWD
AUTHPWD
AUTHTYPE
AUTHTYPE
AUTHTYPE
AUTO
AUTOADDSRCON
AUTOADJULTHHYSTF
AUTOADJULTHHYSTH
AutoGetBtsLogFlag
AUTONEG
AUTOTYPE
AUTOULKSW
AutoUnlockTime
AUTYPE
AVer
AVOL
AVOL
B1B2SDTHRD
B1B2SFTHRD
B3SDTHRD
B3SFTHRD
BACK8KCLKSW1
BACK8KCLKSW2
BackupPath
BACKUPPATH
BADQUALDISCTHRES
bAdvEstDlTbf
BAKDEVTAB
BAKIP
BAKMASK
BAKPWRSAVMETHOD
BAKPWRSAVPOLICY
BANDINDICATOR1900
BANDINDICATOR850
BANDINDICATOR900
BANTIME
BARCODLST
BASEBTSID
BASETEMPERATURE
BASETEMPERATURE
BATTCAPACITY
BATTENABLEDIN
BATTERYDISCHARGEDEPTH
BATTTYPE
BBAPSRVPN
BBDIF
BC
BCC
BCC
BCC
BCCH
BCCHFREQ
BCCHTRXHP
BCCONGESTALMBOUND
BCCONGESTRESALMBOUND
BCDSCP
BCID
BCLC
BCV
BE
BEARP1PRIWEIGHT
BEARP2PRIWEIGHT
BEARP3PRIWEIGHT
BEARTYPE
BEATSENDINGDIS
BEPPERIOD
BESTTDDCELLNUM
BET3GHOEN
BETTERCELLHOEN
BETTERCELLLASTTIME
BETTERCELLSTATTIME
BFDDETECTCOUNT
BFDSN
BFRANGE
BHPREPOLICY
BITOFFSET
BKGARP1PRIWEIGHT
BKGARP2PRIWEIGHT
BKGARP3PRIWEIGHT
BLKFILTERSW
BLKPRD
BLKSTATPRD
BLKSTATSW
BLOCKRETRY
BLOCKTIMER
BMPN
BMSN
BMSRN
BMTCFCTimerLen
BORROWDEVIP
BOXFLG
BP1
BP2
BQHOEN
BQLASTTIME
BQMARGIN
BQSTATTIME
BRDCLASS
BRDCLASS
BRDCLASS
BRDCLASS
BRDNO
BRDNO
BRDRXBW
BRDSWTYPE
BRDTXBW
BRDTYPE
BRDTYPE
BRDTYPE
BRDTYPE
BRDTYPE
BRDTYPE
BrdType
BRDTYPE
BREAKTIME
BROADCASTCONTENT
BROADCASTINTERVAL
BS
BSAGBLKSRES
BSCDPC
BSCDynSwitchTrxPAAllow
BSCFLAG
BSCGATEWAYIP
BSCGATHET
BSCGATHST
BSCID
BSCIDX
BSCINCHPRD
BSCIP
BSCIP
BscLsStartMode
BSCNAME
BSCPMA
BSCPMAIRAHO
BSCPN
BSCPORT
BSCPRICLASS
BSCQAD
BSCQADIRAHO
BSCRESERVEDPARA1
BSCRESERVEDPARA10
BSCRESERVEDPARA11
BSCRESERVEDPARA12
BSCRESERVEDPARA13
BSCRESERVEDPARA14
BSCRESERVEDPARA15
BSCRESERVEDPARA16
BSCRESERVEDPARA17
BSCRESERVEDPARA18
BSCRESERVEDPARA19
BSCRESERVEDPARA2
BSCRESERVEDPARA20
BSCRESERVEDPARA21
BSCRESERVEDPARA22
BSCRESERVEDPARA23
BSCRESERVEDPARA24
BSCRESERVEDPARA25
BSCRESERVEDPARA26
BSCRESERVEDPARA27
BSCRESERVEDPARA28
BSCRESERVEDPARA29
BSCRESERVEDPARA3
BSCRESERVEDPARA4
BSCRESERVEDPARA5
BSCRESERVEDPARA6
BSCRESERVEDPARA7
BSCRESERVEDPARA8
BSCRESERVEDPARA9
BSCSN
BSCSRN
BSCSUBTS
BSCSYMOFF
BSCTID
BSCTID
BSCTS
BSCVMAX
BSMSPWRLEV
BSPAGBLKSRES
BSPAMFRAMS
BSPBCCHBLKS
BSPRACHBLKS
BssLsGenMode
BSSLSMSCCOOP
BSSPAGINGCOORDINATION
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BT
BTCFLAG
BTCFLAG
BTSadjust
BTSBARCODE
BTSCOMTYPE
BTSCOMTYPE
BTSDESC
BTSDETECTSWITCH
BTSID
BTSID
BTSID
BTSIDCONBSC
BTSIDLST
BTSIDTYPE
BTSIDTYPE
BTSIDX
BTSIP
BtsLsStartMode
BTSMASK
BTSMESRPTPREPROC
BTSNAME
BTSNAMECONBSC
BTSNAMELST
BTSPINGSWITCH
BTSPOWEROFFLOCKBCCH
BTSPWRNUM
BTSSAICPCADJSWITCH
BTSSWVER
BTSTRCMPRATE
BTSTYPE
BTSTYPE
BTSTYPE
BTSWTR
BTTSTTYPE
BTYPE
BUILDTIME
BUNDLINGFLAG
BVCI
BVCI
BVCTF
BWADJ
BWDCONGBW
BWDCONGCLRBW
BWDCONGCLRTH
BWDCONGTH
BWDOVLDCLRRSVBW
BWDOVLDCLRTH
BWDOVLDRSVBW
BWDOVLDTH
BWDRESVHOTH
BWDRSVHOBW
BWMAXRATIO
BWMODE
BWRTPTH
BWTHD
BYCELLTYPE
C31HYST
C32QUAL
CABINETDESC
CABLST
CABT
CALLRESTABDIS
CALVAL
CANPC
CAPCOVEROPTSWITCH
CARDFREATTR
CARRYFLAG
CARRYT
CARRYT
CBA
CBCINDEX
CBCIP
CBCITFPARA
CBCPORT
CbNonMsgTimer
CBQ
CBS
CbShakeHandTimer
CBSIGNLEN
CBTRAFFLEN
CC
CCAEnableSta
CCCHLOADINDPRD
CCCHLOADTHRES
CCDSCP
CCMINTERVAL
CDRTTRYFBDTHRES
CELL1800OFF
CELL1800THRED
CELL2GBA1BCCH
CELL2GBA1TAG
CELL2GBA2BCCH
CELL2GBA2TAG
CELL8PSKPOWERLEVEL
CELL900OFF
CELL900THRED
CELLBARACCESS2
CELLCOVERAGETYPE
CELLEQUCHGVOL
CELLEQUCHGVOL
CELLFLOATCHGVOL
CELLFLOATCHGVOL
CELLID
CELLID
CELLID
CELLID
CELLID
CELLID
CELLIDLST
CELLIDTYPE
CELLIDTYPE
CELLIDTYPE
CELLINEXTP
CELLLAYER
CELLLIST
CellListOptionSend
CELLMAXSD
CELLNAME
CELLNAME
CELLNAME
CELLNAMELIST
CELLOPPWRGRP
CELLOVERCVGRXLEVDLTH
CELLOVERCVGTALTH
CELLPAGINGOVERLOADCOUNTER
CELLPWROFFEN
CELLPWROFFVOL
CELLRESELSTRATEGY
CELLRXQUALWORSENRATIOTHRSH
CELLSCENARIO
CELLSELECTAFTERCALLREL
CELLTEMP1ALARMH
CELLTEMP1ALARML
CELLTEMP1THRESHOLDH
CELLTEMP1THRESHOLDL
CELLTEMPCOMPENABLED
CELLWEAKCVGRXLEVDLTH
CELLWEAKCVGTALTH
CENDTHD
CertChain
CFGFLAG
CFGFLAG
CFGMODE
CFGSW
CFLAG
CFLAG
CFM
CG
CG
CGET
CGET
CGIRACSWITCH
CGN
CGN
CGST
CGST
CGST
CHAINNCELLTYPE
CHAINTORING
CHALLOCSTRATEGY
CHANFAULTALMPDCHTH
CHANFAULTALMSWITCH
CHANFAULTALMTCHTH
CHANID
CHANINTERMESALLOW
CHANNELRATECODE
CHANPDOUTTIME
CHECKCOUNT
CheckingBTSConnection
ChkModA
ChkModB
CHKN
CHKN
CHKOFFTIMES
CHKONTIMES
CHKSUMRX
CHKSUMTX
CHKSUMTYPE
CHKTYPE
CHLDURATH
CHNNO
CHNNO
CHNO
CHNTSTTYPE
CHNTYPE
ChosenChInAssCmp
ChosenChInHoPerform
ChosenChInHoReqAck
ChosenEncrypAlgInCiphCmp
ChosenEncrypAlgInHoPerform
ChosenEncrypAloInAssCmp
ChosenEncrypAloInHoReqAck
CHPWRINSUFFALLOWED
CHRCOLLECTSWITCH
CHREQCSMAXMSGNUMINPERIOD
CHREQPSAVGMSGNUMINPERIOD
CHREQSTATPERIOD
CHTYPE
CI
CI1
CIC
CIC
CicDMuteDifCnt
CicDMutePeriod
CicDMuteSwitch
CicDMuteThre
CicDMuteTime
CicPoolInAssFail
CicPoolInHoFail
CicPoolListInAssFail
CicPoolListInHoFail
CicPoolSendFlagInAssCmp
CicPoolSendFlagInHoAck
CIR
CIRESTVALUE
CIUSLOTNO
CIUSUBRACKNO
CLASS11DTM
CLASSMARKQUERY
CLEARTHD
CLKMOD
CLKPRTTYPE
CLKTYPE
ClkType
ClrDelay
CLRFLG
ClrInterval
CMD
CMD
CMDSEQ
CN
CN
CN
CN
CN
CN
CNFAULTDELAY
CNID
CNID
CNNODEIDX
CNOPERATORINDEX
CNSTATEPOLICYFORGROUP
CNT
CNT
CNT
CNTL
CNTRISTHRD
CNTSTLTHRD
COBSCMSCADJEN
CODE
COLDSET
COLTYPE
COMBINERLOSS
COMMACC
Complicacy
COMPRS
COMSC
CONBSCBTSIDTYPE
CONGCLRTHD0
CONGCLRTHD1
CONGCLRTHD2
CONGCLRTHD3
CONGCLRTHD4
CONGCLRTHD5
CONGTHD0
CONGTHD1
CONGTHD2
CONGTHD3
CONGTHD4
CONGTHD5
CONHOEN
CONNECTPORTNO
CONNPWR
CONNTYPE
CONNTYPE
CONTHOMININTV
CONTINTV
CONTPING
Count
CPRIDURATS
CPS
CPUN
CRC4CHK
CRH
CRL
CRLEnableSta
CRMSGRESENDINT
CRMSGRESENDNUM
CRO
CROCALTMTHRD
CROSSIPFLAG
CSADDTINFO
CSBQTHR
CSCHRMR
CSCLTERMABNORM
CSDATADL
CSDATAPATH
CSDATAPRI
CSDATAUL
CSDSP
CSHOINFO
CSMRBFCLR
CSMRBFHO
CSOUTMODE
CSOUTRANGE
CSRCDSW
CSSIGINFO
CSTARTTHD
CSTRAFTYPE
CSVOICEDL
CSVOICEINFO
CSVOICEPATH
CSVOICEPRI
CSVOICEUL
CSVSP
CSW
CT1
CT2
CT3
CT4E
CT4N
CT5
CT6
CT7
CT9
CTHD
CTHD
CTRBSCDPC
CTRLACKTYPE
CTRLFLAG
CTRLPORTCN
CTRLPORTNO
CTRLPORTSN
CTRLPORTSRN
CTRLSLOT
CTRLSN
CTRLSRN
CTRLSW
CurChannelInHoRqd
CVer
CYCLE
DATAFILE
DATAQUAFLTLEN
DATASTRFLTLEN
DATATRAFFSET
DATE
DATE
DateRangeIndex
Day
DBD
DBFREQBCCHIUO
DBLFREQADJCID
DBLFREQADJCNAME
DBLFREQADJIDTYPE
DCLACN
DCLAPN
DCLASN
DCLASRN
DCVLTHD
DCVOLALARMH
DCVOLALARML
DCVUTHD
DefaultDynPdchPreTranNum
DELAYSENDRFCHREL
DENO
DESC
DESTEALSET
DESTIP
DESTIP
DESTIP
DESTMEPID
DESTNODE
DESTNODE
DESTSN
DESTSRN
DESTSSN
DESTTRXID
DETECTFRAMEPERIOD
DETECTMULT
DETECTSWITCH
DEVICENAME
DEVICENO
DEVIP
DEVTYPE
DF
DFCBSN
DFCBSRN
DFDPC
DFTPORTSWT
DGPSPERIOD
DHCPRLYGATEWAYIP
DHCPRLYID
DIESELENGINESAVESWITCH
DIFFBANDSDCCHUSINGOPTIMIZE
DINM
DINW
DIR
DIR
DirectedRetryAssFailSendEnable
DIRECTRYEN
DIRMAGANSITEFLAG
DisconnectHandoverProtectTimer
DIVERSITY
DIVERT16QAMDELAY
DIVERT32QAMDELAY
DIVERT8PSKDELAY
DivSwitch
DLADJPRD
DLAFSREXQUALHIGHTHRED
DLAFSREXQUALLOWTHRED
DLAHSREXQUALHIGHTHRED
DLAHSREXQUALLOWTHRED
DLCI
DLCOEFFICIENTTSRAPIDADJ
DLDCSPT
DLEDGETHRES
DLFILTADJFACTOR
DLFSREXQUALHIGHTHRED
DLFSREXQUALLOWTHRED
DlGprsTbfExpandOp
DLHSREXQUALHIGHTHRED
DLHSREXQUALLOWTHRED
DLHYSTF1
DLHYSTF2
DLHYSTF3
DLHYSTH1
DLHYSTH2
DLHYSTH3
DLHYSTWB1
DLHYSTWB2
DLINTERFLEVLIMIT
DLINTERFQUALLIMIT
DlLdrThrd2GCell
DLLEVFILTLEN
DLLTFERLOWTH
DLLTFERTGT
DLLTFERUPTH
DLLTTHADJFA
DLMAXDOWNSTEP
DLMAXUPSTEP
DlOlcThrd2GCell
DLPREDLEND
DLQHIGHTHRED
DLQLOWTHRED
DLQUAFILTLEN
DLQUALBADTRIG
DLQUALBADUPLEV
DLQUALIMIT
DLQUALIMITAMRFR
DLQUALIMITAMRHR
DLREXLEVADJFCTR
DLREXLEVEXPFLTLEN
DLREXLEVHIGHTHRED
DLREXLEVLOWTHRED
DLREXLEVSLDWINDOW
DLREXQUALADJFCTR
DLREXQUALEXPFLTLEN
DLREXQUALSLDWINDOW
DLRXLEVPROTECTFACTOR
DLRXQUALPROTECTFACTOR
DLSSHIGHTHRED
DLSSLOWTHRED
DLTBFESTDELAY
DLTESTRESENDINT
DLTESTRESENDNUM
DLTHF1
DLTHF2
DLTHF3
DLTHH1
DLTHH2
DLTHH3
DLTHWB1
DLTHWB2
DMDUA
DMDUB
DN
DNDEFAULTCS
DNDEFAULTMCS
DNE2ADEFAULTMCS
DNE2AFIXMCS
DNFIXCS
DNFIXMCS
DNPCEN
DNSENDSMDIS
DNTBFRELDELAY
DNTHDCSDEGRADE1
DNTHDCSDEGRADE2
DNTHDCSDEGRADE3
DNTHDCSUPGRADE1
DNTHDCSUPGRADE2
DNTHDCSUPGRADE3
DOOR_ENGINE_MASK
DOUBLEANTENNAGAIN
DPC
DPCDNF
DPCGIDX
DPCGIDX
DPCGIDX
DPCT
DPX
DPX
DRHOLEVRANGE
DROPCTRLABISCONNFAIL
DROPCTRLCONNFAILHOACCFAIL
DROPCTRLCONNFAILOM
DROPCTRLCONNFAILOTHER
DROPCTRLCONNFAILRLFAIL
DROPCTRLCONNFAILRRNOTAVL
DROPCTRLEQUIPFAIL
DROPCTRLERRINDDMRSP
DROPCTRLERRINDSEQERR
DROPCTRLERRINDT200
DROPCTRLFORCHOFAIL
DROPCTRLINBSCHO
DROPCTRLINTRABSCOUTHO
DROPCTRLINTRACELLHO
DROPCTRLNOMR
DROPCTRLOUTBSCHOT8
DROPCTRLRELIND
DROPCTRLRESCHK
DROPPKTTHD0
DROPPKTTHD1
DROPPKTTHD2
DROPPKTTHD3
DROPPKTTHD4
DROPPKTTHD5
DROPPWRINTERVAL
DROPPWRSTARTTIME
DROPPWRSTEP
DRXEN
DRXTIMERMAX
DRYSET
DS1
DS1
DSCP
DSCP
DSCP
DSCP
DSPKIFFOFFTIMER
DSPN
DSPN
DSPN
DSPN
DSPNO
DSPRECOVERTIMER
DST
DSTF
DSTIP
DSTIP
DSTIP
DSTMASK
DSTMASK
DSTPORTNO
DSTTSMASK
DTLOADTHRED
DTRTYPE
DTRX
DTRX
DTRXPN
DTRXPN
DTRXSN
DTRXSN
DTRXSRN
DTRXSRN
DUMMYBITRANDSWITCH
DUPLEX
DURATH
DURATH
DURATM
DURATS
DWNDYNCHNTRANLEV
DWNINTEN
DXXINDEX
DXXINDEX
DXXPN
DYNCHFREETM
DYNCHNPREEMPTLEV
DYNCHTRANRESLEV
DYNOpenTrxPower
DYNPBTSUPPORTED
E1DURAT
E1PORT
E1PORTNOINBTSCONBSC
E1SLCTTMU
E1T1PN
E1T1PN
E1T1PORTNO
E1T1TYPE
ECHOIP
ECNOOFF
ECNOTHRES
ECSC
ECSN
ED
ED
ED
EDATE
EDAY
EDBLASTTIME
EDBSTATTIME
EDBSYSFLOWLEV
EDGE
EDGEADJLASTTIME
EDGEADJSTATTIME
EDGELAST
EDGELAST1
EDGESTAT
EDGESTAT1
EFTIMMFLAG
EGPRS11BITCHANREQ
EGPRS2A
EGPRSBEPLIMIT8PSK
EGPRSBEPLIMITGMSK
EM
EMCPRILV
EMERGENCY
EMITTHD
EMLDSCP
EMLPPEN
EMLPPPRIORITY
EMLPPPRIORITY
EMLPRI
EMLSP
EMLVLANID
EMONTH
EMSIP
ENABLE
ENABLED
ENCRY
ENCRYMODE
ENCRYMODE
End2EndTraceState
ENDAID
ENDCIC
ENDCIC
EndDayDSTPA
ENDHEATTEMP
EndMonthDSTPA
ENDSUBTS
EndTimeTACloseTrxPA
ENDTS
ENDTS
ENDTS
ENF
ENF
ENGOVERLDTHRSH
ENGSMPSDLMACFLOWCTRL
ENIUO
ENLDHOPRD
ENLDHOSTP
ENLOWLDTHRSH
ENPREEMPTTRANSADMT
ENQUETRANSADMT
ENSOVERLDTHRSH
ENTCHADJALLOW
ENTITYT
ENTITYT
ENUTOOLOADINILEV
EPLCSwitch
ERCODE
ERGCALLDIS
ERRALARMTHD
ERRDETECTSW
ESLDSCP
ESLPRI
ESLSP
ESLVLANID
ESSN
ESTABINDTIMER
ESTINDL3MSGTAFLAG
ESTTIME
ET
ET
ET
ET
ET
ET
ET
ET
ETD
ETIME
ETP
ETT
EWEEK
EWSEQ
EX_ANO1_SIG_MAX
EX_ANO1_SIG_MIN
EX_ANO1_TYPE
EX_ANO1_VAL_MAX
EX_ANO1_VAL_MIN
EX_ANO2_SIG_MAX
EX_ANO2_SIG_MIN
EX_ANO2_TYPE
EX_ANO2_VAL_MAX
EX_ANO2_VAL_MIN
EX_ANO3_SIG_MAX
EX_ANO3_SIG_MIN
EX_ANO3_TYPE
EX_ANO3_VAL_MAX
EX_ANO3_VAL_MIN
EX_ANO4_SIG_MAX
EX_ANO4_SIG_MIN
EX_ANO4_TYPE
EX_ANO4_VAL_MAX
EX_ANO4_VAL_MIN
EXCACC
EXCEPFRAMETHRES
EXPDLRXLEV
EXPULRXLEV
EXT2GCELLID
EXT2GCELLNAME
EXT3GCELLID
EXT3GCELLNAME
EXTADJCELLID
EXTADJCELLNAME
EXTCELLTHRENH
EXTFlag
EXTMEASORD
EXTRPTPERIOD
EXTRPTTYPE
EXTTP
EXTUTBFNODATA
FACCHRESENDINT
FACCHSENDNOTMSGIND
FACCHSENDPGMSGIND
FACTORSW
FACTORYMODE
FAILSIGSTRPUNISH
FANADJUSTCOMMAND0
FANADJUSTCOMMAND1
FANADJUSTCOMMAND2
FANADJUSTMODE
FANFLAG
FANSPEEDMODE
FANTYPE
FASTCALLTCHTHRESHOLD
FASTCNETFLAG
FaultDetectSwitch
FC
FC
FCETHD
FCINDEX
FCINDEX
FCINDEX
FCINDEX
FCINDEX
FCINDEX
FCINDEX
FCN
FCN
FCSTHD
FCSTYPE
FCSTYPE
FCSW
FCV
FDDBA1TAG
FDDBA2TAG
FDDCELLOFF
FDDCELLTHRED
FDDDIVERSITY
FDDDLUARFAN
FDDECQUALTHRSH
FDDFREQCNUM
FDDQMIN
FDDQMINOFFSET
FDDQOFF
FDDREP
FDDRSCPMIN
FDDRSCPQUALTHRSH
FDDSCRAMBLE
FDWINDOW
FERRPTEN
FERSTATTH1
FERSTATTH2
FERSTATTH3
FERSTATTH4
FERSTATTH5
FERSTATTH6
FERSTATTH7
FHMODE
FILE
FILE
FileName
FILEPATH
FILETYPE
FILTERWNDSIZE
FIN
FINESTEPPCALLOWED
FIRESET
FIXABISPRIORABISLOADTHRED
FlashAlmClrThd
FlashAlmOccurThd
FlashFilterEn
FlashStatisAlmClrTW
FlashStatisAlmOccurTW
FLEXABISMODE
FLEXMAIO
FLEXTSCSWITCH
FlowCountPeriodTicks
FLOWCOUNTPERIODTSRAPIDADJ
FLOWCTRLSWITCH
FLOWCTRLSWITCH
FLOWCTRLSWITCH
FLOWCTRLSWITCH
FLOWCTRLSWITCH
FLOWCTRLSWITCH
FLTPARAA1
FLTPARAA2
FLTPARAA3
FLTPARAA4
FLTPARAA5
FLTPARAA6
FLTPARAA7
FLTPARAA8
FLTPARAB
FLUSHTRANSFERSWITCH
FMSMAXOPCC
FMUTYPE
FN
FN
FN
FN
FN
FN
FN
FORBIDEDGU
FORBIDNO7FLASHDISC
Force_Limit_Time
Force2Phase
FORCEDCELLEFRSWITCH
FORCEMSACCESS
FPN
FPN
FPTIMER
FQBSICOPTSWITCH
FQBSICSWITCH
FQBSICSWITCH1
FRAGSIZE
FRAMEOFFSET
FRAMEOFFSET
FRDLDTX
FREQ
FREQ
FREQ
FREQ1
FREQ10
FREQ11
FREQ12
FREQ13
FREQ14
FREQ15
FREQ16
FREQ17
FREQ18
FREQ19
FREQ2
FREQ20
FREQ21
FREQ22
FREQ23
FREQ24
FREQ25
FREQ26
FREQ27
FREQ28
FREQ29
FREQ3
FREQ30
FREQ31
FREQ32
FREQ33
FREQ34
FREQ35
FREQ36
FREQ37
FREQ38
FREQ39
FREQ4
FREQ40
FREQ41
FREQ42
FREQ43
FREQ44
FREQ45
FREQ46
FREQ47
FREQ48
FREQ49
FREQ5
FREQ50
FREQ51
FREQ52
FREQ53
FREQ54
FREQ55
FREQ56
FREQ57
FREQ58
FREQ59
FREQ6
FREQ60
FREQ61
FREQ62
FREQ63
FREQ64
FREQ7
FREQ8
FREQ9
FREQADJ
FREQADJVALUE
FREQBAND
FREQLOADSHARETRAFFTHRSH
FREQLST
FREQREUSEMODE
FREQS
FREQSCANRLSTTYPE
FRINGEHOEN
FRULDTX
FSN
FSN
FSRN
FSRN
FT
FTI
FTI
FTI
FULLTOHALFHOATCBOFFSET
FULLTOHALFHODURATION
FULLTOHALFHOLASTTIME
FULLTOHALFHOPATHOFFSET
FULLTOHALFHOPERIOD
FULLTOHALFHOSTATTIME
FWDCONGBW
FWDCONGCLRBW
FWDCONGCLRTH
FWDCONGTH
FWDOVLDCLRRSVBW
FWDOVLDCLRTH
FWDOVLDRSVBW
FWDOVLDTH
FWDRESVHOTH
FWDRSVHOBW
G2G3GLdBlcDeltaThrd
G2GLoadAdjustCoeff
G711_Mode
GAMMA
GATHET
GATHLOD
GATHON
GATHST
GBRQOS
GCChk
GCDF
GCSCHNASSULCHNEN
GCSIMPREEMPTIONEN
GLOBALROUTESW
GMSKDELAY
GPRS
GPRS
GPRSCELLRESELECTHYESTERESIS
GPRSCHPRI
GPRSHCSTHR
GPRSPENALTYTIME
GPRSRXQUALLIMIT
GPRSTEMPOFFSET
GPSORGLONASS
GPSPERIOD
GRADEACCALLOW
GROUPCALLNUM1
GROUPCALLNUM2
GROUPINDEX
GROUPNAME
GROUPRELTSNUM
GRPID
GRPT
GS
GSMCSBWRATE
GSMCSUSERHIGHPRILEV
GSMFREQCNUM
GSMTOTDALLOWED
GUARDTYPE
GWIP
GWIP
HalfRateDataSupport
HALFTOFULLATCBOFFSET
HALFTOFULLHODURATION
HALFTOFULLHOLASTTIME
HALFTOFULLHOPATHOFFSET
HALFTOFULLHOSTATTIME
HAVETT1
HAVETT2
HBINTER
HCN
HCSLASTTIME
HCSSTATTIME
HIERPWRPARA1
HIERPWRPARA2
HiFreqBandSupport
HIGHESTPRIORITQUALFIRST
HIGHLEVPREEM
HIGHPRIUSERQUALFIRST
HIGHTEMPLOADPWROFF
HISPRIOALLOW
HISTORYPWDNUM
HMCDTM
HOALGOPERMLAY
HOBTWNOTHOPALLOW
HOCDCMINDWPWR
HOCDCMINUPPWR
HOCELLIDTYPE
HOCELLNAME
HOCTRLSWITCH
HODIRFORECASTEN
HODIRLASTTIME
HODIRSTATIME
HODOWNTRIGE
HODURT3G
HODURT3GTDD
HOECNOTH3G
HOLASTTIME
HOMOD
HOOFFSET
HOOLRXLEVOFFSET
HOOPTSEL
HOPENALTYTIME
HOPINDEX
HOPINDEX
HOPMODE
HOPOWERBOOST
HOPRETH2G
HopSingleFreqOptSwitch
HOPTRXHSN
HOPTRXINDEX
HOPTYPE
HOPUNISHVALUE
HOREFTMR
HORSCPTH3G
HoSdcchSpeechVer
HOSTAT3G
HOSTAT3GTDD
HOSTATICTIME
HOSTTYPE
HOSTTYPE
HOTHRES
HOUPTRIGE
HPANTMODE
HPANTMODE
HPN
HPRIOR
HPVFLAG
HPVTHD
HRATESPT
HRDLDTX
HRIUOLDRATESELALLOW
HRULDTX
HSN
HSN
HSNSW
HSRN
HT
HTCP
HTDO
HTSDF
HUM_MASK
HUM_THD_HIGH
HUM_THD_LOW
HUMALAMRTHRESHOLDH
HUMALAMRTHRESHOLDH
HUMALAMRTHRESHOLDL
HUMALAMRTHRESHOLDL
HYSON
IARXTMR
IASUDURAT
IASUPORT
IASUSLCTTMU
IATXTMR
IBCAAFRSOFTBLKTHRD
IBCAAHRSOFTBLKTHRD
IBCAALLOWED
IBCAASSWAITMEASURERPTTIME
IBCACALLINFOFILTERLEN
IBCACALLSOFTBLOCKTHOFFSET
IBCACALLTARGETCIROFFSET
IBCADLPATHLOSSOFF
IBCADYNCMEASURENCELLALLOWED
IBCAEHOASSWAITMEASURERPTTIME
IBCAFLEXTSCALLOWED
IBCAFORCEDBTSSYNCALLOWED
IBCAFRSOFTBLKTHRD
IBCAHOASSWAITMEASURERPTTIME
IBCAHRSOFTBLKTHRD
IBCAICDMRELEVOFFSET
IBCAICDMSWITCH
IBCAINBSCINFORPTPRD
IBCAINITPCRXLEVDLOFFSET
IBCAINITPCRXLEVULOFFSET
IBCAINITPCRXQUALDLOFFSET
IBCAINITPCRXQUALULOFFSET
IBCAIUOPATHLOSSOFF
IBCAMAIOUSMTD
IBCAMAXINTFSRCNUM
IBCANCELLFLAG
IBCANCELLPATHLOSSESTIMATE
IBCANEWCALLCIROFFSET
IBCANHOASSWAITMEASURERPTTIME
IBCANONMEANCELLSTATNUM
IBCAOPRREVISEFACTOR
IBCAOUTBSCINFORPTPRD
IBCAPATHLOSSOFF
IBCAPLFILTFACTOR
IBCARXLEVOFFSET
IBCASCELLPATHLOSS
IBCASOFTBLKSAICOFF
IBCASOFTBLKSWITCH
IBCASUBCHNHANDOVERALLOWED
IBCATARGETCIRTHRSH
IBCAUSEDIUOSUBLAY
IBCAUSRDYNCMEASURENCELL
IBCAWAFRSOFTBLKTHRD
ICBALLOW
ICF
ICMPPKGLEN
ICTHP1DSCP
ICTHP2DSCP
ICTHP3DSCP
ID
ID
ID
Idle_Code
IDLECODE
IDLESDTHRES
IDTYPE
IDTYPE
IDTYPE
IDTYPE
IDTYPE
IDTYPE
IDTYPE
IDTYPE
IDX
IDXTYPE
IDXTYPE
IFCBSHAKEHAND
IFNO
IFOFFSETHIG
IFOFFSETLOW
IFREPPRO
IGNOREMRNUM
IMEI
IMMASSAINTERFTIMER
IMMASSCBB
IMMASSDLSHIFT
IMMASSEN
IMMASSMAXDELAYTIME
IMMASSMAXSENDNUM
IMMASSRESENDEN
IMMASSTAALLOW
IMMASSTATHRES
IMMFNAD
IMMREJWAITINDTIMER
IMSI
IMSI
INBSCHOTIMER
INCHLOD
INCHPRD
INCLUDEANG
INCN
INDEN3
INFHHOLAST
INFHHOSTAT
INFOEXCHGLIST
INFRA_RED_MASK
INHOF2HTH
INHOH2FTH
INHOPWROVERLOADTHRESHOLD
INITCDMDF
INITCDMDH
INITCDMDWB
INMASK
INNASSOPTEN
INNCELLEDGEHOEN
INNCELLID
INNCELLNAME
INNLOADHOEN
INNLOADHOPERI
INNLOADHOSTEP
INNSERIOVERLDTHRED
INPN
INPN
INPORTNO
INPUTMD
INRBSCSDHOEN
INSN
INSN
INSRN
INSRN
INT
INTELEVHOHYST
INTERBANDSTATALGO
INTERCELLHYST
INTERFEREHOPENTIME
INTERFERELASTTIME
INTERFERESTATTIME
INTERFHOEN
INTERFPRIALLOW
INTERFTHRES0
INTERFTHRES1
INTERFTHRES2
INTERFTHRES3
INTERFTHRES4
INTERFTHRES5
INTERIORSYNCTMR
INTERPERIOD
INTERRATCELLRESELEN
InterRatCsServiceLoadHoThrd
INTERRATINBSCHOEN
InterRatIurgInBscHoEn
InterRATLoadHoEcNoBandWidth
InterRATLoadHoEcNoStart
InterRATLoadHoEcNoStep
InterRATLoadHoRSCPBandWidth
InterRATLoadHoRSCPStart
InterRATLoadHoRSCPStep
INTERRATOUTBSCHOEN
InterRatServiceLoadHoSwitch
INTERVAL
INTERVAL
INTFREQUENCY
INTOINNREXLEVTHRED
INTRABSCCODECHOCMDTIMER
INTRABSCHOTIMER
INTRACELLFHHOEN
INTRACELLHOEN
INTRACELLHOTIMER
INTRAMBSC
IntRATLoadHOEcNoThr
IntRATLoadHoPeriod
IntRATLoadHORSCPThr
INTSN
INTSNO
INTV
INTV
INVALBSICEN
IP
IP
IP
IP
IP
IP
IPADDR
IPADDR
IPADDR
IPADDR
IPADDR
IPADDR
IPADDR
IPADDR1
IPADDR1
IPADDR2
IPADDR2
IPADDR3
IPADDR4
IPEAAT
IPEADT
IPHC
IPHC
IPINDEX
IPINDEX
IPMUXINDEX
IPPHYTRANSTYPE
IPPHYTRANSTYPE
ISADDEDTMPCONTROL
ISBASICBSC
ISCHAINNCELL
ISCLKREDUCY
ISCLKREDUCYBAK
ISCONFIGEDRING
ISCONFIGTHD
ISEDGESUPPORT
ISFIRSTCLASS
ISGPRSSUPPORT
ISMAINBCCH
IsMainBSC
ISMAINLOCGRP
ISNC2SUPPORT
ISNCMODE
ISQOSPATH
ISSPTBSCAISS
ISSPTDEMUS
ISSUPERBTS
ISSUPPORTBTSLSWITCH
IsSupportTcPool
ISTCBRD
ISTCCENTRAL
ISTMPCTRL
ISTRANCABCON
ITEM
ITEMINDEX
ITEMVALID
ITEMVALUE
ITFT
ITFType
IUO
IUOCHNTRAN
IUOHODURATIME
IUOHOSTATIME
IUOTP
J0ALMSWITCH
J0BYTE_FORMAT
J0RXVALUE
J0TXVALUE
J0TYPE
J1ALMSWITCH
J1BYTE_FORMAT
J1RXVALUE
J1TXVALUE
J1TYPE
J2ALMSWITCH
J2BYTE_FORMAT
J2MODE
J2RXVALUE
J2TXVALUE
JAUTOADD
JBF
JITBUFDELAY
JITBUFSWITCH
K2MODE
KBIAS
KEEPALIVE
LAC
LAC1
LACPMODE
LATIDECI
LATIDEGREE
LATIINT
LATIMINUTE
LATISECONDDECI
LATISECONDINT
LATITUDE
LATITUDESEC
LATPRD
LATSUSTM
LATTH
LATUDK
LATUPK
LAYER
LAYER
LAYHOLOADTH
LBCongestProtect1
LBCongestProtect2
LDRFOUH
LDRFST
LDRSND
LENO
LEVEL
LEVEL
LEVEL
Level
LEVELRPT
LEVHOEN
LEVHOHYST
LEVLAST
LEVSTAT
LGCAPPTYPE
LGCAPPTYPE
LGCAPPTYPE
LGCUSAGETYPE
LGIDX
LHUMTHD
LICALMCTHD
LICALMRTHD
LINKNO
LISTTYPE
LKTATE
LL
LL
LLCN
LNA1
LNA2
LNKNUMMODE
LNKRATE
LNKREDFLAG
LNKSLSMASK
LNKSLSMASK
LoadAccThres
LOADBALANCEALG
LOADBROADCASTPERIOD
LOADCURRENTDIV
LOADHOAD
LoadHoEn
LoadHoEnExt2G
LoadHoEnExt3G
LOADHOPBGTMARGIN
LOADHOPENTIME
LOADHOPENVALUE
LOADHOPERIOD
LOADHOSTEP
LOADHOUSRRATIO
LOADOFFSET
LOADPWROFFEN
LOADRESELALLOW
LOADRESELMAXRXLEV
LOADRESELRXTHRSH
LOADRESELSTARTTHRSH
LOADSHAREALLOW
LOADSTATYPE
LOADTHSW
LocalBSCID
LOCALIP
LOCALIP
LOCALIP
LOCALIP
LOCALNSVLI
LOCALPORTNO
LOCGRPNO
LOCGRPNO
LOCINFOKEY
LOCIP1
LOCIP2
LOCKST
LOCPN
LODCTRL
LODMODE
LOGCTHD
LOGCTHD
LOGPORTFLAG
LOGPORTNO
LOGPORTSN
LOGRTHD
LOGRTHD
LOGSW
LOGTYPE
LOGTYPE
LONGIDECI
LONGIDEGREE
LONGIINT
LONGIMINUTE
LONGISECONDDECI
LONGISECONDINT
LONGITUDE
LONGITUDESEC
LoopLevel
LOOPMODE
LOOPSW
LOOPTYPE
LOOSESDCCHLOADTHRED
LOPDIR
LOPLOC
LOPT
LOPT
LOPTIME
LOSTSUSTM
LOWLEVSUBRESPREEMPTFLG
LOWLEVSUBRESPREEMPTFLG
LOWNOISESWH
LOWRXLEVOLFORBIDSWITCH
LOWTEMPLOADPWROFF
LOWTEMPLOADPWROFF
LPBKMODE
LPN
LPN
LPN
LPNSN
LPNTYPE
LQCMODE
LSDF
LSDV
LSRTRD
LSTCMD
LstFormat
LSTFORMAT
LT
LT
LT
LTCP
LTEMTHD
LTFERLOWTH
LTFERTGT
LTFERUPTH
LTTHADJFA
LVDS252DSPNUM
Lvl1Vswr
Lvl2Vswr
LVSDF
M3UASRVPN
MAC
MACEAAT
MACEADT
MACODINGMOD
MAIDX
MAINBCCHPWDTACTCHEN
MAINBCCHPWRDTEN
MAINBCCHPWRDTETIME
MAINBCCHPWRDTRANGE
MAINBCCHPWRDTSTIME
MAINDEVTAB
MAINDEVTAB
MAINLOCGRPNO
MAINPORTNO
MainVer
MAIO1
MAIO10
MAIO11
MAIO12
MAIO2
MAIO3
MAIO4
MAIO5
MAIO6
MAIO7
MAIO8
MAIO9
MAJORALMUP0
MAJORALMUP1
MAJORALMUP2
MAJORALMUP3
MAJORALMUP4
MAJORALMUP5
MANAME
MANAME
MASK
MASK
MASK
MASK
MASK
MASK
MASK
MASK
MASK
MASTERIPADDR
MASTERIPADDR
MAXADJPCVAL
MAXASSOCRETR
MAXBW
MAXCNTNUM
MaxDlAssRetryTimes
MaxDlEstRetryNum
MAXDROPPWRTHRESHOLD
MAXFQNUM
MAXFQNUM1
MAXFRAMELEN
MAXLOADBTSNUM
MAXMFLEN
MAXMFLEN
MaxMissTimes
MAXNUM
MAXOUTPUTPOWER
MAXPATHRETR
MaxPbLinkChkNum
MAXPDCHNUM
MAXPDCHRATE
MaxPollingRetryTimes
MAXPROMPTDATES
MAXRECHARGECURRENT
MAXRECHARGECURRENT
MAXRESEND
MAXRETRANS1
MAXRETRANS2
MAXRETRANS3
MAXRETRANS4
MAXSFLEN
MAXSFLEN
MAXSTEP0
MAXSTEP1
MAXSTEP2
MAXTA
MAXTADROPCALLFILTER
MAXTADROPCALLSWITCH
MAXTADROPCALLTHRESHOLD
MAXTIME
MAXTSOCP
MAXTTL
MAXVALADJRX
MAXVALIDDATES
MBFDCHKN
MBFDLOCALIP
MBR
MBSIGNLEN
MBTRAFFLEN
MBTSID
MBTSNAME
MCC
MCC1
MCCLASS
MCCLASS
MCELLID
MCELLNAME
MCN
MCPAOPTALG
MCSTANDARD
MDIDX
MDLEVEL
MDName
MDNAME
MEASORDER
MEASPERIOD
MEASURETYPE
MEPID
MEPID
MEPTYPE
MHF
MHF
MINACCRXLEV
MINBW
MINECNOTHRES
MINOFFSET
MinorAlmThdA
MinorAlmThdB
MINORALMUP0
MINORALMUP1
MINORALMUP2
MINORALMUP3
MINORALMUP4
MINORALMUP5
MinorClrThdA
MinorClrThdB
MINPWRLEVDIRTRY
MINRESTIMETCH
MINRSCPTHRES
MINRXINT
MINRXINTERVAL
MINTXINT
MINTXINTERVAL
MIRRORDPN
MIRRORSPN
MIRRORTYPE
MNC
MNC1
MOCACCESSCPURATE
MODE
MODE
MODE
MODE
MODE
MODE
MODE
MODE0
MODE1
MODE2
MODE3
MODE4
MODE5
MONITORPERIOD
MONITORTIME
Month
MOVESPEEDTHRES
MPGRPEAAT
MPGRPEADT
MPGRPN
MPGRPN
MPGRPN
MPMODE
MPN
MPSWITCH
MPTYPE
MPUSLOT
MPUSUBRACK
MRCOMPREG
MRMISSCOUNT
MRMISSNUM
MRPREPROCFREQ
MRRUATTENFACTOR1
MRRUATTENFACTOR2
MRSCOPESWITCH
MRSWITCH
MRU
MS
MSCAPABLESTATSWITCH
MSCCAP
MSCNRILEN
MSCNULLNRI
MSCPOOLALLOW
MSCSTATUE
MSCVER
MSIPFAILINDDELAY
MSISDN
MSISDNPREFIX1
MSISDNPREFIX2
MSISDNPREFIX3
MSISDNPREFIX4
MSISDNPREFIX5
MsisdnPrfxList2StartBscLs1
MsisdnPrfxList2StartBscLs10
MsisdnPrfxList2StartBscLs2
MsisdnPrfxList2StartBscLs3
MsisdnPrfxList2StartBscLs4
MsisdnPrfxList2StartBscLs5
MsisdnPrfxList2StartBscLs6
MsisdnPrfxList2StartBscLs7
MsisdnPrfxList2StartBscLs8
MsisdnPrfxList2StartBscLs9
MsisdnPrfxList2StartBtsLs1
MsisdnPrfxList2StartBtsLs10
MsisdnPrfxList2StartBtsLs2
MsisdnPrfxList2StartBtsLs3
MsisdnPrfxList2StartBtsLs4
MsisdnPrfxList2StartBtsLs5
MsisdnPrfxList2StartBtsLs6
MsisdnPrfxList2StartBtsLs7
MsisdnPrfxList2StartBtsLs8
MsisdnPrfxList2StartBtsLs9
MsisdnSegList2AvoidBscLs1
MsisdnSegList2AvoidBscLs10
MsisdnSegList2AvoidBscLs2
MsisdnSegList2AvoidBscLs3
MsisdnSegList2AvoidBscLs4
MsisdnSegList2AvoidBscLs5
MsisdnSegList2AvoidBscLs6
MsisdnSegList2AvoidBscLs7
MsisdnSegList2AvoidBscLs8
MsisdnSegList2AvoidBscLs9
MsisdnSegList2AvoidBtsLs1
MsisdnSegList2AvoidBtsLs10
MsisdnSegList2AvoidBtsLs2
MsisdnSegList2AvoidBtsLs3
MsisdnSegList2AvoidBtsLs4
MsisdnSegList2AvoidBtsLs5
MsisdnSegList2AvoidBtsLs6
MsisdnSegList2AvoidBtsLs7
MsisdnSegList2AvoidBtsLs8
MsisdnSegList2AvoidBtsLs9
MSLEVSTRQPBGT
MSMAXRETRAN
MSPCMD
MSRDMCSLEV
MSRDPDCHLEV
MSRN
MSRXMIN
MSRXQUALSTATTHRSH
MSTF
MSTSERVACTDELAY
MSTXPWRMAX
MSW
MTCACCESSCPURATE
MTHD
MTP2LNKN
MTRLGY
MTU
MTU
MTU
MTVT
MULTIBANDREP
MUTECHECKCLASS1PERIOD
MUTECHECKCLASS2SWITCH
MUTECHECKPEIROD
MUTEFORBITCALLTMINTVAL
MUTERELCALLEN
MUXTIME
MUXTIME
MUXTYPE
MWTRXNO
MYDISCRIMINATOR
N200
N200ESTAB
N200FFULL
N200FHALF
N200PARASWITCH
N200REL
N200SACCH
N200SDCCH
N3101
N3103
N3105
N391
N392
N393
NACCSPT
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAME
NAMRLFRMTRXALLOWED
NAVGI
NBAMRTFOSWITCH
NBR2GNCELL1ID
NBR2GNCELL1NAME
NBR2GNCELL2ID
NBR2GNCELL2NAME
NBR2GNCELLID
NBR2GNCELLNAME
NBR3GNCELLID
NBR3GNCELLNAME
NBRCELLSWITCH
NBRCI
NBRLAC
NBRMCC
NBRMNC
NBRSPT64
NC2LoadResel
NC2SPT
NCC
NCC
NCCPERMIT
NCCPERMITED
NCELLFILTER
NCELLFLTLEN
NcellInterFLevelThres0
NcellInterFLevelThres1
NcellInterFLevelThres2
NcellInterFLevelThres3
NcellInterFLevelThres4
NcellInterFLevelThres5
NcellInterFLevelThres6
NcellInterFLevelThres7
NCHOCBLOCKNUM
NCHSTARTBLOCK
NCO
NEIGHBOR
NETMASK
NEWURGHOMININTV
NEXTHOP
NEXTHOP
NEXTHOP
NEXTHOP
NI
NM
NMO
NMSACN
NMSAPN
NMSASN
NMSASRN
NO1M48ALMTHDDOWN
NO1M48ALMTHDUP
NO2M48ALMTHDDOWN
NO2M48ALMTHDUP
NO3M48ALMTHDDOWN
NO3M48ALMTHDUP
NO4M48ALMTHDDOWN
NO4M48ALMTHDUP
NO5M48ALMTHDDOWN
NO5M48ALMTHDUP
NO6M48ALMTHDDOWN
NO6M48ALMTHDUP
NOAMRFULLTOHALFHOALLOW
NOAMRFULLTOHALFHOATCBADJSTEP
NOAMRFULLTOHALFHOATCBTHRESH
NOAMRFULLTOHALFHOPATHADJSTEP
NOAMRFULLTOHALFHOPATHTHRESH
NOAMRFULLTOHALFHOQUALTHRESH
NOAMRFULLTOHALFTHRESH
NOAMRHALFTOFULLHOATCBTHRESH
NOAMRHALFTOFULLHOPATHTHRESH
NOAMRHALFTOFULLHOQUALALLOW
NOAMRHALFTOFULLHOQUALTHRESH
NOAMRHALFTOFULLTHRESH
NODET
NODLMRHOALLOWLIMIT
NODLMRHOEN
NODLMRHOQUALLIMIT
NOMINALCAPACITY
NONAMRCALLPCALLOWED
NONDRXPERIOD
NormalCurDurA
NormalCurDurB
NORMALRESELALLOW
NORTHD
NOTMSIALLCELLPAGINGLIMITFLAG
NOTRASP
NOVGCSTIME
NQUERIES
NRBSDCCHFFLEN
NRBTCHFFLEN
NRI
NRI
NRofFDDCellFlag
NSEI
NSEI
NSIGSTRFLTLEN
NSLATI
NSVCI
NSVCIDX
NTDI
NTDO
NY2
OAMFLOWBW
OAMFLOWBW
OAMFLOWBW
OAMFLOWBW
OAMFLOWBW
OAMFLOWDSCP
OAMMINBWKEY
OBJECTTYPE
OBJECTTYPE
OBJIDX
OBJIDX
OBJTP
OBJTP
OBJTYPE
OccupyStreamingSwitch
OLTOULHOALLOW
OMLBKUP
OMLDETECTSWITCH
OmlDetectTime
OMLDSCP
OMLESLDL
OMLESLUL
OMLPRI
OMLSP
OMLVLANID
OMLWS
OMUIP
OMUMASK
OP
OPC
OPC
OPCIDX
OperatorType
OPINDEX
OPINDEXSET
OPMODE
OPMODE
OPMODE
OPMODE
OPMODE
OPNAME
OPTILAYER
OPTILEVTHRES
OPTITATHRES
OPTL
OPTM
OPTP
OPTYPE
OPX
ORIPORT
OT
OTHERFREQ
OTHMODNUM
OTOURECEIVETH
OUTASSOPTEN
OUTBSCHOCLEARTIMER
OUTBSCHOCMDTIMER
OutBscLoadHoEn
OUTGENOVERLDTHRED
OUTHOPWROVERLOADTHRESHOLD
OUTINNREXLEVTHRED
OUTLOADHOENABLE
OUTLOADHOMODPERI
OUTLOADHOPERIOD
OUTLOADHOSTEP
OUTLOWLOADTHRED
OUTMASK
OUTPN
OUTPORTNO
OUTPORTTS
OUTPUT0
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUTPOWER
OUTPUTPOWER1
OUTPUTPOWERUNIT
OUTSERIOVERLDTHRED
OUTSERVICEALM
OUTSN
OUTSN
OUTSRN
OutSysLoadHoEn
OUTSYSSERVHOREASSIGNEN
OUTSYSSERVICEHOEN
OUTTIMER
OUTTSN
OverCurAlmThdA
OverCurAlmThdB
OverCurAlmThdRET
OverCurClrThdA
OverCurClrThdB
OverCurClrThdRET
OverCurDurA
OverCurDurB
OVERLOADINTV
OVERTHD
P11
P12
P13
P14
PaAdjVol
PACKASSDLSHIFT
PAGINGAVGCAPACITYINPERIOD
PAGINGLIFETIME
PAGINGMAXCAPACITYINPERIOD
PAGTIMES
PANDEC
PANINC
PANMAX
PAOPTILEVEL
PatchNo
PatchNo1
PATHCHK
PATHID
PATHID
PATHLOSS
PATHLOSSHOEN
PATHT
PATTYPE
PB
PBGTHOEN
PBGTLAST
PBGTMARGIN
PBGTSTAT
PbMtnMsgReSend
PCADJPERIOD
PCMEASCHAN
PCU
PCUINDEX
PCUNO
PCUNO
PCUPREEMPTFLAG
PDCHDWNLEV
PDCHPWRSAVEN
PDCHREFORMING
PDCHUPLEV
PDTMRVALUE
PeerBSCID
PEERBSCID
PEERBSCIP
PEERBSCMASK
PEERBTSID
PEERIP
PEERIP
PEERIP
PEERIP
PEERIP
PEERIP1
PEERIP2
PEERIPADDR
PEERMASK
PEERPN
PEERVERSION
PENALTYEN
PENALTYLASTTM
PENALTYRXLEV
PENALTYTIMER
PERIOD
PERIOD
PFC
PFC
PFC
PFCSUP
PGCLASSIFINGALLOWED
PGMAXMSGNUMINPERIOD
PGMAXPSMSGNUMINPERIOD
PGSTATPERIOD
PHB
PHB
PI
PKPEnableSta
PKTCOUNT
PKTLEN
PKTLEN
PKTLENTHRES
PKTSI
PKTSIZE
PKTSIZE
PL1
PL16QAM
PL2
PL3
PL32QAM
PL4
PL8PSK
PLPRD
PLTH
PLYPOINT
PLYSWITCH
PLYTIME
PMCTHD
PMCTHD
PMI
PMNUM
PMOAFLAG
PMRTHD
PMRTHD
PMSW
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
PN
POCDELAY
POCGBRMAX
POCGBRMIN
PocSup
PODECTHRES
POERRTHRES
POINTDESINFO
POINTNAME
Port
PORT
PORT
PORTNO
PORTNUM
PORTPROTYPE
PortSwitch
PORTTYPE
PORTTYPE
POS2QUATER
POT
POWER
POWER_RELAY1
POWER_RELAY2
POWER_RELAY3
POWER_RELAY4
POWER_RELAY5
POWER_RELAY6
POWERCURRENTDIV
POWERREDUCE16QAM
POWERREDUCE32QAM
POWERTYPE
POWERTYPE
POWL
POWT
PPPEAAT
PPPEADT
PPPLNKN
PPPLNKN
PPPLNKN
PPPLNKN
PPPMUX
PQNUM
PREEMFORHONOTREL
PREEMFORHOPDCH
PREEMPTIONPERMIT
PREMRSAMPLE
PRI
PRIACCTHR
PRIFCEN
PRIMMESPPT
PRINTCTHD
PRINTCTHD
PRINTRTHD
PRINTRTHD
PRINTSW
PRIOR
PRIOR
PRIORABISLOADTHRED
PRIORCLASS
PRIORITY
PRIORITY
PRIORITY
PRIVATEPROBEFST
PRIVATEPROBENUM
PRIVATEPROBESND
PrivKey
PROBESEQ
PROT
PROT
PROTECTDELAYTIME
PROTECTTIME
ProtectTimeTrxPowerOn
PS
PS
PS
PSCHRABIS
PSCHRGB
PSCHRINNINFO
PSCHRINNMSG
PSCHRUM
PSDATADL
PSDATAUL
PSHOSUP
PSHPRIDATAPATH
PSHPRIDATAPRI
PSHPSP
PSI1RPT
PSISTATUSIND
PSLPRIDATAPATH
PSLPRIDATAPRI
PSLPSVP
PSOTOURECEIVETHRSH
PSOUTMODE
PSRACHACCLEV
PSRACJACCLEV
PSRCDSW
PSRESREQMSGNUMINPERIOD
PSRESREQSTATPERIOD
PSU0
PSU1
PSU2
PSU2
PSU3
PSU4
PSU5
PSU6
PSU7
PSUTOORECEIVETHRSH
PSUTURNINGOFFENABLE
PSW
PT
PT
PT
PT
PT
PTCODE
PTRXT
PTTXT
PTTYPE
PTUID
PTYPE
PTYPE
PubCert
PV
PV
PVCUSERATETIMER
PWD
PWD
PWD
PwdMinLen
PWL
PWRALMSSW1
PWRALMSSW2
PWRBCDALLOWD
PWRCTRLOPTIMIZEDEN
PWRCTRLSW
PWRDIV
PWRDIVIND
PWRLOCATION
PWRMODE
PWROFFPROTECTSTARTTIME
PWRPRIORALLOW
PWRSPNR
PwrSwitchA
PwrSwitchB
PwrSwitchRET
Q0MINDSCP
Q1MINDSCP
Q2MINDSCP
Q3MINDSCP
Q4MINDSCP
QCI
QCKMVHOEN
QCKSTATCNT
QCKTIMETH
QCKTRUECNT
QI
QLENSD
QLENSI
QOSOPT
QP
QSEARCHC
QTRUCHANMANGSWITCH
QTRUDNPWRLASTTIME
QTRUDNPWRSTATTIME
QTRUPWRSHARE
QUALOFFTIMES
QUALONTIMES
QUALSTEP
QUERYCMAFTERINBSCHO
QUICKHOEN
R0AuxDev
R0BatAllow
R0BatCap
R0BatCoeff
R0BatType
R1AuxDev
R1BatAllow
R1BatCap
R1BatCoeff
R1BatType
R2AuxDev
R2BatAllow
R2BatCap
R2BatCoeff
R2BatType
RA
RA
RA
RA
RA
RA1
RACHACCLEV
RACHBUSYTHRED
RACHLDAVERSLOT
RACJACCLEV
RACOLOR
RANDACCESSRETRY
RANERRTHRED
RARESELECTHYST
RATE
RATECTRLSW
RATSCCHENABLED
RAWMRSAMPLE
RBPTYPE
RCDT
RCN
RCN1
RCN2
RCVMD
RDC
REASSEN
REASSFREQBAND
RECEIVEQUALTHRSHAMRFR
RECEIVEQUALTHRSHAMRHR
RECLEVHYST
RECLEVTHRES
RECLEVUOHOALLOW
RecordDiscardedPagingInfoFlag
RECOVERTHD
RECQUALTH
RECQUALUOHOALLOW
RED
ReduceTransBwInt
ReduceTransBwNum
REF2MCLK2SRC
REF2MCLK2SRCBAK
REF2MCLKSRC
REF2MCLKSRCBAK
REF2MCLKSW1
REF2MCLKSW2
REFUSELOCALCLK
REGION
REHOSTABSTIME
REHOSTDELAYTIME
REHOSTTYPE
REINITTBL
RELATEDCN
RELATEDFCUENABLED
RELATEDMODFUNC
RELATEDSN
RELATEDSRN
RELATEDTRACK
REMARK
REMARK
REMOTENSVLI
REP
REPEATDLFASET
REPEATDLFATHRED
REPEATSASET
RESALMID
ResCheckAllowed
RESELHYST
RESELINTERVAL
RESELWATCHPERIOD
RESELWORSENLEVTHRSH
ReservedDynPdchPreTranNum
ReservedIdleCh
ResetAlmDelaySwitch
ResetAlmDelayTime
RESETINTERVAL
RESETRETRY
RESETTIME
RESETTIMER
RESID
RespReqSel
REST
RESTARTTMR
RESTARTTMR
RESTYPE
RESUMETIMER
REVCHANNUM
RFMAXPWRDEC
RFRESINDPRD
RFT
RFUCFGBYSLOT
RGPSINDICATION
RIMSUP
RLCN
RLT
RMTTCATERTRANSMODE
RNCID
RNCINDEX
RNCINDEX
RNCNAME
RootCert
ROUTENO
ROUTEPORTNO
RPTDLVQIALLOWED
RPTPERIODI
RPTPERIODT
RPTTHD
RPTVOICE
RQSIGNLEN
RQTRAFFLEN
RSCGRPN
RSCMNGMODE
RSCMNGMODE
RSCPENALTYTIMER
RSCPOFF
RSCPTHRES
RSDSRC
RSFSRC
RSLCTOFFER
RSLDL
RSLDSCP
RSLPRI
RSLUL
RSLVLANID
RSLWS
RSNDES
RSSThres
RSTDESFILE
RSTF
RSTFUN
RSTIME
RSVCHMFORECNUM
RSVDPARA1
RSVDPARA10
RSVDPARA2
RSVDPARA3
RSVDPARA4
RSVDPARA5
RSVDPARA6
RSVDPARA7
RSVDPARA8
RSVDPARA9
RsvIdleChanNum
RT
RTCONTEXT
RTCPBWRATIO
RTCPSWITCH
RTDEST
RTDESTMASK
RTIDX
RTOALPHA
RTOBETA
RTOINIT
RTOMAX
RTOMIN
RTPSWITCH
RTTIPDCHMULTIPLEXTHRESH
RTTYPE
RUS
RUSPRD
RVer
RXBW
RxBw
RXLEVACCMIN
RXLEVOFF
RXMIN
RXQCKFALLHOEN
RXQUAL1
RXQUAL10
RXQUAL11
RXQUAL12
RXQUAL2
RXQUAL3
RXQUAL4
RXQUAL5
RXQUAL6
RXQUAL7
RXQUAL8
RXQUAL9
RXUCHAINNO
RXUCHAINNO
RXUCHAINNO
RXUIDTYPE
RXUIDTYPE
RXUNAME
RXUNAME
RXUNAME
RXUPOS
RXUPOS
RXUPOS
RXUTYPE
S1SWITCH
S1VALUE
SAADIS
SAAF
SaGsmrMsc
SAICALLOWED
SAICTHREDAPDTVALUE
SAICTHREDAPDTVALUE
SALOG
SAMECVGCELLID
SAMECVGCELLIDTYPE
SAMECVGCELLLOADSTATTM
SAMECVGCELLLOADTHRD
SAMECVGCELLNAME
SAMULFRM
SAS
SASE
SASV
SAVEENABLED
SBAF
SBTSID
SBTSNAME
SCALEORDER
SCDSCP
SCELLFILTER
SCELLID
SCELLNAME
SCHEME
SCHNNO
SCMD
SCOPETYPE
SCPIDX
SCRAMBLE
SCSN
SCTPLNKN
SD
SD
SD
SD
SDALMTHD
SDATE
SDAY
SDCCHNUM
SDCCHWaitMREn
SDCCHWaitMRTimeLen
SDDROPSTATDLLEV
SDDROPSTATDLQUAL
SDDROPSTATULLEV
SDDROPSTATULQUAL
SDDYN
SDENABLE
SDFASTHOSWITCH
SDFLAG
SDHOMININTV
SDMRCUTNUM
SDPUNTIME
SDPUNVAL
SDSCP
SDSFPRI
SDT
SDTMWDALMDIS
SDTMWDALMOC
SDV
SEARCH3G
SELFVERSION
Send2QuterFlag
SendBssInvokeTrace
SENDCMAFTERINBSCHO
SendConfusionToMSC
SENDDOWNLINKMESSAGE
SENDFACCHNOTPRI
SENDFACCHPAGPRI
SENDSAMBE
SENDSI2TERFLAG
SENDSI5TERFLAG
SendUtranECSCFlag
SEPARATEPOS
SEPERATEMODE
SERCMDPORT
SERDATAPORT
SERIALNO
ServerIP
ServiceMode
SERVICEMODE
SERVICEMODE
ServiceName
SERVICETYPE
SETDIESELENGINEENABLED
SETENVPARAENABLED
SETENVPARAENABLED
SETHUMPARAENABLED
SFPPORTNO
SGSNCAP
SGSNNAME
SGSNNRILEN
SGSNNULLNRI
SGSNPOOLALLOW
SGSNR
SGSNSTATUS
SHAREINCPURATE
SHARESN
SHARINGALLOW
SHLDFLG
SHUTDOWNTRXSTARTTIME
SI2TerSwitch
SIGCHANHOEN
SIGLAST
SIGLKSX
SIGLKSX
SIGLNKID
SIGLW
SIGLW
SIGNALSP
SIGOBS
SIGQUAFLTLEN
SIGSLC
SIGSTRFLTLEN
SilenceTicksOfResReq
SinglePassExcludeMsisdn1
SinglePassExcludeMsisdn10
SinglePassExcludeMsisdn11
SinglePassExcludeMsisdn12
SinglePassExcludeMsisdn13
SinglePassExcludeMsisdn14
SinglePassExcludeMsisdn15
SinglePassExcludeMsisdn16
SinglePassExcludeMsisdn17
SinglePassExcludeMsisdn18
SinglePassExcludeMsisdn19
SinglePassExcludeMsisdn2
SinglePassExcludeMsisdn20
SinglePassExcludeMsisdn3
SinglePassExcludeMsisdn4
SinglePassExcludeMsisdn5
SinglePassExcludeMsisdn6
SinglePassExcludeMsisdn7
SinglePassExcludeMsisdn8
SinglePassExcludeMsisdn9
SIPADDR
SIPADDR
SITES
SITESYNCZONE
SLAVEIPADDR
SLAVELOCGRPNO
SLPTYPE
SLSMASK
SLVSERVACTDELAY
SM
SMLCIDX
SMLCMode
SMOKE_MASK
SMONTH
SMWINDOW
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SN
SNDMD
SndRcvMode
SndRcvMode1
SndRcvMode2
SndRcvMode3
SndRcvMode4
SP
SPC
SPCBITS
SPCDNF
SPCIC
SPDF
SPECACC
SPECIALSWITCH
SPECIALSWITCHERLEVEL
SpeechAlmPeriod
SpeechVerInAssCmp
SpeechVerinHoPerform
SpeechVerInHoReqAck
SpeechVerInHoRqd
SPEECHVERMODE1
SPEECHVERMODE2
SPEECHVERSION
SPEED
SPEEDPUNISH
SPEEDPUNISHT
SPGCCCCHSUP
SpprtCB
SPTCOMMMEAS
SPTINFOEXCHG
SPTINTERRATINBSCPSHO
SPTINTERRATOUTBSCPSHO
SPTNACCResGuarantee
SptPaging
SptPbLapdCheck
SptPbResCheck
SptPbSglPassCheck
SptPCICCheck
SptRanSharing
SPTREDUCELATENCY
SPTSHARING
SPTSTATEFWL
SPX
SRANMODE
SRANMODE
SRANMODE
SRC2GNCELLID
SRC2GNCELLNAME
SRC3GNCELLID
SRC3GNCELLNAME
SRCCI
SRCF
SRCGRD
SRCGRD
SRCHOCTRLSWITCH
SRCIP
SRCLAC
SRCMCC
SRCMEPID
SRCMNC
SRCPORTNO
SRCT
SRCTSMASK
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN
SRN1
SRN2
SRName
SRNO
SRT
SRTORD
SRVLW
SRVLW
SRVPRIPOLICY
SRVTYPE
SSBQPUNISH
SSCPUAVEUSAGEALMTHD
SSCPUMAXUSAGEALMTHD
SSDSPAVEUSAGEALMTHD
SSDSPMAXUSAGEALMTHD
SSLENSD
SSLENSI
SSN
SSN
SSSN
SSTAPUNISH
ST
ST
ST
ST
ST
ST
ST
STARTAID
STARTCBSHORTMSGFLOWCTRL
STARTCHREQARRIVALCTRL
STARTCIC
STARTCIC
StartDayDSTPA
STARTHEATTEMP
StartMonthDSTPA
STARTPGARRIVALCTRL
STARTPSRESREQARRIVALCTRL
STARTSUBTS
STARTTIME
StartTimeTACloseTrxPA
STARTTS
STARTTS
STARTTS
STC
STC
STCIC
STCN
STD
STEP
STFLG
STIME
STIRCALLOWED
STOPSI5SWITCH
STOPTIME
STP
STPN
STRTM
STSN
STSRN
STSUBTS
STT
STTS
STTYPE
SUBBSCTID
SUBBSCTID
SUBCMD
SUBFRAMELEN
SUBFRAMETHRES
SUBID
SUBNET
SUBRESPREEMPTFLG
SUBRESPREEMPTFLG
SUBTS
SubVer
SupportApplyUsedCic
SUPPORTBAKCLK2SRC
SUPPORTBAKCLKSRC
SUPPORTCELLBROADCAST
SUPPORTDL5TS
SUPPORTDTM
SUPPORTEDA
SUPPORTENDTM
SupportIpSpanBtsLSwitch
SupportTFOCodecOptimize
SupptCellList
SVALUE
SVRIP
SVRPORT
SW
SW
SW
SW
SW
SWEEK
Switch
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH3AH
SWITCHBACKFLAG
SWITCHBACKHBNUM
SwitchParameter1
SwitchParameter10
SwitchParameter2
SwitchParameter3
SwitchParameter4
SwitchParameter5
SwitchParameter6
SwitchParameter7
SwitchParameter8
SwitchParameter9
SWITCHPORTNO
SWOP
SWSEQ
SYMOFFSET
SYNCCASE
SYNCMETHOD
SYNMODE
SYNTIMEDAY
SYNTIMEHOUR
SYNTIMEMIN
SYSCONTACT
SYSDESC
SYSFLOWLEV
SYSLOCATION
SysMsg10Allowed
SYSOBJECTID
SYSSERVICES
T1
T1
T10TMR
T12TMR
T13TMR
T14TMR
T17TMR
T1TMR
T2
T2
T200
T200FACCHF
T200FACCHH
T200SACCH3
T200SACCHS
T200SACCT0
T200SDCCH
T200SDCCH3
T203
T22TMR
T23TMR
T2TMR
T3
T3
T3105
T3115
T3168
T3192
T3212
T391
T3TMR
T4
T4TMR
T5
T5TMR
T6
T8
T8TMR
TAFLTLEN
TAFORUOHOALLOW
TAHOEN
TAHYST
TALASTTIME
TALIMIT
TALKERINFINT
TASIGSTRFLTLEN
TASKIDX
TASTATTIME
TATHRES
TAVGT
TAVGW
TB
TB
TBS
TBS
TC
TC
TCC
TCCRCAllowed
TCHAJFLAG
TCHBUSYTHRES
TCHDROPSTATDLFER
TCHDROPSTATDLLEV
TCHDROPSTATDLQUAL
TCHDROPSTATULFER
TCHDROPSTATULLEV
TCHDROPSTATULQUAL
TCHHOMININTV
TCHMRCUTNUM
TCHRATEMODIFY
TCHTIMEHOPERIOD
TCHTIMEHOSWITCH
TCHTRIBUSYUNDERLAYTHR
TCHTRICBUSYOVERLAYTHR
TCLEN
TCMODE
TCMUTEDETECTFLAG
TCN
TCPN
TCPOOLID
TCSN
TCSRN
TCTYPE
TDDBA1TAG
TDDBA2TAG
TDDCELLOFF
TDDCELLRESELDIV
TDDCELLTHRED
TDDDIVERSITY
TDDDLUARFAN
TDDMIOPTIMIZEDALLOWED
TDDMIPROHIBIT
TDDRSCPQUALTHRSH
TDDSCRAMBLE
TDDSCRAMBLE
TDDSIOPTIMIZEDALLOWED
TDDSYNCCASE
TDMCONGCLRTH
TDMCONGTH
TDMN1
TDMN2
TEI
TEMP_MASK
TEMP_THD_HIGH
TEMP_THD_LOW
TEMPALARMTHRESHOLDH
TEMPALARMTHRESHOLDH
TEMPALARMTHRESHOLDL
TEMPALARMTHRESHOLDL
TEMPCOMPENSATECOEF
TEMPLATEDESC
TEMPLATEID
TEMPLATEID
TEMPLATENAME
TEMPOFHIGHTEMPLOADPWROFF
TEMPOFLOWTEMPLOADPWROFF
TEMPOFLOWTEMPLOADPWROFF
TER2INDICATOR
TESTTIMER
TEXT
TFOOptSwitch
TFREQ
TFRMSTARTTIME
TG
TGWID
TGWIPOAMIP
TGWIPOAMMASK
TGWPEERSN
TGWPEERSRN
TH
THDOFF
THDON
THP1ARP1PRIWEIGHT
THP1ARP2PRIWEIGHT
THP1ARP3PRIWEIGHT
THP2ARP1PRIWEIGHT
THP2ARP2PRIWEIGHT
THP2ARP3PRIWEIGHT
THP3ARP1PRIWEIGHT
THP3ARP2PRIWEIGHT
THP3ARP3PRIWEIGHT
THTYPE
TI_WAIT_SGSN_PRIVATE_MESSAGE
TIGHTBCCHASSMAINBCCHLEV
TIGHTBCCHASSMAINBCCHQUAL
TIGHTBCCHHOLASTTIME
TIGHTBCCHHOLOADTHRES
TIGHTBCCHHOSTATTIME
TIGHTBCCHRXQUALTHRES
TIGHTBCCHSWITCH
TIGHTSDCCHRXLEVTHRED
TIIMSIPAGING
TIME
TIME
TIME
TIMEAMRFHPUNISH
TIMEBQPUNISH
TIMEOTOUFAILPUN
TIMEOUT
TIMEOUT
Timeout
TIMEOUT
TIMEOUT
TIMEPUNISH
TIMES
TIMESLOTVOLADJALLOW
TIMETAPUNISH
TIMEUTOOFAILPUN
TIQUEUINGTIMER
TIWAITMSCMSG
TL
TLLI
TLT
TLTHD
TLTHD
TM
TM1
TM2
TM3
TM4
TM5
TMI
TMIGLD
TMLEN
TMODE
TMRBADQUALDISCSTAT
TMRISTHRD
TMSI
TMSTLTHRD
TMT1TMR
TMT2TMR
TNAME
TNMODE
TNMODE
TO
TO
TOPBOARDCN
TOPBOARDSLOTNO
TOPBOARDSRN
TP
TPN
TQHO
TRACECTHD
TRACECTHD
TRACERTHD
TRACERTHD
TRACESW
TrafficClassDlCoefficient
TrafficClassUlCoefficient
TRAMODE
TransMode
TRANSSN
TRANST
TRANST
TRANST
TRANSTYPE
TRANSTYPE
TRANSTYPE0
TRANSTYPE1
TRANSTYPE2
TRANSTYPE3
TRCRNGLMT
TRESEL
TRIGTHRES
TRKLNKPN
TRKLNKSN
TRKN
TRMI
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMLOADTHINDEX
TRMMAPSW
TRUNKN
TRUNKN
TRUNKN
TRXAIDSWITCH
TRXDURATS
TRXHOPINDEX
TRXID
TRXID
TRXID1
TRXID10
TRXID11
TRXID12
TRXID13
TRXID14
TRXID15
TRXID16
TRXID17
TRXID18
TRXID19
TRXID2
TRXID20
TRXID21
TRXID22
TRXID23
TRXID24
TRXID3
TRXID4
TRXID5
TRXID6
TRXID7
TRXID8
TRXID9
TRXIDLST
TRXIDLST
TRXMAIO
TRXNO
TrxNum
TRXPN
TRXPN
TRXPRIALLOW
TRXTP
TS
TS
TS
TS
TS
TSBITMAP
TSBITMAP
TSBITMAP
TSC
TSCOUNT
TSCPLANEN
TSCROSSX
TSDURAT
TSIDX
TSKN
TSMASK
TSMASK
TSN
TSNO
TSPRIORITY
TSPWRRESERVE
TSRAPIDADJPERIOD
TSRAPIDADJSWITCH
TSRATE
TSRN
TSTMODE
TSTTIMESLOT
TSTTYPE
TSTTYPE
TsTurningOffEnable
TT
TTL
TTL
TURNOFFCELLCHANNUM
TURNOFFCELLSTPTIME
TURNOFFCELLSTRTIME
TURNOFFENABLE
TURNONCELLLOADTHRD
TUTHD
TUTHD
TWFCMCHIDLE
TWFCMTRXIDLE
TWFCSCHIDLE
TWFRRMRSP
TWFSEEKMS
TWFSYNCACK
TWFSYNCRPT
TX
TXAOPER1
TXAOPER2
TXAOPER3
TXAOPER4
TXBOPER1
TXBOPER2
TXBOPER3
TXBOPER4
TXBW
TxBw
TXINT
TXINT
TYPE
TYPE
TYPE
TYPE
TYPE
TYPE
TYPE
U0GEN
U0TOW
U0TRX
U0TRXBPN
U0TRXSN
U0TRXSRN
U1GEN
U1TOW
U1TRX
U1TRXBPN
U1TRXSN
U1TRXSRN
ucCSPrefCallReestPrio
ucCSPrefCSEmergCallPrio
ucCSPrefCSOrgCallPrio
ucCSPrefCSTermCallPrio
ucCSPrefInBscHoPrio
ucCSPrefIntraBscHoPrio
ucCSPrefOtherPrio
ucCSPrefPSPrio
ucCSPrefSupplePrio
ucCSPrefVBSPrio
ucCSPrefVGCSPrio
ucCtrlOfCicIE
UCISRAIFAULT
ucPSPrefCallReestPrio
ucPSPrefCSEmergCallPrio
ucPSPrefCSOrgCallPrio
ucPSPrefCSTermCallPrio
ucPSPrefInBscHoPrio
ucPSPrefIntraBscHoPrio
ucPSPrefOtherPrio
ucPSPrefPSPrio
ucPSPrefSupplePrio
ucPSPrefVBSPrio
ucPSPrefVGCSPrio
ucSpeechVerOptiInHo
UDPMUXMODRECV
UDPMUXMODSEND
UDPPN
UDPPN
UG
UHUMTHD
UIC
UINTTIME
UL
UL
ULADJPRD
ULAFSREXQUALHIGHTHRED
ULAFSREXQUALLOWTHRED
ULAHSREXQUALHIGHTHRED
ULAHSREXQUALLOWTHRED
ULBQLASTTIME
ULBQSTATTIME
ULCOEFFICIENTTSRAPIDADJ
ULDATAFWDTMR
ulDlAckFreq
ULEDGETHRES
ulEgprsDlAckFreq
ulEgprsUlAckFreq
ULFILTADJFACTOR
ULFSREXQUALHIGHTHRED
ULFSREXQUALLOWTHRED
ULHSREXQUALHIGHTHRED
ULHSREXQUALLOWTHRED
ULHYSTF1
ULHYSTF2
ULHYSTF3
ULHYSTH1
ULHYSTH2
ULHYSTH3
ULHYSTWB1
ULHYSTWB2
UlLdrThrd2GCell
ULLEVFILTLEN
ULMAXDOWNSTEP
ULMAXUPSTEP
UlOlcThrd2GCell
ULPREDLEND
ULQHIGHTHRED
ULQLOWTHRED
ULQUAFILTLEN
ULQUALBADTRIG
ULQUALBADUPLEV
ULQUALIMIT
ULQUALIMITAMRFR
ULQUALIMITAMRHR
ULREXLEVADJFCTR
ULREXLEVEXPFLTLEN
ULREXLEVHIGHTHRED
ULREXLEVLOWTHRED
ULREXLEVSLDWINDOW
ULREXQUALADJFCTR
ULREXQUALEXPFLTLEN
ULREXQUALSLDWINDOW
ULRXLEVPROTECTFACTOR
ULRXQUALPROTECTFACTOR
ULSSHIGHTHRED
ULSSLOWTHRED
ULTHF1
ULTHF2
ULTHF3
ULTHH1
ULTHH2
ULTHH3
ULTHWB1
ULTHWB2
ULTOOLHOALLOW
ulUlAckFreq
UMCROSSTALKOPTALLOWED
UMPENALTYTIMER
UmVer
UNBA
UNBLOCKRETRY
UnderCurAlmThdA
UnderCurAlmThdB
UnderCurAlmThdRET
UnderCurClrThdA
UnderCurClrThdB
UnderCurClrThdRET
UPBTSID
UPBTSID
UPBTSIDTYPE
UPBTSIDTYPE
UPBTSNAME
UPBTSNAME
UPDATE
UPDEFAULTCS
UPDEFAULTMCS
UPDYNCHNTRANLEV
UPE2ADEFAULTMCS
UPE2AFIXMCS
UPEXTTBFINACTDELAY
UPFIXCS
UPFIXMCS
UPINTERFQUALLIMIT
UPINTERLEVLIMIT
UPLNKMAXLENGTH
UPOMLWS
UPPCEN
UPPERGRPID
UPPERLP
UPRXLEVLASTTIME
UPRXLEVSMOOTHPARA
UPRXLEVSTATICTIME
UPSENDSMDIS
UPTBFRELDELAY
UPTHDCSDEGRADE1
UPTHDCSDEGRADE2
UPTHDCSDEGRADE3
UPTHDCSUPGRADE1
UPTHDCSUPGRADE2
UPTHDCSUPGRADE3
URGENTRESELALLOW
USERIDTYPE
USFGRAN4BLK
USR
USR
USTBGNTIME
USTENDTIME
UTEMTHD
UTOOFAILMAXTIME
UTOOHOPENTIME
UTOORECTH
UTOOTRAFHOALLOW
UTRAFHOPERIOD
UTRAFHOSTEP
UTRANCELLTYPE
VENDORCODE
VGCSMAXNUM
VGCSPREEMPT
VGCSRSRVNUM
VIPACCESSCPURATE
VIPCELL
VIPPRIORITY
VIPSHAREINCPURATE
VLANFlAG
VLANFLAG
VLANFLAG1
VLANFlAG2
VLANID
VLANID
VLANID
VLANID
VLANID1
VLANID2
VLANPRI
VLANPRI
VLANSWITCH
VOICEVER
VOL24_MASK
VOL24_THD_HIGH
VOL24_THD_LOW
VOL48_MASK
VOL48_THD_HIGH
VOL48_THD_LOW
VSWRENABLED
VSWRERRTHRES
VSWRFILETERCOUNTER
VSWRTHRES1
VSWRTHRES2
VSWRUNJUSTTHRES
VVer
WAITFORRELIND
WAITFORRELINDAMRFR
WAITFORRELINDAMRHR
WaitMSLocationResponse
WAITRESVCHANREFRESHTIMER
WAITSDCCHIDLETIMER
WaitSMLCLocationResponse
WARMSET
WATER_MASK
WEEK
WELONGI
WETSET
WHETHERAFFECTSWAP
WINADJSWITCH
WK
WKMODE
WLAETIME
WLAFLAG
WLARP
WLASTIME
WLNKALMFLAG
WORKAREA
WORKINGSTANDARD
WORKMODE
WORKMODE
WORKMODE
WS
WTBS
WTBS
WTRT
ZONET
Parameter Name
NE
Downlink Quality Threshold in Assigning Better Cell
BSC6900
Uplink Quality Threshold in Assigning Better Cell
BSC6900
Maximum Better Cell Assigning Duration
BSC6900
Abis ByPass Mode
BSC6900
SDCCH Congestion Flow Control Allowed
BSC6900
Abis Flow Control Timer 1
BSC6900
Abis Flow Control Timer 2
BSC6900
Abis Idle TS Allocate Strategy
BSC6900
Abis Idle TS Configure Switch
BSC6900
Abis Jam Rate for BTS Local Switch
BSC6900
TCHH Function Switch
BSC6900
Timer of Releasing Abis Timeslot
BSC6900
Abis Interface Tag
BSC6900
Duration of BTS Collecting AB[100 Millisecond]
BSC6900
Abnormal Voice MOS Threshold
BSC6900
Access Burst Type
BSC6900
Access Control Class
BSC6900
Access Control Allowed
BSC6900
Access Control Policy
BSC6900
Incoming-to-BSC HO Optimum Layer
BSC6900
Access Control Policy Index
BSC6900
PS Initial Access Service Type
BSC6900
Starting Point of the Access Control Window
BSC6900
Access Control Window Size
BSC6900
Sliding Speed of the Access Control Window
BSC6900
Address and control field compress
BSC6900
Support Address and Control Field Compress
BSC6900
A Interface Paging Co-ordination Switch
BSC6900
Additional Reselect Parameter Indication
BSC6900
AMR ACS[F]
BSC6900
AMR ACS[H]
BSC6900
AMR ACS[WB]
BSC6900
Activate L2 Re-establishment
BSC6900
Valid Time of BTS Resource Activation
BSC6900
AC Voltage Lower Threshold
BSC6900
AC Overvoltage Alarm Threshold
BSC6900
AC Undervoltage Alarm Threshold
BSC6900
AC Voltage Upper Threshold
BSC6900
Assignment Procedure in Intra-Cell HO Allowed
BSC6900
Communication Address
BSC6900
Sub-Link Bandwidth Request Interval When Not Congested
BSC6900
Bandwidth for Secondary Link When Not Congested
BSC6900
External Alarm Customer Definition Switch
BSC6900
Adjacent BSC DPC
BSC6900
Adjustment Mode
BSC6900
Support EGPRS Uplink MCS Dynamic Adjust
BSC6900
Auto Download Active Function Switch
BSC6900
Auto Download Mode
BSC6900
Administrative State
BSC6900
Administrative State
BSC6900
Administrative State
BSC6900
Offset Time Adjustment End Time
BSC6900
Load Threshold of Offset Adjustment
BSC6900
Offset Time Adjustment Switch
BSC6900
Offset Time Adjustment Start Time
BSC6900
Advanced Alarm Management Rule Type
BSC6900
BTS Software Version 1
BSC6900
BTS Software Version 2
BSC6900
AEC Echo Path Delay
BSC6900
AEC Echo Return Loss
BSC6900
AEC Nlp Gate
BSC6900
AEC Path Delay
BSC6900
AEC SNR Gate
BSC6900
AEC Switch
BSC6900
AEC Detect Threshold
BSC6900
AEC Detect Time
BSC6900
AFR Radio Link Timeout
BSC6900
AFR SACCH Multi-Frames
BSC6900
GPS ID
BSC6900
GPS type
BSC6900
AHR Radio Link Timeout
BSC6900
AHR SACCH Multi-Frames
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID
BSC6900
Alarm ID.
BSC6900
Alarm ID.
BSC6900
Aiding Delay Protect Time
BSC6900
Alarm Select Type
BSC6900
Alarm Select Type
BSC6900
A Interface Msg [End2end User Tracing]
BSC6900
A IF FC Discard LOC UP Enable
BSC6900
A IF FC Discard MOC Enable
BSC6900
A IF FC Discard MTC Enable
BSC6900
A IF FC Discard Other Service Enable
BSC6900
A Interface Flow Control Enable
BSC6900
A Interface Flow Control Method
BSC6900
A IF FC Service Rate in Level 1
BSC6900
A IF FC Service Rate in Level 2
BSC6900
A IF FC Service Rate in Level 3
BSC6900
A IF FC Service Rate in Level 4
BSC6900
A IF FC Service Rate in Level 5
BSC6900
A IF FC Service Rate in Level 6
BSC6900
CSD Service Redundancy Level
BSC6900
ALC Fix Gain
BSC6900
ALC Fix Target Level
BSC6900
ALC Max Gain
BSC6900
ALC Max Target Level
BSC6900
ALC Min Target Level
BSC6900
ALC Mode
BSC6900
ALC Switch
BSC6900
Alive Retry
BSC6900
Alive Timer
BSC6900
Bandwidth
BSC6900
Resource Reallocation to Different Trx
BSC6900
Allocate One PDCH for Signaling Data
BSC6900
Ratio of AMR-HR
BSC6900
Allow EDA Multiplex
BSC6900
Allowed Measure Report Missed Number
BSC6900
Ratio of TCHH
BSC6900
Timeslot Type
BSC6900
Timeslot Type
BSC6900
Feed Tri. 0 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 1 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 2 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 3 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 4 TMA Low Current Alarm Threhold
BSC6900
Feed Tri. 5 TMA Low Current Alarm Threhold
BSC6900
Alarm Disappear Accumulate Duration
BSC6900
Alarm Enable Flag
BSC6900
Alarm ID.
BSC6900
Alarm ID.
BSC6900
Lower Alarm
BSC6900
Upper Alarm
BSC6900
Upper Alarm
BSC6900
Alarm Occurrence Accumulate Duration
BSC6900
Alarm Occur Accumulative Time Threshold
BSC6900
Alarm Clear Accumulative Time Threshold
BSC6900
Alarm Occur Times Threshold
BSC6900
Alarm Clear Times Threshold
BSC6900
Alarm Parameter Configuration Enabled
BSC6900
Alarm Type
BSC6900
ALPHA
BSC6900
Antenna Altitude Decimal Part
BSC6900
GPS antenna altitude
BSC6900
Antenna Altitude Int Part
BSC6900
GPS antenna altitude
BSC6900
Alarm Severity
BSC6900
Alarm Severity
BSC6900
Feed Tri. 0 TMA Configuration
BSC6900
Feed Tri. 1 TMA Configuration
BSC6900
Feed Tri. 2 TMA Configuration
BSC6900
Feed Tri. 3 TMA Configuration
BSC6900
Feed Tri. 4 TMA Configuration
BSC6900
Feed Tri. 5 TMA Configuration
BSC6900
AMR BTS PC Class
BSC6900
Allow III Power Control For AMR
BSC6900
AMR Downlink Adaptive Threshold Allowed
BSC6900
AMR Filter Length for DL RX_LEV
BSC6900
AMR DL MR. Number Predicted
BSC6900
AMR DL Qual. Upper Threshold
BSC6900
AMR DL Qual. Lower Threshold
BSC6900
AMR Filter Length for DL Qual.
BSC6900
AMR DL Qual Bad Trig Threshold
BSC6900
AMR DL Qual Bad UpLEVDiff
BSC6900
AMR DL RX_LEV Upper Threshold
BSC6900
AMR DL RX_LEV Lower Threshold
BSC6900
AMR F-H Ho Allowed
BSC6900
AMR F-H Ho ATCB Adjust Step
BSC6900
AMR F-H Ho ATCB Threshold
BSC6900
AMR F-H Ho Pathloss Adjust Step
BSC6900
AMR F-H Ho Pathloss Threshold
BSC6900
AMR F-H Ho Qual. Threshold
BSC6900
AMR F-H Traffic Threshold
BSC6900
AMR H-F Ho ATCB Threshold
BSC6900
AMR H-F Ho Pathloss Threshold
BSC6900
Allow AMR H-F Quality-based HO
BSC6900
AMR H-F Ho Qual. Threshold
BSC6900
AMR H-F Traffic Threshold
BSC6900
AMR MAX Up Adj. PC Value by Qual.
BSC6900
AMR MAX Down Adj. Value Qual. Zone 0
BSC6900
AMR MAX Down Adj. Value Qual. Zone 1
BSC6900
AMR MAX Down Adj. Value Qual. Zone 2
BSC6900
AMR MAX Up Adj. PC Value by RX_LEV
BSC6900
AMR MR. Compensation Allowed
BSC6900
AMR PC Interval
BSC6900
AMR MAX Down Adj. PC Value by Qual.
BSC6900
AMR SACCH Downlink Power Upgrade
BSC6900
AMR TCH/H Prior Allowed
BSC6900
AMR TCH/H Prior Cell Load Threshold
BSC6900
AMR Uplink Adaptive Threshold Allowed
BSC6900
AMR Filter Length for UL RX_LEV
BSC6900
AMR UL MR. Number Predicted
BSC6900
AMR UL Qual. Upper Threshold
BSC6900
AMR UL Qual. Lower Threshold
BSC6900
AMR Filter Length for UL Qual
BSC6900
AMR UL Qual. Bad Trig Threshold
BSC6900
AMR UL Qual. Bad UpLEVDiff
BSC6900
AMR UL RX_LEV Upper Threshold
BSC6900
AMR UL RX_LEV Lower Threshold
BSC6900
MAX Retrans Reset Circle Msg on A-I
BSC6900
MAX Reset Mesg Retransmission on A-I
BSC6900
ANC Max Gain
BSC6900
ANC Switch
BSC6900
ANC Target SNR
BSC6900
RET Antenna Tilt Angle
BSC6900
Adjacent Node ID
BSC6900
Adjacent node ID
BSC6900
Alarm Name
BSC6900
ANR Mode
BSC6900
ANR Noise Reduction Level
BSC6900
ANR Noise Target Level
BSC6900
ANR Switch
BSC6900
Antenna Azimuth Angle
BSC6900
GPS Antenna Delay
BSC6900
Antenna Power Supply Switch
BSC6900
E1T1 anti-error switch
BSC6900
Burglar Alarm Auto Clear Permit
BSC6900
Antenna No.
BSC6900
Antenna Pass No
BSC6900
Sub-Location Group Antenna Pass No.
BSC6900
Down TRX1 A or B
BSC6900
A interface port No.
BSC6900
Application type
BSC6900
Application Type
BSC6900
AQM N Update Interval
BSC6900
AQM Maximum Threshold
BSC6900
AQM Congestion Threshold
BSC6900
AQM Packet Discard Initial Interval
BSC6900
AQM Packet Discard Interval Lower Threshold
BSC6900
AQM Packet Discard Interval Upper Threshold
BSC6900
AQM Switch
BSC6900
AQM Target Threshold
BSC6900
Area Code
BSC6900
Area flag
BSC6900
Area flag
BSC6900
Abnormal Release Threshold
BSC6900
Abnormal Release Statistic Base
BSC6900
Abnormal Warn Threshold
BSC6900
ARP packet resend times
BSC6900
ARP packet time-out[100ms]
BSC6900
A interface slot No.
BSC6900
A interface slot No.
BSC6900
A interface subrack No.
BSC6900
Event Type
BSC6900
Event Type
BSC6900
Assigning Better Cell Allowed
BSC6900
Assignment Cell Load Judge Enable
BSC6900
Assign to Overlayer RxLev Offset
BSC6900
Associated RXU Board CN
BSC6900
Associated RXU Board CN
BSC6900
Associated RXU Board SN
BSC6900
Associated RXU Board SN
BSC6900
Associated RXU Board SRN
BSC6900
Associated RXU Board SRN
BSC6900
Absolute Signal Strength Threshold
BSC6900
T3107
BSC6900
T1
BSC6900
T13 -s
BSC6900
T17 -s
BSC6900
T18 -s
BSC6900
T19
BSC6900
T20
BSC6900
T4 -s
BSC6900
Concentric Circles ATCB HO Allowed
BSC6900
Distance Hysteresis Between Boundaries
BSC6900
Distance Between Boundaries of Subcells
BSC6900
Switch of 8K on Ater
BSC6900
HR Allocation Flag
BSC6900
Congestion Ratio on Ater Resource
BSC6900
Ater connection path index
BSC6900
Ater Jam Rate for BSC Local Switch
BSC6900
Ater Mask
BSC6900
Whether or not for OML
BSC6900
Ater OML Index
BSC6900
Ater Connection Path Index
BSC6900
Ater Signaling Channel ID
BSC6900
Ater Interface Transfer Mode
BSC6900
Antenna Tributary No.
BSC6900
A interface timeslot mask
BSC6900
Attach-detach Allowed
BSC6900
Antenna Tributary 1 Factor
BSC6900
Antenna Tributary 2 Factor
BSC6900
Loop time[min]
BSC6900
Test time[min]
BSC6900
Authentication Mode
BSC6900
Validate mode
BSC6900
Validate mode
BSC6900
Validate Mode
BSC6900
Validate user name
BSC6900
Validate user name
BSC6900
Validate User Name
BSC6900
Validate password
BSC6900
Validate password
BSC6900
Validate Password
BSC6900
Validate protocol type
BSC6900
Validate protocol type
BSC6900
Validate Protocol Type
BSC6900
Auto negotiation
BSC6900
Add inter-subrack path automatically
BSC6900
Auto Adjust UL TH and Hysteresis [F]
BSC6900
Auto Adjust UL TH and Hysteresis [H]
BSC6900
Support Auto Obtaining of BTS Logs
BSC6900
Automatic Negotiation Mode
BSC6900
Work Mode for Auto Download Activation
BSC6900
Auto Unlock Switch
BSC6900
Auto Unlock Time
BSC6900
Administration unit type
BSC6900
A Interface Tag
BSC6900
Alarm level
BSC6900
Alarm VOL.
BSC6900
B1B2 signal degraded threshold
BSC6900
B1B2 signal fail threshold
BSC6900
B3 signal degrade threshold
BSC6900
B3 signal fail threshold
BSC6900
Switch of backplane LINE1
BSC6900
Switch of backplane LINE2
BSC6900
Backup Path
BSC6900
Path of Backup File
BSC6900
Bad Quality Disconnection Threshold
BSC6900
Support Advance Downlink TBF Establishment
BSC6900
BTS Interface Board Bar Code 2
BSC6900
Backup port IP address
BSC6900
Backup port mask
BSC6900
Backup Power Saving Method
BSC6900
Backup Power Saving Policy
BSC6900
High Band Indicator of Cell 1900
BSC6900
High Band Indicator of Cell 850
BSC6900
High Band Indicator of Cell 900
BSC6900
Forbidden time after MAX Times
BSC6900
Cabinet Bar Code List
BSC6900
Reference BTS Index
BSC6900
Temperature Basis for Compensation
BSC6900
Temperature Basis for Compensation
BSC6900
Battery Capacity
BSC6900
Battery Configuration Enabled
BSC6900
Battery Discharge Depth
BSC6900
Battery Type
BSC6900
BBAP service listening port No.
BSC6900
Up Down Balance Basic Difference
BSC6900
Battery Capcity
BSC6900
BCC
BSC6900
BCC
BSC6900
BCC
BSC6900
BCCH FD
BSC6900
Main BCCH Frequency
BSC6900
Frequency Hopping Mode of BCCH TRX
BSC6900
BC Congestion Alarm Threshold
BSC6900
BC Congestion Restore Alarm Threshold
BSC6900
DSCP of BG[QoS]
BSC6900
BC Identifier
BSC6900
Battery Current Limiting Coefficient
BSC6900
Boost-Charging Voltage
BSC6900
Battery Configuration Enabled
BSC6900
BestEffort-ARP1 Priority Weight
BSC6900
BestEffort-ARP2 Priority Weight
BSC6900
BestEffort-ARP3 Priority Weight
BSC6900
DSP bear type
BSC6900
Interval for Sending Heartbeat
BSC6900
Bep Period
BSC6900
Best TDD Cell Number
BSC6900
Better 3G Cell HO Allowed
BSC6900
Better Cell Handover Enable
BSC6900
Better Cell HO Valid Time
BSC6900
Better Cell HO Watch Time
BSC6900
Detect multiplier of BFD packet
BSC6900
BFD Session No.
BSC6900
Up Down Balance Floating Range
BSC6900
Switchback Policy of Baseband FH Mutual Aid
BSC6900
In Frame Bit Offset [1/8 bit]
BSC6900
Background-ARP1 Priority Weight
BSC6900
Background-ARP2 Priority Weight
BSC6900
Background-ARP3 Priority Weight
BSC6900
Alarm switch of blinking filter
BSC6900
Alarm blink threshold
BSC6900
Observing time window of statistical alarm
BSC6900
Switch of statistics blinking alarm
BSC6900
Block Retry
BSC6900
Block Timer
BSC6900
BM Port No
BSC6900
BM Slot No
BSC6900
BM Subrack No
BSC6900
Timer Length of BM-TC Flow Control
BSC6900
Borrow DevIP
BSC6900
To Alarm Box Flag
BSC6900
Position of Break Point 1
BSC6900
Position of Break Point 2
BSC6900
BQ HO Allowed
BSC6900
BQ HO Valid Time
BSC6900
BQ HO Margin
BSC6900
BQ HO Watch Time
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board Class
BSC6900
Board No.
BSC6900
Board No.
BSC6900
Receive Bandwidth
BSC6900
BTS Board Software Type
BSC6900
Forward Bandwidth
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board type.
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Ring II Wait Time Before Switch
BSC6900
Broadcast Content
BSC6900
Broadcast Interval
BSC6900
Backup Style
BSC6900
CCCH Blocks Reserved for AGCH
BSC6900
External BSC DPC
BSC6900
Allow Dynamic Shutdown of TRX by BSC
BSC6900
BSC Flag
BSC6900
BSC GateWay IP
BSC6900
BSC Offset Information Collection End Time
BSC6900
BSC Offset Information Collection Start Time
BSC6900
BSC ID
BSC6900
BSC Index
BSC6900
BSC Fine Tuning Period
BSC6900
BSC IP
BSC6900
BSC IP
BSC6900
Options for BSC Local Switch
BSC6900
External BSC Name
BSC6900
Preemption Allowed
BSC6900
Preemption Allowed During Intra-BSC Handover
BSC6900
In-BSC Port No.
BSC6900
BSC Port
BSC6900
eMLPP Multi-Priority Classes Allowed
BSC6900
Queue Allowed
BSC6900
Queuing Allowed During Intra-BSC Handover
BSC6900
Reserved parameter 1
BSC6900
Reserved parameter 10
BSC6900
Reserved parameter 11
BSC6900
Reserved parameter 12
BSC6900
Reserved parameter 13
BSC6900
Reserved parameter 14
BSC6900
Reserved parameter 15
BSC6900
Reserved parameter 16
BSC6900
Reserved parameter 17
BSC6900
Reserved parameter 18
BSC6900
Reserved parameter 19
BSC6900
Reserved parameter 2
BSC6900
Reserved parameter 20
BSC6900
Reserved parameter 21
BSC6900
Reserved parameter 22
BSC6900
Reserved parameter 23
BSC6900
Reserved parameter 24
BSC6900
Reserved parameter 25
BSC6900
Reserved parameter 26
BSC6900
Reserved parameter 27
BSC6900
Reserved parameter 28
BSC6900
Reserved parameter 29
BSC6900
Reserved parameter 3
BSC6900
Reserved parameter 4
BSC6900
Reserved parameter 5
BSC6900
Reserved parameter 6
BSC6900
Reserved parameter 7
BSC6900
Reserved parameter 8
BSC6900
Reserved parameter 9
BSC6900
In-BSC Slot No.
BSC6900
In-BSC Subrack No.
BSC6900
In-BSC Sub Timeslot No.
BSC6900
BSC Symbol Offset
BSC6900
ID of BSC in TC Pool
BSC6900
ID of a BSC in TC Pool
BSC6900
In-BSC Timeslot No.
BSC6900
BS_CV_MAX
BSC6900
Transfer BTS/MS Power Class
BSC6900
Number of PAGCH Blocks
BSC6900
Multi-Frames in a Cycle on the Paging CH
BSC6900
Number of PBCCH Blocks
BSC6900
Number of PRACH Blocks
BSC6900
BSS Local Switching General Strategy
BSC6900
MSC-Collaborated BSS Local Switching
BSC6900
BSS Paging Co-ordination
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
Board Type
BSC6900
BM/TC config flag
BSC6900
BM/TC config flag
BSC6900
Adjust Voltage
BSC6900
BTS Bar Code
BSC6900
BTS Communication Type
BSC6900
BTS Communication Type
BSC6900
BTS Description
BSC6900
BTS Detect Switch
BSC6900
Site Index
BSC6900
BTS Index
BSC6900
BTS Index
BSC6900
Connect BSC BTS Index
BSC6900
BTS Index List
BSC6900
BTS Index Type
BSC6900
BTS Index Type
BSC6900
Site Index Collect
BSC6900
BTS IP
BSC6900
Options for BTS Local Switch
BSC6900
Subnet Mask
BSC6900
MR.Preprocessing
BSC6900
BTS Name
BSC6900
Connect BSC BTS Name
BSC6900
BTS Name List
BSC6900
BTS Ping Switch
BSC6900
BTS Power-off Lock BCCH
BSC6900
BTS PC Class
BSC6900
Switch for BTS Supporting SAIC PC Adjust
BSC6900
BTS Software Version
BSC6900
Transmission Compression Ratio
BSC6900
BTS Type
BSC6900
BTS Type
BSC6900
BTS Type
BSC6900
Time for Waiting to Restore
BSC6900
BT Test Type
BSC6900
Battery Type
BSC6900
Ring II Try Rotating Duration Time
BSC6900
Bundling Flag
BSC6900
PTP BVC Identifier
BSC6900
PTPBVC Identifier
BSC6900
BVC Flow Control Timer
BSC6900
Auto adjust bandwidth switch
BSC6900
Backward congestion remain bandwidth
BSC6900
Backward congestion clear remain bandwidth
BSC6900
Backward congestion clear remain ratio
BSC6900
Backward congestion remain ratio
BSC6900
Backward overload congestion clear remain bandwidth
BSC6900
Backward overload congestion clear remain ratio
BSC6900
Backward overload congestion remain bandwidth
BSC6900
Backward overload congestion remain ratio
BSC6900
Backward handover reserved ratio
BSC6900
Backward handover reserved bandwidth
BSC6900
Max bandwidth estimate ratio [%]
BSC6900
Bandwidth Mode
BSC6900
Load Control algorithm BandWidth THD[%]
BSC6900
Up Down Balance Alarm Threshold
BSC6900
Cell Index Type
BSC6900
GPRS Cell Reselect Hysteresis Applied to C31 Criterion
BSC6900
Exceptional Rule for GPRS Reselect Offset
BSC6900
Cabinet Description
BSC6900
Cabinet List
BSC6900
Is remote cabinet
BSC6900
Call Reestablishment Forbidden
BSC6900
Calibration Value
BSC6900
PWRC
BSC6900
Capacity and Coverage Optimize Switch
BSC6900
Card Frequency Attribute
BSC6900
Carry Flag
BSC6900
The bearing type of the logic port
BSC6900
Carry port type
BSC6900
Cell Bar Access
BSC6900
CBC INDEX
BSC6900
CBC IP
BSC6900
CBC ITF Para
BSC6900
CBC Port
BSC6900
Cb No Message Disconnection Timer
BSC6900
Cell Bar Qualify
BSC6900
Consent burst size [Byte]
BSC6900
Cell Broadcast Handshake Timer
BSC6900
Filter Length for SDCCH CV_BEP
BSC6900
Filter Length for TCH CV_BEP
BSC6900
CC
BSC6900
Certificate Chain File Enabled State
BSC6900
CCCH Load Indication Period
BSC6900
CCCH Load Threshold
BSC6900
DSCP of CONV[QoS]
BSC6900
CCM Send Prid
BSC6900
Cell Directed Retry Forbidden Threshold
BSC6900
1800 Reporting Offset
BSC6900
1800 Reporting Threshold
BSC6900
2G NCELL BCCH
BSC6900
2GBA1 Input Tag
BSC6900
2G NCELL BCCH
BSC6900
2GBA2 Input Tag
BSC6900
Cell 8PSK Power Attenuation Grade
BSC6900
900 Reporting Offset
BSC6900
900 Reporting Threshold
BSC6900
Cell Access Bar Switch
BSC6900
Cell Coverage Type
BSC6900
Even Charging Voltage
BSC6900
Even Charging Voltage
BSC6900
Float Charging Voltage
BSC6900
Float Charging Voltage
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell Index
BSC6900
Cell List
BSC6900
Cell Index Type
BSC6900
Cell Index Type
BSC6900
Cell Index Type
BSC6900
Cell Inner/Extra Property
BSC6900
Layer of the cell
BSC6900
Cell Index List
BSC6900
Cell List Send Flag in ASS CMP
BSC6900
Cell SDCCH Channel Maximum
BSC6900
Cell Name
BSC6900
Cell Name
BSC6900
Cell Name
BSC6900
Cell Name List
BSC6900
Cell Operator Power Group
BSC6900
Cell Over Coverage DL RxLev Threshold
BSC6900
Cell Over Coverage TA Threshold
BSC6900
Cell Paging Overload Threshold
BSC6900
Battery Power-off Allowed State
BSC6900
Battery Power-off Voltage
BSC6900
2G/3G Cell Reselection Strategy
BSC6900
Cell Rx Quality Worsen Ratio Threshold
BSC6900
Cell Scenario
BSC6900
Select 3G Cell After Call Release
BSC6900
High Temp Alarm Assembled Battery1
BSC6900
Low Temp Alarm Assembled Battery1
BSC6900
Upper Assembled Battery 1 Temp
BSC6900
Lower Assembled Battery1 TEMP Measure
BSC6900
Battery Temperature Compensated Configure Enabled
BSC6900
Cell Weak Coverage DL RxLev Threshold
BSC6900
Cell Weak Coverage TA Threshold
BSC6900
Congestion End Threshold
BSC6900
Certificate Chain File Name
BSC6900
Board Parameter Configuration Enabled
BSC6900
Carry Flag
BSC6900
BTS Configuration Mode
BSC6900
Configure switch
BSC6900
Board Parameter Configuration Enabled
BSC6900
Board Parameter Configuration Enabled
BSC6900
Confirm Password
BSC6900
Command Group
BSC6900
Command Group
BSC6900
Congestion End Threshold
BSC6900
Congestion End Threshold
BSC6900
CGI and RAC Plan Switch
BSC6900
Command Group Name
BSC6900
Cabinet Group No.
BSC6900
Congestion Start Threshold
BSC6900
Congestion Start Threshold
BSC6900
Congestion Start Threshold
BSC6900
Chain Neighbour Cell Type
BSC6900
Combine Type
BSC6900
Channel Allocate Strategy
BSC6900
PDCH Available Threshold of Channel Failure
BSC6900
Monitoring Alarm Switch for Channel Failure
BSC6900
TCH Available Threshold of Channel Failure
BSC6900
Chan ID
BSC6900
Active CH Interf. Meas.Allowed
BSC6900
Channel Rate Type Decode Expand
BSC6900
PDCH Out-of-Synchronization Period
BSC6900
Ping Check Timeout Counts
BSC6900
Auto Check of BTS Connection Port
BSC6900
ANT_A ALD Current Detection Mode
BSC6900
ANT_B ALD Current Detection Mode
BSC6900
Check Index
BSC6900
Check Index
BSC6900
Check Times for Off
BSC6900
Check Times for On
BSC6900
Calculate checksum when receive message
BSC6900
Calculate checksum when send message
BSC6900
Checksum arithmetic
BSC6900
Check type
BSC6900
Duration
BSC6900
Channel No.
BSC6900
Channel No.
BSC6900
Channel No.
BSC6900
Channel Test Type
BSC6900
Channel Type
BSC6900
ChosenCh Send Flag in ASS CMP
BSC6900
ChosenCh Send Flag in HO Perform
BSC6900
ChosenCh Send Flag in HO REQ ACK
BSC6900
ChosenEncrypAlg Send Flag in Cipher CMP
BSC6900
ChosenEncrypAlg Send Flag in HO Perform
BSC6900
ChosenEncrypAlg Send Flag in ASS CMP
BSC6900
ChosenEncrypAlg Send Flag in HO REQ ACK
BSC6900
Channel Assign Allow for Insuff Power
BSC6900
PS CHR Collect Switch
BSC6900
Max CS CHAN REQ Num in Period
BSC6900
Average PS CHAN REQ Num
BSC6900
CHAN REQ Statistical Period
BSC6900
Channel Type
BSC6900
Cell CI
BSC6900
Cell CI
BSC6900
CIC
BSC6900
CIC
BSC6900
Number of Different Frames in CIC One-Way Mute Detection
BSC6900
CIC Downlink One-Way Mute Detection Period
BSC6900
CIC Downlink One-Way Mute Detection Switch
BSC6900
CIC Downlink One-Way Mute Detection Threshold
BSC6900
CIC Downlink One-Way Mute Detection Duration
BSC6900
CIC Pool Send Flag in ASS Fail
BSC6900
CIC Pool Send Flag in HO Fail
BSC6900
CIC Pool List Send Flag in ASS Fail
BSC6900
CIC Pool List Send Flag in HO Fail
BSC6900
CIC Pool Send Flag in ASS CMP
BSC6900
CIC Pool Send Flag in HO REQ ACK
BSC6900
Bandwidth [64kbps]
BSC6900
C/I Estimate Value
BSC6900
Slot No.
BSC6900
Subrack No.
BSC6900
Support Class11 DTM
BSC6900
Classmark Enquiry With 3G Request
BSC6900
Error clear threshold
BSC6900
Clock Mode
BSC6900
Clock Protocol Type
BSC6900
Clock board type
BSC6900
Clock Type
BSC6900
Clear Command Delay Time
BSC6900
Alarm Cleared Flag
BSC6900
Clear Command Time Interval
BSC6900
Command Name
BSC6900
Command Name
BSC6900
Command Sequence
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
Port Cabinet No.
BSC6900
Cabinet No.
BSC6900
Cabinet No.
BSC6900
CN Fault Delay
BSC6900
MSC ID
BSC6900
SGSN Node ID
BSC6900
CN Node Index
BSC6900
Operator Index
BSC6900
CN State Policy For Group
BSC6900
Records to Return
BSC6900
Cabinet Type
BSC6900
Cabinet Type
BSC6900
Counts Limit
BSC6900
Upper count threshold of raised fault
BSC6900
Lower count threshold of raised fault
BSC6900
Co-BSC/MSC Adj
BSC6900
Code
BSC6900
Refrigeration Equipment
BSC6900
Collection Type
BSC6900
Combiner Loss
BSC6900
Common Access Control Class
BSC6900
Password Complexity
BSC6900
BTS Transfer Compression Rate
BSC6900
Co-MSC
BSC6900
Connect BSC BTS Index Type
BSC6900
Recover threshold of queue 0 [ms]
BSC6900
Recover threshold of queue 1 [ms]
BSC6900
Recover threshold of queue 2 [ms]
BSC6900
Recover threshold of queue 3 [ms]
BSC6900
Recover threshold of queue 4 [ms]
BSC6900
Recover threshold of queue 5 [ms]
BSC6900
Congestion threshold of queue 0 [ms]
BSC6900
Congestion threshold of queue 1 [ms]
BSC6900
Congestion threshold of queue 2 [ms]
BSC6900
Congestion threshold of queue 3 [ms]
BSC6900
Congestion threshold of queue 4 [ms]
BSC6900
Congestion threshold of queue 5 [ms]
BSC6900
Concentric Circles HO Allowed
BSC6900
Connect Port No.
BSC6900
Connect power monitoring board
BSC6900
Connection Type
BSC6900
Connection Type
BSC6900
Min Interval for Consecutive HOs
BSC6900
Interval for Consecutive HO Jud.
BSC6900
Continue ping or not
BSC6900
Send PKT Count
BSC6900
Duration Second
BSC6900
Allow Dynamic Shutdown of TRX
BSC6900
CPU NO
BSC6900
CRC4 Check Switch
BSC6900
Cell Reselect Hysteresis Parameters
BSC6900
Certificate Revocation List File Name
BSC6900
Certificate Revocation List File State
BSC6900
Channel Release Resend Interval
BSC6900
Channel Release Resend Number
BSC6900
Cell Reselect Offset
BSC6900
Cross Call Detect Time Threshold
BSC6900
Cross IP address available flag
BSC6900
CHR Supplementary Info Output Control
BSC6900
Bad Speech Quality Rate Threshold
BSC6900
CHR MR Output
BSC6900
Abnormal Call End Output Control
BSC6900
GSM CS data service downlink factor
BSC6900
CS data path
BSC6900
CS data priority
BSC6900
GSM CS data service uplink factor
BSC6900
CS Data Service PRI
BSC6900
CHR Handover Information Output
BSC6900
Output MR Before Call Release
BSC6900
Output MR Before Handover
BSC6900
CHR Output Mode
BSC6900
CHR Output Range
BSC6900
CHR Function Switch
BSC6900
CHR Signaling Output
BSC6900
Congestion Start Threshold
BSC6900
Service Type of CHR Output
BSC6900
GSM CS voice service downlink factor
BSC6900
CHR Speech Information
BSC6900
CS voice path
BSC6900
CS voice priority
BSC6900
GSM CS voice service uplink factor
BSC6900
CS Voice Service PRI
BSC6900
Self-healing Switch for Ethernet Adapter Traffic Monitoring
BSC6900
Timer alignment ready
BSC6900
Timer not aligned
BSC6900
Timer aligned
BSC6900
Timer emergency proving
BSC6900
Timer normal proving
BSC6900
Timer sending SIB
BSC6900
Timer remote congestion
BSC6900
Timer excessive delay of acknowledgement
BSC6900
Timer interval of resending FISU
BSC6900
Critical threshold
BSC6900
Critical threshold
BSC6900
Control BSC DPC
BSC6900
Control Acknowledge Type
BSC6900
Control Flag
BSC6900
Control Port Cabinet No.
BSC6900
Control Port No.
BSC6900
Control Port Slot No.
BSC6900
Control Port Subrack No.
BSC6900
Slot No.
BSC6900
Control Plane Slot No.
BSC6900
Control Plane Subrack No.
BSC6900
CM Control Enable Switch
BSC6900
HO_RQD Current Channel
BSC6900
C-Version No.
BSC6900
Period of New File Generation[min]
BSC6900
Data file
BSC6900
Filter Length for TCH Qual
BSC6900
Filter Length for TCH Level
BSC6900
Data Service Allowed
BSC6900
Date Limit
BSC6900
Date
BSC6900
Prohib DynShutdown TRX DateRangeIdx
BSC6900
Day
BSC6900
Dead Band
BSC6900
BCCH IUO of Double Frequency Cell
BSC6900
Same Group Cell Index
BSC6900
Same Group Cell Name
BSC6900
Same Group Cell Index Type
BSC6900
DC Low Voltage Alarm Cabinet No.
BSC6900
DC Low Voltage Alarm Port No.
BSC6900
DC Low Voltage Alarm Slot No.
BSC6900
DC Low Voltage Alarm Subrack No.
BSC6900
DC Voltage Lower Threshold
BSC6900
DC Overvoltage Alarm Threshold
BSC6900
DC Under Voltage Alarm Threshold
BSC6900
DC Voltage Upper Threshold
BSC6900
Number of Dynamic Channel Pre-Converted
BSC6900
T3111
BSC6900
Destination entity No.
BSC6900
Description
BSC6900
Anti-theft Equipment
BSC6900
Destination IP address
BSC6900
Destination IP address
BSC6900
Destination IP address
BSC6900
RMEP ID
BSC6900
Transport Link Type
BSC6900
Dest Node Type
BSC6900
Peer Slot No.
BSC6900
Peer Subrack No.
BSC6900
Peer Subsystem No.
BSC6900
Destination Main BCCH TRX ID
BSC6900
Period of Mute Detect Class2 TRAU Frame
BSC6900
Detect Period
BSC6900
Switch for Abis Timeslot Detection
BSC6900
Device Name
BSC6900
Device No.
BSC6900
Borrowed device IP address
BSC6900
Device IP Address Type
BSC6900
DL UARFCN
BSC6900
DFCB Board SN
BSC6900
DFCB Board SRN
BSC6900
Default DPC
BSC6900
The Type of FTP Server Command Port
BSC6900
DGPS data report period[min]
BSC6900
DHCP Relay Gateway IP Address
BSC6900
DHCP Relay ID
BSC6900
Diesel Engine Save Switch
BSC6900
Different Band SDCCH Using Optimize
BSC6900
Date in Month
BSC6900
Date in Week
BSC6900
Directory
BSC6900
File Directory
BSC6900
Directed Retry AssFail Send Enable
BSC6900
Directed Retry
BSC6900
Directly Magnifier BTS Flag
BSC6900
Disconnect Handover Protect Timer
BSC6900
Diversity
BSC6900
Diversity Transmitter 16QAM Delay
BSC6900
Diversity Transmitter 32QAM Delay
BSC6900
Diversity Transmitter 8PSK Delay
BSC6900
Four Diversity Receiver
BSC6900
PwrCtrlDLAdjPeriod
BSC6900
DLAFSRexQualHighThred
BSC6900
DLAFSRexQualLowThred
BSC6900
DLAHSRexQualHighThred
BSC6900
DLAHSRexQualLowThred
BSC6900
The Identifier of Data Link Connection
BSC6900
Fast DL Priority Decision Threshold
BSC6900
Support Downlink Dual-Carrier
BSC6900
Edge HO DL RX_LEV Threshold
BSC6900
III DL Filter Adjust Factor
BSC6900
DLFSRexQualHighThred
BSC6900
DLFSRexQualLowThred
BSC6900
Downlink GPRS TBF Window Expansion Optimization
BSC6900
DLHSRexQualHighThred
BSC6900
DLHSRexQualLowThred
BSC6900
AMR DL Coding Rate adj.hyst1[F]
BSC6900
AMR DL Coding Rate adj.hyst2[F]
BSC6900
AMR DL Coding Rate adj.hyst3[F]
BSC6900
AMR DL Coding Rate adj.hyst1[H]
BSC6900
AMR DL Coding Rate adj.hyst2[H]
BSC6900
AMR DL Coding Rate adj.hyst3[H]
BSC6900
AMR DL Coding Rate adj.hyst1[WB]
BSC6900
AMR DL Coding Rate adj.hyst2[WB]
BSC6900
Interf.of DL Level Threshold
BSC6900
Interf.of DL Qual.Threshold
BSC6900
2G Cell DL Basic Congest Thred
BSC6900
Filter Length for DL RX_LEV
BSC6900
Downlink Long-term FER Lower Threshold
BSC6900
Downlink Long-term FER Target
BSC6900
Downlink Long-term FER Upper Threshold
BSC6900
Downlink Threshold Adjust Factor
BSC6900
DLMAXDownStep
BSC6900
DLMAXUpStep
BSC6900
2G Cell DL Overload Congest Thred
BSC6900
DL MR. Number Predicted
BSC6900
DL Qual. Upper Threshold
BSC6900
DL Qual. Lower Threshold
BSC6900
Filter Length for DL Qual.
BSC6900
DL Qual. Bad Trig Threshold
BSC6900
DL Qual. Bad UpLEVDiff
BSC6900
DL Qual. Threshold
BSC6900
DL Qual. Limit for AMR FR
BSC6900
DL Qual. Limit for AMR HR
BSC6900
DLRexLevAdjustFactor
BSC6900
DLRexLevExponentFilterLen
BSC6900
DLRexLevHighThred
BSC6900
DLRexLevLowthred
BSC6900
DLRexLevSlideWindow
BSC6900
DLRexQualAdjustFactor
BSC6900
DLRexQualExponentFilterLen
BSC6900
DLRexQualSlideWindow
BSC6900
III DL RexLev Protect Factor
BSC6900
III DL RexQual Protect Factor
BSC6900
DL RX_LEV Upper Threshold
BSC6900
DL RX_LEV Lower Threshold
BSC6900
Downlink TBF Establishment Delay
BSC6900
Download Test Resend Interval
BSC6900
Download Test Resend Number
BSC6900
AMR DL Coding Rate adj.th1[F]
BSC6900
AMR DL Coding Rate adj.th2[F]
BSC6900
AMR DL Coding Rate adj.th3[F]
BSC6900
AMR DL Coding Rate adj.th1[H]
BSC6900
AMR DL Coding Rate adj.th2[H]
BSC6900
AMR DL Coding Rate adj.th3[H]
BSC6900
AMR DL Coding Rate adj.th1[WB]
BSC6900
AMR DL Coding Rate adj.th2[WB]
BSC6900
Down MDU A
BSC6900
Down MDU B
BSC6900
Domain
BSC6900
Downlink Default CS Type
BSC6900
Downlink Default MCS Type
BSC6900
Downlink EGPRS2-A Default MCS Type
BSC6900
Downlink EGPRS2-A Fixed MCS Type
BSC6900
Downlink Fixed CS Type
BSC6900
Downlink Fixed MCS Type
BSC6900
DL PC Allowed
BSC6900
Short Message Downlink Disabled
BSC6900
Release Delay of Downlink TBF
BSC6900
Downlink TBF Threshold from CS2 to CS1
BSC6900
Downlink TBF Threshold from CS3 to CS2
BSC6900
Downlink TBF Threshold from CS4 to CS3
BSC6900
Downlink TBF Threshold from CS1 to CS2
BSC6900
Downlink TBF Threshold from CS2 to CS3
BSC6900
Downlink TBF Threshold from CS3 to CS4
BSC6900
Enable Door Status Alarm Reporting
BSC6900
Double Antenna Gain
BSC6900
DSP code[Whole Number]
BSC6900
DSP code[Divided Number]
BSC6900
DPC Group Index
BSC6900
DPC Group Index
BSC6900
DPC Group Index
BSC6900
DSP type
BSC6900
DSP index
BSC6900
DPX
BSC6900
Directed Retry Handover Level Range
BSC6900
Drop Optimize ABIS Link Failure
BSC6900
Drop Optimize Conn Fail[HO access fail]
BSC6900
Drop Optimize Conn Fail[OM intervention]
BSC6900
Drop Optimize Conn Fail[other]
BSC6900
Drop Optimize Conn Fail[radio link fail]
BSC6900
Drop Optimize Conn Fail[resource not available]
BSC6900
Drop Optimize Equipment Failure
BSC6900
Drop Optimize Err Ind[unsolicited DM response]
BSC6900
Drop Optimize Err Ind[sequence error]
BSC6900
Drop Optimize Err Ind[T200 timeout]
BSC6900
Drop Optimize Forced Handover Failure
BSC6900
Drop Optimize Into-BSC Handover Timeout
BSC6900
Drop Optimize Intra-BSC Handover Timeout
BSC6900
Drop Optimize Intra-Cell Handover Timeout
BSC6900
Drop Optimize No MR for Long Time
BSC6900
Drop Optimize Out-BSC Handover Timeout
BSC6900
Drop Optimize Release Indication
BSC6900
Drop Optimize Resource Check
BSC6900
Packet discard threshold of queue 0 [ms]
BSC6900
Packet discard threshold of queue 1 [ms]
BSC6900
Packet discard threshold of queue 2 [ms]
BSC6900
Packet discard threshold of queue 3 [ms]
BSC6900
Packet discard threshold of queue 4 [ms]
BSC6900
Packet discard threshold of queue 5 [ms]
BSC6900
Drop Power Time Interval[T3]
BSC6900
Drop Power Start Time[T1]
BSC6900
Drop Power Step
BSC6900
SMCBC DRX
BSC6900
Max. Duration of DRX
BSC6900
Dehumidification Equipment
BSC6900
E1T1 port No.
BSC6900
E1T1 port No.
BSC6900
Differentiated Service Codepoint
BSC6900
Differentiated services code point
BSC6900
Differentiated Service Codepoint
BSC6900
DSCP
BSC6900
DSP Kickoff Timer
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP No.
BSC6900
DSP Recover Timer
BSC6900
DaylightSave
BSC6900
Destination File Name
BSC6900
Destination IP address
BSC6900
Destination IP Address
BSC6900
Destination IP Address
BSC6900
Destination address mask
BSC6900
Destination Address Mask
BSC6900
Destination port No.
BSC6900
Destination timeslot mask
BSC6900
Directed Retry Load Access Threshold
BSC6900
DRX Type
BSC6900
Down Link No.
BSC6900
Down Link No.
BSC6900
Down TRX Board Pass No.
BSC6900
Down TRX Board Pass No.
BSC6900
Down TRX Slot No.
BSC6900
Down TRX Slot No.
BSC6900
Down TRX Subrack No.
BSC6900
Down TRX Subrack No.
BSC6900
Dummy Bit Randomization Switch
BSC6900
Duplex Mode
BSC6900
Duration
BSC6900
Duration Hour
BSC6900
Duration
BSC6900
Duration
BSC6900
Downlink Multiplex Threshold of Dynamic Channel Conversion
BSC6900
DL Signal Strength Limit
BSC6900
Up DXX Index
BSC6900
DXX Index
BSC6900
Up DXX Port No.
BSC6900
Timer of Releasing Idle Dynamic Channel
BSC6900
Level of Preempting Dynamic Channel
BSC6900
Reservation Threshold of Dynamic Channel Conversion
BSC6900
Allow Dynamic Shutdown of TRX
BSC6900
Dynamic Transmission Div Supported
BSC6900
Duration
BSC6900
Port No.
BSC6900
E1 Port No Connect To BSC
BSC6900
Transmission Board Type
BSC6900
E1/T1 port No.
BSC6900
E1/T1 Port No.
BSC6900
Backboard E1/T1 Port No.
BSC6900
E1/T1 Type
BSC6900
Check IP address
BSC6900
Ec/No Offset
BSC6900
Ec/No Threshold for Layer Of 3G Cell
BSC6900
ECSC
BSC6900
End Serial No.
BSC6900
End Date
BSC6900
End Date
BSC6900
End Date
BSC6900
End Date
BSC6900
End date
BSC6900
Number of Satisfactory Measurements
BSC6900
Total Number of Measurements
BSC6900
Subcell HO Allowed Flow Control Level
BSC6900
EDGE
BSC6900
Edge HO AdjCell Valid Time
BSC6900
Edge HO AdjCell Watch Time
BSC6900
Handover Algorithm II Edge HO Valid Time
BSC6900
Handover Algorithm I Edge HO Valid Time
BSC6900
Handover Algorithm II Edge HO Watch Time
BSC6900
Handover Algorithm I Edge HO Watch Time
BSC6900
Effect Immediately Flag
BSC6900
Support 11BIT EGPRS Access
BSC6900
EGPRS2-A
BSC6900
EDGE 8PSK Quality Threshold
BSC6900
EDGE GMSK Quality Threshold
BSC6900
EndType
BSC6900
Priority of Emergency Call
BSC6900
Emergency verification
BSC6900
Error emit threshold
BSC6900
EML DSCP
BSC6900
Allow EMLPP
BSC6900
eMLPP Priority
BSC6900
eMLPP Priority In Paging
BSC6900
EML Priority
BSC6900
EML Service PRI
BSC6900
EML VlanId
BSC6900
End month
BSC6900
EMS IP Address
BSC6900
Fallback Function Enable
BSC6900
TMA Power Supply Enabled
BSC6900
Encryption Algorithm
BSC6900
Transport Encrypted Mode
BSC6900
The Encrypted Mode
BSC6900
Support End-to-end User Tracing Function
BSC6900
End Alarm ID
BSC6900
End CIC
BSC6900
End CIC
BSC6900
Prohibit Power Saving End Day
BSC6900
Heater Shutdown Temperature
BSC6900
Prohibit Power Saving End Month
BSC6900
End Sub Timeslot NO.
BSC6900
Time When the Function Is Disabled
BSC6900
End TS
BSC6900
End TS
BSC6900
End Timeslot NO.
BSC6900
Status
BSC6900
Subtask Status
BSC6900
En Iuo Out Cell General OverLoad Thred
BSC6900
User Plane DL Flow Ctrl Switch
BSC6900
Enhanced Concentric Allowed
BSC6900
Load Classification HO Period
BSC6900
Load Classification HO Step
BSC6900
En Iuo Out Cell Low Load Thred
BSC6900
Transmission Resource Preempting Support
BSC6900
Transmission Resource Queuing Support
BSC6900
En Iuo Out Cell Serious OverLoad Thred
BSC6900
Enhanced TCH Adjust Allowed
BSC6900
Local entity type
BSC6900
Destination entity type
BSC6900
IniLev for EnUtoO Load HO
BSC6900
EPLC Switch
BSC6900
Return Code
BSC6900
Emergent Call Disable
BSC6900
Error-frame alarm threshold
BSC6900
Error-frame detect switch
BSC6900
ESL DSCP
BSC6900
ESL Priority
BSC6900
ESL Service PRI
BSC6900
ESL VlanId
BSC6900
End Sync Serial No.
BSC6900
T3101
BSC6900
Add TA to A Interface EST IND
BSC6900
Ring II Rotating Penalty Time
BSC6900
EndTime
BSC6900
End Time
BSC6900
End Time
BSC6900
Execute Type
BSC6900
End Time
BSC6900
End Time
BSC6900
End Time
BSC6900
End Time
BSC6900
End Date
BSC6900
End Time
BSC6900
Log Type
BSC6900
End Time
BSC6900
End week
BSC6900
End week sequence
BSC6900
Upper Limit of Signal Output of External Analog 1
BSC6900
Lower Limit of Signal Output of External Analog 1
BSC6900
Sensor Type of External Analog 1
BSC6900
Upper Limit of Measurement Range of External Analog 1
BSC6900
Lower Limit of Measurement Range of External Analog 1
BSC6900
Upper Limit of Signal Output of External Analog 2
BSC6900
Lower Limit of Signal Output of External Analog 2
BSC6900
Sensor Type of External Analog 2
BSC6900
Upper Limit of Measurement Range of External Analog 2
BSC6900
Lower Limit of Measurement Range of External Analog 2
BSC6900
Upper Limit of Signal Output of External Analog 3
BSC6900
Lower Limit of Signal Output of External Analog 3
BSC6900
Sensor Type of External Analog 3
BSC6900
Upper Limit of Measurement Range of External Analog 3
BSC6900
Lower Limit of Measurement Range of External Analog 3
BSC6900
Upper Limit of Signal Output of External Analog 4
BSC6900
Lower Limit of Signal Output of External Analog 4
BSC6900
Sensor Type of External Analog 4
BSC6900
Upper Limit of Measurement Range of External Analog 4
BSC6900
Lower Limit of Measurement Range of External Analog 4
BSC6900
Exclusive Access
BSC6900
Exceptional Frame Threshold of Mute Detect Class1
BSC6900
Expected DL RX_LEV
BSC6900
Expected UL RX_LEV
BSC6900
Cell Index
BSC6900
Cell Name
BSC6900
Cell Index
BSC6900
Cell Name
BSC6900
BSC Adjacent Cell Index
BSC6900
BSC Adjacent Cell Name
BSC6900
Extended Cell Throughput Enhancement
BSC6900
Extended Switch of Input Alarm
BSC6900
Extension Measurement Command
BSC6900
Extension MR Period
BSC6900
Extension MR Type
BSC6900
Cell Extension Type
BSC6900
Not Send Dummy Message with Extended Uplink TBF
BSC6900
FACCH Msg Resend Interval
BSC6900
FACCH Send Notification Msg Indication
BSC6900
FACCH Send Paging Msg Indication
BSC6900
TRM Factor switch
BSC6900
Factory Mode
BSC6900
Penalty Level after HO Fail
BSC6900
Continuous adjustment command
BSC6900
Discrete adjustment command
BSC6900
Duty ratio adjustment command
BSC6900
Fan adjustment mode
BSC6900
Fan Type
BSC6900
Speed adjustment mode
BSC6900
FanBox Type
BSC6900
Fast Call Setup TCH Usage Threshold
BSC6900
Configure Ring II
BSC6900
Fault Detect Switch
BSC6900
Physical layer flow control switch
BSC6900
Flow Control
BSC6900
Flow Control End Threshold
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Flow control parameter index
BSC6900
Cabinet No. of Parent BTS
BSC6900
Cabinet No. of Father BTS
BSC6900
Flow Control Start Threshold
BSC6900
CRC check mode
BSC6900
CRC check mode
BSC6900
Flow control switch
BSC6900
Float-Charging Voltage
BSC6900
FDDBA1 Input Tag
BSC6900
FDDBA2 Input Tag
BSC6900
FDD Reporting Offset
BSC6900
FDD Reporting Threshold
BSC6900
Diversity Indication
BSC6900
Downlink Frequency
BSC6900
PS FDD Ec/No Quality Threshold
BSC6900
FDD Multirate Reporting
BSC6900
FDD Qmin
BSC6900
FDD Qmin Offset
BSC6900
FDD Q Offset
BSC6900
FDD REP QUANT
BSC6900
FDD RSCP Min.
BSC6900
PS FDD RSCP Quality Threshold
BSC6900
Scrambling Code
BSC6900
Fast judgement window
BSC6900
FER Report Enable
BSC6900
FER Threshold 1
BSC6900
FER Threshold 2
BSC6900
FER Threshold 3
BSC6900
FER Threshold 4
BSC6900
FER Threshold 5
BSC6900
FER Threshold 6
BSC6900
FER Threshold 7
BSC6900
Frequency Hopping Mode
BSC6900
File Name
BSC6900
Target File Path
BSC6900
File Name
BSC6900
Export File Path
BSC6900
Log File Type
BSC6900
Filter Window Size
BSC6900
Final
BSC6900
0.2dB Power Control Enable
BSC6900
Fire-extinguishing Equipment
BSC6900
Fix Abis Prior Choose Load Thred
BSC6900
Flash Alarm Clear Threshold
BSC6900
Flash Alarm Occur Threshold
BSC6900
Flash Filter Enable
BSC6900
Flash Statistic Alarm Clear Time Window
BSC6900
Flash Statistic Alarm Raise Time Window
BSC6900
Flex Abis Mode
BSC6900
Start Flex MAIO Switch
BSC6900
Flex TSC Switch
BSC6900
Flux Measurement Period
BSC6900
Fast Flux Measurement Period
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Flow control switch
BSC6900
Filter Parameter A1
BSC6900
Filter Parameter A2
BSC6900
Filter Parameter A3
BSC6900
Filter Parameter A4
BSC6900
Filter Parameter A5
BSC6900
Filter Parameter A6
BSC6900
Filter Parameter A7
BSC6900
Filter Parameter A8
BSC6900
Filter Parameter B
BSC6900
FLUSH-LL PDU Transfer Switch
BSC6900
MS_TXPWR_MAX_CCH
BSC6900
FMU Board Type
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
File Name
BSC6900
Allow E Down G Up Switch
BSC6900
Anti DPC Intermittent Disconnect Timer
BSC6900
Force Limit Time
BSC6900
Force MS Two-phase Access
BSC6900
Allow Forced EFR in Cell
BSC6900
Force MS to Send Ho Access SWITCH
BSC6900
Dest Father BTS Port No.
BSC6900
Dest Father BTS Port No.
BSC6900
Maximum Delay Time[ms]
BSC6900
Freq. and BSIC Optimize Switch
BSC6900
Freq. and BSIC Plan Switch
BSC6900
Freq. and BSIC Plan Switch
BSC6900
MP flake size
BSC6900
Frame Offset [Frame No]
BSC6900
Frame Offset
BSC6900
FR Use Downlink DTX
BSC6900
Time Mode
BSC6900
Time Mode
BSC6900
Frequency
BSC6900
Frequency 1
BSC6900
Frequency 10
BSC6900
Frequency 11
BSC6900
Frequency 12
BSC6900
Frequency 13
BSC6900
Frequency 14
BSC6900
Frequency 15
BSC6900
Frequency 16
BSC6900
Frequency 17
BSC6900
Frequency 18
BSC6900
Frequency 19
BSC6900
Frequency 2
BSC6900
Frequency 20
BSC6900
Frequency 21
BSC6900
Frequency 22
BSC6900
Frequency 23
BSC6900
Frequency 24
BSC6900
Frequency 25
BSC6900
Frequency 26
BSC6900
Frequency 27
BSC6900
Frequency 28
BSC6900
Frequency 29
BSC6900
Frequency 3
BSC6900
Frequency 30
BSC6900
Frequency 31
BSC6900
Frequency 32
BSC6900
Frequency 33
BSC6900
Frequency 34
BSC6900
Frequency 35
BSC6900
Frequency 36
BSC6900
Frequency 37
BSC6900
Frequency 38
BSC6900
Frequency 39
BSC6900
Frequency 4
BSC6900
Frequency 40
BSC6900
Frequency 41
BSC6900
Frequency 42
BSC6900
Frequency 43
BSC6900
Frequency 44
BSC6900
Frequency 45
BSC6900
Frequency 46
BSC6900
Frequency 47
BSC6900
Frequency 48
BSC6900
Frequency 49
BSC6900
Frequency 5
BSC6900
Frequency 50
BSC6900
Frequency 51
BSC6900
Frequency 52
BSC6900
Frequency 53
BSC6900
Frequency 54
BSC6900
Frequency 55
BSC6900
Frequency 56
BSC6900
Frequency 57
BSC6900
Frequency 58
BSC6900
Frequency 59
BSC6900
Frequency 6
BSC6900
Frequency 60
BSC6900
Frequency 61
BSC6900
Frequency 62
BSC6900
Frequency 63
BSC6900
Frequency 64
BSC6900
Frequency 7
BSC6900
Frequency 8
BSC6900
Frequency 9
BSC6900
Frequency Adjust Switch
BSC6900
Frequency Adjust Value
BSC6900
Frequency Band Attribute
BSC6900
GSM900 Band Traffic Load Share Threshold
BSC6900
Freq Band List
BSC6900
Frequency Reuse Mode
BSC6900
Frequency List
BSC6900
Frequency Scan Result Type
BSC6900
Edge HO Allowed
BSC6900
FR Uplink DTX
BSC6900
Slot No. of Father BTS
BSC6900
Slot No. of Father BTS
BSC6900
Subrack No. of Parent BTS
BSC6900
Subrack No. of Father BTS
BSC6900
File Type
BSC6900
Factor table index
BSC6900
Factor table index
BSC6900
Factor table index
BSC6900
F-H ATCB Offset Overlay
BSC6900
F-H Ho Duration
BSC6900
F-H Ho Last Time
BSC6900
F-H Pathloss Offset Overlay
BSC6900
F-H Ho Period
BSC6900
F-H Ho Stat. Time
BSC6900
Forward congestion remain bandwidth
BSC6900
Forward congestion clear remain bandwidth
BSC6900
Forward congestion clear remain ratio
BSC6900
Forward congestion remain ratio
BSC6900
Forward overload congestion clear remain bandwidth
BSC6900
Forward overload congestion clear remain ratio
BSC6900
Forward overload congestion remain bandwidth
BSC6900
Forward overload congestion remain ratio
BSC6900
Forward handover reserved ratio
BSC6900
Forward handover reserved bandwidth
BSC6900
CS 2G 3G Load Balance Delta Threshold
BSC6900
2G Load Adjustment Coefficient
BSC6900
G711 Mode
BSC6900
GAMMA
BSC6900
Offset Information Collection End Time
BSC6900
Load Threshold of Offset Collection
BSC6900
Offset Information Collection Switch
BSC6900
Offset Information Collection Start Time
BSC6900
Support GBR QoS
BSC6900
Group Call Check
BSC6900
GCDF
BSC6900
VGCS Channel Assign in Channel Enable
BSC6900
VGCS IM Preemption Enable
BSC6900
Global route management switch
BSC6900
Diversity Transmitter GMSK Delay
BSC6900
GPRS
BSC6900
Support GPRS
BSC6900
GPRS Cell Reselect Hysteresis
BSC6900
PDCH Channel Priority Type
BSC6900
Threshold of HCS Signal Strength
BSC6900
GPRS Penalty Time
BSC6900
GPRS Quality Threshold
BSC6900
GPRS Temporary Offset
BSC6900
GPS or Glonass
BSC6900
GPS data report period
BSC6900
Grade Access Allow
BSC6900
Group Call Num 1
BSC6900
Group Call Num 2
BSC6900
BSC Node Redundancy Group Index
BSC6900
BSC Node Redundancy Group Name
BSC6900
Group Release TS Number
BSC6900
Transport Resource Group No.
BSC6900
Transport Resource Group Type
BSC6900
Geography Scope
BSC6900
CS ratio
BSC6900
GSM CS High Level Standard
BSC6900
Serving Band Reporting
BSC6900
GSM-to-TD Cell Reselection Allowed
BSC6900
ICMP type which will be guarded
BSC6900
BTS SeGW IP Address
BSC6900
BTS Security Gateway IP Address
BSC6900
Support Half Rate Data Service
BSC6900
H-F ATCB Offset Overlay
BSC6900
H-F Ho Duration
BSC6900
H-F Ho Last Time
BSC6900
H-F Pathloss Offset Overlay
BSC6900
H-F Ho Stat. Time
BSC6900
Antenna Tributary 1 Flag
BSC6900
Antenna Tributary 2 Flag
BSC6900
Heartbeat interval
BSC6900
Head Cabinet No.
BSC6900
HCS HO Valid Time
BSC6900
HCS HO Watch Time
BSC6900
Hierarchical Power Para1
BSC6900
Hierarchical Power Para2
BSC6900
Support High Frequency Band
BSC6900
Highest Priority for Quality First
BSC6900
Highest-Priority MSs Rapid Preemption
BSC6900
Highest Priority User Quality First
BSC6900
High Temp Load Power Off
BSC6900
History Record Priority Allowed
BSC6900
Maximum History Password Numbers
BSC6900
Support HMC DTM
BSC6900
Pref. Subcell in HO of Intra-BSC
BSC6900
Handover Between Operators Allow
BSC6900
Min DL Level on Candidate Cell
BSC6900
Min UL Level on Candidate Cell
BSC6900
Specify Index of Cell Handover to
BSC6900
Cell Name of Handover to
BSC6900
Current HO Control Algorithm
BSC6900
Handover Direction Forecast Enable
BSC6900
Handover Direction Forecast Last Times
BSC6900
Handover Direction Forecast Statistic Times
BSC6900
Quick Handover Down Trigger Level
BSC6900
FDD 3G Better Cell HO Valid Time
BSC6900
TDD 3G Better Cell HO Valid Time
BSC6900
Ec/No Threshold for Better 3G Cell HO
BSC6900
Quick Handover Last Time
BSC6900
Handover Scope
BSC6900
Quick Handover Offset
BSC6900
Handover to Overlayer RxLev Offset
BSC6900
Inter-rat HO Preference
BSC6900
Inter UL/OL Subcells HO Penalty Time
BSC6900
Hop Index
BSC6900
Hop Index
BSC6900
Hop Mode
BSC6900
Power Boost before HO Enabled or Not
BSC6900
HO Preference Threshold for 2G Cell
BSC6900
Hop Group Single Freq Optimization
BSC6900
Hop TRX Group HSN
BSC6900
Hop TRX Group Index
BSC6900
Hop Type
BSC6900
Quick Handover Punish Value
BSC6900
BSC HO Protect Time
BSC6900
RSCP Threshold for Better 3G Cell HO
BSC6900
Speech VER in SDCCH HO REQ ACK
BSC6900
FDD 3G Better Cell HO Watch Time
BSC6900
TDD 3G Better Cell HO Watch Time
BSC6900
Quick Handover Static Time
BSC6900
The host type of signalling point
BSC6900
HostType
BSC6900
Inter-layer HO Threshold
BSC6900
Quick Handover Up Trigger Level
BSC6900
Cell Antenna Hopping
BSC6900
Cell Antenna Hopping
BSC6900
Head Port No.
BSC6900
Highest Priority
BSC6900
Hierarchical Power-off Config. Enabled
BSC6900
Load Power-off Voltage
BSC6900
Support Half Rate
BSC6900
HR Use Downlink DTX
BSC6900
Load of UL-OL Cells Rate Select Allowed
BSC6900
HR Uplink DTX
BSC6900
HSN
BSC6900
Head Slot No.
BSC6900
HSN Modification Switch
BSC6900
Head Subrack No.
BSC6900
Hop Type
BSC6900
High Temperature Critical Point
BSC6900
High Temperature Delta Tout
BSC6900
High Temperature Shutdown Flag
BSC6900
Enable Humidity Alarm Reporting
BSC6900
Upper Limit of Humidity Alarm
BSC6900
Lower Limit of Humidity Alarm
BSC6900
Upper Threshold of Humidity Alarm
BSC6900
Upper Threshold of Humidity Alarm
BSC6900
Lower Threshold of Humidity Alarm
BSC6900
Lower Threshold of Humidity Alarm
BSC6900
Hysteresis for On
BSC6900
Inactive RX timer
BSC6900
Duration
BSC6900
Port No.
BSC6900
Transmission Board Type
BSC6900
Inactive TX timer
BSC6900
IBCA AMR FR Soft Block Threshold
BSC6900
IBCA AMR HR Soft Block Threshold
BSC6900
IBCA Allowed
BSC6900
IBCA Assign Waiting Mr Time
BSC6900
IBCA Call Information Filter
BSC6900
IBCA Set-up Call Soft Block Threshold Offset
BSC6900
Target CIR Offset of IBCA Set-up Call
BSC6900
IBCA Downlink Path Loss Offset
BSC6900
IBCA Dyn Measure Neighbour Cell Flag
BSC6900
IBCA Urgent HO Waiting Mr Time
BSC6900
IBCA Flexible TSC Allowed
BSC6900
IBCA Forced BTS Synchronization Allowed
BSC6900
IBCA FR/EFR Soft Block Threshold
BSC6900
IBCA HO Waiting Effective Mr Time
BSC6900
IBCA HR Soft Block Threshold
BSC6900
IBCA ICDM Initial Level Offset
BSC6900
IBCA ICDM Switch
BSC6900
IBCA Info Report Period Within BSC
BSC6900
IBCA Init. Power Control RexLevDL Offset
BSC6900
IBCA Init. Power Control RexLevUL Offset
BSC6900
IBCA Init. Pwr Ctrl Rx Qual DL Offset
BSC6900
IBCA Init. Pwr Ctrl Rx Qual UL Offset
BSC6900
IBCA IUO Path Loss Offset
BSC6900
IBCA MAIO Using Method
BSC6900
IBCA Max. Interference Source Num.
BSC6900
IBCA Neighbor Cell Flag
BSC6900
IBCA Pathloss Est of Non. MR Ncell
BSC6900
Target CIR Offset of IBCA New Call
BSC6900
IBCA Natural HO Waiting Mr Time
BSC6900
IBCA Non Measurement Ncell Stat. Num
BSC6900
Corrected Factor of IBCA Priority
BSC6900
IBCA Info Report Period Between BSC
BSC6900
IBCA Pathloss Offset
BSC6900
IBCA Path Lose Filter Factor
BSC6900
IBCA RxLev Offset
BSC6900
IBCA Service Cell Pathloss
BSC6900
IBCA Soft Block SAIC Offset
BSC6900
IBCA Soft Block Switch
BSC6900
IBCA Sub-Channel Handover Allowed
BSC6900
IBCA MAIO Target C/I Threshold
BSC6900
IUO IBCA Allowed
BSC6900
IBCA User Dyn Measure Neighbor Cell
BSC6900
IBCA WAMR FR Soft Block Threshold
BSC6900
ICB Allowed
BSC6900
Intelligent Control Flag
BSC6900
ICMP packet Length
BSC6900
DSCP of PRI.1 INTACT[QoS]
BSC6900
DSCP of PRI.2 INTACT[QoS]
BSC6900
DSCP of PRI.3 INTACT[QoS]
BSC6900
Task ID
BSC6900
Task ID
BSC6900
Index
BSC6900
Idle Code
BSC6900
Idle code
BSC6900
Idle SDCCH Threshold N1
BSC6900
Index Type
BSC6900
BTS Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Index Type
BSC6900
Semipermanent Link Index
BSC6900
Index Type
BSC6900
Index Type
BSC6900
If CB Shake Hand
BSC6900
Outgoing Interface No.
BSC6900
Positive or Minus Offset
BSC6900
Indication Offset
BSC6900
Report Process Flag
BSC6900
Ignore Measurement Report Number
BSC6900
IMEI
BSC6900
IMM ASS A IF Creation Timer
BSC6900
Immediate Assignment Optimized
BSC6900
Move Immediate Assignment Down to BTS
BSC6900
TCH Immediate Assignment
BSC6900
Max Delay of IMM ASS Retransmit
BSC6900
Max Transmit Times of IMM ASS
BSC6900
Use IMM ASS Retransmit Parameter
BSC6900
TA Pref. of Imme-Assign Allowed
BSC6900
TA Threshold of Imme-Assign Pref
BSC6900
Immediate Initial Adjust After Site Reset Enable
BSC6900
T3122
BSC6900
IMSI
BSC6900
IMSI
BSC6900
T3121
BSC6900
Fine Tuning Threshold
BSC6900
Fine Tuning Period in BSC
BSC6900
Included Angle
BSC6900
In Port Cabinet No.
BSC6900
Independent E1 Port 3
BSC6900
Intracell F-H HO Last Time
BSC6900
Intracell F-H HO Stat Time
BSC6900
Info Exchange Content
BSC6900
Infrared alarm switch
BSC6900
F2H HO Threshold
BSC6900
H2F HO Threshold
BSC6900
Power Overload Threshold In Ho. In
BSC6900
AMR Starting Mode[F]
BSC6900
AMR Starting Mode[H]
BSC6900
AMR Starting Mode[WB]
BSC6900
In BSC Mask
BSC6900
OL Subcell Assignment Optimization
BSC6900
Inner Cell EDGE HO Enable
BSC6900
BSC Inner Cell Index
BSC6900
BSC Inner Cell Name
BSC6900
Load HO of OL Subcell to UL Subcell
BSC6900
OL Subcell Load Diversity HO Period
BSC6900
Step Length of OL Subcell Load HO
BSC6900
Inner Cell Serious OverLoad Thred
BSC6900
In BSC Port No.
BSC6900
BTS In Port No.
BSC6900
DXX In Port No.
BSC6900
Latitude and Longitude Input Mode
BSC6900
Inter-BSC SDCCH HO ALLowed
BSC6900
In BSC Slot No.
BSC6900
In Port Slot No.
BSC6900
In BSC Subrack No.
BSC6900
In Port Subrack No.
BSC6900
Broadcast Interval
BSC6900
Adjacent Cell Inter-layer HO Hysteresis
BSC6900
Interfere Band Stat Algorithm Type
BSC6900
Inter-cell HO Hysteresis
BSC6900
Penalty Time on Interfere HO
BSC6900
Interfere HO Valid Time
BSC6900
Interfere HO Static Time
BSC6900
Interference HO Allowed
BSC6900
Interf. Priority Allowed
BSC6900
Interference Band Threshold 0
BSC6900
Interference Band Threshold 1
BSC6900
Interference Band Threshold 2
BSC6900
Interference Band Threshold 3
BSC6900
Interference Band Threshold 4
BSC6900
Interference Band Threshold 5
BSC6900
BSC Interior Clock Synchronize Protect Time
BSC6900
Interference Calculation Period
BSC6900
Inter-RAT Cell Reselection Enable
BSC6900
Inter-RAT CS Service HO Load Threshold
BSC6900
Inter-RAT In BSC Handover Enable
BSC6900
Allow Incoming BSC Handover at Iur-g
BSC6900
Inter-RAT Load HO Bandwidth [EcNo]
BSC6900
Inter-RAT Load HO EcNo at Start Point
BSC6900
Inter-RAT Hierarchy Load HO Step [EcNo]
BSC6900
Inter-RAT Load HO Bandwidth [RSCP]
BSC6900
Inter-RAT Load HO RSCP at Start Point
BSC6900
Inter-RAT Hierarchy Load HO Step [RSCP]
BSC6900
Inter-RAT Out BSC Handover Enable
BSC6900
Allow Inter-RAT Load HO in Access State
BSC6900
Relative Time
BSC6900
Send PKT Interval[s]
BSC6900
Interference Frequency
BSC6900
Incoming OL Subcell HO Level TH
BSC6900
T25
BSC6900
T3103A
BSC6900
Intracell F-H HO Allowed
BSC6900
Intracell HO Allowed
BSC6900
T3103C
BSC6900
Co-MBSC
BSC6900
Inter-RAT Load HO EcNo Threshold
BSC6900
Inter-RAT Hierarchical Load HO Period
BSC6900
Inter-RAT Load HO RSCP Threshold
BSC6900
In BSC Start Timeslot No.
BSC6900
DXX In Time Slot No.
BSC6900
Time Interval
BSC6900
OMU Automatic Switchover Interval
BSC6900
Invalid BSIC Reporting
BSC6900
IP Address
BSC6900
IP Address
BSC6900
Local IP Address
BSC6900
Remote IP Address
BSC6900
Physical IP
BSC6900
FTPServer IP
BSC6900
Local IP address
BSC6900
IP address
BSC6900
Local IP address
BSC6900
Packet source IP address
BSC6900
Next Hop IP address.
BSC6900
Local IP address
BSC6900
IP Address
BSC6900
IP Address1
BSC6900
Master Clock Server IP Address
BSC6900
IP Address2
BSC6900
Slave Clock Server IP Address
BSC6900
IP Address3
BSC6900
IP Address4
BSC6900
IP Frame Error Alarm Threshold
BSC6900
IP Frame Error Alarm Clearance Threshold
BSC6900
Head compress
BSC6900
Head compress
BSC6900
IP address index
BSC6900
IP address index
BSC6900
IP MUX Index
BSC6900
IP Phy Trans Type
BSC6900
IP Physical Tran. Type
BSC6900
DHEU Heater Control Allowed
BSC6900
Base BSC
BSC6900
Chain Neighbor Cell
BSC6900
Clock Server Redundancy
BSC6900
Clock Server Redundancy
BSC6900
Config Ring
BSC6900
Configure Check Thresholds or Not
BSC6900
EDGE Support in External Neighbour Cell
BSC6900
Is First Class Transport Resource Group
BSC6900
GPRS Support in External Neighbour Cell
BSC6900
Is Main BCCH TRX
BSC6900
Is Main BSC
BSC6900
Is Main Local Group
BSC6900
NC2 Support in External Neighbour Cell
BSC6900
Subnetwork Configure Mode
BSC6900
IS QOSPATH
BSC6900
Support BSC AISS
BSC6900
Demu Configure Information
BSC6900
Is Supper BTS
BSC6900
Support BTS Local Switch
BSC6900
Is Support Tc Pool
BSC6900
TC board
BSC6900
Remote TC Central
BSC6900
DHEU Temperature Control
BSC6900
Tran. Cabinet Configured
BSC6900
NCCELL No.
BSC6900
Item Index
BSC6900
Item Valid
BSC6900
Value
BSC6900
Interface Type
BSC6900
Interface Type
BSC6900
Concentric Attribute
BSC6900
Dynamic Channel Conversion Parameter of Concentric Cell
BSC6900
UO HO Valid Time
BSC6900
UO HO Watch Time
BSC6900
Cell IUO Type
BSC6900
J0 trace mismatch alarm switch
BSC6900
J0 Byte Format
BSC6900
J0 expected incept value
BSC6900
J0 transmit value
BSC6900
J0 type
BSC6900
J1 trace mismatch alarm switch
BSC6900
J1 Byte Format
BSC6900
J1 expected incept value
BSC6900
J1 transmit value
BSC6900
J1 type
BSC6900
J2 mismatch alarm switch
BSC6900
J2 Byte Format
BSC6900
J2 length
BSC6900
J2 expected incept value
BSC6900
J2 transmit value
BSC6900
Automatic Append J Byte
BSC6900
LAPD Jitter Buffer Algorithm
BSC6900
PS Jitter Buffer Delay
BSC6900
Jitter Buffer switch
BSC6900
K2 Mode
BSC6900
K Bias
BSC6900
Keep-alive timer length[S]
BSC6900
Cell LAC
BSC6900
Cell LAC
BSC6900
Aggregation Mode
BSC6900
Latitude Decimal Part
BSC6900
Latitude Degree Part
BSC6900
Latitude Int Part
BSC6900
Latitude Minute Part
BSC6900
Latitude Second Decimal Part
BSC6900
Latitude Second Int Part
BSC6900
GPS antenna latitude
BSC6900
GPS antenna latitude
BSC6900
Delay measure period [100ms]
BSC6900
Delay adjust suspend period [LATTH]
BSC6900
Rate down threshold for delay [ms]
BSC6900
average delay down filter mantissa
BSC6900
average delay up filter mantissa
BSC6900
Layer of The Cell
BSC6900
Layer of the cell
BSC6900
Inter-Layer HO Load Threshold
BSC6900
Lb Congestion Protection Timer 1
BSC6900
Lb Congestion Protection Timer 2
BSC6900
LDR Fourth
BSC6900
LDR First
BSC6900
LDR Second
BSC6900
Local entity No.
BSC6900
Log Level
BSC6900
Log Level
BSC6900
Alarm Mask Switch
BSC6900
MD LEVEL
BSC6900
Level Report Switch
BSC6900
Level HO Allowed
BSC6900
Inter-layer HO Hysteresis
BSC6900
Layer HO Valid Time
BSC6900
Layer HO Watch Time
BSC6900
Logical function type
BSC6900
Logical function type
BSC6900
Logic function type
BSC6900
Application type of POUc_TDM
BSC6900
PbSL Logical Index
BSC6900
Lower Humidity Threshold
BSC6900
Alarm occur threshold
BSC6900
Alarm recover threshold
BSC6900
Link No.
BSC6900
Query Type
BSC6900
Link rate type
BSC6900
Lower Limit
BSC6900
Lower Limit
BSC6900
Channel No.
BSC6900
LNA Threshold1
BSC6900
LNA Threshold2
BSC6900
Tributary Numbering
BSC6900
Semipermanent Link Rate
BSC6900
Initial bearing traffic active tag
BSC6900
Signalling link mask
BSC6900
Signalling link mask
BSC6900
Load handover Load Accept Threshold
BSC6900
MSC Pool Load Balancing Algorithm Select
BSC6900
NC2 Load Broadcast Period
BSC6900
Load Current Shunt Coefficient
BSC6900
Enhanced Load HO Allowed
BSC6900
Load Handover Support
BSC6900
Load Handover Support
BSC6900
Load Handover Support
BSC6900
Load HO PBGT Threshold
BSC6900
Penalty Time on Load HO
BSC6900
Penalty Value on Load HO
BSC6900
Load HO Step Period
BSC6900
Load HO Step Level
BSC6900
HO Ratio of Enhanced Load HO Algorithm
BSC6900
Load HO Bandwidth
BSC6900
Load Power-off Allowed State
BSC6900
Cell Load Reselection Allowed
BSC6900
Load Reselect Level Threshold
BSC6900
Load Reselection Receive Threshold
BSC6900
Load Reselection Start Threshold
BSC6900
Balance Traffic Allowed
BSC6900
Type of Cell Load Calculation
BSC6900
TRM Load Threshold switch
BSC6900
Local BSC ID
BSC6900
Local IP address
BSC6900
Local IP address
BSC6900
Local IP Address
BSC6900
Local IP Address
BSC6900
Local NSVL ID
BSC6900
Local Port No.
BSC6900
Location Group No.
BSC6900
Location Group No.
BSC6900
Filter of Location Information
BSC6900
First local IP address
BSC6900
Second local IP address
BSC6900
Set Locked/Unlock
BSC6900
Local SCTP port No.
BSC6900
Board Start Load Control.
BSC6900
Loading Mode
BSC6900
Log control threshold
BSC6900
Log control threshold
BSC6900
Logic Port Flag
BSC6900
Logic Port No.
BSC6900
Logic Port Slot No.
BSC6900
Log restore threshold
BSC6900
Log restore threshold
BSC6900
Log control switch
BSC6900
Log File Type
BSC6900
Log Type
BSC6900
Longitude Decimal Part
BSC6900
Longitude Degree Part
BSC6900
Longitude Int Part
BSC6900
Longitude Minute Part
BSC6900
Longitude Second Decimal Part
BSC6900
Longitude Second Int Part
BSC6900
GPS antenna longitude
BSC6900
GPS antenna longitude
BSC6900
Loop Level
BSC6900
Loopback Type
BSC6900
Loop Detect Switch
BSC6900
Loop type
BSC6900
IBCA Loose Trx SDCCH Load Threshold
BSC6900
Loop Direction
BSC6900
Loop Position
BSC6900
Loop type
BSC6900
Loop type.
BSC6900
Loop Time
BSC6900
Suspend times after bandwidth adjusted
BSC6900
Low-level Sublink Resource Preempt Switch
BSC6900
Low Lev Sub Res Preempt Flag
BSC6900
Diversity LNA Bypass Permitted
BSC6900
Allocate OL Channel Based on RX Level
BSC6900
Low Temperature StartLoadPower-off Allowed State
BSC6900
Low Temperature StartLoadPower-off Allowed State
BSC6900
Loop Back Mode
BSC6900
IP Logic Port No.
BSC6900
Logic port No.
BSC6900
Logic port No.
BSC6900
IP Logic Port Slot No.
BSC6900
Type of the logic port
BSC6900
Link Quality Control Mode
BSC6900
Load Shutdown Flag
BSC6900
Load Shutdown Voltage
BSC6900
LDR Third
BSC6900
Whether Include List Command
BSC6900
Result list format
BSC6900
Result List Format
BSC6900
Load type
BSC6900
Log Type
BSC6900
Log Type
BSC6900
Low Temperature Critical Point
BSC6900
Lower Temperature Threshold
BSC6900
Uplink Long-term FER Lower Threshold
BSC6900
Uplink Long-term FER Target
BSC6900
Uplink Long-term FER Upper Threshold
BSC6900
Uplink Threshold Adjust Factor
BSC6900
Number of DSPs with 252 LVDS Links
BSC6900
Lvl1 Vswr
BSC6900
Lvl2 Vswr
BSC6900
Low Voltage Shutdown Flag
BSC6900
M3UA service listening port No.
BSC6900
MAC Address
BSC6900
MAC Frame Error Alarm Threshold
BSC6900
MAC Frame Error Alarm Clearance Threshold
BSC6900
ARFCN Coding Scheme
BSC6900
MA Index
BSC6900
Power Derating Active Channel Enabled
BSC6900
Power Derating Enabled
BSC6900
Power Derating End Time
BSC6900
Power Derating Range
BSC6900
Power Derating Start Time
BSC6900
BTS Interface Board Bar Code 1
BSC6900
PTU Main Dev. Tab
BSC6900
Main Location Group No.
BSC6900
Main Port No
BSC6900
Main Version No.of TMU
BSC6900
MAIO 1
BSC6900
MAIO 10
BSC6900
MAIO 11
BSC6900
MAIO 12
BSC6900
MAIO 2
BSC6900
MAIO 3
BSC6900
MAIO 4
BSC6900
MAIO 5
BSC6900
MAIO 6
BSC6900
MAIO 7
BSC6900
MAIO 8
BSC6900
MAIO 9
BSC6900
Feed Tri. 0 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 1 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 2 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 3 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 4 TMA Over Critical Alarm Threshold
BSC6900
Feed Tri. 5 TMA Over Critical Alarm Threshold
BSC6900
MA Name
BSC6900
MA Name
BSC6900
Subnet mask
BSC6900
Subnet mask
BSC6900
Subnet mask
BSC6900
Packet source mask
BSC6900
Subnet mask
BSC6900
Mask
BSC6900
IP Mask
BSC6900
Subnet Mask
BSC6900
Subnet Mask
BSC6900
Master Clock Server IP Address
BSC6900
Clock Server IP Address 1
BSC6900
MAX Up Adj. PC Value by Qual.
BSC6900
Association max retrans
BSC6900
Max bandwidth [64kbps]
BSC6900
MAX Consecutive HO Times
BSC6900
Retry Times of Downlink TBF Reassignment
BSC6900
Retry Times of Downlink TBF Establishment
BSC6900
Max Drop Power Threshold
BSC6900
Maximum TRX Number
BSC6900
Maximum TRX Number
BSC6900
Maximum Frame Length[byte]
BSC6900
Max BTS Num of Parallel Software Load
BSC6900
PPP mux max mux-frame length
BSC6900
PPP mux max mux-frame length
BSC6900
Maximum Retry Times
BSC6900
Max Alarm Log Number
BSC6900
Diesel Max Output Power
BSC6900
Path max retrans
BSC6900
Pb Link Check Max TimeOut Number
BSC6900
Maximum Number of PDCH
BSC6900
Maximum Rate Threshold of PDCHs in a Cell
BSC6900
Retry Times of Downlink TBF Polling
BSC6900
Expire Prompt Dates
BSC6900
Charge Coefficient
BSC6900
Charge Coefficient
BSC6900
Max Resend Times of Phy.Info.
BSC6900
Max Retransmissions for Radio Priority 1
BSC6900
Max Retransmissions for Radio Priority 2
BSC6900
Max Retransmissions for Radio Priority 3
BSC6900
Max Retransmissions for Radio Priority 4
BSC6900
PPP mux max sub-frame length
BSC6900
PPP mux max sub-frame length
BSC6900
MAX Down Adj.Value Qual.Zone 0
BSC6900
MAX Down Adj.Value Qual.Zone 1
BSC6900
MAX Down Adj.Value Qual.Zone 2
BSC6900
Max TA
BSC6900
MAX TA Drop Call Filter
BSC6900
Max TA Drop Call Switch
BSC6900
MAX TA Drop Call Threshold
BSC6900
Maximum time for posave
BSC6900
Maximum Number of Occupied Abis Timeslots
BSC6900
MAX TTL
BSC6900
MAX Up Adj. PC Value by RX_LEV
BSC6900
Maximum Valid Dates
BSC6900
MBFD Check Index
BSC6900
Multi hop BFD detect local ip
BSC6900
Multi-band report
BSC6900
Filter Length for SDCCH MEAN_BEP
BSC6900
Filter Length for TCH MEAN_BEP
BSC6900
Second BTS Index
BSC6900
Second BTS Name
BSC6900
MCC
BSC6900
Cell MCC
BSC6900
MC PRI number
BSC6900
MC PRI Number
BSC6900
Second Cell Index
BSC6900
Second Cell Name
BSC6900
Cabinet No. of Management Board
BSC6900
MCPA Optimization Switch
BSC6900
GSM Multi Carrier BTS Standard
BSC6900
MD INDEX
BSC6900
MD Level
BSC6900
MD NAME
BSC6900
MD Name
BSC6900
Allow MR Command or not
BSC6900
Measurement Period
BSC6900
Measurement Report Type
BSC6900
MEP ID
BSC6900
MEP ID
BSC6900
MEP Type
BSC6900
MP/MC list head option
BSC6900
MP/MC List Head Option
BSC6900
Cell Reselection Level Threshold
BSC6900
Min bandwidth [64kbps]
BSC6900
Min Ec/No threshold
BSC6900
Min Access Level Offset
BSC6900
ANT_A ALD Current Minor Alarm Occur Threshold
BSC6900
ANT_B ALD Current Minor Alarm Occur Threshold
BSC6900
Feed Tri. 0 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 1 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 2 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 3 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 4 TMA Over Warning Alarm Threshold
BSC6900
Feed Tri. 5 TMA Over Warning Alarm Threshold
BSC6900
ANT_A ALD Current Minor Alarm Clear Threshold
BSC6900
ANT_B ALD Current Minor Alarm Clear Threshold
BSC6900
Min Power Level For Directed Retry
BSC6900
TCH Minimum Recovery Time
BSC6900
Min RSCP threshold
BSC6900
Min interval of BFD packet receive [ms]
BSC6900
Minimum RX Interval
BSC6900
Min interval of BFD packet send [ms]
BSC6900
Minimum TX Interval
BSC6900
Mirror Dest Port No.
BSC6900
Mirror Source Port No.
BSC6900
Mirror Type
BSC6900
MNC
BSC6900
Cell MNC
BSC6900
MOC Access CPU Rate
BSC6900
System clock working mode
BSC6900
Signalling link mode
BSC6900
Configure Mode
BSC6900
Mode after Switchover
BSC6900
File Output Mode
BSC6900
Backup mode
BSC6900
Check mode
BSC6900
Feed Tri. 0 Alarm Mode
BSC6900
Feed Tri. 1 Alarm Mode
BSC6900
Feed Tri. 2 Alarm Mode
BSC6900
Feed Tri. 3 Alarm Mode
BSC6900
Feed Tri. 4 Alarm Mode
BSC6900
Feed Tri. 5 Alarm Mode
BSC6900
Monitor Period
BSC6900
Monitor Time
BSC6900
Month
BSC6900
Quick Move Speed Threshold
BSC6900
MP Group Frame Error Alarm Threshold
BSC6900
MP Group Frame Error Alarm Clearance Threshold
BSC6900
MP Group No.
BSC6900
MP Group No.
BSC6900
MLPPP Group No.
BSC6900
Multiplexing Mode
BSC6900
Connect Port No.
BSC6900
MCPPP Switch
BSC6900
MP type
BSC6900
MPU Slot No.
BSC6900
MPU Subrack No.
BSC6900
MR. Compensation Allowed
BSC6900
Allowed MR Number Lost
BSC6900
MRMissNumber
BSC6900
Sent Freq.of preprocessed MR
BSC6900
Antenna Tributary 1 Factor
BSC6900
Antenna Tributary 2 Factor
BSC6900
MR Collection Scope Switch
BSC6900
MR Collection Control Switch
BSC6900
Max Receive Unit
BSC6900
Number of MSs
BSC6900
MS Capability Statistic Switch
BSC6900
MSC Available Capability
BSC6900
Length of NRI in TMSI
BSC6900
MSC NULL-NRI Value
BSC6900
MSC Pool Function Enabled
BSC6900
MSC Administrable State
BSC6900
MSC Version Indication
BSC6900
TREESTABLISH
BSC6900
MSISDN
BSC6900
MSISDN prefix 1
BSC6900
MSISDN prefix 2
BSC6900
MSISDN prefix 3
BSC6900
MSISDN prefix 4
BSC6900
MSISDN prefix 5
BSC6900
Prefix Number for BSC 1
BSC6900
Prefix Number for BSC 10
BSC6900
Prefix Number for BSC 2
BSC6900
Prefix Number for BSC 3
BSC6900
Prefix Number for BSC 4
BSC6900
Prefix Number for BSC 5
BSC6900
Prefix Number for BSC 6
BSC6900
Prefix Number for BSC 7
BSC6900
Prefix Number for BSC 8
BSC6900
Prefix Number for BSC 9
BSC6900
Prefix Number for BTS 1
BSC6900
Prefix Number for BTS 10
BSC6900
Prefix Number for BTS 2
BSC6900
Prefix Number for BTS 3
BSC6900
Prefix Number for BTS 4
BSC6900
Prefix Number for BTS 5
BSC6900
Prefix Number for BTS 6
BSC6900
Prefix Number for BTS 7
BSC6900
Prefix Number for BTS 8
BSC6900
Prefix Number for BTS 9
BSC6900
Avoid Number for BSC 1
BSC6900
Avoid Number for BSC 10
BSC6900
Avoid Number for BSC 2
BSC6900
Avoid Number for BSC 3
BSC6900
Avoid Number for BSC 4
BSC6900
Avoid Number for BSC 5
BSC6900
Avoid Number for BSC 6
BSC6900
Avoid Number for BSC 7
BSC6900
Avoid Number for BSC 8
BSC6900
Avoid Number for BSC 9
BSC6900
Avoid Number for BTS 1
BSC6900
Avoid Number for BTS 10
BSC6900
Avoid Number for BTS 2
BSC6900
Avoid Number for BTS 3
BSC6900
Avoid Number for BTS 4
BSC6900
Avoid Number for BTS 5
BSC6900
Avoid Number for BTS 6
BSC6900
Avoid Number for BTS 7
BSC6900
Avoid Number for BTS 8
BSC6900
Avoid Number for BTS 9
BSC6900
EN Quick PBGT HO ALG When MS Leaves BTS
BSC6900
MS MAX Retrans
BSC6900
MSP Control Command
BSC6900
MSRD MCS Threshold
BSC6900
MSRD PDCH Multiplex Threshold
BSC6900
Subrack No. of Management Board
BSC6900
Min DL level on candidate Cell
BSC6900
MS Rx Quality Statistic Threshold
BSC6900
MS Flow Control Timer
BSC6900
Master Service Active Delay
BSC6900
Maximum TX Power for Access PCH
BSC6900
Self-healing Switch for Memory Overload
BSC6900
MTC Access CPU Rate
BSC6900
Method
BSC6900
MTP2 link No.
BSC6900
Metrology
BSC6900
MTU value
BSC6900
MTU[Byte]
BSC6900
MTU
BSC6900
Hierarchical Power Supply Para.<0.1v>
BSC6900
Multi-Band Report
BSC6900
Period of Mute Detect Class1
BSC6900
Mute Detect Class2 Switch
BSC6900
Period of Mute Detect Class2
BSC6900
Access Prohibited Upon One-Way Audio
BSC6900
Forced Call Release Upon Failed Handover in One-Way Audio
BSC6900
PPP mux framing out-time[us]
BSC6900
PPP mux framing out-time[us]
BSC6900
IP MUX Type
BSC6900
Min Quantity of Working TRXs
BSC6900
My discriminator of BFD
BSC6900
N200
BSC6900
N200 of Establish
BSC6900
N200 of FACCH/Full Rate
BSC6900
N200 of FACCH/Half Rate
BSC6900
Use LAPDm N200
BSC6900
N200 of Release
BSC6900
N200 of SACCH
BSC6900
N200 of SDCCH
BSC6900
Maximum Value of N3101
BSC6900
Maximum Value of N3103
BSC6900
Maximum Value of N3105
BSC6900
Parameter of DTE [N391]
BSC6900
Parameter of DTE [N392]
BSC6900
Parameter of DTE [N393]
BSC6900
Support NACC
BSC6900
OSP name
BSC6900
DSP name
BSC6900
Signalling Route name
BSC6900
Signalling link set name
BSC6900
Signalling link name
BSC6900
Adjacent Node Name
BSC6900
Local entity name
BSC6900
Destination entity name
BSC6900
M3UA route name
BSC6900
M3UA Signalling link set name
BSC6900
M3UA Signaling link name
BSC6900
PCU Name
BSC6900
Assign Non-AMR User Loose Fre. Reuse TRX
BSC6900
N_AVG_I
BSC6900
TFO Switch
BSC6900
Neighbor 2G Cell 1 Index
BSC6900
Neighbor 2G Cell 1 Name
BSC6900
Neighbor 2G Cell 2 Index
BSC6900
Neighbor 2G Cell 2 Name
BSC6900
Neighbor 2G Cell Index
BSC6900
Neighbor 2G Cell Name
BSC6900
Neighbor Cell Index
BSC6900
Neighbor Cell Name
BSC6900
Neighbor Cell Plan Switch
BSC6900
Neighbour Cell CI
BSC6900
Neighbour Cell LAC
BSC6900
Neighbour Cell MCC
BSC6900
Neighbour Cell MNC
BSC6900
Support 64 Neighbour Cells
BSC6900
NC2 Load Reselection Switch
BSC6900
Support NC2
BSC6900
NCC
BSC6900
NCC
BSC6900
NCC Permitted
BSC6900
NCC Permitted
BSC6900
Neighbor Cell Filter Length MR Number
BSC6900
Filter Length for Ncell RX_LEV
BSC6900
NeighborCell Interfere Level Thresh 0
BSC6900
NeighborCell Interfere Level Thresh 1
BSC6900
NeighborCell Interfere Level Thresh 2
BSC6900
NeighborCell Interfere Level Thresh 3
BSC6900
NeighborCell Interfere Level Thresh 4
BSC6900
NeighborCell Interfere Level Thresh 5
BSC6900
NeighborCell Interfere Level Thresh 6
BSC6900
NeighborCell Interfere Level Thresh 7
BSC6900
NCH Occupy Block Number
BSC6900
NCH Start Block
BSC6900
Network Control Mode
BSC6900
Adjacent flag
BSC6900
Net Mask
BSC6900
Min Interval for Emerg. HO
BSC6900
Forward Route Address
BSC6900
Forward route address
BSC6900
Forward route address
BSC6900
Forward Route Address
BSC6900
Network ID
BSC6900
Download file name
BSC6900
Network Operation Mode
BSC6900
No Mains Supply Alarm Cabinet No.
BSC6900
No Mains Supply Alarm Port No.
BSC6900
No Mains Supply Alarm Slot No.
BSC6900
No Mains Supply Alarm Subrack No.
BSC6900
Lower limit of No.1 input -48V[-V]
BSC6900
Upper limit of No.1 input -48V[-V]
BSC6900
Lower limit of No.2 input -48V[-V]
BSC6900
Upper limit of No.2 input -48V[-V]
BSC6900
Lower limit of No.3 input -48V[-V]
BSC6900
Upper limit of No.3 input -48V[-V]
BSC6900
Lower limit of No.4 input -48V[-V]
BSC6900
Upper limit of No.4 input -48V[-V]
BSC6900
Lower limit of No.5 input -48V[-V]
BSC6900
Upper limit of No.5 input -48V[-V]
BSC6900
Lower limit of No.6 input -48V[-V]
BSC6900
Upper limit of No.6 input -48V[-V]
BSC6900
Non-AMR F-H Ho Allowed
BSC6900
Non-AMR F-H Ho ATCB Adjust Step
BSC6900
Non-AMR F-H Ho ATCB Threshold
BSC6900
Non-AMR F-H Ho Pathloss Adjust Step
BSC6900
Non-AMR F-H Ho Pathloss Threshold
BSC6900
Non-AMR F-H Ho Qual. Threshold
BSC6900
Non-AMR F-H Traffic Threshold
BSC6900
Non-AMR H-F Ho ATCB Threshold
BSC6900
Non-AMR H-F Ho Pathloss Threshold
BSC6900
Allow Non-AMR H-F Quality-based HO
BSC6900
Non-AMR H-F Ho Qual. Threshold
BSC6900
Non-AMR H-F Traffic Threshold
BSC6900
Adjacent Node Type
BSC6900
Cons.No Dl Mr.HO Allowed Limit
BSC6900
No Dl Mr.HO Allowed
BSC6900
No Dl Mr.Ul Qual HO Limit
BSC6900
Norminal Capacity{AH}
BSC6900
Allow III Power Control For Non-AMR
BSC6900
Non-DRX Period
BSC6900
A ALD Cur-Minor Alarm N-Cur Duration
BSC6900
B ALD Cur-Minor Alarm N-Cur Duration
BSC6900
Cell Normal Reselection Allowed
BSC6900
Normal Work TEMP Threshold
BSC6900
Discard TMSI All Cell Paging
BSC6900
Statistical Period of No-traffic
BSC6900
No VGCS Call Time
BSC6900
Number of TRACERT Packages Per TTL
BSC6900
Filter Length for SDCCH NBR_RCVD_BLOCK
BSC6900
Filter Length for TCH NBR_RCVD_BLOCK
BSC6900
NRI Value
BSC6900
NRI Value
BSC6900
Support NR_of_FDD_cells Writing
BSC6900
NSE Identifier
BSC6900
NSE Identifier
BSC6900
NCell Filter Length for SDCCH Level
BSC6900
NS Latitude
BSC6900
NSVC Identifier
BSC6900
NSVC Index
BSC6900
Normal Temperature Delta Tin
BSC6900
Normal Temperature Delta Tout
BSC6900
Ny2
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
OAM flow min bandwidth[%]
BSC6900
DSCP of OAM flow
BSC6900
OAM flow min bandwidth switch
BSC6900
Operate Object
BSC6900
Object Type
BSC6900
User Index
BSC6900
Object Index
BSC6900
Object Type
BSC6900
Object Type
BSC6900
Object Type
BSC6900
Preempt Switch of Streaming Resource
BSC6900
OL to UL HO Allowed
BSC6900
Configure Backup OML
BSC6900
OML Detection Switch
BSC6900
OML Lapd Link Detect Time
BSC6900
OML DSCP
BSC6900
BTS OML&ESL Average Down-bandwidth
BSC6900
BTS OML&ESL Average Up-bandwidth
BSC6900
OML Priority
BSC6900
OML Service PRI
BSC6900
OML VlanId
BSC6900
OML/ESL/EML LAPD Downlink Window Size
BSC6900
OMU External Network Virtual IP
BSC6900
OMU External Network Mask
BSC6900
Operator
BSC6900
OSP Code
BSC6900
OSP Code
BSC6900
OPC Index
BSC6900
Operator Type
BSC6900
Operator Index
BSC6900
OP INDEX SET
BSC6900
Operate mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operation Mode
BSC6900
Operator Name
BSC6900
Assign Optimum Layer
BSC6900
Assign-optimum-level Threshold
BSC6900
TA Threshold of Assignment Pref
BSC6900
TRX Priority
BSC6900
Optical interface standard
BSC6900
Operation Type
BSC6900
Operate Type
BSC6900
OPX
BSC6900
Originally E1/T1 Port No.
BSC6900
Operation type
BSC6900
Other Frequency
BSC6900
Number of Other-RAT Modules
BSC6900
OtoU HO Received Level Threshold
BSC6900
UL Subcell Assignment Optimization
BSC6900
T8
BSC6900
T7
BSC6900
Inter BSC Load Information Allowed
BSC6900
UL Subcell General Overload Threshold
BSC6900
Power Overload Threshold In Ho. Out
BSC6900
Outgoing OL Subcell HO Level TH
BSC6900
Load HO Allowed
BSC6900
MOD Step LEN of UL Load HO Period
BSC6900
UL Subcell Load Hierarchical HO Periods
BSC6900
Step Length of UL Subcell Load HO
BSC6900
UL Subcell Lower Load Threshold
BSC6900
Out BSC Mask
BSC6900
Out BSC Port No.
BSC6900
DXX Out Port No.
BSC6900
DXX Out Time Slot No.
BSC6900
Cannel 0 Digital Control Signal Level
BSC6900
Cannel 1 Digital Control Signal Level
BSC6900
Cannel 2 Digital Control Signal Level
BSC6900
Cannel 3 Digital Control Signal Level
BSC6900
Output Power
BSC6900
Output Power
BSC6900
Output Power Unit
BSC6900
UL Subcell Serious Overload Threshold
BSC6900
Cell Out-of-Service Alarm Switch
BSC6900
Out BSC Slot No.
BSC6900
Load Outlet Slot No.
BSC6900
Out BSC Subrack No.
BSC6900
Allow Inter-RAT Load HO in Connect State
BSC6900
Service Handover Reassign
BSC6900
Service Based Handover Switch
BSC6900
Load Info Timeout Timer
BSC6900
Out BSC Start Timeslot No.
BSC6900
ANT_A ALD Over Current Occur Threshold
BSC6900
ANT_B ALD Over Current Occur Threshold
BSC6900
RET ALD Over Current Occur Threshold
BSC6900
ANT_A ALD Over Current Clear Threshold
BSC6900
ANT_B ALD Over Current Clear Threshold
BSC6900
RET ALD Over Current Clear Threshold
BSC6900
A ALD Cur-Minor Alarm Over-Cur Duration
BSC6900
B ALD Cur-Minor Alarm Over-Cur Duration
BSC6900
Overload Indication Period
BSC6900
Derating TEMP Threshold
BSC6900
CPU Usage for Critical Paging FC
BSC6900
CPU Usage for Major Paging FC
BSC6900
CPU Usage for Minor Paging FC
BSC6900
CPU Usage for Slight Paging FC
BSC6900
PA Intelligent Adjust Voltage
BSC6900
Move Packet Assignment Down to BTS
BSC6900
Average Paging Message Number In Period
BSC6900
BTS Paging Lifetime
BSC6900
MAX Paging Message Number In Period
BSC6900
Paging Times
BSC6900
PAN_DEC
BSC6900
PAN_INC
BSC6900
PAN_MAX
BSC6900
Priority of Shut Down TRX
BSC6900
Patch No.
BSC6900
Patch Number
BSC6900
IP path check flag
BSC6900
IP path ID
BSC6900
IP path ID
BSC6900
Path Loss of Different Frequency Band
BSC6900
Pathloss Ho. Enable
BSC6900
IP path type
BSC6900
Patch type
BSC6900
Pb
BSC6900
PBGT HO Allowed
BSC6900
PBGT Valid Time
BSC6900
PBGT HO Threshold
BSC6900
PBGT Watch Time
BSC6900
MAX Retrans Maintenance Msg on Pb-I
BSC6900
PC Interval
BSC6900
PC_MEAS_CHAN
BSC6900
PCU No
BSC6900
PCU No.
BSC6900
PCU No.
BSC6900
PCU No.
BSC6900
PCU Support PREEMPT_ABIS_LINK Message
BSC6900
PDCH Downlink Multiplex Threshold
BSC6900
PDCH Power Saving Enable
BSC6900
PDCH Reforming
BSC6900
PDCH Uplink Multiplex Threshold
BSC6900
PENDING timer
BSC6900
Peer BSC ID
BSC6900
Peer BSC ID
BSC6900
Peer BSC IP
BSC6900
Peer BSC Mask
BSC6900
Peer BTS ID
BSC6900
Peer IP address
BSC6900
Peer IP address
BSC6900
Peer IP address
BSC6900
Peer IP Address
BSC6900
Peer IP Address
BSC6900
First destination IP address
BSC6900
Second destination IP address
BSC6900
Peer IP address
BSC6900
Peer subnet mask
BSC6900
Destination SCTP port No.
BSC6900
Peer Version
BSC6900
Penalty Allowed
BSC6900
Cell Penalty Duration
BSC6900
Cell Penalty Level
BSC6900
CfgPenaltyTimer
BSC6900
Ping Check Period
BSC6900
Measurement Period
BSC6900
Protocal field compress
BSC6900
Protocol field compress
BSC6900
Support Protocol Field Compress
BSC6900
PFC Support
BSC6900
Paging Message Classifying Allowed
BSC6900
Max CS Paging Message Num in Period
BSC6900
Max PS Paging Message Num in Period
BSC6900
Paging Statistical Period
BSC6900
Per-Hop Behavior
BSC6900
PHB
BSC6900
Cell Reselect Parameters Indication
BSC6900
Private Key Password Enabled State
BSC6900
PKT Count
BSC6900
PKT Size[Byte]
BSC6900
Packet Length
BSC6900
Maximum Frame Length
BSC6900
PACKET SI
BSC6900
Size of packet
BSC6900
PKT Size
BSC6900
Persistence Level 1
BSC6900
16QAM Transmitter Power Reduce Level
BSC6900
Persistence Level 2
BSC6900
Persistence Level 3
BSC6900
32QAM Transmitter Power Reduce Level
BSC6900
Persistence Level 4
BSC6900
TRX 8PSK Level
BSC6900
Packet lost measure period [100ms]
BSC6900
Packet discard threshold[0.001]
BSC6900
Play Point
BSC6900
Play Switch
BSC6900
Play Time
BSC6900
Performance monitor control threshold
BSC6900
Performance monitor control threshold
BSC6900
Interval for Sending Cell Paging Package
BSC6900
Number of Cell Pagings in One Package
BSC6900
Cell Paging Package Switch
BSC6900
Performance monitor restore threshold
BSC6900
Performance monitor restore threshold
BSC6900
Performance monitoring flow control switch
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No
BSC6900
Port No
BSC6900
BM Port No
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Physics port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Port No.
BSC6900
Transmission Delay of POC Service
BSC6900
Max. GBR for POC Service
BSC6900
Min. GBR for POC Service
BSC6900
POC Support
BSC6900
Power Output Reduction Threshold
BSC6900
Power Output Error Threshold
BSC6900
Rollback Point Description
BSC6900
Rollback Point Name
BSC6900
Destination Port
BSC6900
Port
BSC6900
Port
BSC6900
DXX In Port No.
BSC6900
DXX Port Number
BSC6900
Port protocol type
BSC6900
Panel Port Switch
BSC6900
Port Type
BSC6900
Port Type
BSC6900
2Quater Message Transmission Channel
BSC6900
Patch Operation Type
BSC6900
Rated Power
BSC6900
Switch for Relay 1
BSC6900
Switch for Relay 2
BSC6900
Switch for Relay 3
BSC6900
Switch for Relay 4
BSC6900
Switch for Relay 5
BSC6900
Switch for Relay 6
BSC6900
Battery Shunt Coefficient
BSC6900
16QAM Transmitter Power Reduce Level
BSC6900
32QAM Transmitter Power Reduce Level
BSC6900
Power Type
BSC6900
Cabinet Power System Type
BSC6900
Power Level
BSC6900
Power Type
BSC6900
PPP Frame Error Alarm Threshold
BSC6900
PPP Frame Error Alarm Clearance Threshold
BSC6900
PPP link No.
BSC6900
PPP sub-link No.
BSC6900
PPP link No.
BSC6900
PPP Link No.
BSC6900
PPP mux
BSC6900
Priority queue number
BSC6900
Preempted Call Not Released After Handover Failure
BSC6900
PDCH Preemption Allowed During Handover Due to Preemption
BSC6900
Emergency Call Preemption Permitted
BSC6900
Preprocess MR Sample Ratio
BSC6900
Route Priority
BSC6900
Packet Access Priority
BSC6900
Support Priority Based Flow Control
BSC6900
Transfer Original MR
BSC6900
Print control threshold
BSC6900
Print control threshold
BSC6900
Print restore threshold
BSC6900
Print restore threshold
BSC6900
Print Flow control switch
BSC6900
Cell Priority
BSC6900
Cell Priority
BSC6900
Flex Abis Prior Choose Load Thred
BSC6900
Cell HCS Prior Class
BSC6900
Route priority
BSC6900
Signalling link priority
BSC6900
Priority
BSC6900
Preferential Customized Detection Type
BSC6900
Number of Customized Detection Types
BSC6900
Subsidiary Customized Detection Type
BSC6900
Private Key File Name
BSC6900
BTS Port Detection Sequence
BSC6900
SS7 protocol type
BSC6900
Frame Relay Protocol Type
BSC6900
Protection Delay for Detection
BSC6900
Dyn. Turning Off Cell Protection Time
BSC6900
TRX Power-on Protection Time
BSC6900
Port select
BSC6900
Port select
BSC6900
Port select
BSC6900
PS CHR Abis
BSC6900
PS CHR Gb
BSC6900
PS CHR Inner Information
BSC6900
PS CHR Inner Message
BSC6900
PS CHR Um
BSC6900
GSM PS data service downlink factor
BSC6900
GSM PS data service uplink factor
BSC6900
PS Handover Support
BSC6900
PS high PRI data path
BSC6900
PS high PRI data priority
BSC6900
PS High PRI Service PRI
BSC6900
PSI1 Repetition Period
BSC6900
Support PSI Status Message
BSC6900
PS low PRI data path
BSC6900
PS low PRI data priority
BSC6900
PS Low PRI Service PRI
BSC6900
PS OtoU HO Receive Level Threshold
BSC6900
Mode Control
BSC6900
PS RACH Min. Access Level
BSC6900
PS Min.Access Level
BSC6900
PS CHR Switch
BSC6900
Max PS Resource REQ Num in Period
BSC6900
PS Resource REQ Statistical Period
BSC6900
DPSU 0 Configured
BSC6900
DPSU 1 Configured
BSC6900
DPSU 2 Configured
BSC6900
DPSU 2 Configured
BSC6900
DPSU 3 Configured
BSC6900
DPSU 4 Configured
BSC6900
DPSU 5 Configured
BSC6900
DPSU 6 Configured
BSC6900
DPSU 7 Configured
BSC6900
PS UtoO HO Receive Level Threshold
BSC6900
PSU Turning Off Enable
BSC6900
Self-healing Switch for OMU Process
BSC6900
Port Type
BSC6900
Port
BSC6900
Cell Reselect Penalty Time
BSC6900
Subnet Protocol Type
BSC6900
Port Type
BSC6900
Line code
BSC6900
Frame receive Structure
BSC6900
Frame send Structure
BSC6900
Frame Structure
BSC6900
HDLC Path Index In BTS
BSC6900
Port type
BSC6900
Power System Type
BSC6900
Certificate File Name
BSC6900
BTS Patch Version
BSC6900
Patch Version
BSC6900
PVC Utilization Report Period Timer
BSC6900
Private Key Password
BSC6900
Password
BSC6900
User Password
BSC6900
Minimum Password Length
BSC6900
Power Level
BSC6900
First Alarm Switch
BSC6900
Second Alarm Switch
BSC6900
Power Forecast Allowed
BSC6900
III Power Control Optimized Enable
BSC6900
Power Control Switch
BSC6900
Power Deviation
BSC6900
Power Deviation Indication
BSC6900
Location Group Power Switch
BSC6900
Power Class
BSC6900
Power-off Protect Start Time
BSC6900
Power Priority Allowed
BSC6900
Power Finetune
BSC6900
ANT_A ALD Power Switch
BSC6900
ANT_B ALD Power Switch
BSC6900
RET ALD Power Switch
BSC6900
Min DSCP of queue 0
BSC6900
Min DSCP of queue 1
BSC6900
Min DSCP of queue 2
BSC6900
Min DSCP of queue 3
BSC6900
Min DSCP of queue 4
BSC6900
Qsearch C Initial
BSC6900
MS Fast Moving HO Allowed
BSC6900
MS Fast-moving Watch Cells
BSC6900
MS Fast-moving Time Threshold
BSC6900
MS Fast-moving Valid Cells
BSC6900
Qsearch I
BSC6900
Filter Length for TCH Qual.
BSC6900
Filter Length for SDCCH Qual.
BSC6900
Support QoS Optimize
BSC6900
Qsearch P
BSC6900
Qsearch C
BSC6900
QTRU Signal Merge Avoid Switch
BSC6900
Qtru Down Power Inadequate Last Time
BSC6900
Qtru Down Power Inadequate Stat Time
BSC6900
Multi-Density TRX Power Sharing
BSC6900
Qualified Times for Off
BSC6900
Qualified Times for On
BSC6900
MAX Down Adj. PC Value by Qual.
BSC6900
Query Classmark after In-BSC HO Enabled
BSC6900
Quick Handover Enable
BSC6900
SubRack0 Auxiliary Equipment
BSC6900
SubRack0 Storage Battery Config Permit
BSC6900
SubRack0 Storage Battery Capacity
BSC6900
SubRack0 Storage Battery Coefficient
BSC6900
SubRack0 Storage Battery Type
BSC6900
SubRack1 Auxiliary Equipment
BSC6900
SubRack1 Storage Battery Config Permit
BSC6900
SubRack1 Storage Battery Capacity
BSC6900
SubRack1 Storage Battery Coefficient
BSC6900
SubRack1 Storage Battery Type
BSC6900
SubRack2 Auxiliary Equipment
BSC6900
SubRack2 Storage Battery Config Permit
BSC6900
SubRack2 Storage Battery Capacity
BSC6900
SubRack2 Storage Battery Coefficient
BSC6900
SubRack2 Storage Battery Type
BSC6900
RAC
BSC6900
Route Area
BSC6900
Routing Area
BSC6900
Route Area
BSC6900
Route Area
BSC6900
Route Area
BSC6900
CS RACH Min. Access Level
BSC6900
RACH Busy Threshold
BSC6900
Average RACH Load Timeslot Number
BSC6900
CS Min.Access Level
BSC6900
Routing Area Color Code
BSC6900
Allow MS to Access to Another Cell
BSC6900
Random Access Error Threshold
BSC6900
Accessorial Hysteresis of Cell Selection
BSC6900
Rate
BSC6900
AMR Rate Control Switch
BSC6900
Is RATSCCH Function Enabled
BSC6900
Raw MR Sample Ratio
BSC6900
Type of Rollback Point
BSC6900
Result Recording Type
BSC6900
Chain No.
BSC6900
First RXU Chain No.
BSC6900
Second RXU Chain No.
BSC6900
Receive Mode
BSC6900
Rate down coefficient [%]
BSC6900
Allow Reassign
BSC6900
Frequency Band of Reassign
BSC6900
ReceiveQualThrshAMRFR
BSC6900
ReceiveQualThrshAMRHR
BSC6900
RX_LEV Hysteresis
BSC6900
RX_LEV Threshold
BSC6900
RX_LEV for UO HO Allowed
BSC6900
Record Discarded Paging Msg
BSC6900
Decrease rate alarm recover threshold
BSC6900
RX_QUAL Threshold
BSC6900
RX_QUAL for UO HO Allowed
BSC6900
Backup
BSC6900
Interval to Reduce Transmission Bandwidth when Congested
BSC6900
Number of Transmission Bandwidth to Reduce when Congested
BSC6900
Port for LINE2
BSC6900
Back-up port for LINE2
BSC6900
Port for LINE1
BSC6900
Back-up port for LINE1
BSC6900
Switch of panel 2M BITS1
BSC6900
Switch of panel 2M BITS2
BSC6900
Use SGSN clock source
BSC6900
Region Information
BSC6900
ReHost Absolute Time
BSC6900
ReHostDelayTime
BSC6900
ReHost Type
BSC6900
Reinitialize Neighbour Cell Table
BSC6900
Associated Board CN
BSC6900
Extend Connection Configuration Enabled
BSC6900
Associated Board Function
BSC6900
Associated Board SN
BSC6900
Associated Board SRN
BSC6900
Cascading Tributary
BSC6900
Remark
BSC6900
Route use description
BSC6900
Remote NSVL ID
BSC6900
Repeat
BSC6900
Repeated Downlink FACCH
BSC6900
Repeated Downlink FACCH Threshold
BSC6900
Repeated SACCH
BSC6900
Reserved Alarm ID.
BSC6900
ResCheckAllowed
BSC6900
Cell Reselection Hysteresis
BSC6900
Cell Reselect Interval
BSC6900
Normal Cell Reselection Watch Period
BSC6900
Normal Cell Reselection Worsen Level Threshold
BSC6900
Number of Reserved Dynamic Channel
BSC6900
Reserved TCH Number for PA Turning On
BSC6900
BTS Reset Alarm Delay Switch
BSC6900
BTS Reset Alarm Delay Time
BSC6900
Reset Interval of Account Lock Counter
BSC6900
Reset Retry
BSC6900
BTS Reset Time
BSC6900
Reset Timer
BSC6900
Reason
BSC6900
Response on Out-BSC HO Req
BSC6900
Resume Broken Downloads Flag
BSC6900
Sub-protocol negotiate out time[S]
BSC6900
Sub-protocol negotiate out time[S]
BSC6900
Alarm Restore Type
BSC6900
Resume Timer
BSC6900
Reserved Channel Number
BSC6900
Max RC Power Reduction
BSC6900
Radio Resource Report Period
BSC6900
Execute Interval
BSC6900
Configure RFU by Slot
BSC6900
GPS or RGPS
BSC6900
RIM Support
BSC6900
Channel No.
BSC6900
Radio Link Timeout
BSC6900
Remote TC Subrack Ater Transmission Mode
BSC6900
RNC ID
BSC6900
Neighboring RNC Index
BSC6900
Neighboring RNC Index
BSC6900
Neighboring RNC Name
BSC6900
Root Certificate File Name
BSC6900
Route No.
BSC6900
Route Port No.
BSC6900
Report Downlink VQI Allowed
BSC6900
Cell Reselection MR Period in Packet Idle Mode
BSC6900
Cell Reselection MR Period in Packet Transfer Mode
BSC6900
Decrease rate alarm report threshold
BSC6900
Report Speech Quality
BSC6900
Filter Length for SDCCH REP_QUANT
BSC6900
Filter Length for TCH REP_QUANT
BSC6900
Rscgrp No.
BSC6900
Resource Management Mode
BSC6900
Resource management mode
BSC6900
RscPenaltyTimer
BSC6900
RSCP Offset
BSC6900
RSCP Threshold for Layer of 3G Cell
BSC6900
RSD alarm source
BSC6900
RSF alarm source
BSC6900
GPRS Reselection Offset
BSC6900
BTS RSL Average Down-bandwidth
BSC6900
RSL DSCP
BSC6900
RSL Priority
BSC6900
BTS RSL Average Up-bandwidth
BSC6900
RSL VlanId
BSC6900
RSL LAPD Window Size
BSC6900
Lock Reason
BSC6900
Relative Signal Strength Threshold
BSC6900
Reset file
BSC6900
Result File Name
BSC6900
Restart switch
BSC6900
Restart Timer
BSC6900
Max Channel Num Reserved for EC
BSC6900
Reserved Parameter 1
BSC6900
Reserved Parameter 10
BSC6900
Reserved Parameter 2
BSC6900
Reserved Parameter 3
BSC6900
Reserved Parameter 4
BSC6900
Reserved Parameter 5
BSC6900
Reserved Parameter 6
BSC6900
Reserved Parameter 7
BSC6900
Reserved Parameter 8
BSC6900
Reserved Parameter 9
BSC6900
Reserve Idle Channel Number
BSC6900
Revertive type
BSC6900
Routing Context
BSC6900
RTCP Bandwidth Usage
BSC6900
Enable RTCP
BSC6900
Destination Network Address
BSC6900
Destination Address Mask
BSC6900
Route Index
BSC6900
RTO alpha value
BSC6900
RTO beta value
BSC6900
RTO initial value
BSC6900
RTO max value
BSC6900
RTO min value
BSC6900
Measure Link Delay Switch
BSC6900
RTTI PDCH Multiplex Threshold
BSC6900
Route Type
BSC6900
Rate up step [kbps]
BSC6900
Rate up step adjust period [PLPRD]
BSC6900
R-Version No.
BSC6900
Backward Bandwidth
BSC6900
Backward Bandwidth
BSC6900
Minimum Receiving level for Access
BSC6900
Interfere HO Qual. Thresh Offset for AMR FR
BSC6900
Minum Access RXLEV
BSC6900
Rx_Level_Drop HO Allowed
BSC6900
Interfere HO Qual. Thresh 1 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 10 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 11 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 12 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 2 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 3 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 4 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 5 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 6 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 7 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 8 for Non-AMR FR
BSC6900
Interfere HO Qual. Thresh 9 for Non-AMR FR
BSC6900
RXU Chain No
BSC6900
RXU Chain No.
BSC6900
RXU Chain No.
BSC6900
RXU Index Type
BSC6900
RXU Index Type
BSC6900
RXU Name
BSC6900
RXU Name
BSC6900
RXU Name
BSC6900
RXU Chain Position
BSC6900
RXU Chain Position
BSC6900
RXU Board Position
BSC6900
RXU Board Type
BSC6900
S1 value setting switch
BSC6900
S1 Value
BSC6900
Special Analog Alarm Enabled
BSC6900
Special Analog Alarm Flag
BSC6900
Trunking MSC
BSC6900
SAIC Allowed
BSC6900
Power Control Threshold Adjust for SAIC
BSC6900
Power Control threshold Adjust for SAIC
BSC6900
Special Analog Alarm Enabled
BSC6900
Same Coverage Cell No
BSC6900
Same Coverage Cell Index Type
BSC6900
Same Coverage Cell Load Stat. Time
BSC6900
Same Coverage Cell Load Threshold
BSC6900
Same Coverage Cell Name
BSC6900
SACCH Multi-Frames
BSC6900
Special Alarm Switcher
BSC6900
Special Alarm Switch Enabled
BSC6900
Special Alarm Switch Valid Vol. Level
BSC6900
Energy Saving Support
BSC6900
Special Bool Alarm Flag
BSC6900
First BTS Index
BSC6900
First BTS Name
BSC6900
SCALE_ORDER
BSC6900
DSCP of STREAM[QoS]
BSC6900
Serving Cell Filter Length MR Number
BSC6900
First Cell Index
BSC6900
First Cell Name
BSC6900
Coding Scheme
BSC6900
Sub Channel No.
BSC6900
Command String
BSC6900
Scope Type
BSC6900
Subrack Communication Path Index
BSC6900
Scrambling Code or Cell Parameter Id
BSC6900
Start Serial No.
BSC6900
SCTP link No.
BSC6900
Start Date
BSC6900
Start Date
BSC6900
Start Date
BSC6900
Alarm Log Saved Time
BSC6900
SD Alarm Threshold
BSC6900
Start Date
BSC6900
Start date
BSC6900
SDCCHChannelNumber
BSC6900
Waiting for MR on SDCCH Switch
BSC6900
Duration for Waiting MR on SDCCH
BSC6900
DL Level Threshold for SDCCH Call Drop
BSC6900
DL Quality Threshold for SDCCH Call Drop
BSC6900
UL Level Threshold for SDCCH Call Drop
BSC6900
UL Quality Threshold for SDCCH Call Drop
BSC6900
SDCCH Dynamic Allocation Allowed
BSC6900
SD Enable
BSC6900
SD Quick HO
BSC6900
Shut Down Enabled
BSC6900
Min Interval for SDCCH Hos
BSC6900
SdMrCutNum
BSC6900
Penalty Time on Fast Moving HO
BSC6900
Penalty on Fast Moving HO
BSC6900
DSCP of Signaling
BSC6900
SDSF Priority
BSC6900
Shutdown Temperature
BSC6900
Sliding Time Window Alarm Disappear
BSC6900
Sliding Time Window Alarm Occurrence
BSC6900
Shutdown Voltage
BSC6900
3G Search PRIO
BSC6900
Self Version
BSC6900
Support Sent 2QUATER
BSC6900
Spt BSS Invoke Trace Rpt[end2end user trace]
BSC6900
Send Classmark ENQ Result to MSC Enabled
BSC6900
Sent Confusion Message to MSC
BSC6900
Send Downlink Message after Hanging up
BSC6900
Send FACCH Notification Priority
BSC6900
Send FACCH Paging Priority
BSC6900
BSC Auto Link Flag
BSC6900
Send System Information 2ter
BSC6900
Send System Information 5ter
BSC6900
Send 3G Class Flag
BSC6900
Separate Position
BSC6900
Separate Mode
BSC6900
The Command Port of FTP Server
BSC6900
The Source Date Port of FTP Server
BSC6900
Device Serial No.
BSC6900
FTP Server IP Address
BSC6900
Service mode
BSC6900
Service Type
BSC6900
Service Type
BSC6900
Service Name
BSC6900
Service Type
BSC6900
Diesel Engine Configure Enabled
BSC6900
ENV TEMP CFG Enabled
BSC6900
ENV TEMP CFG Enabled
BSC6900
Environment Humidity Configure Enabled
BSC6900
SFP Port No
BSC6900
Configure Capacity
BSC6900
SGSN Name
BSC6900
SGSN NRI Length
BSC6900
SGSN NullNRI Value
BSC6900
Allow SGSN Pool
BSC6900
Protocol Version Supported by SGSN
BSC6900
SGSN Management Status
BSC6900
Share in CPU Rate
BSC6900
Load Sharing Slot No.
BSC6900
Sharing Allow
BSC6900
Shield Flag
BSC6900
Shutdown TRX Start Time[T2]
BSC6900
SI 2ter Switch
BSC6900
SDCCH HO Allowed
BSC6900
Signal Strength Duration Times
BSC6900
Signalling link set index
BSC6900
Signalling link set index
BSC6900
Signaling link ID
BSC6900
Signaling Load Weight
BSC6900
Signaling Load Weight
BSC6900
Signal Service PRI
BSC6900
Signal Strength Observation Times
BSC6900
Filter Length for SDCCH Qual
BSC6900
Signalling link code
BSC6900
Filter Length for SDCCH Level
BSC6900
Interval Between Resource Request
BSC6900
Single Pass Exclude MSISDN Number 1
BSC6900
Single Pass Exclude MSISDN Number 10
BSC6900
Single Pass Exclude MSISDN Number 11
BSC6900
Single Pass Exclude MSISDN Number 12
BSC6900
Single Pass Exclude MSISDN Number 13
BSC6900
Single Pass Exclude MSISDN Number 14
BSC6900
Single Pass Exclude MSISDN Number 15
BSC6900
Single Pass Exclude MSISDN Number 16
BSC6900
Single Pass Exclude MSISDN Number 17
BSC6900
Single Pass Exclude MSISDN Number 18
BSC6900
Single Pass Exclude MSISDN Number 19
BSC6900
Single Pass Exclude MSISDN Number 2
BSC6900
Single Pass Exclude MSISDN Number 20
BSC6900
Single Pass Exclude MSISDN Number 3
BSC6900
Single Pass Exclude MSISDN Number 4
BSC6900
Single Pass Exclude MSISDN Number 5
BSC6900
Single Pass Exclude MSISDN Number 6
BSC6900
Single Pass Exclude MSISDN Number 7
BSC6900
Single Pass Exclude MSISDN Number 8
BSC6900
Single Pass Exclude MSISDN Number 9
BSC6900
Source IP address
BSC6900
Source IP address
BSC6900
Sites
BSC6900
Site Sync Zone
BSC6900
Clock Server IP Address 2
BSC6900
Sub-Location Group No.
BSC6900
Self Loop Type
BSC6900
Signalling route mask
BSC6900
Slave Service Active Delay
BSC6900
StartType
BSC6900
SMLC Index
BSC6900
SMLC Mode
BSC6900
Enable Smoke Alarm Reporting
BSC6900
Start month
BSC6900
Filter window
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No
BSC6900
BM Slot No
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Main Board Logic slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Port Slot No.
BSC6900
Slot No.
BSC6900
Slot No.
BSC6900
Send Mode
BSC6900
DRRU Sending Receiving Mode
BSC6900
DRFU Sending Receiving Mode
BSC6900
MRRU/GRRU Sending Receiving Mode
BSC6900
MRFU/GRFU Sending Receiving Mode
BSC6900
BTS3900E Sending Receiving Mode
BSC6900
Sync Period
BSC6900
OSP code[Whole Number]
BSC6900
OSP code bits
BSC6900
OSP code[Divided Number]
BSC6900
Start PCIC
BSC6900
Signal point data format
BSC6900
Special Access Control Class
BSC6900
Special Alarm Switch
BSC6900
Special Alarm Valid Level Configuration
BSC6900
One-Way Mute Alarm Reporting Period
BSC6900
Speech VER Send Flag in ASS CMP
BSC6900
Speech VER Send Flag in HO Perform
BSC6900
SpeechVerSend Flag in HO REQ ACK
BSC6900
HO_RQD Speech VER
BSC6900
Speech Version Mode 1
BSC6900
Speech Version Mode 2
BSC6900
Speech Version
BSC6900
ETHPORT SPEED
BSC6900
Penalty on MS Fast Moving HO
BSC6900
Penalty Time on Fast Moving HO
BSC6900
Support SPLIT_PG_CYCLE on CCCH
BSC6900
Support Cell Broadcast
BSC6900
Allow Common Measurement at Iur-g
BSC6900
Allow Info Exchange at Iur-g
BSC6900
Support In Inter-RAT Inter-cell PS Handover
BSC6900
Support Out Inter-RAT Inter-Cell PS Handover
BSC6900
Support NACC Resource Guarantee
BSC6900
Support Paging Message from Trunking MSC
BSC6900
Support Pb Lapd Check
BSC6900
Support Pb Resource Check
BSC6900
Support Pb Single Pass Check
BSC6900
Support PCIC Check
BSC6900
Support RAN Sharing
BSC6900
Support Reduced Latency Capability
BSC6900
RanSharing Support
BSC6900
Support State Firewall
BSC6900
OSP index
BSC6900
Is Support Normalized Data Configuration
BSC6900
Is Support SingleRAN Mode
BSC6900
Is Support SingleRAN Mode
BSC6900
Source Cell Index
BSC6900
Source Cell Name
BSC6900
Source Cell Index
BSC6900
Source Cell Name
BSC6900
Source Cell CI
BSC6900
Source File Name
BSC6900
Clock source priority
BSC6900
Clock source priority
BSC6900
Current HO CTRL Algorithm in Source Cell
BSC6900
Source IP Address
BSC6900
Source Cell LAC
BSC6900
Source Cell MCC
BSC6900
MEP ID
BSC6900
Source Cell MNC
BSC6900
Source port No.
BSC6900
Clock source type
BSC6900
Source timeslot mask
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
BM Subrack No
BSC6900
Subrack No
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Port Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack No.
BSC6900
Subrack 1 No
BSC6900
Subrack 2 No
BSC6900
Subrack name
BSC6900
Tributary No.
BSC6900
Subrack type
BSC6900
Sort Order
BSC6900
User Data Load Weight
BSC6900
User Data Load Weight
BSC6900
Service Priority Policy
BSC6900
Service Type
BSC6900
Penalty Level after BQ HO
BSC6900
CPU occupancy alarm clearance threshold
BSC6900
CPU occupancy alarm threshold
BSC6900
DSP occupancy alarm clearance threshold
BSC6900
DSP occupancy alarm threshold
BSC6900
Filter Length for TCH Level
BSC6900
Filter Length for SDCCH Level
BSC6900
Subsystem No.
BSC6900
Subsystem No.
BSC6900
Start Sync Serial No.
BSC6900
Penalty Level after TA HO
BSC6900
StartTime
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Time
BSC6900
Start Alarm ID
BSC6900
Prefer Variable Bitmap Code
BSC6900
CHAN REQ Arrival Control
BSC6900
Start CIC
BSC6900
Start CIC
BSC6900
Prohibit Power Saving Start Day
BSC6900
Heater Startup Temperature
BSC6900
Prohibit Power Saving Start Month
BSC6900
Paging Arrival Control
BSC6900
PS Resource REQ Arrival Control
BSC6900
Start Sub Timeslot No.
BSC6900
Fallback Start Time
BSC6900
Time When the Function Is Enabled
BSC6900
Start TS
BSC6900
Start TS
BSC6900
Start Timeslot No.
BSC6900
Smart Temperature Control
BSC6900
Smart Temperature Control
BSC6900
Start CIC
BSC6900
Out Port Cabinet No.
BSC6900
Start Date
BSC6900
Measurement Step
BSC6900
Satellite flag
BSC6900
Start Time
BSC6900
EICC Allowed
BSC6900
Stop Send SI 5/5bis/5ter after Encrypt
BSC6900
Fallback Stop Time
BSC6900
STP function switch
BSC6900
Out-BTS Port No.
BSC6900
Start Time
BSC6900
Out Port Slot No.
BSC6900
Out Port Subrack No.
BSC6900
Out-BTS Sub Timeslot No.
BSC6900
Start Time
BSC6900
Out-BTS Timeslot No.
BSC6900
BTS Type
BSC6900
ID of slave BSC in TC Pool
BSC6900
ID of slave BSC in TC Pool
BSC6900
Command Parameter
BSC6900
Max subframe length[byte]
BSC6900
Max Subframe Length
BSC6900
Subtask ID
BSC6900
Subnet No
BSC6900
Sublink Resources Preemption Switch
BSC6900
Sub Res Preempt Flag
BSC6900
Sub Timeslot No.
BSC6900
Sub-Version No.of TMU
BSC6900
Support Apply Used A Cic
BSC6900
Use Back-up port for LINE2
BSC6900
Use Back-up port for LINE1
BSC6900
Support Cell Broadcast Name
BSC6900
Support High Multislot Class
BSC6900
Support DTM
BSC6900
Support EDA
BSC6900
Support Enhanced DTM
BSC6900
Support FE/GE SPAN BTS Local Switch
BSC6900
Support TFO Codec Optimize
BSC6900
SupptCellList
BSC6900
S Value
BSC6900
Server IP
BSC6900
Server UDP Port
BSC6900
Switch
BSC6900
OMU Automatic Switchover Switch
BSC6900
Switch
BSC6900
Switch
BSC6900
Power Switch
BSC6900
Start week
BSC6900
Port switch
BSC6900
Self-healing Switch
BSC6900
Grace Protection Period Switch
BSC6900
Bfd Protocol Switch
BSC6900
Alarm Parameter Configuration Enabled
BSC6900
3ah Switch
BSC6900
Switch primary IP address flag
BSC6900
Switch back HB number
BSC6900
SwitchParameter1
BSC6900
SwitchParameter10
BSC6900
SwitchParameter2
BSC6900
SwitchParameter3
BSC6900
SwitchParameter4
BSC6900
SwitchParameter5
BSC6900
SwitchParameter6
BSC6900
SwitchParameter7
BSC6900
SwitchParameter8
BSC6900
SwitchParameter9
BSC6900
Switch Port
BSC6900
Set Enable/Disable
BSC6900
Start week sequence
BSC6900
BTS Symbol Offset
BSC6900
Sync case
BSC6900
Site Synchronization Method
BSC6900
Clock Synchronization Mode
BSC6900
Days of Inter Sync Period
BSC6900
Hours of Inter Sync Period
BSC6900
Minutes of Inter Sync Period
BSC6900
Contact mode of the manufacturer
BSC6900
System description
BSC6900
System Flux Threshold for Load HO
BSC6900
System Location
BSC6900
Send System Message 10 Allow
BSC6900
NE Name
BSC6900
System services
BSC6900
T1
BSC6900
Time1
BSC6900
Signalling route set test timer
BSC6900
Uninhibit ACK timer
BSC6900
Force uninhibit timer
BSC6900
Inhibition ACK timer
BSC6900
Link realignment timer
BSC6900
Time-control changeover timer
BSC6900
T2
BSC6900
Time2
BSC6900
T200
BSC6900
T200 FACCH/F
BSC6900
T200 FACCH/H
BSC6900
T200 SACCH TCH SAPI3
BSC6900
T200 SACCH SDCCH
BSC6900
T200 SACCH TCH SAPI0
BSC6900
T200 SDCCH
BSC6900
T200 SDCCH SAPI3
BSC6900
T203
BSC6900
Local inhibit test timer
BSC6900
Remote inhibit test timer
BSC6900
Changeover ACK timer
BSC6900
T3
BSC6900
Time3
BSC6900
T3105
BSC6900
T3115
BSC6900
T3168
BSC6900
T3192
BSC6900
T3212
BSC6900
Parameter of DTE [T391]
BSC6900
Time-control changeback timer
BSC6900
T4
BSC6900
Changeover ACK first attempt timer
BSC6900
T5
BSC6900
Changeover ACK second attempt timer
BSC6900
T6
BSC6900
T8
BSC6900
Transmission prohibited inhibition timer
BSC6900
Filter Length for TA
BSC6900
TA for UO HO Allowed
BSC6900
TA HO Allowed
BSC6900
TA Hysteresis
BSC6900
TA HO Valid Time
BSC6900
TA Threshold
BSC6900
Talker Info Interval
BSC6900
TA Filter Length for SDCCH Level
BSC6900
AISS Task Index
BSC6900
TA HO Watch Time
BSC6900
TA Threshold
BSC6900
T_AVG_T
BSC6900
T_AVG_W
BSC6900
Output Segment No
BSC6900
Output Segment No.
BSC6900
Try Switching Duration Time
BSC6900
Ring I Try Rotating Duration Time
BSC6900
Test code
BSC6900
Tc
BSC6900
Temperature Compensation Coefficient
BSC6900
TC CRC Allowed
BSC6900
TCH Rate Adjust Allow
BSC6900
TCH Traffic Busy Threshold
BSC6900
DL FER Threshold for TCH Call Drop
BSC6900
DL Level Threshold for TCH Call Drop
BSC6900
DL Quality Threshold for TCH Call Drop
BSC6900
UL FER Threshold for TCH Call Drop
BSC6900
UL Level Threshold for TCH Call Drop
BSC6900
UL Quality Threshold for TCH Call Drop
BSC6900
Min Interval for TCH Hos
BSC6900
TchMrCutNum
BSC6900
TCH Rate Modify
BSC6900
TCH Time Handover Period
BSC6900
TCH Time Handover Switch
BSC6900
Tch Traffic Busy Underlay Threshold
BSC6900
Tch Traffic Busy Overlay Threshold
BSC6900
Test code length
BSC6900
TC mode
BSC6900
Mute Detect Class1 Switch
BSC6900
Tail Cabinet No.
BSC6900
TC Port No
BSC6900
TC Pool ID
BSC6900
TC Slot No
BSC6900
TC Subrack No
BSC6900
The type of TC resource
BSC6900
TDD BA1 Input Tag
BSC6900
TDDBA2 Input Tag
BSC6900
TDD Reporting Offset
BSC6900
TDD Cell Reselect Diversity
BSC6900
TDD Reporting Threshold
BSC6900
Diversity
BSC6900
DL UARFAN
BSC6900
TDD MI System Information Optimized
BSC6900
TDD MI System INFO Broadcasting Prohibit
BSC6900
PS TDD RSCP Quality Threshold
BSC6900
Cell Parameter ID
BSC6900
Cell Parameter ID
BSC6900
TDD System Information Optimized Allowed
BSC6900
Sync Case
BSC6900
Congestion clear remain ratio
BSC6900
Congestion remain ratio
BSC6900
Subrack 1 TDM Port No
BSC6900
Subrack 2 TDM Port No
BSC6900
TEI
BSC6900
Enable Temperature Alarm Reporting
BSC6900
Upper Limit of Temperature Alarm
BSC6900
Lower Limit of Temperature Alarm
BSC6900
Upper ENV TEMP Alarm
BSC6900
Upper ENV TEMP Alarm
BSC6900
Lower ENV TEMP Alarm
BSC6900
Lower ENV TEMP Alarm
BSC6900
Coefficient of Temp Compensation
BSC6900
Cell Template Description
BSC6900
Cell Template Index
BSC6900
Cell Template Index
BSC6900
Cell Template Name
BSC6900
Temp Of High Temp. Load Power Off
BSC6900
Low Temperature Start Load Power Off Temp.
BSC6900
Low Temperature Start Load Poweroff Temp.
BSC6900
TER Indicator of System Information 3
BSC6900
Test Timer
BSC6900
Content of Message
BSC6900
TFO Option Switch
BSC6900
Test Frequency
BSC6900
Frame Start Time
BSC6900
Target OMU
BSC6900
TGW ID
BSC6900
TGW IP_TRANS IP address
BSC6900
TGW IP_TRANS IP Mask
BSC6900
TGW TRANS Slot No.
BSC6900
TGW Trans Subrack No.
BSC6900
Th
BSC6900
Volt Threshold for Off
BSC6900
Volt Threshold for On
BSC6900
THP1-ARP1 Priority Weight
BSC6900
THP1-ARP2 Priority Weight
BSC6900
THP1-ARP3 Priority Weight
BSC6900
THP2-ARP1 Priority Weight
BSC6900
THP2-ARP2 Priority Weight
BSC6900
THP2-ARP3 Priority Weight
BSC6900
THP3-ARP1 Priority Weight
BSC6900
THP3-ARP2 Priority Weight
BSC6900
THP3-ARP3 Priority Weight
BSC6900
Threshold type
BSC6900
Receive SGSN Config. Msg. Timer
BSC6900
Level Thresh for Assign BCCH Under TBCCH
BSC6900
Quality Thresh for Assign BCCH Under TBCCH
BSC6900
TIGHT BCCH HO Valid Time
BSC6900
Load Threshold for TIGHT BCCH HO
BSC6900
TIGHT BCCH HO Watch Time
BSC6900
RX_QUAL Threshold for TIGHT BCCH HO
BSC6900
TIGHT BCCH Switch
BSC6900
IBCA Tight Trx SDCCH Rxlev Threshold
BSC6900
IMSI Paging Timer
BSC6900
Time Limit
BSC6900
Time
BSC6900
Duration
BSC6900
Penalty Time after AMR TCHF-H HO Fail
BSC6900
Penalty Time after BQ HO
BSC6900
Penalty Time after OtoU HO Fail
BSC6900
Reply Time-Out[ms]
BSC6900
Reply Time-Out[ms]
BSC6900
Time Out
BSC6900
Time Out
BSC6900
Maximum Delay Time
BSC6900
Quick Handover Punish Time
BSC6900
Number of ping packets
BSC6900
Voltage Adjust Based Timeslots Allowed
BSC6900
Penalty Time after TA HO
BSC6900
Penalty Time after UtoO HO Fail
BSC6900
T11
BSC6900
Receive MSC Configuration Message Timer
BSC6900
Time Limit
BSC6900
TLLI
BSC6900
Tout Limit
BSC6900
Temperature Alarm Lower Threshold
BSC6900
Temperature Alarm Lower Threshold
BSC6900
Execute Time
BSC6900
Execute Time 1
BSC6900
Execute Time 2
BSC6900
Execute Time 3
BSC6900
Execute Time 4
BSC6900
Execute Time 5
BSC6900
TRMMAP ID
BSC6900
TRMMAP index
BSC6900
Time Length
BSC6900
Test Mode
BSC6900
Timer for Bad Quality DISC Statistic
BSC6900
Upper time threshold of raised fault
BSC6900
TMSI
BSC6900
Lower time threshold of raised fault
BSC6900
Signalling link test ACK timer
BSC6900
Signalling link repeat test timer
BSC6900
Data Table
BSC6900
Transmission Mode
BSC6900
Transmission Mode
BSC6900
AdjustMethod
BSC6900
Cell Reselect Temporary Offset
BSC6900
TOP Board Cabinet No.
BSC6900
TOP Board Slot No.
BSC6900
TOP Board Subrack No.
BSC6900
Log Type
BSC6900
Tail Port No.
BSC6900
Into-BSC HO REQ Queue Timer
BSC6900
Debug tracking control threshold
BSC6900
Debug tracking control threshold
BSC6900
Debug tracking restore threshold
BSC6900
Debug tracking restore threshold
BSC6900
Debug Flow control switch
BSC6900
DL Priority Decision Threshold
BSC6900
UL Priority Decision Threshold
BSC6900
Traffic mode
BSC6900
Transmission Mode
BSC6900
Load Transmitting Slot No.
BSC6900
Transport Type
BSC6900
Transport Type
BSC6900
Transport Type
BSC6900
Carrier Type
BSC6900
BTS Transmission Type
BSC6900
E1 Port 0 Set Optical Transmission Mode
BSC6900
E1 Port 1 Set Optical Transmission Mode
BSC6900
E1 Port 2 Set Optical Transmission Mode
BSC6900
E1 Port 3 Set Optical Transmission Mode
BSC6900
Trace Mode
BSC6900
Cell Reselection Forbidden Time
BSC6900
Load HO Threshold
BSC6900
Trunk Link No.
BSC6900
Trunk Link Slot No.
BSC6900
Trunk No.
BSC6900
User TRMMAP index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
TRM load threshold index
BSC6900
Transport Resource Mapping switch
BSC6900
The Trunk group No.
BSC6900
Trunk group No.
BSC6900
Trunk No.
BSC6900
TRX Aiding Function Control
BSC6900
Duration Second
BSC6900
Channel Hop Index
BSC6900
TRX ID
BSC6900
TRX ID
BSC6900
No.1 TRX ID
BSC6900
No.10 TRX ID
BSC6900
No.11 TRX ID
BSC6900
No.12 TRX ID
BSC6900
No.13 TRX ID
BSC6900
No.14 TRX ID
BSC6900
No.15 TRX ID
BSC6900
No.16 TRX ID
BSC6900
No.17 TRX ID
BSC6900
No.18 TRX ID
BSC6900
No.19 TRX ID
BSC6900
No.2 TRX ID
BSC6900
No.20 TRX ID
BSC6900
No.21 TRX ID
BSC6900
No.22 TRX ID
BSC6900
No.23 TRX ID
BSC6900
No.24 TRX ID
BSC6900
No.3 TRX ID
BSC6900
No.4 TRX ID
BSC6900
No.5 TRX ID
BSC6900
No.6 TRX ID
BSC6900
No.7 TRX ID
BSC6900
No.8 TRX ID
BSC6900
No.9 TRX ID
BSC6900
TRXID LST
BSC6900
TRX Index List
BSC6900
Channel MAIO
BSC6900
TRX No.
BSC6900
TRX Number
BSC6900
TRX Board Pass No.
BSC6900
Sub-Location Group TRX Board Pass No.
BSC6900
Allocation TRX Priority Allowed
BSC6900
TRX Board Type
BSC6900
Time Slot
BSC6900
Time Slot
BSC6900
time slot No.
BSC6900
Bearing Timeslot
BSC6900
Time Slot NO.
BSC6900
Bearing time slot
BSC6900
Bearing time slot
BSC6900
Bearing Time Slot
BSC6900
TSC
BSC6900
Idle TS Count
BSC6900
TSC Plan Enable
BSC6900
Time slot cross index
BSC6900
Duration * 10 minutes
BSC6900
Timeslot Index
BSC6900
Task Name
BSC6900
Timeslot Mask
BSC6900
TS Mask
BSC6900
Tail Slot No.
BSC6900
Timeslot No.
BSC6900
Timeslot Priority
BSC6900
Timeslot Power Reserve
BSC6900
Fast Flux Measurement TBF Timer
BSC6900
Fast Flux Detection Switch
BSC6900
Time Slot Rate
BSC6900
Tail Subrack No.
BSC6900
Test Mode
BSC6900
Test Timeslot
BSC6900
Test Type
BSC6900
Test Type
BSC6900
Allow Turning Off Time Slot
BSC6900
Topo Type
BSC6900
Time to Live
BSC6900
PKT TTL
BSC6900
Dyn. Turning Off Cell Busy Channel Num.
BSC6900
Dyn. Turning Off Cell Stop Time
BSC6900
Dyn. Turning Off Cell Start Time
BSC6900
Enable Turning Off Cell
BSC6900
Dyn. Turning On Cell Load Threshold
BSC6900
Temperature Alarm Upper Threshold
BSC6900
Temperature Alarm Upper Threshold
BSC6900
Observation Cell Channel Reservation Timer
BSC6900
Observation Cell TRX Reservation Timer
BSC6900
Serving Cell TCHF Reservation Timer
BSC6900
Information Collection Response Timer
BSC6900
MS Search Timer
BSC6900
BTS Reserved Resource Activation Timer
BSC6900
BTS SYNC_REPORT Timer
BSC6900
TX-integer
BSC6900
Assigned Power of Pass A Operators 1
BSC6900
Assigned Power of Pass A Operators 2
BSC6900
Assigned Power of Pass A Operators 3
BSC6900
Assigned Power of Pass A Operators 4
BSC6900
Assigned Power of Pass B Operators 1
BSC6900
Assigned Power of Pass B Operators 2
BSC6900
Assigned Power of Pass B Operators 3
BSC6900
Assigned Power of Pass B Operators 4
BSC6900
Forward Bandwidth
BSC6900
Forward Bandwidth
BSC6900
Interval of send[ms]
BSC6900
TX_INT
BSC6900
Subrack Type
BSC6900
Finish Type
BSC6900
Freq. Band
BSC6900
PCU Type
BSC6900
Freq. Band
BSC6900
Cabinet Type
BSC6900
Cell Type
BSC6900
Up0 Power Attenuation Factor
BSC6900
Up0 Tower-Top Amplifier Flag
BSC6900
Up0 Link No.
BSC6900
Up0 TRX Board Pass No.
BSC6900
Up0 TRX Slot No.
BSC6900
Up0 TRX Subrack No.
BSC6900
Up1 Power Attenuation Factor
BSC6900
Up1 Tower-Top Amplifier Flag
BSC6900
Up1 Link No.
BSC6900
Up1 TRX Board Pass No.
BSC6900
Up1 TRX Slot No.
BSC6900
Up1 TRX Subrack No.
BSC6900
CS Preferred Call Reestablish Priority
BSC6900
CS Preferred CS Emergency Call Priority
BSC6900
CS Preferred CS MOC Priority
BSC6900
CS Preferred CS MTC Priority
BSC6900
CS Preferred Into-BSC HO Priority
BSC6900
CS Preferred Intra-BSC HO Priority
BSC6900
CS Preferred Other Service Priority
BSC6900
CS Preferred PS Priority
BSC6900
CS Preferred Supplement Priority
BSC6900
CS Preferred VBS Priority
BSC6900
CS Preferred VGCS Priority
BSC6900
Controlling of CIC IE In BSS Map Messages
BSC6900
RAI Alarm Switch
BSC6900
PS Preferred Call Reestablish Service Priority
BSC6900
PS Preferred CS Emergency Call Service Priority
BSC6900
PS Preferred CS Original Call Service Priority
BSC6900
PS Preferred CS Terminated Call Service Priority
BSC6900
PS Preferred In Handover Service Priority
BSC6900
PS Preferred Intra Handover Service Priority
BSC6900
PS Preferred Other Service Priority
BSC6900
PS Preferred PS Service Priority
BSC6900
PS Preferred Supplement Service Priority
BSC6900
PS Preferred VBS Service Priority
BSC6900
PS Preferred VGCS Service Priority
BSC6900
Speech Ver Change Optimize in Handover
BSC6900
Receive UDP MUX Mode
BSC6900
Sender UDP MUX Mode
BSC6900
Local UDP Port No.
BSC6900
Remote UDP Port No.
BSC6900
Operator Level
BSC6900
Upper Humidity Threshold
BSC6900
UIC
BSC6900
Unit time[ms]
BSC6900
Upper Limit
BSC6900
Upper Limit
BSC6900
PwrCtrlULAdjPeriod
BSC6900
ULAFSRexQualHighThred
BSC6900
ULAFSRexQualLowThred
BSC6900
ULAHSRexQualHighThred
BSC6900
ULAHSRexQualLowThred
BSC6900
UL BQ HO Last Time
BSC6900
UL BQ HO Static Time
BSC6900
Fast UL Priority Decision Threshold
BSC6900
Timer for UL Data Forward
BSC6900
RRBP Frequency for GPRS Downlink TBF
BSC6900
Edge HO UL RX_LEV Threshold
BSC6900
RRBP Frequency for EGPRS Downlink TBF
BSC6900
ACK Frequency for EGPRS Uplink TBF
BSC6900
III UL Filter Adjust Factor
BSC6900
ULFSRexQualHighThred
BSC6900
ULFSRexQualLowThred
BSC6900
ULHSRexQualHighThred
BSC6900
ULHSRexQualLowThred
BSC6900
AMR UL Coding Rate adj.hyst1[F]
BSC6900
AMR UL Coding Rate adj.hyst2[F]
BSC6900
AMR UL Coding Rate adj.hyst3[F]
BSC6900
AMR UL Coding Rate adj.hyst1[H]
BSC6900
AMR UL Coding Rate adj.hyst2[H]
BSC6900
AMR UL Coding Rate adj.hyst3[H]
BSC6900
AMR UL Coding Rate adj.hyst1[WB]
BSC6900
AMR UL Coding Rate adj.hyst2[WB]
BSC6900
2G Cell UL Basic Congest Thred
BSC6900
Filter Length for UL RX_LEV
BSC6900
ULMAXDownStep
BSC6900
ULMAXUpStep
BSC6900
2G Cell UL Overload Congest Thred
BSC6900
UL MR. Number Predicted
BSC6900
UL Qual. Upper Threshold
BSC6900
UL Qual. Lower Threshold
BSC6900
Filter Length for UL Qual.
BSC6900
UL Qual. Bad Trig Threshold
BSC6900
UL Qual. Bad UpLEVDiff
BSC6900
UL Qual. Threshold
BSC6900
UL Qual. Limit for AMR FR
BSC6900
UL Qual. Limit for AMR HR
BSC6900
ULRexLevAdjustFactor
BSC6900
ULRexLevExponentFilterLen
BSC6900
ULRexLevHighThred
BSC6900
ULRexLevLowThred
BSC6900
ULRexLevSlideWindow
BSC6900
ULRexQualAdjustFactor
BSC6900
ULRexQualExponentFilterLen
BSC6900
ULRexQualSlideWindow
BSC6900
III UL RexLev Protect Factor
BSC6900
III UL RexQual Protect Factor
BSC6900
UL RX_LEV Upper Threshold
BSC6900
UL RX_LEV Lower Threshold
BSC6900
AMR UL Coding Rate adj.th1[F]
BSC6900
AMR UL Coding Rate adj.th2[F]
BSC6900
AMR UL Coding Rate adj.th3[F]
BSC6900
AMR UL Coding Rate adj.th1[H]
BSC6900
AMR UL Coding Rate adj.th2[H]
BSC6900
AMR UL Coding Rate adj.th3[H]
BSC6900
AMR UL Coding Rate adj.th1[WB]
BSC6900
AMR UL Coding Rate adj.th2[WB]
BSC6900
UL to OL HO Allowed
BSC6900
ACK Frequency for GPRS Uplink TBF
BSC6900
Um Interface Crosstalk Optimization Allowed
BSC6900
UmPenaltyTimer
BSC6900
Um Interface Tag
BSC6900
Support Balance
BSC6900
Unblock Retry
BSC6900
ANT_A ALD Under Current Occur Threshold
BSC6900
ANT_B ALD Under Current Occur Threshold
BSC6900
RET ALD Under Current Occur Threshold
BSC6900
ANT_A ALD Under Current Clear Threshold
BSC6900
ANT_B ALD Under Current Clear Threshold
BSC6900
RET ALD Under Current Clear Threshold
BSC6900
Up BTS Index
BSC6900
Dest Father BTS Index
BSC6900
UPBTS Index type
BSC6900
Dest Father Index Type
BSC6900
Up BTS Name
BSC6900
Dest Father BTS Name
BSC6900
Update
BSC6900
Uplink Default CS Type
BSC6900
Uplink Default MCS Type
BSC6900
Uplink Multiplex Threshold of Dynamic Channel Conversion
BSC6900
Uplink EGPRS2-A Default MCS Type
BSC6900
Uplink EGPRS2-A Fixed MCS Type
BSC6900
Inactive Period of Extended Uplink TBF
BSC6900
Uplink Fixed CS Type
BSC6900
Uplink Fixed MCS Type
BSC6900
Interf.of UL Qual. Threshold
BSC6900
Interf.of UL Level Threshold
BSC6900
Uplink Max Length
BSC6900
OML/ESL/EML LAPD Uplink Window Size
BSC6900
UL PC Allowed
BSC6900
Upper Class Transport Resource Group No.
BSC6900
The Upper logic port number
BSC6900
Duration of Uplink Received Level Differ
BSC6900
Smooth Factor of Uplink Received Level
BSC6900
Observe Time of UL RX Level Difference
BSC6900
Short Message Uplink Disabled
BSC6900
Release Delay of Non-extended Uplink TBF
BSC6900
Uplink TBF Threshold from CS2 to CS1
BSC6900
Uplink TBF Threshold from CS3 to CS2
BSC6900
Uplink TBF Threshold from CS4 to CS3
BSC6900
Uplink TBF Threshold from CS1 to CS2
BSC6900
Uplink TBF Threshold from CS2 to CS3
BSC6900
Uplink TBF Threshold from CS3 to CS4
BSC6900
Cell Urgent Reselection Allowed
BSC6900
User Query Type
BSC6900
Support USF Granularity 4 Switch
BSC6900
User Name of FTP Server
BSC6900
FTPServer User
BSC6900
Energy Saving Start Time[HH:MM]
BSC6900
Energy Saving End Time[HH:MM]
BSC6900
Upper Temperature Threshold
BSC6900
MaxRetry Time after UtoO Fail
BSC6900
Penalty Time of UtoO HO
BSC6900
UtoO HO Received Level Threshold
BSC6900
UtoO Traffic HO Allowed
BSC6900
Underlay HO Step Period
BSC6900
Underlay HO Step Level
BSC6900
Utran Cell Type
BSC6900
Vendor Code
BSC6900
Maximum Number of Channels for VGCS
BSC6900
Channel Allocation Strategy for VGCS
BSC6900
Reserved Number of Channels for VGCS
BSC6900
VIP Access CPU Rate
BSC6900
VIP Cell
BSC6900
VIP Priority
BSC6900
VIP Share in CPU Rate
BSC6900
VLANID Flag
BSC6900
Vlan Flag
BSC6900
VLANID Flag of First Local IP address
BSC6900
VLANID Flag of Second Local IP address
BSC6900
VLAN ID.
BSC6900
VLAN ID
BSC6900
VLAN ID
BSC6900
VLAN ID
BSC6900
VLAN ID of First Local IP address
BSC6900
VLAN ID of Second Local IP address
BSC6900
VLAN Priority
BSC6900
VLAN Priority
BSC6900
VLAN Switch
BSC6900
Speech Version
BSC6900
Enable Alarm Reporting for 24V Power
BSC6900
Upper Limit of Alarm for 24V Power
BSC6900
Lower Limit of Alarm for 24V Power
BSC6900
Enable Alarm Reporting for 48V Power
BSC6900
Upper Limit of Alarm for 48V Power
BSC6900
Lower Limit of Alarm for 48V Power
BSC6900
Standing Wave Alarm CFG Enabled
BSC6900
VSWR TRX Unadjusted Threshold
BSC6900
Serious VSW Alarm Filter Times
BSC6900
Standing Wave Radio Alarm Threshold
BSC6900
Serious VSW Alarm Threshold
BSC6900
VSWR TRX Error Threshold
BSC6900
V-Version No.
BSC6900
T3109
BSC6900
Wait for REL Indication AMR FR
BSC6900
T3109 for AMR HR
BSC6900
Timer of MS Location Response from MS
BSC6900
Timer of Reserved TCH for EMC
BSC6900
IBCA Wait SDCCH Idle Timer
BSC6900
Timer of MS Location Response from SMLC
BSC6900
Heating Equipment
BSC6900
Enable Water Alarm Reporting
BSC6900
Week Limit
BSC6900
WE Longitude
BSC6900
Humidification Equipment
BSC6900
Whether affect the port swapping
BSC6900
LAPD Window Adjust Switch
BSC6900
Week
BSC6900
Work mode
BSC6900
End Time of WLA Detection
BSC6900
Wireless Link Alarm Critical Permit
BSC6900
WLA Prompting Recover Period
BSC6900
Begin Time of WLA Detection
BSC6900
Wireless Link Alarm Flag
BSC6900
Work Area Flag
BSC6900
Working Standard
BSC6900
Work Mode
BSC6900
Work Mode
BSC6900
Work Mode
BSC6900
Window Size
BSC6900
Wait Time before OML Switch
BSC6900
Ring I Wait Time Before Switch
BSC6900
WTR Time[Sec]
BSC6900
TimeZone
BSC6900
MML Command
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
ADD BTS(Optional)
SET GCELLCCCH(Optional)
SET BSCTMR(Optional)
SET BSCTMR(Optional)
SET BTSOTHPARA(Optional)
SET BTSOTHPARA(Optional)
SET BSSLS(Optional)
SET BTSFLEXABISPARA(Optional)
SET GCELLPSCHM(Optional)
SET BSCBASIC(Optional)
ADD AISSCFG(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLPSBASE(Optional)
SET GCELLPRACH(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Mandatory)
SET GCELLHOIUO(Optional)
ADD BSCACCCTRLP(Mandatory)
SET GCELLPSOTHERPARA(Optional)
ADD BSCACCCTRLP(Optional)
ADD BSCACCCTRLP(Optional)
ADD BSCACCCTRLP(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLIDLEAD(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLSOFT(Optional)
ADD AISSCFG(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional) SET SET BTSFMUABP(Optional) GCELLSOFT(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BTSRXUBP(Optional) ADD EXTNCELL(Mandatory) COL BSCSYNCINFO(Mandatory) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory)
SET GCELLEGPRSPARA(Optional)
SET BTSAUTODLDACTINFO(Optional)
SET BTSAUTODLDACTINFO(Optional)
SET GCELLADMSTAT(Mandatory)
SET GTRXADMSTAT(Mandatory)
SET GTRXCHANADMSTAT(Mandatory)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Mandatory)
ADD AISSCFG(Optional)
ADD BTSALMMGMRULE(Mandatory)
SET BTSAUTODLDACTINFO(Optional)
SET BTSAUTODLDACTINFO(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Optional)
ADD GPS(Mandatory)
ADD GPS(Mandatory)
SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Optional)
SET ALMPORT(Mandatory)
SET ALMBLKPARA(Mandatory) SET ALMLVL(Mandatory) SET ALMSHLD(Mandatory) SET BOXRPT(Mandatory)
ADD OBJALMSHLD(Optional)
SET ENVALMPARA(Mandatory)
SET BTSENVALMPORT(Optional)
ADD BTSOBJALMSHLD(Mandatory)
SET GCELLSOFT(Optional)
ADD OBJALMSHLD(Optional)
ADD BTSOBJALMSHLD(Mandatory)
SET OTHSOFTPARA(Mandatory)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCBASIC(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET BSCNSPARA(Optional)
SET BSCNSPARA(Optional)
ADD RSCGRP(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET GCELLPSCHM(Optional)
SET GCELLCHMGBASIC(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLCHMGBASIC(Optional)
ADD AE1T1(Mandatory)
ADD PBE1T1(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
ADD BTSALMMGMRULE(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET BTSALMFLASHTHD(Mandatory)
ADD BTSALMMGMRULE(Mandatory)
SET BTSDGPSBP(Optional)
SET BTSDGPSBP(Optional)
SET BTSDGPSBP(Optional)
ADD BTSALMMGMRULE(Mandatory)
SET BTSALMFLASHTHD(Optional)
SET BTSALMFLASHTHD(Optional)
SET BTSALMFLASHTHD(Optional)
SET BTSALMFLASHTHD(Optional)
SET BTSDHEUBP(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional)
SET GCELLPSPWPARA(Optional)
SET GCELLLCS(Optional)
ADD GPS(Mandatory)
SET GCELLLCS(Optional)
ADD GPS(Mandatory)
EXP ALMLOG(Optional) SET ALMLVL(Mandatory) SET ALMSCRN(Mandatory) SET ENVALMPARA(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR3(Optional)
SET GCELLCCAMR(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCCAMR(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET OTHSOFTPARA(Optional)
SET AITFOTHPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET BTSANTANGLE(Mandatory) ADD ADJNODE(Mandatory) ADD IPPATH(Mandatory) ADD ADJMAP(Mandatory) ADD IPMUX(Mandatory) ADD IPPATHBIND(Mandatory)
SET ENVALMPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET TCPARA(Optional)
SET GCELLLCS(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional)
ADD MPGRP(Optional)
SET BTSTHEFTALM(Optional) LOD RETANTCFG(Mandatory) SET BTSANTANGLE(Mandatory) SET RETANTENB(Mandatory)
ADD TRXBIND2PHYBRD(Mandatory)
ADD BTSBINDLOCGRP(Optional) ADD BTSANTFEEDERBRD(Mandatory) SET BTSANTFEEDERCONNECT(Optional)
ADD MTP3LNK(Mandatory)
ADD SCTPLNK(Mandatory)
ADD SEMILINK(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCBASIC(Optional) CMP BRDAREA(Optional) LOD PATCH(Optional) LOD BRD(Optional) SYN BRDAREA(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Optional)
STR IPCHK(Optional)
STR IPCHK(Optional)
ADD MTP3LNK(Mandatory) ADD ATERSL(Optional) ADD ATERCONSL(Optional)
ADD MTP3LNK(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional)
SET ENVALMPARA(Optional)
SET GCELLHOAD(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCHMGAD(Optional) SET BTSAPMUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
SET BTSRXUBP(Mandatory) SET BTSAPMUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
SET BTSRXUBP(Mandatory) SET BTSAPMUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
SET BTSRXUBP(Mandatory)
SET OTHSOFTPARA(Optional)
SET GCELLTMR(Optional)
SET BSCTMR(Optional)
SET BSCAITFTMR(Optional)
SET BSCAITFTMR(Optional)
SET BSCAITFTMR(Optional)
SET BSCTMR(Optional)
SET BSCTMR(Optional)
SET BSCAITFTMR(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional) ADD MTP3LNK(Mandatory) ADD ATERE1T1(Mandatory) SET OTHSOFTPARA(Optional) ADD ATERCONPATH(Optional) ADD ATERSL(Mandatory) ADD ATERCONSL(Mandatory) ADD SEMILINK(Mandatory)
SET BSSLS(Optional) ADD MTP3LNK(Mandatory) ADD ATERSL(Mandatory) ADD ATERCONSL(Mandatory)
ADD SEMILINK(Mandatory)
ADD ATEROML(Mandatory)
ADD ATEROML(Mandatory) ADD ATERSL(Optional) ADD ATERCONSL(Optional)
SET BSCBASIC(Mandatory)
STR BTSVSWRTST(Optional)
ADD MTP3LNK(Mandatory)
SET GCELLIDLEBASIC(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET E1T1LOP(Optional)
STR E1T1TST(Optional)
SET SSLAUTHMODE(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory) ADD BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory) ADD BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory) ADD BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory)
ADD PPPLNK(Optional)
ADD MPGRP(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional)
SET ETHPORT(Optional)
ADD BRD(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET OTHSOFTPARA(Optional)
SET BTSETHPORT(Optional)
SET BTSAUTODLDACTINFO(Optional)
LCK SCHTSK(Optional)
SET PWDPOLICY(Optional)
SET OPT(Optional)
SET BSCBASIC(Optional)
SET ALMPORT(Optional)
SET BTSENVALMPORT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET CLK(Optional)
SET CLK(Optional)
BKP LOGDB(Optional)
BKP DB(Optional)
SET GCELLSOFT(Optional)
SET BSCPSSOFTPARA(Optional)
ADD BTSESN(Optional)
STR IPCHK(Optional)
STR IPCHK(Optional)
SET BTSBAKPWR(Mandatory)
SET BTSBAKPWR(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLHOAD(Optional)
SET BTSRACKBC(Mandatory)
ADD AISSCFG(Mandatory)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET SCTPSRVPORT(Optional)
SET GTRXRLALM(Optional)
SET BTSAPMUBP(Optional)
ADD GCELL(Optional)
ADD GEXT2GCELL(Mandatory)
ADD GCELLQUICKSETUP(Optional)
ADD GEXT2GCELL(Mandatory)
ADD GCELLQUICKSETUP(Mandatory)
SET GCELLHOPQUICKSETUP(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSTCDSCPMAP(Optional) STR FRPORTLOOP(Mandatory) BLK BC(Mandatory) ADD BC(Mandatory) ADD NSVC(Mandatory)
SET BTSAPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
ADD N7DPC(Mandatory)
SET GBSCREDGRP(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLCCUTRANSYS(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional)
SET GCELLHOBASIC(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
STR IPCHK(Optional) ADD BTSBFD(Mandatory) ADD BTSIPRTBIND(Mandatory)
SET GTRXRLALM(Optional)
SET GCELLCCACCESS(Optional) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET ALMBLKSW(Optional)
SET ALMBLKPARA(Optional)
SET ALMBLKSW(Optional)
SET ALMBLKSW(Optional)
SET BSCNSPARA(Optional)
SET BSCNSPARA(Optional)
ADD ATERCONPATH(Mandatory)
ADD ATERCONPATH(Mandatory)
ADD ATERCONPATH(Mandatory)
SET BSCTMR(Optional) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory)
SET BOXRPT(Mandatory)
SET BTSBREAKPOINT(Optional)
SET BTSBREAKPOINT(Optional)
SET GCELLHOBASIC(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
STR BKP(Mandatory) SET FCSW(Mandatory) SET FCCPUTHD(Mandatory) SET FCMSGQTHD(Mandatory)
SET CPUTHD(Mandatory)
ADD BRD(Mandatory)
STR BTSLOG(Mandatory)
STR BTSVSWRTST(Optional) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional)
LOD BTSSW(Mandatory) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional)
SET DPUBRDTYPE(Mandatory)
ADD BRD(Optional)
SET ETHPORT(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory)
ADD MPLNK(Mandatory)
ADD BTSBRDCAP(Mandatory)
STR BTSLOG(Mandatory)
SET BTSRINGATTR(Optional)
SET GCELLSBC(Optional)
SET GCELLSBC(Optional)
BKP LOGDB(Optional)
SET GCELLIDLEBASIC(Optional)
ADD EXTBSC(Mandatory)
SET BSCDSTPA(Optional)
BLK ACIC(Mandatory) ADD AE1T1(Mandatory)
ADD GCBSADDR(Mandatory)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD ADJNODE(Mandatory) ADD GEXT2GCELL(Optional) ADD EXTBSC(Mandatory)
ADD AISSCFG(Optional)
ADD GCBSADDR(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSIP(Optional) IMP BTSIPPARA(Mandatory)
SET BSSLS(Optional)
ADD EXTBSC(Mandatory)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
ADD BTSMONITORTS(Mandatory)
ADD GCBSADDR(Mandatory)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
ADD BTSMONITORTS(Mandatory)
ADD BTSMONITORTS(Mandatory)
ADD BTSMONITORTS(Mandatory)
SET BSCAISS(Mandatory)
ADD ATERE1T1(Mandatory) ADD ATERSL(Mandatory) ADD SEMILINK(Mandatory)
SET BSCBASIC(Mandatory)
ADD BTSMONITORTS(Mandatory)
SET GCELLPSBASE(Optional)
SET GCELLHOCTRL(Optional)
ADD GCELL(Optional)
SET GCELLIDLEBASIC(Optional)
ADD GCELL(Optional)
ADD GCELL(Optional)
SET BSSLS(Optional)
ADD GCNNODE(Optional)
SET GCELLPSBASE(Optional)
SET CLK(Mandatory)
CON PATCH(Mandatory) LOD PATCH(Mandatory) LOD BRD(Mandatory) SET E1T1LOP(Mandatory) SET E1T1(Mandatory)
LOP E1T1(Mandatory)
STR E1T1TST(Mandatory)
SET OPT(Mandatory)
SET COPTLNK(Mandatory)
ADD IPLOGICPORT(Mandatory)
CHK E1T1CRS(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSANTFEEDERBRD(Mandatory)
ADD BTSBRD(Mandatory)
ADD BTSRXUBRD(Mandatory)
ADD BTSTRXBRD(Mandatory)
SET BTSANTFEEDERCONNECT(Mandatory)
ADD ATERE1T1(Mandatory)
ADD ATERSL(Mandatory)
SET GCELLBASICPARA(Optional)
SET BTSOMLDETECT(Mandatory)
SET BTSIP(Optional)
IMP BTSIPPARA(Mandatory)
BTSLOADCTRL(Mandatory) SET BTSCTRL(Mandatory) CHG BTSPTUSHKTM(Mandatory) ADD BTSABISMUXFLOW(Mandatory) PINGBTSIPCLKPARA(Mandatory) BTSCFM(Mandatory) SET TRC BTSCFM(Mandatory) ADD BTSPPPLNK(Mandatory) OPR BTSMPGRP(Mandatory) BTSBRDPWR(Mandatory) ADD IMP BTSIPPARA(Mandatory) ADD BTSMPLNK(Mandatory) EXP BTSIPPARA(Mandatory) SET BTSIP(Mandatory) IMP BTSVLAN(Mandatory) SET BTSPINGSW(Mandatory) ADD BTS(Optional) EXP BTSBWPARA(Mandatory) BTSVLAN(Mandatory) SET IMP BTSDEVIP(Mandatory) ADD BTSBIND2HDLCPATH(Mandatory) EXP BTSDEVIP(Mandatory) ADD BTSIPRTBIND(Mandatory) SET BTSOTHPARA(Optional) IMP ADDBTSPPPLNK(Mandatory) BTSETHMD(Mandatory) EXP BTSPPPLNK(Mandatory) ADD BTSETHMA(Mandatory) IMP BTSMPGRP(Mandatory) ADD BTSETHLCMEP(Mandatory) EXP BTSMPGRP(Mandatory) ADD ADD BTSETHRMMEP(Mandatory) ADJNODE(Mandatory) IMP SET BTSMPLNK(Mandatory) BTSOMLDETECT(Mandatory) EXP BTSMPLNK(Mandatory) SET BTSFLEXABISPARA(Mandatory) IMP BTSIPRT(Mandatory) ADD BTSTOPCONFIG(Mandatory) EXP BTSIPRT(Mandatory) LOD RETANTCFG(Mandatory) SAV BTSCLKPARA(Mandatory) SET BTSANTANGLE(Mandatory) SET BTSRACKBC(Mandatory) SET BSCABISPRIMAP(Mandatory) SET BTSCLKPARA(Mandatory) SET BTSCAVFRQ(Mandatory) SET BTSPMUDEF(Mandatory) SET ADD BTSTMA(Mandatory) BTSABISHDLCPATH(Mandatory) SET RETANTENB(Mandatory) LOD BTSSW(Mandatory) STR BTSBATTTST(Mandatory) LOD BTSPATCH(Mandatory) STR BTSLOG(Mandatory) CON BTSPATCH(Mandatory) STR BTSRACKTEMPMON(Mandatory) STR BTSTST(Mandatory) STR RETANTSCAN(Mandatory) STR COL TRANSPERFTST(Mandatory) SYNCINFO(Mandatory) SWP BTSBRD(Mandatory) SWP BTSCLKCLTPT(Mandatory) TST BTSBRD(Mandatory) SET SET BTSANTANGLE(Mandatory) BTSENVALM(Mandatory) STR BTSVSWRTST(Mandatory) SWP BTSLOCGRP(Mandatory) SET ADD BTSLOADCTRL(Mandatory) BTSOP(Mandatory) CHG BTSPTUSHKTM(Mandatory) ADD PINGBTSAUTOPLAN(Mandatory) BTSCFM(Mandatory) SET BTSIP(Optional) TRC BTSCFM(Mandatory) IMP BTSIPPARA(Mandatory) OPR BTSBRDPWR(Mandatory) IMP BTSIPPARA(Mandatory) EXP BTSIPPARA(Mandatory) IMP SET BTSVLAN(Mandatory) BSSLS(Optional) EXP BTSVLAN(Mandatory) IMP BTSDEVIP(Mandatory) EXP BTSDEVIP(Mandatory) ADD BTSAUTOPLAN(Mandatory) IMP BTSPPPLNK(Mandatory) EXP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory) EXP BTSMPGRP(Mandatory) SET GCELLHOCTRL(Optional) IMP BTSMPLNK(Mandatory) EXP BTSMPLNK(Mandatory) IMP BTSIPRT(Mandatory) EXP BTSIPRT(Mandatory)
ADD BTSABISHDLCPATH(Mandatory) LOD BTSSW(Mandatory) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
SET BTSPINGSW(Optional)
SET BTSLOCKBCCH(Mandatory)
SET GCELLPWR2(Optional)
SET GCELLSOFT(Optional)
LOD BTSSW(Mandatory)
SET BTSTRCMPR(Mandatory) ADD BTS(Mandatory) SET BTSALM(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Mandatory) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
ADD BTSBFD(Optional)
STR BTSTST(Mandatory)
SET BTSAPMUBP(Optional)
SET BTSRINGATTR(Optional)
ADD SCTPLNK(Optional) ADD PTPBVC(Mandatory) BLK PTPBVC(Mandatory)
ADD GCELLQUICKSETUP(Optional)
SET BSSGPPARA(Optional)
ADD IPLOGICPORT(Mandatory)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD IPLOGICPORT(Optional)
ADD RSCGRP(Mandatory)
ADD IPLOGICPORT(Optional)
SET GTRXRLALM(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory)
SET GCELLRESELECTPARA(Optional)
SET GCELLRESELECTPARA(Optional)
ADD BTSCABINET(Optional)
SET BTSRACKBC(Mandatory)
ADD CAB(Mandatory)
SET GCELLBASICPARA(Optional)
SET BTSCLKPARA(Mandatory)
SET GCELLCCCH(Optional)
SET BTSAUTOPLANCFG(Optional)
ADD BTSBRD(Optional)
ADD IPPATH(Optional)
ADD IPLOGICPORT(Optional)
STR IPCHK(Optional)
SET GCELLIDLEBASIC(Optional)
ADD GCBSADDR(Mandatory)
ADD GCBSADDR(Mandatory)
ADD GCBSADDR(Optional)
ADD GCBSADDR(Mandatory)
SET BSCTMR(Optional)
SET GCELLIDLEBASIC(Optional)
ADD IPLOGICPORT(Optional)
SET BSCTMR(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
SET BSCBASIC(Optional)
SET CERTFILE(Optional)
SET GCELLCCCH(Optional)
SET GCELLCCCH(Optional)
SET BSCPSTCDSCPMAP(Optional)
ADD ETHMA(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELL2GBA1(Mandatory)
SET GCELL2GBA1(Mandatory)
SET GCELLHOEDBPARA(Mandatory) SET GCELLHOEMG(Mandatory) SET GCELLHOFAST(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOFITPEN(Mandatory) SET GCELLHOIUO(Mandatory) SET GCELLHOPTP(Mandatory) SET GCELLHOTDDBA2(Mandatory) GCELLHO2GBA2(Mandatory) SET GCELLHOUTRANFDD(Mandatory) SET GCELLHOUTRANTDD(Mandatory) SET GCELLPWR2(Mandatory) SET GCELLPWR3(Mandatory) SET GCELLHO2GBA2(Mandatory) SET GCELLDYNTURNOFF(Mandatory) SET GCELLPWRBASIC(Mandatory) SET GCELLCHMGAD(Mandatory) SET GCELLHOPQUICKSETUP(Mandatory) GCELLBASICPARA(Optional) SET GCELLMAIOPLAN(Mandatory) SET GCELLHOPANT(Mandatory) SET GCELLHOPANTQUICKSETUP(Mandatory) SET ADD GCELLCCUTRANSYS(Optional) CELLBIND2BTS(Mandatory) MOV BCCH(Mandatory) ADD GTRX(Mandatory) ADD PTPBVC(Mandatory) SET GCELLCCUTRANSYS(Optional) SET GCELLEGPRSPARA(Mandatory) SET GCELLPRACH(Mandatory) SET GCELLPRIVATEOPTPARA(Mandatory) SET SET GCELLSERVPARA(Optional) GCELLPSBASE(Mandatory) SET GCELLPSCHM(Mandatory) SET GCELLPSCS(Mandatory) SET SET GCELLPSI1(Mandatory) GCELLOTHEXT(Optional) SET GCELLPSOTHERPARA(Mandatory) SET GCELLPSPWPARA(Mandatory) SET MSTOCELL(Mandatory) SET PSCELLTODSP(Mandatory) BTSPMUBP(Optional) SET SET GCELLNC2PARA(Mandatory) SET GCELLNCRESELECTPARA(Mandatory) SET SET GCELLNWCTRLMSRPARA(Mandatory) BTSDPMUBP(Optional) SET GCELLRESELECTPARA(Mandatory) SET GCELLSERVPARA(Mandatory) SET GCELLSTANDARDOPTPARA(Mandatory) BTSPMUBP(Optional) SET GCELLGPRS(Mandatory) SET GPSCHRSCOPE(Mandatory) ADD BTSOBJALMSHLD(Mandatory) ADD GCELLQUICKSETUP(Mandatory) SET BTSDPMUBP(Optional) SET GCELLFREQSCAN(Mandatory) SET BTSANTANGLE(Mandatory) STR TRXBURSTTST(Mandatory) STR BTSRFTST(Mandatory)
SET GMRSCOPE(Mandatory)
SET GCELLHOINTERRATLDB(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSAUTOPLAN(Optional)
SAV GCELLTEMPLATE(Mandatory)
SET GCELLHOPTP(Mandatory) SET GCELLHOTDDBA2(Mandatory) SET GCELLHOUTRANFDD(Mandatory) SET GCELLHOUTRANTDD(Mandatory) SET GCELLPWR2(Mandatory) SET GCELLPWR3(Mandatory) SET GCELLDYNTURNOFF(Mandatory) SET GCELLPWRBASIC(Mandatory) SET STR GCELLCHMGAD(Mandatory) NCS(Mandatory) SET GCELLHOPQUICKSETUP(Mandatory) SET GCELLMAIOPLAN(Mandatory) SET GCELLHOPANT(Mandatory) SET SET FHO(Mandatory) GCELLHOPANTQUICKSETUP(Mandatory) ADD CELLBIND2BTS(Mandatory) MOV BCCH(Mandatory) ADD GTRX(Mandatory) BTSRETANT(Mandatory) ADD PTPBVC(Mandatory) SET GCELLEGPRSPARA(Mandatory) SET GCELLPRACH(Mandatory) SET SET BTSANTANGLE(Mandatory) GCELLPRIVATEOPTPARA(Mandatory) SET GCELLPSBASE(Mandatory) SET GCELLPSCHM(Mandatory) SET ADD GCELLPSCS(Mandatory) GCELL(Mandatory) SET GCELLPSI1(Mandatory) SET GCELLPSOTHERPARA(Mandatory) SET GCELLPSPWPARA(Mandatory) ADD PSCELLTODSP(Mandatory) GEXT3GCELL(Optional) SET SET GCELLNC2PARA(Mandatory) SET GCELLNCRESELECTPARA(Mandatory) SET ADD GCELLNWCTRLMSRPARA(Mandatory) GSMSCB(Optional) SET GCELLRESELECTPARA(Mandatory) SET GCELLSERVPARA(Mandatory) SET GCELLSTANDARDOPTPARA(Mandatory) MSGSOFTPARA(Optional) SET GCELLGPRS(Mandatory) SET GPSCHRSCOPE(Mandatory) ADD BTSRETANT(Mandatory) ADD GCELLQUICKSETUP(Mandatory) SET GCELLCHMGBASIC(Optional) SET GCELLFREQSCAN(Mandatory) SET BTSANTANGLE(Mandatory) STR TRXBURSTTST(Mandatory) STR BTSRFTST(Mandatory)
SET GCELLHOINTERRATLDB(Mandatory) ADD BTSAUTOPLAN(Mandatory) SAV GCELLTEMPLATE(Mandatory)
ADD GSMSCB(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLSOFT(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCCAD(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET GCELLOTHEXT(Optional) SET BTSFMUABP(Mandatory) SET SET BTSNFCBBP(Mandatory) GCELLOTHEXT(Optional) SET BTSPMUBP(Mandatory) SET BTSAPMUBP(Mandatory) SET BTSDATUBP(Mandatory) SET GTRXFC(Optional) BTSDEMUBP(Mandatory) SET BTSDHEUBP(Mandatory) SET BTSDOMUBP(Mandatory) SET SET BTSDPMUBP(Mandatory) CERTFILE(Mandatory) SET BTSDTMUBP(Mandatory) SET BTSPSUFP(Mandatory) SET BTSDDPUBP(Mandatory) SET BTSUSCUBP(Mandatory)
SET BTSIP(Optional)
IMP BTSIPPARA(Mandatory) IMP BTSVLAN(Mandatory) IMP SET BTSDEVIP(Mandatory) BTSAUTOPLANCFG(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPGRP(Mandatory) IMP BTSMPLNK(Mandatory) IMP BTSIPRT(Mandatory)
SET BTSCABPARA(Mandatory)
SET BTSPOWERTYPE(Mandatory)
ADD OP(Mandatory) ADD CCG(Mandatory) SET CCGN(Mandatory)
ADD OP(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional)
ADD PBSL(Optional)
SET BTSAUTOPLANCFG(Optional)
SET CCGN(Optional)
SET BTSIDLETS(Mandatory)
ADD ATERSL(Optional)
ADD ATERCONSL(Optional)
ADD PBSL(Optional)
ADD G2GNCELL(Optional)
CBN BTSRXUCHAIN(Mandatory)
SET GCELLCHMGBASIC(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional) SET GCELLSBC(Optional) ADD GSMSCB(Mandatory)
SET GCELLCHMGAD(Optional)
SET AITFOTHPARA(Optional)
SET GCELLSOFT(Optional)
ADD IPPATH(Optional)
SET OTHSOFTPARA(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
STR IPCHK(Optional)
ADD IPPATHBIND(Mandatory)
SET BTSAIRCON(Optional)
SET BTSAIRCON(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
STR IPCHK(Mandatory)
STR BTSTST(Mandatory)
SET BTSCHNFALLBACK(Mandatory) SET SET FHO(Mandatory) TCPLYVOICE(Mandatory) SET GTRXCHANHOP(Mandatory) SET GTRXCHAN(Mandatory) SET GTRXCHANADMSTAT(Mandatory) STR BTSTST(Mandatory)
STR BTSTST(Mandatory)
SET BTSCHNFALLBACK(Mandatory)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET GCELLCHMGAD(Optional)
SET GPSCHRSCOPE(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional) ADD GCELL(Mandatory) ADD GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) SET GTRXCHAN(Optional) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory)
SET BTSAUTOPLANCFG(Optional)
BLK ACIC(Mandatory)
BLK PBCIC(Mandatory)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLCHMGAD(Optional)
ADD DXXCONNECT(Mandatory)
ADD DXXCONNECT(Mandatory)
SET GCELLGPRS(Optional)
SET OTHSOFTPARA(Optional)
ADD MPGRP(Optional)
SET BTSCLKPARA(Mandatory)
SET BTSIPCLKPARA(Optional)
SET CLKTYPE(Mandatory)
SET BTSCLK(Mandatory)
SET BTSTHEFTALM(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional)
SET BTSTHEFTALM(Optional)
ADD TRXBIND2PHYBRD(Optional) SWP BTSRING(Optional) SWP BTSOMLLINK(Optional) SET BTSFMUABP(Optional) EXP LOG(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET ADD BTSDHEUBP(Optional) CCG(Mandatory) SET BTSUSCUBP(Optional) SET BTSCABPARA(Mandatory) SET BTSPOWERTYPE(Mandatory) ADD BTSRXUBP(Optional) SUBCMD(Mandatory) SET ADD BTSRXU2LOCGRP(Mandatory) ADD BTSBINDLOCGRP(Mandatory) BTSBRD(Optional) ADD ADD BTSSFPMODE(Optional) CAB(Mandatory) ADD BTSCABINET(Mandatory) SET BTSFORBIDTS(Optional) LOD RETANTCFG(Optional) ADD BTSRXUBRD(Optional) SET BTSOMLTS(Optional) SET BTSENVALMPORT(Optional) SET BTSANTANGLE(Optional) BTSETHPORT(Optional) SET BTSOBJALMSHLD(Mandatory) ADD BTSCLKPARA(Optional) BTSPPPLNK(Optional) SET ADD BTSCAVFRQ(Optional) BTSMPLNK(Optional) SET BTSPMUDEF(Optional) ADD BTSETHMA(Optional) ADD BTSTMA(Optional) BTSBFD(Optional) SET ADD BTSETHLCMEP(Optional) ADD RETANTENB(Optional) BTSIPRTBIND(Optional) SET ADD BTSTOPCONFIG(Optional) STR BTSBATTTST(Optional) IMP BTSDEVIP(Optional) STR BTSTST(Mandatory) IMP BTSPPPLNK(Optional) STR RETANTSCAN(Optional) IMP BTSMPLNK(Optional) STR TRANSPERFTST(Optional) SWP BTSBRD(Optional) SET BTSENVALM(Optional) CHG BTSPTUSHKTM(Optional)
OPR BTSBRDPWR(Mandatory)
SET GBSCREDGRP(Optional)
ADD GCNNODE(Mandatory) ADD NSE(Mandatory) ADD SGSNNODE(Mandatory) ADD ADD NRIMSCMAP(Mandatory) NRISGSNMAP(Mandatory) SET MSGSOFTPARA(Mandatory) SET AITFOTHPARA(Mandatory) SET BSCAITFTMR(Mandatory) ADD GCNNODE(Mandatory)
CMP LICENSE(Optional)
SET GBSCREDGRP(Optional)
EXP ALMLOG(Optional)
SET BTSBAT(Mandatory)
SET BTSDPMUBP(Mandatory)
SET LOGLIMIT(Optional)
SET ALMBLKPARA(Optional)
SET ALMBLKPARA(Optional)
SET GCELLHOBASIC(Optional)
ADD GSMSCB(Mandatory)
SET BTSOUTPUT(Optional)
COL SYNCINFO(Mandatory)
SET GCELLPWRBASIC(Optional)
SET GCELLCCBASIC(Optional)
SET PWDPOLICY(Optional)
SET BTSBWPARA(Optional)
ADD GEXT2GCELL(Optional)
ADD BTSABISHDLCPATH(Mandatory)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
SET GCELLHOBASIC(Optional)
ADD DXXCONNECT(Mandatory)
ADD SUBRACK(Optional)
SET CONNTYPE(Mandatory)
ADD GIURGCONN(Mandatory)
SET GCELLHOCTRL(Optional)
SET GCELLHOAD(Optional)
PING IP(Optional)
PING MAC(Optional) PING BTSCFM(Optional)
STR BTSTST(Mandatory)
SET GTRXDEV(Optional)
ADD GCBSADDR(Mandatory)
SET BTSCRC4(Mandatory)
SET GCELLIDLEBASIC(Optional)
SET CERTFILE(Mandatory)
SET CERTFILE(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GCELLIDLEBASIC(Optional)
SET BSCBASIC(Optional)
ADD SCTPLNK(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
ADD TRMFACTOR(Optional)
ADD TRMMAP(Optional)
ADD TRMMAP(Optional)
ADD TRMFACTOR(Optional)
ADD GCELL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Optional)
SET GCSCHRCTRL(Mandatory)
SET GCSCHRCTRL(Optional)
SET GTRXFC(Optional)
SET GCSCHRCTRL(Optional)
ADD TRMFACTOR(Optional)
SET GCSCHRCTRL(Optional)
ADD TRMMAP(Optional)
ADD TRMMAP(Optional)
ADD TRMFACTOR(Optional)
ADD GCELL(Optional)
SET SLFSLVSW(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
ADD AISSCFG(Mandatory)
SET GCELLPSBASE(Optional)
SET BTSLOADCTRL(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSRETANT(Mandatory)
ADD RSCGRP(Mandatory)
SET BTSCTRL(Mandatory)
SET BTSCTRL(Mandatory)
SET CMCTRLSW(Mandatory)
SET MSGSOFTPARA(Optional)
SET BTSAUTODLDACTINFO(Mandatory)
SET GCSFILE(Optional)
UPD JTGCPLD(Mandatory)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLOTHEXT(Optional)
ADD OP(Optional)
SET TIME(Optional)
ADD BSCDSTPADATE(Mandatory)
SET BTSAUTODLDACTINFO(Mandatory)
SET BTSDHEUBP(Optional)
ADD GCELL(Mandatory)
ADD GCELL(Mandatory)
ADD GCELL(Mandatory)
ADD GCELL(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET GCELLPSCHM(Optional)
SET GCELLTMR(Optional) ADD M3DE(Mandatory) ADD M3RT(Mandatory) ADD M3LKS(Mandatory)
ADD OP(Optional)
SET BTSOUTPUT(Optional)
PING IP(Mandatory)
TRC IPADDR(Mandatory)
ADD IPRTBIND(Mandatory) PING MAC(Mandatory) TRC MAC(Mandatory) PING BTSCFM(Mandatory) TRC BTSCFM(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD GIURGCONN(Mandatory)
ADD GIURGCONN(Mandatory)
ADD GIURGCONN(Mandatory)
MOV BCCH(Mandatory)
SET GCELLSOFT(Optional)
ADD BTSBFD(Optional)
SET BTSABISTROP(Mandatory)
ADD BTSRETANT(Mandatory)
ADD BTSRETANT(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory)
ADD DEVIP(Mandatory) ADD GEXT3GCELL(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory)
SET BTSDFCUBP(Optional)
SET BTSDFCUBP(Optional)
ADD GCNNODE(Optional)
SET FTPSSRV(Mandatory)
ADD GPS(Optional)
ADD DHCPRLY(Mandatory)
ADD DHCPRLY(Mandatory)
SET BTSDPMUBP(Optional)
SET GCELLCHMGBASIC(Optional)
ADD SUBTSK(Mandatory)
ADD SUBTSK(Mandatory) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory)
DLD RETANTCFG(Optional) DLD BTSPATCH(Optional) ULD BTSLOG(Optional) DLD BTSSW(Optional)
SET AITFOTHPARA(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLSOFT(Optional)
SET OTHSOFTPARA(Optional) ADD GEXT3GCELL(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory)
SET GCELLBASICPARA(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLBASICPARA(Optional)
SET BTSRXUBP(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
ADD NSVC(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET GCELLGPRS(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLPWR2(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLHOEMG(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPRIVATEOPTPARA(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional) ADD BTSANTFEEDERBRD(Optional) SET BTSANTFEEDERCONNECT(Optional) ADD BTSANTFEEDERBRD(Optional) SET BTSANTFEEDERCONNECT(Optional)
SET BTSIPCLKPARA(Mandatory)
SET GCELLPSCS(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLPSCS(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCCAD(Optional)
SET GCELLPRIVATEOPTPARA(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
ADD EMU(Optional)
SET GCELLPWRBASIC(Optional)
ADD N7DPC(Mandatory)
ADD N7DPC(Mandatory)
BLK ACIC(Mandatory)
ADD AE1T1(Optional)
ADD GCNNODE(Mandatory)
ADD N7DPC(Mandatory)
ADD N7DPC(Mandatory) ADD MTP3RT(Mandatory) ADD MTP3LKS(Mandatory) ADD M3DE(Mandatory) ADD GCNNODE(Mandatory) ADD GEXTSMLC(Mandatory)
ADD GNRNC(Mandatory)
ADD G2GNCELL(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
ADD PORTFLOWCTRLPARA(Optional)
SET BTSBAKPWR(Optional)
SET BTSBAKPWR(Optional)
SET BTSBAKPWR(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLPSBASE(Optional)
SET BTSOUTPUT(Optional)
ADD PPPLNK(Optional)
ADD MPLNK(Optional) ADD SCTPLNK(Optional) SET PHBMAP(Mandatory)
PING IP(Optional)
SET DSCPMAP(Mandatory) SET BTSVLAN(Optional) IMP BTSVLAN(Optional)
SET BSCPSSOFTPARA(Optional)
DLD TCFILE(Mandatory)
SET TCTYPE(Optional)
ADD OBJALMSHLD(Mandatory) SET TCPLYVOICE(Mandatory) SET TCPARA(Optional)
SET PSCELLTODSP(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET TZ(Optional)
ULD BTSDEVFILE(Mandatory)
ADD IPRT(Mandatory)
ADD BTSBFD(Mandatory) ADD BTSIPRT(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory)
ADD IPRT(Mandatory) ADD BTSIPRT(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory)
ADD TSCROSS(Mandatory)
ADD TSCROSS(Mandatory)
SET GCELLCCBASIC(Optional)
SET GCELLGSMR(Optional)
ADD BTSANTFEEDERBRD(Mandatory)
SET BTSANTFEEDERCONNECT(Optional)
ADD BTSANTFEEDERBRD(Optional)
SET BTSANTFEEDERCONNECT(Optional)
ADD BTSANTFEEDERBRD(Mandatory)
SET BTSANTFEEDERCONNECT(Optional)
ADD BTSANTFEEDERBRD(Mandatory)
SET BTSANTFEEDERCONNECT(Optional)
SET GCELLSOFT(Optional)
SET BTSETHPORT(Optional)
STR BTSTST(Mandatory)
STR TRXBURSTTST(Mandatory)
STR BTSTST(Mandatory)
STR BTSTST(Mandatory)
SET GCELLPSCHM(Optional)
ADD AISSCFG(Optional)
ADD BTSCONNECT(Mandatory) ADD DXX(Mandatory) ADD DXXCONNECT(Mandatory) ADD DXXTSEXGRELATION(Mandatory)
ADD BTSCONNECT(Mandatory)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCHMGBASIC(Optional)
STR TRANSPERFTST(Mandatory)
STR TRANSPERFTST(Mandatory)
ADD BTSABISHDLCPATH(Mandatory)
STR TRANSPERFTST(Mandatory)
SET COPTLNK(Optional)
SET BTSCLK(Mandatory)
ADD BTSTOPCONFIG(Mandatory)
SET BTSCLK(Mandatory)
ADD IPPATH(Mandatory)
ADD G3GNCELL(Optional)
ADD GEXT3GCELL(Optional)
SET GCELLCCBASIC(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional)
ADD SUBTSK(Optional)
EXP ALMLOG(Optional)
STA ALMLOG(Optional)
STR BTSLOG(Optional)
SET TZ(Mandatory)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLGPRS(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET BTSLOADCTRL(Mandatory)
SET GCELLPSBASE(Optional)
SET GCELLGPRS(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET TZ(Mandatory)
SET GCELLCCAD(Optional)
ADD MTP3LKS(Optional)
ADD MPGRP(Optional)
SET BSCABISPRIMAP(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLGSMR(Optional)
SET OTHSOFTPARA(Optional)
SET BSCABISPRIMAP(Optional)
SET BSCSRVPRI(Optional)
SET BSCABISPRIMAP(Optional)
SET TZ(Mandatory)
ADD EMSIP(Mandatory)
SET BTSFALLBACK(Optional)
SET BTSTMA(Mandatory)
SET GCELLBASICPARA(Optional)
SET FTPSSRV(Optional)
SET FTPSCLT(Optional)
SET OTHSOFTPARA(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional)
BLK ACIC(Mandatory)
BLK PBCIC(Mandatory)
ADD BSCDSTPADATE(Mandatory)
SET BTSDHEUBP(Optional)
ADD BSCDSTPADATE(Mandatory)
SET BTSFORBIDTS(Optional)
SET BSCDSTPA(Optional)
BLK ATERE1T1(Mandatory)
BLK AE1T1(Mandatory)
SET BTSFORBIDTS(Mandatory)
SET SCHTSKSW(Mandatory)
ADD SUBTSK(Optional)
SET GCELLHOIUO(Optional)
SET GCELLPSOTHERPARA(Optional)
ADD GCELL(Mandatory)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET GCELLHOIUO(Optional)
SET GCELLCHMGBASIC(Optional)
ADD M3LE(Mandatory)
ADD M3DE(Mandatory)
SET GCELLHOIUO(Optional)
SET TCPARA(Optional)
EXP LOG(Optional)
SET GCELLCCBASIC(Optional) SET ETHPORT(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional) SET ETHPORT(Optional) ADD PPPLNK(Optional) ADD MPGRP(Optional)
SET BSCABISPRIMAP(Optional)
SET BSCABISPRIMAP(Optional)
SET BSCSRVPRI(Optional)
SET BSCABISPRIMAP(Optional)
EXP ALMLOG(Optional)
SET GCELLTMR(Optional)
SET AITFOTHPARA(Optional)
SET BTSRINGATTR(Optional)
SET TZ(Mandatory)
EXP LOG(Optional)
ADD SUBTSK(Mandatory)
RUN BATCHFILE(Optional)
COL LOG(Optional)
EXP ALMLOG(Optional)
STA ALMLOG(Optional)
ADD GSMSCB(Mandatory)
ADD OP(Mandatory)
STR BTSLOG(Optional)
EXP LOG(Optional)
ADD OP(Mandatory)
SET TZ(Mandatory)
SET TZ(Mandatory)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
SET GCELLSERVPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWRBASIC(Optional)
ADD GEXT2GCELL(Mandatory)
ADD GEXT2GCELL(Mandatory)
ADD GEXT3GCELL(Mandatory)
ADD GEXT3GCELL(Mandatory)
ADD EXTNCELL(Mandatory)
ADD EXTNCELL(Mandatory)
SET GCELLPSOTHERPARA(Optional)
SET BTSALM(Optional)
SET GCELLEXTMSRPARA(Optional)
SET GCELLEXTMSRPARA(Optional)
SET GCELLEXTMSRPARA(Optional)
ADD GCELL(Optional)
SET GCELLPSBASE(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET BSCABISPRIMAP(Optional)
SET GCELLCHMGBASIC(Optional)
SET GCELLHOFITPEN(Optional)
SET FANSPEED(Optional)
SET FANSPEED(Optional)
SET FANSPEED(Optional)
SET FANSPEED(Optional)
SET FANSPEED(Mandatory)
SET FANSPEED(Mandatory)
LOD FAN(Mandatory)
SET GCELLBASICPARA(Optional)
SET BTSRINGATTR(Optional)
SET TCPARA(Optional)
SET ETHPORT(Optional)
SET BTSETHPORT(Optional)
SET GTRXFC(Optional)
SET ETHPORT(Mandatory)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD IPLOGICPORT(Optional)
ADD PORTFLOWCTRLPARA(Mandatory)
ADD ETHTRK(Optional)
SET BSCABISPRIMAP(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Optional)
SET GTRXFC(Optional)
ADD PPPLNK(Optional)
ADD MPLNK(Optional)
SET FCSW(Mandatory)
SET BTSAPMUBP(Optional)
SET GCELLIDLEFDDBA1(Mandatory)
SET GCELLHOFDDBA2(Mandatory)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLIDLEFDDBA1(Mandatory)
SET GCELLIDLEFDDBA1(Mandatory)
ADD GEXT3GCELL(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
ADD GEXT3GCELL(Optional)
SET GCELLIDLEFDDBA1(Mandatory)
SET FCCPUTHD(Optional)
SET GCELLSOFT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional) SET GCELLHOPTP(Optional) SET GCELLHOPQUICKSETUP(Mandatory)
EXP LOG(Optional)
ZIP FILE(Mandatory)
BKP LOGDB(Optional) EXP CFGMML(Optional) EXP GCELLTEMPLATE(Optional)
EXP ALMLOG(Optional)
SET GCELLNC2PARA(Optional)
EXP LOG(Optional)
SET GCELLPWR3(Optional)
SET BTSOUTPUT(Optional)
SET BTSFLEXABISPARA(Optional)
SET BTSALMFLASHTHD(Optional)
SET BTSALMFLASHTHD(Optional)
SET BTSALMFLASHTW(Optional)
SET BTSALMFLASHTW(Optional)
SET BTSALMFLASHTW(Optional)
ADD BTS(Optional)
ADD GCELL(Optional)
SET GCELLSOFT(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET ETHPORT(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD IPLOGICPORT(Optional)
ADD ETHTRK(Optional)
SET BSCABISPRIMAP(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLCCCH(Optional)
SET BTSFMUABP(Optional)
EXP ELABEL(Optional) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory)
EXP DEVFILE(Optional) EXP CFGMML(Optional) BKP DB(Optional) EXP GCELLTEMPLATE(Optional)
CHK DATA2LIC(Optional) DLD RVK RETANTCFG(Mandatory) LICENSE(Optional) EXP BTSDEVFILE(Optional) LOD RETANTCFG(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory)
DLD BTSPATCH(Optional)
SET BSCPSSOFTPARA(Optional)
ADD GCNNODE(Optional)
SET TCPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD IPMUX(Optional)
SET BTSAUTOPLANCFG(Optional)
SET BTSAUTOPLANCFG(Optional)
SET BTSAUTOPLANCFG(Optional)
ADD MPGRP(Optional) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory)
SET GCELLOTHEXT(Optional)
SET GCELLBASICPARA(Optional)
EXP LOG(Mandatory)
ADD SUBTSK(Mandatory)
ADD GTRX(Mandatory) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional) ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
ADD GCELLFREQ(Optional) ADD GCELLMAGRP(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
ADD BTSANTFEEDERBRD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLFREQSCAN(Optional)
SET GTRXDEV(Optional)
STR NCS(Mandatory)
SET GCELLSOFT(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLBASICPARA(Optional)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Optional)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Optional)
EXP LOG(Optional)
ADD ADJMAP(Mandatory)
ADD TRMFACTOR(Mandatory)
SET BSCABISPRIMAP(Mandatory)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET TCPARA(Optional)
SET GCELLPSPWPARA(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Mandatory)
ADD AISSCFG(Optional)
SET GCELLPSOTHERPARA(Optional)
SET BSCBASIC(Optional)
ADD GPS(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GLOBALROUTESW(Mandatory)
SET GCELLBASICPARA(Optional)
SET GCELLGPRS(Mandatory)
ADD GCELLQUICKSETUP(Optional)
SET GCELLRESELECTPARA(Optional)
SET GTRXCHAN(Optional)
SET GCELLSERVPARA(Optional)
SET GCELLNCRESELECTPARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNCRESELECTPARA(Optional) SET BTSDGPSBP(Optional) SET BTSUSCUBP(Optional)
ADD GPS(Optional)
SET GCELLCHMGBASIC(Optional)
SET BTSCHNFALLBACK(Mandatory)
SET BTSCHNFALLBACK(Mandatory)
SET GBSCREDGRP(Mandatory)
SET GBSCREDGRP(Optional)
SET BTSFLEXABISPARA(Optional) ADD RSCGRP(Mandatory) SET BTSIP(Mandatory)
ADD RSCGRP(Mandatory)
SET GCELLSBC(Optional) ADD GSMSCB(Mandatory)
ADD TRMLOADTH(Optional)
SET BSCBASIC(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLPSOTHERPARA(Optional)
ADD ICMPGUARD(Mandatory)
ADD BTSAUTOPLAN(Optional)
SET BTSIP(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
ADD SCTPLNK(Optional)
ADD BTSRXUCHAIN(Mandatory)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
SET BTSBAT(Optional)
SET BTSBAT(Optional)
SET BSCBASIC(Optional)
SET GCELLCHMGBASIC(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLCHMGBASIC(Optional)
SET BTSAPMUBP(Optional)
SET GCELLCHMGAD(Optional)
SET PWDPOLICY(Optional)
SET GCELLGPRS(Optional)
SET GCELLHOIUO(Optional)
ADD GCNOPERATOR(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET FHO(Mandatory)
SET FHO(Mandatory) SET GCELLHOBASIC(Optional) SET GCELLHOEMG(Optional) SET GCELLHOFITPEN(Optional) SET GCELLHOIUO(Optional)
SET GCELLHOFAST(Optional)
SET GCELLHOFAST(Optional)
SET GCELLHOFAST(Optional)
SET GCELLHOFAST(Optional)
ADD G3GNCELL(Optional)
ADD G3GNCELL(Optional)
SET GCELLHOUTRANFDD(Optional)
ADD G2GNCELL(Optional)
SET FHO(Mandatory) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional)
SET GCELLCHMGAD(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional)
SET GCELLHOEDBPARA(Optional)
ADD GCELLMAGRP(Mandatory)
SET GCELLMAIOPLAN(Mandatory)
ADD GCELLMAGRP(Mandatory)
SET GCELLOTHBASIC(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional)
SET OTHSOFTPARA(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Mandatory)
SET GTRXHOP(Optional) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional)
ADD AISSCFG(Optional) SET GCELLHOUTRANFDD(Optional) SET GCELLHOUTRANTDD(Optional)
SET MSGSOFTPARA(Optional)
ADD G3GNCELL(Optional)
ADD G3GNCELL(Optional)
ADD G2GNCELL(Optional)
ADD OPC(Optional)
SET BTSIP(Optional)
ADD GEXT2GCELL(Optional) SET GCELLHOBASIC(Optional)
SET GCELLHOFAST(Optional)
SET GCELLHOPANT(Optional)
SET GCELLHOPANTQUICKSETUP(Mandatory)
ADD BTSRXUCHAIN(Mandatory)
SET GCELLCHMGBASIC(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET GCELLCCCH(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLBASICPARA(Optional)
ADD GCELLMAGRP(Optional)
ADD BTSRXUCHAIN(Mandatory)
ADD GCELL(Optional)
ADD BTSRXUCHAIN(Mandatory)
ADD BTSBFD(Mandatory)
SET BTSDHEUBP(Optional)
SET BTSDHEUBP(Optional)
SET BTSAPMUBP(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSAIRCON(Optional)
SET SCCPTMR(Optional)
STR TRANSPERFTST(Mandatory)
STR TRANSPERFTST(Mandatory)
STR TRANSPERFTST(Mandatory)
SET SCCPTMR(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
ADD G2GNCELL(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
ADD G2GNCELL(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
ADD G2GNCELL(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLBASICPARA(Optional)
SET BTSAPMUBP(Optional)
ADD IPPATH(Optional)
SET BSCPSTCDSCPMAP(Optional)
SET BSCPSTCDSCPMAP(Optional)
SET BSCPSTCDSCPMAP(Optional) ADD SCHTSK(Mandatory) SET SCHTSKSW(Optional) ADD SUBTSK(Optional) ADD SUBCMD(Optional)
STR SCHTSK(Optional)
ADD BTSBRDCAP(Mandatory)
SET BTSDOMUBP(Mandatory) SET SET BTSFLEXABISPARA(Mandatory) BTSLOCKBCCH(Mandatory) SET BTSDPMUBP(Mandatory) ADD BTSTOPCONFIG(Mandatory) SET BTSDTMUBP(Mandatory) BTSLSW(Mandatory) SET LOD BTSSW(Mandatory) SET BTSTRANS(Mandatory) SET BTSDGPSBP(Mandatory) LOD RETANTCFG(Mandatory) SET SET BTSVLAN(Mandatory) BTSPSUFP(Mandatory) SAV BTSCLKPARA(Mandatory) MOV BCCH(Mandatory) SET BTSDDPUBP(Mandatory) SET ADD BTSRACKBC(Mandatory) GTRX(Mandatory) SET BTSUSCUBP(Mandatory) SET ADD BTSCLKPARA(Mandatory) BTSBFD(Mandatory) ADD BTSRETANT(Mandatory) SET SET BTSTHEFTALM(Mandatory) SET BTSCAVFRQ(Mandatory) BTSALMPORT(Mandatory) TCPARA(Optional) SET SET BTSSPTMODE(Mandatory) ADD BTSPMUDEF(Mandatory) BTSRXUCHAIN(Mandatory) SET SET BTSOUTPUT(Mandatory) CBN BTSTMA(Mandatory) BTSRXUCHAIN(Mandatory) SET SET RETANTENB(Mandatory) BTSOMLBACKUP(Mandatory) CHK BTS(Mandatory) STR BTSBATTTST(Mandatory) SET SET E1T1LOP(Optional) BTSFALLBACK(Mandatory) SET BTSBREAKPOINT(Mandatory) STR BTSLOG(Mandatory) SET SET BTSEXD(Mandatory) BTSCABPARA(Mandatory) STR BTSRACKTEMPMON(Mandatory) SET BTSCLK(Mandatory) SET BTSJBF(Mandatory) STR BTSTST(Mandatory) SET BTSABISTROP(Mandatory) SET BTSLAPDWS(Mandatory) GCELLCHMGBASIC(Optional) STR RETANTSCAN(Mandatory) SET BTSEXCURSION(Mandatory) BTSALM(Mandatory) SET BTSPOWERTYPE(Mandatory) STR TRANSPERFTST(Mandatory) ADD EXTNCELL(Mandatory) SET BTSRXUBP(Mandatory) BTSAIRCON(Mandatory) SET SWP BTSBRD(Mandatory) BSCSYNCOFF(Mandatory) SET BTSAUXEQP(Mandatory) SPT BTSRXUCHAIN(Mandatory) ADD PTPBVC(Mandatory) SWP BTSCLKCLTPT(Mandatory) BTSAISS(Mandatory) SET BTSBAT(Mandatory) SET BTSAUTODLDACTINFO(Mandatory) SET GCELLEGPRSPARA(Mandatory) TST BTSBRD(Mandatory) SET BTSCHNFALLBACK(Mandatory) SET BTSOTHPARA(Mandatory) SET GCELLPRACH(Mandatory) STR TRXBURSTTST(Mandatory) SWP BTSRING(Mandatory) SET BTSAUTOPLANCFG(Mandatory) ADD BTSESN(Mandatory) GCELLPRIVATEOPTPARA(Mandatory) SET BTSENVALM(Mandatory) SWP BTSOMLLINK(Mandatory) ADD BTSLOCGRP(Mandatory) SET BSCABISPRIMAP(Mandatory) SET GCELLPSBASE(Mandatory) STR BTSVSWRTST(Mandatory) ADD BTSIPRTBIND(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) SET GCELLPSCHM(Mandatory) LOD BTSPATCH(Mandatory) EXP GCELLTEMPLATE(Mandatory) ADD BTSBINDLOCGRP(Mandatory) SET GCELLPSCS(Mandatory) CON BTSPATCH(Mandatory) SAV GCELLTEMPLATE(Mandatory) ADD GCELLPSI1(Mandatory) BTSANTFEEDERBRD(Mandatory) SET BTSLOADCTRL(Mandatory) IMP BTSVLAN(Mandatory) ADD BTSBRD(Mandatory) SET GCELLPSOTHERPARA(Mandatory) CHG BTSPTUSHKTM(Mandatory) ADD BTSCABINET(Mandatory) SET GCELLPSPWPARA(Mandatory) PING BTSCFM(Mandatory) ADD BTSRXUBRD(Mandatory) SET PSCELLTODSP(Mandatory) TRC BTSCFM(Mandatory) ADD BTSTRXBRD(Mandatory) ADD GCELLNC2PARA(Mandatory) G2GNCELL(Mandatory) SET OPR BTSBRDPWR(Mandatory) SET BTSENVALMPORT(Mandatory) SET BTSIPPARA(Mandatory) GCELLNCRESELECTPARA(Mandatory) IMP ADD BTSALMMGMRULE(Mandatory) SET GCELLNWCTRLMSRPARA(Mandatory) EXP BTSIPPARA(Mandatory) SET BTSANTFEEDERCONNECT(Mandatory) SET EXP BTSVLAN(Mandatory) SET GCELLRESELECTPARA(Mandatory) GCELLHOINTERRATLDB(Mandatory) ADD BTSOBJALMSHLD(Mandatory) SET GCELLSERVPARA(Mandatory) IMP BTSDEVIP(Mandatory) ADD BTSCONNECT(Mandatory) SET GCELLSTANDARDOPTPARA(Mandatory) EXP BTSDEVIP(Mandatory) ADD BTSMONITORTS(Mandatory) SET BTSPPPLNK(Mandatory) GCELLGPRS(Mandatory) IMP ADD BTSABISHDLCPATH(Mandatory) SET GPSCHRSCOPE(Mandatory) EXP ADD BTSPPPLNK(Mandatory) BTSABISMUXFLOW(Mandatory) IMP ADDBTSMPGRP(Mandatory) BTSBIND2HDLCPATH(Mandatory) EXP BTSMPGRP(Mandatory) SET GCELLFREQSCAN(Mandatory) IMP SWPBTSMPLNK(Mandatory) BTSLOCGRP(Mandatory) EXP BTSMPLNK(Mandatory) IMP BTSIPRT(Mandatory) EXP BTSIPRT(Mandatory) STR BTSRFTST(Mandatory)
ADD SEMILINK(Mandatory) SET MSTOCELL(Mandatory) TST SNDRSI(Mandatory) TST UPDMSRAC(Mandatory)
SET PSCELLTODSP(Mandatory)
ADD GCBSADDR(Optional) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional) STR BTSLOG(Optional) ULD BTSLOG(Optional)
SET GCELLHOFAST(Optional) CHK INNSPCH(Mandatory) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory)
SET GCELLTMR(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
ADD AISSCFG(Optional)
SET GCELLTMR(Optional) CHK INNSPCH(Mandatory) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory) SET MSTOCELL(Mandatory) TST SNDRSI(Mandatory) TST UPDMSRAC(Mandatory) ADD GPSCHRUSER(Mandatory)
SET GCELLTMR(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
SET GCELLLCS(Optional)
ADD BTSCONNECT(Optional)
SET BTSDOMUBP(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
ADD GNRNC(Mandatory)
ADD EMU(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GTRXDEV(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
ADD SEMILINK(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
ADD EXTNCELL(Mandatory)
ADD EXTNCELL(Mandatory)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
ADD SEMILINK(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD DXXTSEXGRELATION(Mandatory)
SET GCELLLCS(Optional)
SET GCELLHOCTRL(Optional)
ADD SEMILINK(Mandatory)
ADD BTSCONNECT(Optional)
ADD SEMILINK(Mandatory)
ADD BTSCONNECT(Optional)
ADD GSMSCB(Mandatory)
ADD G2GNCELL(Optional)
SET GCELLSOFT(Optional)
ADD G2GNCELL(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
ADD AISSCFG(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOINTERRATLDB(Optional)
EXP LOG(Optional)
STR ETHOAMLOOPTST(Optional)
SET GCELLEXTMSRPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLTMR(Optional)
SET GCELLTMR(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLTMR(Optional)
ADD GNRNC(Mandatory)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLHOINTERRATLDB(Optional)
ADD SEMILINK(Mandatory)
ADD DXXTSEXGRELATION(Mandatory)
ADD SUBTSK(Optional)
SET ASWPARA(Mandatory)
SET GCELLCCUTRANSYS(Optional)
ADD XPUVLAN(Mandatory) EXP LOG(Optional) ADD SNTPSRVINFO(Mandatory) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory)
ADD NSVLLOCAL(Mandatory)
ADD NSVLREMOTE(Mandatory)
SET BTSETHPORT(Optional) DLD RETANTCFG(Mandatory) IMP BTSDEVIP(Optional) ULD BTSDEVFILE(Mandatory) DLD BTSPATCH(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory)
ADD IPPATH(Mandatory)
ADD DEVIP(Mandatory)
ADD ETHIP(Mandatory)
ADD ICMPGUARD(Mandatory)
ADD VLANID(Mandatory)
ADD ETHTRKIP(Mandatory)
ADD SGSNROUTEINFO(Mandatory)
ADD SGSN(Mandatory)
SET BTSIPCLKPARA(Mandatory)
ADD SGSN(Optional)
SET BTSIPCLKPARA(Mandatory)
ADD SGSN(Optional) SET ADD BTSETHPORT(Optional) SGSN(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) SET BTSETHPORT(Optional) IMP BTSMPGRP(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD ETHIP(Mandatory)
ADD ETHTRKIP(Mandatory)
ADD IPMUX(Optional)
ADD BTS(Optional) ADD BTSAUTOPLAN(Optional) IMP BTSIPPARA(Mandatory)
SET BTSDHEUBP(Optional)
ADD AISSCFG(Mandatory)
ADD G2GNCELL(Optional)
SET BTSIPCLKPARA(Mandatory)
SET BTSIPCLKPARA(Mandatory)
ADD BTS(Optional)
ADD BTSRXUBRD(Optional)
ADD GEXT2GCELL(Optional)
ADD RSCGRP(Mandatory)
ADD GEXT2GCELL(Optional)
ADD GTRX(Optional)
SET BSCBASIC(Mandatory)
ADD BTSLOCGRP(Mandatory)
ADD GEXT2GCELL(Optional)
ADD NSE(Optional)
ADD IPMUX(Mandatory)
ADD AISSCFG(Mandatory)
SET BTSENVALM(Mandatory)
SET BTSOTHPARA(Optional)
SET BTSLSW(Optional)
SET BSCBASIC(Optional)
ADD BRD(Mandatory)
ADD SUBRACK(Optional)
SET BTSDHEUBP(Optional) SET GCELLIDLEFDDBA1(Mandatory) SET SET GCELLIDLETDDBA1(Mandatory) BTSPSUFP(Optional) SET GCELL2GBA1(Mandatory) SET GCELLHO2GBA2(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory)
SET GCELLREV(Mandatory)
SET GCELLIDLEFDDBA1(Mandatory) SET GCELLIDLETDDBA1(Mandatory) SET GCELL2GBA1(Mandatory) SET GCELLHO2GBA2(Mandatory) SET GCELLHOFDDBA2(Mandatory) SET GCELLHOTDDBA2(Mandatory)
SET GCELLREV(Mandatory) ADD IPPATH(Mandatory) ADD ADJMAP(Mandatory) ADD TRMMAP(Mandatory) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory)
SET GTRXIUO(Mandatory)
SET GCELLPSCHM(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
ADD GCELL(Optional)
SET OPT(Optional)
SET OPT(Mandatory)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Mandatory)
SET OPT(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET COPTLNK(Optional)
SET COPTLNK(Optional)
SET COPTLNK(Optional)
SET COPTLNK(Optional)
SET COPTLNK(Optional) SET OPT(Optional) SET COPTLNK(Optional)
SET BTSJBF(Mandatory)
SET BTSOTHPARA(Optional)
SET OTHSOFTPARA(Optional)
SET MSP(Optional)
SET GCELLHOAD(Optional) ADD GCELL(Mandatory) ADD ADD GEXT2GCELL(Mandatory) PPPLNK(Optional) ADD ADD GEXT3GCELL(Mandatory) MPLNK(Optional) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory)
SET BTSAUTOPLANCFG(Optional)
ADD ETHTRK(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
ADD GPS(Mandatory)
ADD GPS(Mandatory)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLBASICPARA(Optional)
ADD GEXT2GCELL(Optional)
SET GCELLHOAD(Optional)
ADD GEXTSMLC(Optional)
ADD GEXTSMLC(Optional)
SET LDR(Optional)
SET LDR(Optional)
SET LDR(Optional) ADD M3LE(Mandatory) ADD M3DE(Mandatory)
EXP LOG(Optional)
COL LOG(Optional)
SET ALMML(Mandatory)
ADD ETHMD(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
ADD BRD(Optional) CON PATCH(Optional) LOD PATCH(Optional) LOD BRD(Optional) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory)
ADD BRD(Optional)
ADD PBSL(Optional)
SET BTSEXD(Optional)
SET LICALMTHD(Mandatory)
SET LICALMTHD(Mandatory)
LOP LAPDLNK(Mandatory)
EXP GCELLTEMPLATE(Optional)
ADD MTP3LNK(Optional)
SET ALMPORT(Optional)
SET BTSENVALMPORT(Optional)
SET E1T1LOP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET OPT(Optional)
ADD SEMILINK(Optional)
ADD M3LNK(Optional)
ADD MTP3LKS(Optional)
ADD M3LKS(Optional) ADD GEXT2GCELL(Optional) ADD GEXT3GCELL(Optional) SET GCELLHOAD(Optional)
ADD GCNOPERATOR(Optional)
SET BSCPSSOFTPARA(Optional)
SET BTSPMUBP(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOBASIC(Optional)
ADD GEXT2GCELL(Optional)
ADD GEXT3GCELL(Optional)
ADD G2GNCELL(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET BTSDPMUBP(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET BSCABISPRIMAP(Optional)
SET GBSCREDGRP(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory)
ADD NSVLLOCAL(Mandatory)
ADD SGSNROUTEINFO(Mandatory) ADD BTSLOCGRP(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) SWP BTSLOCGRP(Mandatory)
ADD BTSOBJALMSHLD(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional)
ADD SCTPLNK(Mandatory)
ADD SCTPLNK(Optional)
SET OPLOCK(Mandatory)
ADD SCTPLNK(Mandatory)
SET LODCTRL(Mandatory) LOD BTSSW(Optional) LOD BTSPATCH(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
ADD SCTPLNK(Mandatory)
ADD SCTPLNK(Mandatory)
ADD SCTPLNK(Mandatory)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCSW(Optional)
COL LOG(Mandatory) STR BTSLOG(Mandatory) ULD BTSLOG(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
SET GCELLLCS(Mandatory)
ADD GPS(Mandatory)
ADD GPS(Mandatory)
STR BTSTST(Optional)
STR FRPORTLOOP(Mandatory)
SET E1T1(Optional)
LOP LAPDLNK(Mandatory)
SET GCELLCHMGAD(Optional)
STR CALLRESLOP(Mandatory)
STR CALLRESLOP(Mandatory)
SET E1T1LOP(Mandatory)
SET OPTLOP(Mandatory)
STR CALLRESLOP(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLSOFT(Optional)
SET BTSFLEXABISPARA(Optional)
SET GCELLOTHBASIC(Optional)
SET GCELLCHMGAD(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
STR TRANSPERFTST(Mandatory)
ADD IPPATH(Mandatory)
ADD IPLOGICPORT(Optional)
SET BTSIP(Mandatory)
ADD IPPATH(Mandatory)
ADD IPLOGICPORT(Mandatory)
SET GCELLEGPRSPARA(Optional)
SET BTSAPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET LDR(Optional)
EXP LOG(Optional) EXP BTSIPPARA(Optional) EXP BTSVLAN(Optional) EXP CMP BTSDEVIP(Optional) TBLDATA(Optional) EXP BTSPPPLNK(Optional) EXP BTSMPGRP(Optional) EXP BTSMPLNK(Optional) EXP BTSIPRT(Optional)
LOD BRD(Optional)
SET LOGLIMIT(Mandatory)
EXP LOG(Mandatory)
SET BTSDHEUBP(Optional)
SET BTSEXD(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET DSPLVDSMODE(Mandatory)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSAPMUBP(Optional)
SET SCTPSRVPORT(Optional)
ADD XPUVLAN(Mandatory)
SET BTSETHPORT(Optional)
SET BTSETHPORT(Optional)
SET GCELLSOFT(Optional) ADD ETHMA(Mandatory) ADD ETHMEP(Mandatory) PING MAC(Mandatory) TRC MAC(Mandatory)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
ADD BTSESN(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSBINDLOCGRP(Mandatory)
ADD BTS(Optional)
SET BTSAUTODLDACTINFO(Mandatory)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET GCELLMAIOPLAN(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional) ADD ETHMA(Mandatory) PING BTSCFM(Mandatory) TRC BTSCFM(Mandatory)
ADD BTSETHMA(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory) ADD ETHIP(Mandatory) ADD EMSIP(Mandatory)
ADD ICMPGUARD(Mandatory) ADD IPRTBIND(Mandatory) ADD ETHTRKIP(Mandatory)
ADD GCBSADDR(Mandatory) SET BTSETHPORT(Optional) IMP BTSDEVIP(Optional) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
SET BTSIPCLKPARA(Mandatory)
SET GCELLPWR2(Optional)
ADD SCTPLNK(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLHOAD(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET BTSBAKPWR(Optional) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional)
SET BTSAUTOPLANCFG(Optional)
ADD IPMUX(Optional)
SET OTHSOFTPARA(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
SET PWDPOLICY(Optional)
SET ALMCAPACITY(Optional)
SET BTSDPMUBP(Optional)
ADD SCTPLNK(Optional)
SET OTHSOFTPARA(Optional)
SET GTRXBASE(Optional)
SET GCELLPSCHM(Optional)
SET BSCPSSOFTPARA(Optional)
SET PWDPOLICY(Optional)
SET BTSPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET GCELLHOAD(Optional)
SET GCELLPRACH(Optional)
SET GCELLPRACH(Optional)
SET GCELLPRACH(Optional)
SET GCELLPRACH(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLCCAD(Optional)
SET GCELLCCAD(Optional)
SET GCELLCCAD(Optional)
STR POSAVE(Optional)
SET GTRXBASE(Optional)
TRC IPADDR(Optional)
SET GCELLPWR2(Optional)
SET PWDPOLICY(Optional)
ADD IPRTBIND(Mandatory)
STR IPCHK(Mandatory)
SET GCELLCCBASIC(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
COL SYNCINFO(Mandatory) ADD GCNOPERATOR(Mandatory) ADD GCELL(Mandatory) ADD GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) COL SYNCINFO(Mandatory) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory)
SET BTSAUTOPLANCFG(Optional)
ADD MPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory)
SET BTSFMUABP(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
SET GCELLCHMGAD(Optional)
SET BTSPSUFP(Optional) ADD ETHMD(Mandatory) ADD ETHMA(Mandatory)
ADD BTSETHMD(Optional) ADD ETHMD(Mandatory) PING BTSCFM(Mandatory) TRC BTSCFM(Mandatory) ADD BTSETHMD(Mandatory) ADD BTSETHMA(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory)
SET GCELLPSI1(Optional)
ADD GNRNC(Mandatory)
SET GCELLCCUTRANSYS(Optional)
ADD ETHMEP(Mandatory) ADD BTSETHLCMEP(Mandatory) ADD BTSETHRMMEP(Mandatory)
ADD ETHMEP(Mandatory)
ADD MPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional)
SET GCELLNC2PARA(Optional)
ADD IPLOGICPORT(Optional)
ADD GEXT3GCELL(Optional)
ADD G2GNCELL(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET GCELLHOCTRL(Optional)
SET GCELLCHMGBASIC(Optional)
ADD GEXT3GCELL(Optional)
STR IPCHK(Optional)
ADD BTSBFD(Optional)
STR IPCHK(Optional)
ADD BTSBFD(Optional)
STR ETHMIRRORPORT(Mandatory)
STR ETHMIRRORPORT(Mandatory) ADD GCNOPERATOR(Mandatory) ADD GCELL(Mandatory) ADD GEXT2GCELL(Mandatory) ADD GEXT3GCELL(Mandatory) STR ETHMIRRORPORT(Mandatory) SET FHO(Mandatory) ADD BTSAUTOPLAN(Mandatory) SET BTSAUTOPLANCFG(Optional) ADD GCELLQUICKSETUP(Mandatory)
SET BTSAUTOPLANCFG(Optional)
SET BSCFCPARA(Optional)
SET CLKMODE(Mandatory)
ADD SCTPLNK(Mandatory)
SET QUICKCFG(Mandatory) SWP MBSCMODE(Mandatory) CHK MODEDATA(Mandatory)
SET GCSFILE(Mandatory)
SET MSP(Optional)
STR IPCHK(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
SET BTSDATUBP(Optional)
STR BTSRACKTEMPMON(Mandatory)
STR BTSRACKTEMPMON(Mandatory)
SET BTSAUTODLDACTINFO(Mandatory)
SET GCELLHOFAST(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory)
ADD IPLOGICPORT(Optional) ADD BTSMPGRP(Mandatory) ADD BTSMPLNK(Mandatory) IMP BTSMPGRP(Mandatory) IMP BTSMPLNK(Mandatory) SET ADD BTSFMUABP(Optional) BTS(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional) ADD BTSMPGRP(Optional) IMP BTSMPGRP(Optional)
ADD MPGRP(Optional)
SET MPUBIND(Mandatory) ADD BRD(Mandatory) SET MPUBIND(Mandatory) ADD BRD(Mandatory)
SET GCELLPWR2(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLPWR3(Optional)
SET GCELLHOCTRL(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET GMRSCOPE(Mandatory)
SET GMRCTRL(Mandatory) ADD BTSPPPLNK(Optional) ADD BTSMPLNK(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional)
ADD AISSCFG(Optional)
SET GCELLSOFT(Optional)
ADD GCNNODE(Optional)
ADD GCNOPERATOR(Mandatory)
ADD GCNOPERATOR(Optional)
ADD GCNOPERATOR(Optional)
ADD GCNNODE(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLTMR(Optional) CHK INNSPCH(Mandatory) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET BSSLS(Optional)
SET GCELLHOFAST(Optional)
SET GCELLCCBASIC(Optional)
SET MSPCMD(Mandatory)
SET GCELLPSCHM(Optional) SET SET BTSFMUABP(Optional) GCELLPSCHM(Optional) SET BTSAPMUBP(Optional) SET BTSDATUBP(Optional) SET BTSDEMUBP(Optional) SET BTSDHEUBP(Optional)
ADD GEXT2GCELL(Optional)
SET GCELLNC2PARA(Optional)
SET BSSGPPARA(Optional)
SET GBSCREDGRP(Optional)
SET GCELLSERVPARA(Optional)
SET SLFSLVSW(Optional)
SET BSCFCPARA(Optional)
CHK E1T1CRS(Mandatory)
ADD MTP3LNK(Mandatory)
ADD GPS(Optional)
ADD SCTPLNK(Optional)
SET ETHPORT(Optional)
SET BTSETHPORT(Optional)
SET BTSBAT(Optional)
SET GCELLSERVPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD IPMUX(Mandatory)
SET BTSCABPARA(Optional)
STR IPCHK(Optional)
SET BTSRINGATTR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLSTANDARDOPTPARA(Optional)
SET GCELLSTANDARDOPTPARA(Optional)
SET GCELLSTANDARDOPTPARA(Optional)
ADD BC(Optional)
ADD BC(Optional)
ADD BC(Optional)
SET GCELLGPRS(Optional)
ADD OPC(Mandatory)
ADD N7DPC(Mandatory)
ADD MTP3RT(Mandatory)
ADD MTP3LKS(Mandatory)
ADD MTP3LNK(Mandatory)
ADD ADJNODE(Mandatory)
ADD M3LE(Mandatory)
ADD M3DE(Mandatory)
ADD M3RT(Mandatory)
ADD M3LKS(Mandatory)
ADD M3LNK(Mandatory)
ADD PCU(Mandatory)
SET GCELLCHMGAD(Optional)
SET GCELLPSPWPARA(Optional)
SET GCELLBASICPARA(Optional)
ADD GIBCAPNCGRP(Mandatory)
ADD GIBCAPNCGRP(Mandatory)
ADD GIBCAPNCGRP(Mandatory)
ADD GIBCAPNCGRP(Mandatory)
ADD G2GNCELL(Mandatory)
ADD G2GNCELL(Mandatory)
ADD G3GNCELL(Mandatory)
ADD G3GNCELL(Mandatory)
SET BTSAUTOPLANCFG(Optional)
ADD G2GNCELL(Mandatory)
ADD G2GNCELL(Mandatory)
ADD G2GNCELL(Mandatory)
ADD G2GNCELL(Mandatory)
SET GCELLGPRS(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLGPRS(Optional) ADD GCELL(Optional) ADD GEXT2GCELL(Mandatory)
ADD GCELLQUICKSETUP(Optional)
SET GCELLIDLEBASIC(Optional)
SET GCELLEXTMSRPARA(Optional)
SET GCELLHOFAST(Optional)
SET GCELLHOFITPEN(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GCELLPSBASE(Optional)
ADD N7DPC(Optional)
ADD XPUVLAN(Mandatory)
SET GCELLHOCTRL(Optional)
ADD OMUIPRT(Mandatory)
ADD IPRT(Mandatory)
ADD IPRTBIND(Mandatory) ADD BTSIPRT(Mandatory) ADD BTSIPRTBIND(Mandatory) IMP BTSIPRT(Mandatory)
ADD OPC(Mandatory)
DLD TCFILE(Mandatory)
SET GCELLPSBASE(Optional)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSALMPORT(Mandatory)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET PWRPARA(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOBASIC(Optional)
ADD ADJNODE(Mandatory)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET GCELLHOEMG(Optional)
SET BTSPMUBP(Optional)
SET GCELLPWR3(Optional)
SET GCELLNWCTRLMSRPARA(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET GCELLNC2PARA(Optional)
SET BTSCABPARA(Optional)
SET OTHSOFTPARA(Optional)
SET GTRXRLALM(Optional)
SET BTSFALLBACK(Optional)
TRC IPADDR(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
ADD NRIMSCMAP(Mandatory)
ADD NRISGSNMAP(Mandatory) ADD NSE(Mandatory) ADD NSVC(Mandatory) SET OTHSOFTPARA(Optional) ADD NSVLLOCAL(Mandatory) ADD NSVLREMOTE(Mandatory) ADD PTPBVC(Mandatory) BLK PTPBVC(Mandatory)
ADD GCELLQUICKSETUP(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLLCS(Optional)
ADD NSVC(Mandatory) ADD NSVC(Mandatory) BLK NSVC(Mandatory)
SET BTSDHEUBP(Optional)
SET BTSDHEUBP(Optional)
SET GCELLGSMR(Optional)
SET ETHPORT(Optional)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD IPLOGICPORT(Optional)
ADD ETHTRK(Optional)
SET QUEUEMAP(Mandatory)
SET QUEUEMAP(Optional)
SET BTSANTANGLE(Mandatory)
STR TRXBURSTTST(Mandatory)
ADD GCSCHRUSER(Optional)
ADD GPSCHRUSER(Optional)
ADD OBJALMSHLD(Mandatory)
ADD BTSOBJALMSHLD(Mandatory)
SET FHO(Mandatory)
SET GCELLPSOTHERPARA(Optional)
SET GCELLHOIUO(Optional)
SET BTSOMLBACKUP(Optional)
SET BTSOMLDETECT(Mandatory)
SET OTHSOFTPARA(Optional)
SET BSCABISPRIMAP(Optional)
SET BTSBWPARA(Mandatory)
SET BTSBWPARA(Mandatory)
SET BSCABISPRIMAP(Optional)
SET BSCSRVPRI(Optional)
SET BSCABISPRIMAP(Optional)
SET BTSLAPDWS(Optional)
ADD EMSIP(Optional)
ADD EMSIP(Optional)
EXP LOG(Optional) ADD OP(Mandatory) ULK USR(Mandatory) ADD BTSOP(Mandatory)
ADD GCELLOSPMAP(Mandatory)
ADD GCELLQUICKSETUP(Mandatory) BLK ACIC(Mandatory) ADD AE1T1(Mandatory)
ADD GCNOPERATOR(Mandatory)
ADD GCNOPERATOR(Mandatory)
ADD GCBSADDR(Mandatory)
UPD JTGCPLD(Mandatory)
BLK ACIC(Mandatory)
BLK ATERE1T1(Mandatory) ADD GCNNODE(Mandatory) ADD GCNOPERATOR(Mandatory) BLK AE1T1(Mandatory) ADD GCELL(Optional) ADD GEXTSMLC(Mandatory) ADD GEXT2GCELL(Optional) ADD GEXT3GCELL(Optional) BLK PBCIC(Mandatory) ADD NSE(Mandatory) ADD SGSNNODE(Mandatory) ADD NRISGSNMAP(Mandatory) ADD PCU(Mandatory)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GTRXDEV(Optional)
SET OPT(Optional)
SWP BTSBRD(Mandatory)
SET BTSFORBIDTS(Mandatory)
ADD GNRNC(Mandatory)
ADD BTSTOPCONFIG(Mandatory) CON PATCH(Optional) LOD PATCH(Optional)
ADD GCELLQUICKSETUP(Optional)
SET BTSOTHPARA(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLTMR(Optional)
SET GCELLTMR(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOEDBPARA(Optional)
SET GTRXDEV(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLHOEDBPARA(Optional)
ADD SEMILINK(Optional)
ADD SEMILINK(Mandatory)
ADD DXXTSEXGRELATION(Mandatory)
ADD DXXTSEXGRELATION(Mandatory)
SET BTSDTMUBP(Optional)
SET BTSDTMUBP(Optional)
SET BTSDTMUBP(Optional)
SET BTSDTMUBP(Optional)
ADD BTSLOCGRP(Mandatory)
ADD BTSLOCGRP(Mandatory)
ADD BTSLOCGRP(Optional)
SET GCELLHOEDBPARA(Optional)
SET GCELLSOFT(Optional)
ADD SEMILINK(Mandatory)
ADD ABISLOADSHARE(Mandatory)
ADD SEMILINK(Mandatory)
SET GCELLHOINTERRATLDB(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
ADD GNRNC(Optional)
ADD SEMILINK(Mandatory)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET GCELLCCCH(Optional)
SET BTSCABPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BTSOTHPARA(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLPSBASE(Optional)
SET GCELLPSBASE(Optional)
SET GCELLPSBASE(Optional)
SET GTRXDEV(Optional)
SET BTSAUTODLDACTINFO(Mandatory)
SET BTSAUTODLDACTINFO(Mandatory)
ADD IPPATH(Optional)
ADD IPPATH(Mandatory) ADD IPMUX(Mandatory) ADD IPPATHBIND(Mandatory)
SET GCELLPWRBASIC(Optional)
SET GCELLHOBASIC(Optional)
ADD IPPATH(Optional) CON PATCH(Optional) LOD PATCH(Optional)
SET GCELLPSPWPARA(Optional)
SET GCELLHOBASIC(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPSPWPARA(Optional)
BLK PBCIC(Mandatory)
ADD PCU(Mandatory)
ADD PBE1T1(Mandatory)
SET GCELLGPRS(Mandatory)
SET BTSFLEXABISPARA(Optional)
SET GCELLPSCHM(Optional)
SET GCELLSOFT(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
ADD M3LKS(Optional)
SET GBSCREDGRP(Mandatory)
SET BTSIP(Mandatory)
SET BTSIP(Mandatory)
SET BTSIP(Mandatory)
SET BTSIP(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPGRP(Mandatory)
STR IPCHK(Mandatory) ADD BTSPPPLNK(Mandatory) IMP BTSPPPLNK(Mandatory)
ADD BTSMPGRP(Mandatory) IMP BTSMPGRP(Mandatory)
ADD SCTPLNK(Mandatory)
ADD SCTPLNK(Optional)
ADD IPPATH(Mandatory)
ADD IPPATH(Optional)
ADD SCTPLNK(Mandatory)
SET BTSLOADCTRL(Mandatory)
SET GCELLHOCTRL(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLHOFITPEN(Optional)
ADD IPPATH(Optional)
STR NCS(Mandatory)
ADD PPPLNK(Optional)
ADD MPGRP(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPGRP(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPGRP(Optional)
ADD NSE(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET PHBMAP(Mandatory)
ADD IPMUX(Mandatory)
SET GCELLIDLEBASIC(Optional)
SET CERTFILE(Optional)
STR ETHOAMLOOPTST(Optional)
STR ETHOAMLOOPTST(Optional)
STR FRPORTLOOP(Mandatory)
ADD BTSABISMUXFLOW(Optional)
SET GCELLGPRS(Optional)
PING IP(Optional) PING MAC(Optional) PING BTSCFM(Optional)
SET GCELLPRACH(Optional)
SET GTRXDEV(Optional)
SET GCELLPRACH(Optional)
SET GCELLPRACH(Optional)
SET GTRXDEV(Optional)
SET GCELLPRACH(Optional)
SET GTRXDEV(Optional)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
SET TCPLYVOICE(Mandatory)
SET TCPLYVOICE(Mandatory)
SET TCPLYVOICE(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET GCELLSOFT(Mandatory)
SET GCELLSOFT(Mandatory)
SET GCELLSOFT(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCSW(Optional)
SET SCUPORT(Optional)
SET ALMPORT(Mandatory)
SET XPUPORT(Optional)
ADD ATERE1T1(Mandatory) ADD AE1T1(Mandatory) BLK AE1T1(Mandatory)
BLK ATERE1T1(Mandatory)
ADD PBE1T1(Mandatory)
ADD OBJALMSHLD(Mandatory) SET MSPCMD(Mandatory) SET MSP(Mandatory)
SET E1T1LOP(Optional) LOP E1T1(Optional) SET E1T1(Optional)
STR E1T1TST(Optional)
SET OPTLOP(Mandatory)
SWP ETHPORT(Mandatory)
SET OPT(Optional)
SET COPTLNK(Optional)
SET ETHPORT(Optional) ADD ETHREDPORT(Mandatory) ADD ETHIP(Mandatory) ADD ETHMEP(Mandatory)
ADD IPLOGICPORT(Optional) STR IPCHK(Optional) STR ETHOAMLOOPTST(Mandatory)
STR FRPORTLOOP(Optional)
CHK E1T1CRS(Mandatory)
ADD BC(Mandatory)
ADD PBSL(Mandatory)
ADD BTSAUTOPLAN(Mandatory) SET BTSENVALMPORT(Mandatory) SET ADD BTSFORBIDTS(Mandatory) BTSOBJALMSHLD(Mandatory) ADD BTSPPPLNK(Mandatory) ADD BTSMPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory)
SET BTSOMLTS(Mandatory)
ADD BTSCONNECT(Mandatory) SET BTSETHPORT(Mandatory) IMP BTSDEVIP(Mandatory)
ADD BTSETHLCMEP(Mandatory)
STR BTSTST(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
ADD ROLLBACKPOINT(Optional) BEG ROLLBACK(Mandatory) BEG FORWARD(Mandatory) ADD ROLLBACKPOINT(Mandatory)
ADD FTPSCLTDPORT(Mandatory)
SWP BTSRING(Optional)
SWP BTSOMLLINK(Optional)
ADD DXXCONNECT(Mandatory)
ADD DXX(Optional)
ADD PORTFLOWCTRLPARA(Mandatory)
SET XPUPORT(Mandatory)
ADD ETHMEP(Mandatory)
ADD BTSTOPCONFIG(Mandatory)
SET GCELLCCUTRANSYS(Optional) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
SET BTSAPMUBP(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
SET BTSPMUBP(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLBASICPARA(Optional)
SET BTSPMUBP(Optional)
SET BTSPOWERTYPE(Optional)
SET GTRXDEV(Optional)
SET GTRXDEV(Optional) ADD BTSPPPLNK(Optional) IMP BTSPPPLNK(Optional) ADD BTSPPPLNK(Optional) IMP BTSPPPLNK(Optional)
ADD PPPLNK(Optional)
ADD MPLNK(Optional)
ADD IPLOGICPORT(Optional) ADD BTSPPPLNK(Mandatory) ADD BTSMPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory) ADD PPPLNK(Optional) ADD MPGRP(Optional)
ADD PORTFLOWCTRLPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLCCAD(Optional)
SET GMRCTRL(Optional) ADD BTSIPRT(Optional) IMP BTSIPRT(Optional)
SET GCELLPSBASE(Optional)
SET BSCFCPARA(Optional)
SET GCELLHOCTRL(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCSW(Optional)
SET GCELLBASICPARA(Optional)
ADD GEXT2GCELL(Optional)
SET BTSFLEXABISPARA(Optional)
SET GCELLSERVPARA(Optional) ADD MTP3RT(Optional) ADD M3RT(Optional) ADD MTP3LNK(Optional) ADD M3LNK(Optional)
ADD IPRT(Mandatory)
SET BTSOTHPARA(Mandatory)
SET BTSOTHPARA(Mandatory)
SET BTSOTHPARA(Mandatory)
SET CERTFILE(Optional)
SET BTSOTHPARA(Optional)
ADD N7DPC(Optional)
ADD BC(Optional)
SET BTSABISTROP(Optional)
SET GCELLDYNTURNOFF(Optional)
SET BSCDSTPA(Optional) SET E1T1(Optional) CHK E1T1CRS(Mandatory)
SET OPT(Optional)
SET COPTLNK(Mandatory)
SET GPSCHRCTRL(Optional)
SET GPSCHRCTRL(Optional)
SET GPSCHRCTRL(Optional)
SET GPSCHRCTRL(Optional)
SET GPSCHRCTRL(Optional)
ADD TRMFACTOR(Optional)
ADD TRMFACTOR(Optional)
ADD NSE(Optional)
ADD TRMMAP(Optional)
ADD TRMMAP(Optional)
ADD GCELL(Optional)
SET GCELLPSI1(Optional)
SET GCELLPSI1(Optional)
ADD TRMMAP(Optional)
ADD TRMMAP(Optional)
ADD GCELL(Optional)
SET GCELLHOIUO(Optional)
SET GPSCHRCTRL(Optional)
SET GCELLCCACCESS(Optional)
ADD BTSLOCGRP(Optional)
SET GPSCHRCTRL(Mandatory)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET GCELLHOIUO(Optional)
SET BTSOTHPARA(Optional)
SET SLFSLVSW(Optional)
SET ALMPORT(Mandatory)
ADD SNTPSRVINFO(Mandatory)
SET GCELLIDLEAD(Optional)
ADD NSE(Mandatory)
SET BTSENVALMPORT(Optional)
SET E1T1(Optional)
SET E1T1(Optional)
SET E1T1(Optional)
SET E1T1(Optional) ADD BTSABISHDLCPATH(Mandatory) ADD BTSBIND2HDLCPATH(Mandatory) ADD GTRXBIND2HDLCPATH(Mandatory)
SET ETHPORT(Mandatory)
SET BTSAPMUBP(Optional)
SET CERTFILE(Optional)
SET BTSAUTODLDACTINFO(Optional) LOD BTSPATCH(Mandatory) CON BTSPATCH(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET CERTFILE(Mandatory) ADD OP(Mandatory) DLD LICENSE(Mandatory) DLD ULD RETANTCFG(Mandatory) LICENSE(Mandatory) ULD BTSDEVFILE(Mandatory) DLD BTSPATCH(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory)
SET PWDPOLICY(Optional)
STR BTSTST(Mandatory)
SET PWRALMSW(Optional)
SET PWRALMSW(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLCCACCESS(Optional)
SET GCELLCCACCESS(Optional)
SET GCELLSOFT(Optional)
ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional)
SET BTSBAKPWR(Optional)
SET GCELLCHMGAD(Optional)
SET GTRXDEV(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET QUEUEMAP(Optional)
SET QUEUEMAP(Optional)
SET QUEUEMAP(Optional)
SET QUEUEMAP(Optional)
SET QUEUEMAP(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLPSOTHERPARA(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLSOFT(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET BTSAIRCON(Optional)
SET BTSAIRCON(Optional)
SET GCELLPWR2(Optional)
SET GCELLSOFT(Optional)
SET GCELLHOBASIC(Optional)
SET BTSAUXEQP(Optional)
SET BTSBAT(Optional)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
SET BTSAUXEQP(Optional)
SET BTSBAT(Optional)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
SET BTSAUXEQP(Optional)
SET BTSBAT(Optional)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
SET BTSBAT(Mandatory)
ADD GEXT2GCELL(Optional)
ADD GEXT3GCELL(Optional)
SET GCELLGPRS(Optional)
SET BTSAUTOPLANCFG(Optional)
ADD GCELLQUICKSETUP(Optional)
SET BTSAUTOPLANCFG(Optional)
SET GCELLCCACCESS(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCCCH(Optional)
ADD BTSLOCGRP(Optional)
SET GCELLPSBASE(Optional)
SET GCELLRESELECTPARA(Optional)
SET GCELLCCACCESS(Optional)
SET GCELLRESELECTPARA(Optional)
SET BTSETHPORT(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GMRCTRL(Optional)
BEG FORWARD(Mandatory)
RUN BATCHFILE(Optional) ADD BTSRXUCHAIN(Mandatory) SET BTSBREAKPOINT(Mandatory) SPT BTSRXUCHAIN(Mandatory)
CBN BTSRXUCHAIN(Mandatory)
CBN BTSRXUCHAIN(Mandatory)
SET GTRXDEV(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCCAD(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET OTHSOFTPARA(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
ADD BRD(Mandatory)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET BTSLSW(Optional)
SET GREDGRPPRIMHOSTPOLICY(Mandatory)
SET GREDGRPPRIMHOSTPOLICY(Mandatory)
SET GREDGRPPRIMHOSTPOLICY(Mandatory)
ADD AISSCFG(Mandatory)
SET BTSRXUBP(Mandatory)
SET BTSDFCUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Mandatory)
SET BTSRXUBP(Mandatory)
SET BTSDFCUBP(Optional) ADD TRMMAP(Optional) ADD TRMFACTOR(Mandatory)
ADD IPRT(Mandatory)
ADD NSVLREMOTE(Mandatory)
ADD GSMSCB(Mandatory)
SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Optional)
SET GCELLCCBASIC(Optional)
SET BTSENVALMPORT(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLNC2PARA(Optional)
SET GCELLPSCHM(Optional)
SET GCELLOTHEXT(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET PWDPOLICY(Optional)
SET BSCNSPARA(Optional)
SET BTSOTHPARA(Optional)
SET BSCNSPARA(Optional)
TST SNDRSI(Mandatory)
SET OTHSOFTPARA(Optional) DLD LICENSE(Optional) ULD LICENSE(Optional)
ADD PPPLNK(Optional)
ADD MPLNK(Optional) EXP ALMLOG(Optional) STA ALMLOG(Optional)
ADD GNRNC(Optional)
SET GCELLCHMGBASIC(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLCCCH(Optional)
ADD SUBTSK(Optional)
ADD BTS(Optional)
SET BTSDGPSBP(Optional)
ADD NSE(Optional)
SET E1T1LOP(Optional)
SET GCELLCCBASIC(Optional)
SET BSCBASIC(Optional)
ADD GEXT3GCELL(Mandatory)
ADD GEXT3GCELL(Optional) ADD GNRNC(Mandatory) ADD GIURGCONN(Mandatory)
ADD GNRNC(Mandatory)
SET CERTFILE(Optional)
ADD SGSNROUTEINFO(Mandatory)
ADD SGSNROUTEINFO(Mandatory)
SET GCELLSOFT(Optional)
SET GCELLNWCTRLMSRPARA(Optional)
SET GCELLNWCTRLMSRPARA(Optional)
ADD IPLOGICPORT(Optional)
SET GCELLOTHBASIC(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
ADD IPPATH(Mandatory)
ADD RSCGRP(Mandatory)
ADD IPLOGICPORT(Optional)
SET GCELLHOFITPEN(Optional)
ADD G3GNCELL(Optional)
ADD GEXT3GCELL(Optional)
SET OPT(Optional)
SET OPT(Optional)
SET GCELLNCRESELECTPARA(Optional)
SET BTSBWPARA(Mandatory)
SET BSCABISPRIMAP(Optional)
SET BSCABISPRIMAP(Optional)
SET BTSBWPARA(Mandatory)
SET BSCABISPRIMAP(Optional)
SET BTSLAPDWS(Optional)
LCK CMCTRL(Mandatory)
SET OTHSOFTPARA(Optional)
UPD JTGCPLD(Mandatory)
RUN BATCHFILE(Optional)
ADD OPC(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPLNK(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional)
SET GCELLCHMGBASIC(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET TRANSPATCHPARA(Optional)
SET BSCDSTPA(Optional)
SET MSP(Optional) ADD M3LE(Optional) ADD M3DE(Optional)
ADD GCNNODE(Optional)
ADD GCNNODE(Optional)
ADD OMUIPRT(Mandatory)
ADD OMUIPRT(Mandatory) ADD BTSIPRT(Optional) IMP BTSIPRT(Mandatory)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLPSCHM(Optional) ADD BTSIPRT(Mandatory) IMP BTSIPRT(Mandatory)
ADD IPLOGICPORT(Optional)
ADD IPLOGICPORT(Optional)
SET BTSAUTODLDACTINFO(Mandatory)
ADD IPPATH(Mandatory)
ADD RSCGRP(Mandatory)
SET GCELLSERVPARA(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
ADD TRXBIND2PHYBRD(Mandatory)
SET BTSRXUBP(Mandatory)
ADD BTSRXUBRD(Mandatory)
ADD TRXBIND2PHYBRD(Mandatory)
SET BTSRXUBP(Mandatory)
ADD TRXBIND2PHYBRD(Mandatory)
SET BTSRXUBP(Mandatory)
ADD BTSRXUBRD(Mandatory)
ADD TRXBIND2PHYBRD(Mandatory)
SET BTSRXUBP(Mandatory)
ADD BTSRXUBRD(Mandatory)
SET BTSRXUBP(Mandatory)
SET OPT(Optional)
SET OPT(Optional)
SET BTSDEMUBP(Optional)
SET BTSAPMUBP(Optional)
ADD GCNNODE(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR3(Optional)
SET BTSDPMUBP(Optional)
SET GCELLDYNTURNOFF(Mandatory)
SET GCELLDYNTURNOFF(Mandatory)
SET GCELLDYNTURNOFF(Optional)
SET GCELLDYNTURNOFF(Optional)
SET GCELLDYNTURNOFF(Mandatory)
SET GCELLCCBASIC(Optional)
SET BTSDPMUBP(Optional)
SET BTSDEMUBP(Optional)
SET BTSDEMUBP(Optional)
SET BTSDOMUBP(Optional)
SET BTSAPMUBP(Optional)
COL SYNCINFO(Mandatory)
COL SYNCINFO(Mandatory)
SET GCELLCCUTRANSYS(Optional)
SET BSCPSTCDSCPMAP(Optional)
SET GCELLHOFAST(Optional) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) ADD NCELL(Mandatory) COL SYNCINFO(Mandatory) SET GCELLSBC(Optional) ADD GSMSCB(Mandatory)
STR BTSTST(Optional) ADD SUBTSK(Mandatory) ADD SUBCMD(Mandatory)
SET GMRSCOPE(Mandatory)
ADD SRCONPATH(Optional) ADD GEXT3GCELL(Mandatory) SET GCELLHOFDDBA2(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional) ADD SCTPLNK(Mandatory) ADD M3LNK(Mandatory)
ADD SUBTSK(Mandatory)
EXP ALMLOG(Optional)
STA ALMLOG(Optional)
SET ALMCAPACITY(Optional)
SET MSP(Optional)
STR BTSLOG(Optional)
SET TZ(Mandatory)
ADD GCELLQUICKSETUP(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLBASICPARA(Optional)
SET MSP(Optional)
SET GCELLSOFT(Optional)
SET GTRXDEV(Optional)
SET GCELLHOCTRL(Optional)
SET GCELLPWR3(Optional)
ADD GEXT2GCELL(Optional)
ADD GEXT2GCELL(Optional)
SET BSCPSTCDSCPMAP(Optional)
SET MSP(Optional)
SET BTSAPMUBP(Optional)
ADD BTSALMMGMRULE(Mandatory)
ADD BTSALMMGMRULE(Mandatory)
SET BTSAPMUBP(Optional)
SET GCELLCCUTRANSYS(Optional)
SET BTSLOADCTRL(Mandatory)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Mandatory)
SET GCELLSOFT(Optional)
SET AITFOTHPARA(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET BTSOTHPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SPT BTSRXUCHAIN(Mandatory)
ADD BTS(Optional)
SET FTPSSRV(Mandatory)
SET FTPSSRV(Mandatory)
ADD BTSRETANT(Mandatory)
ADD FTPSCLTDPORT(Mandatory)
SET BSCBASIC(Optional)
ADD BTS(Optional)
ADD BTSAUTOPLAN(Mandatory)
EXP LOG(Optional)
SET BTSVLAN(Mandatory) IMP BTSVLAN(Mandatory) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional) SET BTSAPMUBP(Optional) SET BTSDPMUBP(Optional)
ADD BTSSFPMODE(Mandatory)
ADD SGSNNODE(Optional)
ADD SGSN(Mandatory)
ADD GCNOPERATOR(Mandatory)
ADD GCNOPERATOR(Optional)
ADD GCNOPERATOR(Optional)
SET GCELLPSBASE(Optional)
ADD SGSNNODE(Optional)
SET BSCFCPARA(Optional)
ADD ABISLOADSHARE(Mandatory)
SET BTSSHARING(Optional)
SET ALMSHLD(Mandatory)
SET BTSBAKPWR(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLHOBASIC(Optional)
ADD AISSCFG(Optional) ADD MTP3RT(Mandatory) ADD MTP3LKS(Mandatory) ADD MTP3LNK(Mandatory) ADD M3RT(Mandatory) ADD M3LKS(Mandatory) ADD M3LNK(Mandatory)
ADD M3LNK(Mandatory)
ADD NSVLLOCAL(Optional)
ADD NSVLREMOTE(Optional)
SET BSCSRVPRI(Optional)
ADD AISSCFG(Optional)
SET GCELLHOFITPEN(Optional)
ADD MTP3LNK(Mandatory)
SET GCELLHOFITPEN(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
SET BSCBASIC(Optional)
PING IP(Mandatory)
TRC IPADDR(Optional)
COL LOG(Optional)
SET BTSAISS(Mandatory)
SET BTSIPCLKPARA(Mandatory)
ADD BTSBINDLOCGRP(Mandatory)
STR TRANSPERFTST(Mandatory)
ADD N7DPC(Optional)
SET GBSCREDGRP(Optional) SWP BRD(Mandatory) STR BKP(Mandatory) CMP BRDAREA(Optional) SET TZ(Mandatory) ULD RSTINFO(Mandatory) SET CLK(Mandatory) UPD JTGCPLD(Mandatory) SET ADD XPUPORT(Mandatory) GEXTSMLC(Mandatory) ADD XPUVLAN(Mandatory) SET MPUBIND(Mandatory) SET DPUBRDTYPE(Mandatory) ADD GEXTSMLC(Mandatory) SET TCTYPE(Mandatory) ADD BRD(Mandatory) LOD BRD(Optional) SYN ADD BRDAREA(Optional) EMU(Optional) CMP TBLDATA(Mandatory) SET MSPCMD(Mandatory) SET MSP(Mandatory) SET TZ(Mandatory) BFDPROTOSW(Mandatory) STR FRPORTLOOP(Mandatory) ADD BC(Mandatory) SET FCCPUTHD(Optional) ADD NSVC(Mandatory) SET FCMSGQTHD(Optional) ADD NSVLLOCAL(Mandatory) SET PSCELLTODSP(Mandatory) SET DSPLVDSMODE(Mandatory) ADD BTSAUTOPLAN(Mandatory)
SET E1T1LOP(Mandatory) LOP E1T1(Mandatory) STR E1T1TST(Mandatory) SET OPTLOP(Mandatory) PING IP(Mandatory) TRC IPADDR(Mandatory) SET QUEUEMAP(Mandatory) SET E1T1(Mandatory) DLD ADD TCFILE(Mandatory) TSCROSS(Mandatory) ADD ADD DEVIP(Mandatory) TRXBIND2PHYBRD(Mandatory) ADD IPRT(Mandatory) MTP3LNK(Optional) SWP BTSRING(Optional) SET ADD OPT(Mandatory) SCTPLNK(Mandatory) SWP BTSOMLLINK(Optional) SET SET COPTLNK(Mandatory) BTSFMUABP(Mandatory) SET SET ETHPORT(Mandatory) BTSNFCBBP(Mandatory) ADD PPPLNK(Mandatory) SET BTSPMUBP(Mandatory) ADD M3LNK(Mandatory) ADD BTSAPMUBP(Mandatory) MPGRP(Mandatory) SET ADD BTSDATUBP(Mandatory) MPLNK(Mandatory) SET PHBMAP(Mandatory) ADD ETHIP(Mandatory) SET ADD BTSDEMUBP(Mandatory) ATERE1T1(Mandatory) ADD IPLOGICPORT(Mandatory) SET ADD BTSDFCUBP(Mandatory) AE1T1(Mandatory) ADD ICMPGUARD(Mandatory) SET BTSDHEUBP(Mandatory) STR BTSDOMUBP(Mandatory) IPCHK(Mandatory) SET ADD BTSDPMUBP(Mandatory) VLANID(Mandatory) SET BLK ADD IPPATHBIND(Mandatory) SET ATERE1T1(Mandatory) BTSDTMUBP(Mandatory) ADD IPRTBIND(Mandatory) SET BTSDGPSBP(Mandatory) ADD ETHMD(Mandatory) SET BTSDDPUBP(Mandatory) BLK AE1T1(Mandatory) ADD SET BTSUSCUBP(Mandatory) ADD ETHMA(Mandatory) PBE1T1(Mandatory) ADD BTSRXUBP(Mandatory) ETHMEP(Mandatory) SET PING MAC(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) EXP ALMLOG(Optional) STR ETHOAMLOOPTST(Mandatory) ADD BTSBINDLOCGRP(Mandatory) STA TRC MAC(Mandatory) ADD ALMLOG(Optional) BTSANTFEEDERBRD(Mandatory) ADD BTSBRD(Mandatory) ETHTRK(Mandatory) ADD ADD BTSRXUBRD(Optional) ETHTRKLNK(Mandatory) ADD ADD ADD BTSTRXBRD(Mandatory) ADD ETHTRKIP(Mandatory) OBJALMSHLD(Optional) STR ETHMIRRORPORT(Mandatory) SET BTSENVALMPORT(Mandatory) BLK SET BC(Mandatory) BTSANTFEEDERCONNECT(Mandatory) CHK BTSOBJALMSHLD(Mandatory) E1T1CRS(Mandatory) ADD SET BTSIP(Mandatory) LOD RETANTCFG(Mandatory) SET BTSANTANGLE(Mandatory) SET SWPBTSCLKPARA(Mandatory) ETHPORT(Mandatory) SET ADD BTSCAVFRQ(Mandatory) ETHREDPORT(Mandatory) SET BTSPMUDEF(Mandatory) ADD BTSTMA(Mandatory) GCBSADDR(Mandatory) SET TCPLYVOICE(Mandatory) SET RETANTENB(Mandatory) SET TCPARA(Mandatory) STR BTSBATTTST(Mandatory) STR BTSTST(Mandatory) STR RETANTSCAN(Mandatory) STR ADD TRANSPERFTST(Optional) GIURGCONN(Mandatory) SWP BTSBRD(Mandatory) SET BTSENVALM(Mandatory) CHG BTSPTUSHKTM(Mandatory) IMP BTSDEVIP(Optional) ADD BTSBFD(Optional) ADD BTSIPRTBIND(Optional) ADD BTSSFPMODE(Optional) SET BTSFORBIDTS(Optional) SET BTSOMLTS(Optional) ADD NSE(Mandatory) SET BTSETHPORT(Optional) ADD BTSPPPLNK(Optional) ADD BTSMPLNK(Optional) ADD ADD BTSETHMA(Optional) PBSL(Mandatory) ADD BTSETHLCMEP(Optional) ADD BTSTOPCONFIG(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional)
ADD BTSCONNECT(Mandatory)
OPR BTSBRDPWR(Mandatory)
SET GTRXDEV(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET SNTPCLTPARA(Mandatory)
ADD OPC(Optional)
ADD OPC(Mandatory)
ADD OPC(Optional)
ADD PBE1T1(Mandatory) ADD OPC(Optional) ADD N7DPC(Optional)
SET GCELLCCBASIC(Optional)
SET BTSFMUABP(Optional)
SET BTSFMUABP(Optional)
SET BSCBASIC(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET MSGSOFTPARA(Optional)
SET BTSCHNFALLBACK(Mandatory)
SET BTSCHNFALLBACK(Mandatory)
SET BTSCHNFALLBACK(Mandatory)
SET ETHPORT(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOAD(Optional)
SET GCELLPSBASE(Optional)
ADD GCNOPERATOR(Optional)
ADD GNRNC(Optional)
ADD GNRNC(Optional)
SET GCELLGPRS(Optional)
SET GCELLGPRS(Optional)
SET BSCPSSOFTPARA(Optional)
ADD GCNNODE(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET BSCBASIC(Optional)
SET GCELLGPRS(Optional)
SET BTSRXUBP(Optional)
SET FTPSCLT(Optional) ADD OPC(Mandatory) ADD N7DPC(Mandatory) ADD M3LE(Mandatory)
ADD BTS(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCABINET(Optional) ADD G2GNCELL(Mandatory) ADD GIBCAPNCGRP(Mandatory) ADD G2GNCELL(Mandatory) ADD GIBCAPNCGRP(Mandatory)
ADD G3GNCELL(Mandatory)
SET MPUBIND(Mandatory) LOD FAN(Optional) SET DPUBRDTYPE(Mandatory) SET TCTYPE(Mandatory) ADD BRD(Mandatory) LOD BRD(Optional) CMP BRDVER(Optional) SYN ADD BRDAREA(Optional) G3GNCELL(Mandatory) COL FAMLOG(Mandatory) CMP LICENSE(Optional) FMT DATA(Optional) ADD CMP G2GNCELL(Mandatory) TBLDATA(Mandatory) SET CFGDATAINEFFECTIVE(Mandatory) SET CFGDATAEFFECTIVE(Optional) SET RUN MSPCMD(Mandatory) BATCHFILE(Mandatory) SET E1T1LOP(Mandatory) LOP E1T1(Mandatory) STR E1T1TST(Mandatory) CLKMODE(Mandatory) SET OPTLOP(Mandatory) PING IP(Mandatory) TRC IPADDR(Mandatory) SWP ETHPORT(Mandatory) ADD CLKSRC(Mandatory) SET QUEUEMAP(Mandatory) SET E1T1(Mandatory) SET MSP(Mandatory) ADD TSCROSS(Mandatory) G2GNCELL(Optional) ADD DEVIP(Mandatory) ADD IPRT(Mandatory) SET OPT(Mandatory) ADD BTSBFD(Mandatory) SET COPTLNK(Mandatory) SET ETHPORT(Mandatory) ADD ETHREDPORT(Mandatory) ADD PPPLNK(Mandatory) G2GNCELL(Mandatory) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) ADD ETHIP(Mandatory) ADD ADD G2GNCELL(Mandatory) IPLOGICPORT(Mandatory) ADD ICMPGUARD(Mandatory) STR PINGIPCHK(Mandatory) MAC(Mandatory) ADD VLANID(Mandatory) TRC MAC(Mandatory) ADD IPPATHBIND(Mandatory) ADD IPRTBIND(Mandatory) ADD ETHMA(Mandatory) ADD ETHMEP(Mandatory) G2GNCELL(Mandatory) ADD PING MAC(Mandatory) STR ETHOAMLOOPTST(Mandatory) TRC ADD MAC(Mandatory) TSCROSS(Mandatory) SET BFDPROTOSW(Mandatory) STR FRPORTLOOP(Mandatory) BLK BC(Mandatory) ADD CLKSRC(Mandatory) SET TRANSPATCHPARA(Mandatory) CHK E1T1CRS(Mandatory) ADD BC(Mandatory) ADD ADD NSVC(Mandatory) TSCROSS(Mandatory) ADD NSVLLOCAL(Mandatory) SET PSCELLTODSP(Mandatory) SET DSPLVDSMODE(Mandatory) ADD BTSAUTOPLAN(Mandatory) ADD SUBRACK(Mandatory) SET CLK(Mandatory) ADD MTP3LNK(Optional) ADD SCTPLNK(Mandatory)
SET BTSPMUBP(Mandatory) SET BTSAPMUBP(Mandatory) ADD RSCGRP(Mandatory) SET BTSDATUBP(Mandatory) SET PHBMAP(Mandatory) SET BTSDEMUBP(Mandatory) ADD ATERE1T1(Mandatory) SET BTSDFCUBP(Mandatory) ADD AE1T1(Mandatory) SET BTSDHEUBP(Mandatory) BLK AE1T1(Mandatory) SET BTSDOMUBP(Mandatory) ADD ABISLOADSHARE(Mandatory) SET BTSDPMUBP(Mandatory) ADD PBE1T1(Mandatory) SET BTSDTMUBP(Mandatory) SET BTSDGPSBP(Mandatory) SET BTSDDPUBP(Mandatory) SET ADD BTSUSCUBP(Mandatory) M3LNK(Mandatory) SET BTSRXUBP(Mandatory) ADD BTSRXU2LOCGRP(Mandatory) ADD BTSBINDLOCGRP(Mandatory) BLK ADD ATERE1T1(Mandatory) BTSANTFEEDERBRD(Mandatory) ADD BTSBRD(Mandatory) ADD BTSRXUBRD(Optional) ADD BTSTRXBRD(Mandatory) COL LOG(Optional) SET BTSENVALMPORT(Mandatory) EXP ALMLOG(Optional) SET BTSANTFEEDERCONNECT(Mandatory) STA ALMLOG(Optional) ADD BTSOBJALMSHLD(Mandatory) ADD ETHMD(Mandatory) ADD RETANTCFG(Mandatory) OBJALMSHLD(Mandatory) LOD ADD ETHTRK(Mandatory) SET BTSANTANGLE(Mandatory) ADD ETHTRKLNK(Mandatory) SET ADD BTSCLKPARA(Mandatory) ETHTRKIP(Mandatory) SET STR BTSCAVFRQ(Mandatory) ETHMIRRORPORT(Mandatory) SET BTSPMUDEF(Mandatory) ADD BTSTMA(Mandatory) GCBSADDR(Mandatory) SET TCPLYVOICE(Mandatory) SET RETANTENB(Mandatory) SET TCPARA(Mandatory) STR BTSBATTTST(Mandatory) STR BTSTST(Mandatory) STR RETANTSCAN(Mandatory) STR ADD TRANSPERFTST(Optional) GIURGCONN(Mandatory) SWP BTSBRD(Mandatory) SET BTSENVALM(Mandatory) CHG BTSPTUSHKTM(Mandatory) IMP BTSDEVIP(Optional) ADD BTSBFD(Optional) ADD BTSIPRTBIND(Optional) ADD BTSSFPMODE(Optional) SET BTSFORBIDTS(Optional) SET BTSOMLTS(Optional) ADD BTSETHPORT(Optional) NSE(Mandatory) SET ADD BTSPPPLNK(Optional) ADD BTSMPLNK(Optional) ADD ADD BTSETHMA(Optional) PBSL(Mandatory) ADD BTSETHLCMEP(Optional) ADD BTSTOPCONFIG(Optional) IMP BTSPPPLNK(Optional) IMP BTSMPLNK(Optional)
ADD BTSCONNECT(Mandatory)
OPR BTSBRDPWR(Mandatory)
ADD SRCONPATH(Mandatory)
ADD SRCONPATH(Mandatory)
ADD SUBRACK(Mandatory)
SET BTSTMA(Mandatory)
SET CLK(Mandatory)
EXP ALMLOG(Optional)
ADD NSVLLOCAL(Optional)
ADD NSVLREMOTE(Optional)
SET BTSPSUFP(Optional)
ADD BTSABISMUXFLOW(Mandatory)
SET GCELLHOFITPEN(Optional)
SET CPUTHD(Optional)
SET CPUTHD(Optional)
SET CPUTHD(Optional)
SET CPUTHD(Optional)
SET GCELLCHMGAD(Optional) STR BKP(Optional) SET GCELLCHMGAD(Optional) ULD RSTINFO(Mandatory) ADD XPUVLAN(Mandatory) LOD BRD(Optional) CMP TBLDATA(Mandatory)
ADD GIURGCONN(Mandatory)
EXP ALMLOG(Optional)
SET GCELLHOFITPEN(Optional)
SET TZ(Mandatory)
EXP LOG(Optional)
ADD SUBTSK(Mandatory)
COL LOG(Optional)
EXP ALMLOG(Optional)
STA ALMLOG(Optional)
ADD GSMSCB(Mandatory) EXP ALMLOG(Optional) STA ALMLOG(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
BLK ACIC(Mandatory)
BLK PBCIC(Mandatory)
ADD BSCDSTPADATE(Mandatory)
SET BTSDHEUBP(Optional)
ADD BSCDSTPADATE(Mandatory)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
SET BTSFORBIDTS(Optional)
SET BTSFALLBACK(Optional)
SET BSCDSTPA(Optional)
BLK ATERE1T1(Mandatory)
BLK AE1T1(Mandatory)
SET BTSFORBIDTS(Mandatory)
SET BTSFMUABP(Optional)
SET BTSNFCBBP(Optional)
ADD AE1T1(Mandatory)
ADD BTSMONITORTS(Optional)
ADD OP(Mandatory)
STR NCS(Mandatory)
ADD MTP3LNK(Optional)
STR BTSLOG(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET BTSFALLBACK(Optional)
ADD N7DPC(Optional)
ADD BTSMONITORTS(Mandatory)
SET GCELLFREQSCAN(Optional)
ADD BTSMONITORTS(Optional)
ADD BTSMONITORTS(Optional)
ADD BTSMONITORTS(Mandatory)
ADD OP(Mandatory)
ADD BTSMONITORTS(Mandatory)
SET BTSAUTODLDACTINFO(Optional)
BLK ACIC(Mandatory)
ADD AE1T1(Mandatory)
STR BTSLOG(Optional)
ADD IPMUX(Optional)
ADD BTSABISMUXFLOW(Optional) ADD SUBTSK(Mandatory) ADD SUBCMD(Mandatory)
SET SUBNET(Mandatory)
SET GCELLSOFT(Optional)
SET BTSFLEXABISPARA(Optional)
SET BTSOMLTS(Mandatory)
SET BTSAUTODLDACTINFO(Mandatory)
SET OTHSOFTPARA(Optional)
SET CLK(Optional)
SET CLK(Optional)
SET GCELLSBC(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLGPRS(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLGPRS(Optional)
SET BSSLS(Optional)
SET BSCBASIC(Optional)
ADD GNRNC(Optional)
SET GCELLPRACH(Optional)
ADD NSE(Mandatory)
ADD NSE(Mandatory)
SET ALMPORT(Optional)
SET ASWPARA(Mandatory)
SET OBJAUTHSW(Mandatory)
SET BTSENVALMPORT(Mandatory)
OPR BTSBRDPWR(Mandatory)
SET TZ(Mandatory)
SET SCUPORT(Mandatory)
SET SLFSLVSW(Mandatory)
SET LICENSECTRL(Mandatory)
SET BFDPROTOSW(Mandatory)
SET BTSALMPORT(Mandatory)
SET BTSETHPORT(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
SET SS7PATCHSWITCH(Optional)
ADD BTSSFPMODE(Optional)
SET OPSW(Mandatory)
SET TZ(Mandatory)
SET BTSAISS(Optional)
ADD GEXT3GCELL(Mandatory)
SET BTSOTHPARA(Optional)
SET BTSIPCLKPARA(Mandatory)
SET BTSIPCLKPARA(Optional)
SET BTSIPCLKPARA(Optional)
SET BTSIPCLKPARA(Optional)
SET SYS(Optional)
SET SYS(Optional)
SET GCELLHOAD(Optional)
SET SYS(Optional)
SET BSCBASIC(Optional)
SET SYS(Optional)
SET SYS(Optional)
SET BSSGPPARA(Optional)
CHG BTSPTUSHKTM(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET BSSGPPARA(Optional)
CHG BTSPTUSHKTM(Optional)
SET BTSRINGATTR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET GCELLCCTMR(Optional)
SET BTSRINGATTR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
SET BSSGPPARA(Optional)
CHG BTSPTUSHKTM(Optional)
SET GCELLHOAD(Optional)
SET GCELLGSMR(Optional)
SET GCELLPSBASE(Optional)
SET GCELLPSBASE(Optional)
SET GCELLIDLEBASIC(Optional)
ADD BC(Optional)
SET MTP3TMR(Optional)
SET BSSGPPARA(Optional)
SET MTP3TMR(Optional)
SET BSSGPPARA(Optional)
SET MTP3TMR(Optional)
SET BSSGPPARA(Optional)
SET BSSGPPARA(Optional)
SET MTP3TMR(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOIUO(Optional)
ADD G2GNCELL(Optional)
SET GCELLHOEMG(Optional)
SET GCELLGSMR(Optional) ADD AISSCFG(Mandatory) ADD NCELL(Mandatory) SET GCELLHOFITPEN(Optional) COL SYNCINFO(Mandatory) SET BTSEXCURSION(Mandatory) SET BSCSYNCOFF(Mandatory) COL BSCSYNCINFO(Mandatory)
ADD G2GNCELL(Optional)
SET GCELLHOIUO(Optional)
SET GCELLPSPWPARA(Optional)
SET GCELLPSPWPARA(Optional)
EXP DEVFILE(Optional)
EXP BTSDEVFILE(Optional)
SET BTSOMLBACKUP(Optional)
SET BTSRINGATTR(Optional)
ADD MTP3LNK(Optional)
SET BSSGPPARA(Optional)
SET BTSAPMUBP(Optional)
SET BSCBASIC(Optional)
SET GTRXDEV(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLOTHEXT(Optional)
SET GCELLHOCTRL(Optional)
SET GCELLPWR3(Optional)
SET OTHSOFTPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLSOFT(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
ADD MTP3LNK(Optional)
ADD MTP3LNK(Mandatory)
SET GCELLSOFT(Optional) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory)
ADD ATERCONPATH(Mandatory)
SET BSCBASIC(Mandatory)
ADD ATERCONPATH(Mandatory)
ADD ATERCONPATH(Mandatory)
SET TCTYPE(Mandatory)
SET GCELLIDLETDDBA1(Mandatory)
SET GCELLHOTDDBA2(Mandatory)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
SET GCELLIDLETDDBA1(Mandatory)
SET GCELLIDLETDDBA1(Mandatory)
SET GCELLCCUTRANSYS(Optional)
SET GCELLCCUTRANSYS(Optional)
ADD GEXT3GCELL(Optional)
SET GCELLIDLETDDBA1(Mandatory)
SET GCELLHOTDDBA2(Mandatory)
SET GCELLCCUTRANSYS(Optional) SET GCELLIDLETDDBA1(Mandatory) SET GCELLHOTDDBA2(Mandatory)
ADD TRMLOADTH(Optional)
ADD TRMLOADTH(Optional)
ADD SRCONPATH(Mandatory)
ADD SRCONPATH(Mandatory)
ADD PBSL(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET BTSDPMUBP(Optional)
SAV GCELLTEMPLATE(Optional)
EXP GCELLTEMPLATE(Mandatory) ADD GCELL(Optional) SAV GCELLTEMPLATE(Optional) ADD BTSAUTOPLAN(Optional) EXP GCELLTEMPLATE(Mandatory) SAV GCELLTEMPLATE(Mandatory) ADD GCELLQUICKSETUP(Optional)
SET BTSAPMUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDPMUBP(Optional)
SET OTHSOFTPARA(Optional)
SET BSCNSPARA(Optional)
ADD GSMSCB(Mandatory)
SET TCPARA(Optional)
STR BTSVSWRTST(Optional)
SET GCELLOTHEXT(Optional)
SWP OMUAREA(Mandatory)
ADD TGWIP(Mandatory)
ADD TGWIP(Mandatory)
ADD TGWIP(Mandatory)
ADD TGWIP(Mandatory)
ADD TGWIP(Mandatory)
SET BSSGPPARA(Optional)
SET BTSAIRCON(Optional)
SET BTSAIRCON(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
SET GCELLPSCHM(Optional)
ADD TRMLOADTH(Mandatory)
SET BSCTMR(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOAD(Optional)
SET GCELLHOBASIC(Optional)
SET GCELLHOAD(Optional)
SET GCELLCHMGBASIC(Optional)
SET GCELLCHMGAD(Optional)
ADD GCNOPERATOR(Optional)
ADD OP(Optional)
SET TIME(Optional)
SET GCELLFREQSCAN(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOIUO(Optional)
PING IP(Optional)
TRC IPADDR(Optional) PING MAC(Optional) PING BTSCFM(Optional)
TRC MAC(Optional) TRC BTSCFM(Optional)
ADD BTSABISMUXFLOW(Optional) ADD GEXT2GCELL(Optional) SET GCELLHOFAST(Optional)
PING IP(Optional)
SET GCELLBASICPARA(Optional)
SET GCELLHOFITPEN(Optional)
SET GCELLHOIUO(Optional)
SET GCELLTMR(Optional)
ADD GCNOPERATOR(Optional)
SET LOGLIMIT(Optional) SET MSTOCELL(Mandatory) TST SNDRSI(Mandatory) TST UPDMSRAC(Mandatory)
SET BTSDHEUBP(Optional)
SET BTSAPMUBP(Optional)
SET BTSDHEUBP(Optional)
ADD SUBTSK(Mandatory)
ADD SUBTSK(Mandatory)
ADD SUBTSK(Optional)
ADD SUBTSK(Optional)
ADD SUBTSK(Optional)
ADD SUBTSK(Optional)
ADD TRMMAP(Mandatory)
ADD ADJMAP(Mandatory)
STR FRPORTLOOP(Mandatory)
STR BTSVSWRTST(Optional)
SET GCELLSOFT(Optional)
SET ALMBLKPARA(Optional) CHK INNSPCH(Mandatory) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory)
SET ALMBLKPARA(Optional)
SET MTP3TMR(Optional)
SET MTP3TMR(Optional)
CMP TBLDATA(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional)
ADD PBE1T1(Optional)
SET TZ(Mandatory)
SET GCELLIDLEAD(Optional)
ADD BTSTOPCONFIG(Optional)
ADD BTSTOPCONFIG(Mandatory)
ADD BTSTOPCONFIG(Optional)
COL FAMLOG(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory)
SET GCELLTMR(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCCPUTHD(Optional)
SET FCMSGQTHD(Optional)
SET FCSW(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
ADD M3LKS(Optional)
SET BTSTRANS(Mandatory)
ADD ABISLOADSHARE(Mandatory)
ADD IPPATH(Optional)
ADD TRMMAP(Optional)
ADD TRMLOADTH(Mandatory)
SET BSCABISPRIMAP(Mandatory)
SET BTSBWPARA(Mandatory)
SET BTSDOMUBP(Optional)
SET BTSDOMUBP(Optional)
SET BTSDOMUBP(Optional)
SET BTSDOMUBP(Optional)
SET BTSCLKPARA(Mandatory)
SET GCELLRESELECTPARA(Optional)
SET GCELLHOAD(Optional)
ADD ETHTRKLNK(Mandatory)
ADD ETHTRKLNK(Mandatory) ADD ETHTRK(Mandatory) ADD ETHTRKLNK(Mandatory) ADD ETHTRKIP(Mandatory)
SET BSCABISPRIMAP(Mandatory)
ADD IPPATH(Optional)
ADD RSCGRP(Optional)
ADD TRMLOADTH(Mandatory)
ADD PPPLNK(Optional)
ADD MPGRP(Optional)
ADD IPLOGICPORT(Optional)
SET BSCABISPRIMAP(Mandatory)
SET BSCABISPRIMAP(Optional)
ADD IPLOGICPORT(Optional)
STR IPCHK(Optional) SET FHO(Mandatory) ADD GTRXCHANHOP(Mandatory) ETHMEP(Mandatory) SET SET GTRXHOP(Mandatory) SET GTRXBASE(Mandatory) SET SET GTRXCHAN(Mandatory) GCELLCCACCESS(Optional) SET GTRXFC(Mandatory) SET GTRXIUO(Mandatory) SET GTRXADMSTAT(Mandatory) STR BTSTST(Mandatory) SET GTRXCHANADMSTAT(Mandatory) ADD GTRX(Mandatory) ADD TRXBIND2PHYBRD(Mandatory) SET SET GTRXRLALM(Mandatory) GTRXCHANHOP(Optional) SET GTRXDEV(Mandatory) ADD GTRXBIND2HDLCPATH(Mandatory) STR BTSTST(Mandatory) STR TRXBURSTTST(Mandatory)
ADD BTSBINDLOCGRP(Mandatory)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional)
ADD GCELLHOPANTGRP(Optional) SET GCELLHOPQUICKSETUP(Optional) SET GCELLHOPANTQUICKSETUP(Optional)
STR TRXPERFTST(Mandatory)
SET GTRXCHANHOP(Optional)
ADD GTRX(Optional) ADD BTSBRDCAP(Mandatory) ADD BTSRXUBRD(Optional)
ADD TRXBIND2PHYBRD(Mandatory)
ADD BTSBINDLOCGRP(Mandatory)
SET GCELLCHMGAD(Optional)
ADD TRXBIND2PHYBRD(Mandatory)
BLK ATERE1T1(Mandatory)
BLK AE1T1(Mandatory) LOP E1T1(Mandatory) STR E1T1TST(Optional)
ADD BC(Mandatory)
SET BTSOMLTS(Mandatory)
ADD PPPLNK(Mandatory)
ADD MPLNK(Mandatory) ADD BTSPPPLNK(Mandatory) ADD BTSMPLNK(Mandatory) IMP BTSPPPLNK(Mandatory) IMP BTSMPLNK(Mandatory)
ADD GCELLMAGRP(Optional)
SET BTSIDLETS(Mandatory)
SET GCELLSOFT(Optional)
ADD TSCROSS(Optional)
STR TRANSPERFTST(Mandatory) ADD ADD SCHTSK(Mandatory) BTSMONITORTS(Optional) SET SCHTSKSW(Optional) ADD SUBTSK(Optional) ADD SUBCMD(Optional) STR SCHTSK(Optional)
ADD ATEROML(Mandatory) ADD BTSABISHDLCPATH(Mandatory) ADD BTSTOPCONFIG(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory)
ADD PBSL(Mandatory)
SET GTRXCHAN(Optional)
SET GTRXDEV(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
ADD BTSMONITORTS(Mandatory) ADD BTSRXUCHAIN(Mandatory) CBN BTSRXUCHAIN(Mandatory)
STR BTSTST(Mandatory)
STR TRANSPERFTST(Mandatory)
STR BTSBATTTST(Mandatory)
STR BTSRFTST(Mandatory)
SET BSCDSTPA(Optional)
ADD BTSRXUCHAIN(Mandatory)
PING IP(Optional) TRC MAC(Optional) TRC BTSCFM(Optional)
SET GCELLDYNTURNOFF(Optional)
SET GCELLDYNTURNOFF(Optional)
SET GCELLDYNTURNOFF(Optional)
SET GCELLDYNTURNOFF(Mandatory)
SET GCELLDYNTURNOFF(Optional)
SET BTSAPMUBP(Optional)
SET BTSDHEUBP(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
ADD AISSCFG(Optional)
SET GCELLIDLEBASIC(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
ADD IPPATH(Mandatory)
ADD RSCGRP(Mandatory)
PING IP(Optional)
SET GCELLPRACH(Optional)
ADD SUBRACK(Mandatory)
RUN BATCHFILE(Mandatory)
ADD GCELL(Mandatory)
SET BSCPCUTYPE(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCABINET(Optional)
ADD GCELLQUICKSETUP(Mandatory)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET BTSANTFEEDERCONNECT(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET CSABISCONGCTRL(Optional)
SET MSGSOFTPARA(Optional)
SET OTHSOFTPARA(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET PSPREFABISCONGCTRL(Optional)
SET AITFOTHPARA(Optional)
ADD IPMUX(Mandatory)
ADD IPMUX(Mandatory)
ADD NSVLLOCAL(Mandatory)
ADD NSVLREMOTE(Mandatory)
ADD OP(Optional)
SET BTSEXD(Optional)
SET GCELLGSMR(Optional)
STR E1T1TST(Optional)
SET ALMPORT(Optional)
SET BTSENVALMPORT(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
ADD G2GNCELL(Optional)
ADD G2GNCELL(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLTMR(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLHOBASIC(Optional)
SET BSCPSSOFTPARA(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLHOINTERRATLDB(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLPWR2(Optional)
SET GCELLHOEMG(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLAMRQUL(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWR3(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLPWRBASIC(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLCCAMR(Optional)
SET GCELLHOIUO(Optional)
SET BSCPSSOFTPARA(Optional)
SET GCELLSOFT(Optional)
SET GCELLHOFITPEN(Optional)
SET BSCBASIC(Optional)
SET E1T1(Optional)
SET BSCNSPARA(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
SET BTSRXUBP(Optional)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD BTSAUTOPLAN(Mandatory)
ADD BTSCONNECT(Mandatory)
ADD GSMSCB(Mandatory)
SET GCELLPSCS(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLPSCHM(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLPRIVATEOPTPARA(Optional)
SET GCELLPSCS(Optional)
SET GCELLEGPRSPARA(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET BTSFALLBACK(Optional)
SET BTSLAPDWS(Optional)
SET GCELLBASICPARA(Optional)
ADD RSCGRP(Mandatory)
ADD IPLOGICPORT(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCHMGAD(Optional)
SET GCELLCCAD(Optional)
SET GCELLPRIVATEOPTPARA(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLPSCS(Optional)
SET GCELLNC2PARA(Optional) CHK INNSPCH(Mandatory) STR CALLRESLOP(Mandatory) ADD GCSCHRUSER(Mandatory)
SET BSCPSSOFTPARA(Optional) DLD LICENSE(Mandatory) ULD LICENSE(Mandatory)
DLD RETANTCFG(Mandatory) ULD BTSDEVFILE(Mandatory) DLD BTSPATCH(Mandatory) ULD BTSLOG(Mandatory) DLD BTSSW(Mandatory)
SET BTSDOMUBP(Mandatory)
SET BTSDOMUBP(Mandatory)
SET BTSEXD(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
SET GCELLHOIUO(Optional)
ADD GEXT3GCELL(Mandatory)
ADD BTSRETANT(Mandatory)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET GCELLGSMR(Optional)
SET BSCFCPARA(Optional)
ADD GCELL(Optional)
SET BSCFCPARA(Optional)
SET BSCFCPARA(Optional)
ADD IPPATH(Optional)
SET BSCABISPRIMAP(Optional)
ADD SCTPLNK(Optional)
ADD SCTPLNK(Optional) ADD IPPATH(Mandatory) ADD VLANID(Mandatory)
ADD ETHMA(Mandatory) SET BTSVLAN(Optional) IMP BTSVLAN(Optional)
ADD BTSETHMA(Mandatory)
ADD SCTPLNK(Mandatory)
ADD SCTPLNK(Mandatory)
SET DSCPMAP(Optional) SET BTSVLAN(Optional) IMP BTSVLAN(Optional) SET BTSVLAN(Optional) IMP BTSVLAN(Optional)
SET GCELLCCACCESS(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
ADD EMU(Optional)
SET BTSDFCUBP(Optional)
SET GCELLOTHEXT(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional) SET BTSDFCUBP(Optional) SET BTSDDPUBP(Optional)
SET GCELLOTHEXT(Optional)
SET BTSAUTODLDACTINFO(Mandatory)
SET GCELLTMR(Optional)
SET GCELLTMR(Optional)
SET GCELLTMR(Optional)
ADD GEXTSMLC(Optional)
SET GCELLTMR(Optional)
SET GCELLCHMGAD(Optional)
ADD GEXTSMLC(Optional)
SET BTSOUTPUT(Optional)
ADD EMU(Optional)
ADD OP(Optional)
SET GCELLLCS(Optional)
SET BTSOUTPUT(Optional)
STR IPCHK(Optional)
SET OTHSOFTPARA(Optional)
ADD OP(Mandatory)
ADD M3LKS(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Optional)
SET GTRXRLALM(Mandatory)
FMT DATA(Optional)
SET BTSRXUBP(Optional)
ADD SUBRACK(Mandatory)
SET E1T1(Optional)
ADD BTS(Optional) ADD ATERSL(Optional) ADD ATERCONSL(Optional)
SET BTSOMLBACKUP(Optional)
SET BTSRINGATTR(Optional)
SET MSP(Optional)
SET TZ(Optional)
Downlink quality level threshold for the MS to be assigned with a channel of the better cell.
Uplink quality level threshold for the MS to be assigned with a channel of the better cell.
The maximum duration for the BSC to select the best cell according to MRs in the MS assigning procedure. The BSC assigns t
Whether to enable the BTS to support bypass function. HDLC BTS and IP BTS do not support this parameter.
Whether to permit Abis flow control. The flow control function helps in better call management. If congestion occurs, the system lightens its load by rejecting some s
Used along with "Abis Flow Control Timer 2" to control the change in cell flow control levels.When the flow control level in the c When immediate assignment fails, the BSC6900 starts T1 and T2.
Used along with "Abis Flow Control Timer 1" to control the change in cell flow control levels.When the flow control level in the c When immediate assignment fails, the BSC6900 starts T1 and T2.
This parameter controls the strategy for idle timeslot selection and optimization by the PS channels.
This parameter controls whether the strategy for timeslot configuration and optimization is started. When this parameter is set t in the transport pool of a site.
Threshold for enabling the BTS local switching. When the congestion rate at the Abis interface exceeds this threshold, the BTS
This parameter specifies whether to enable the Abis resource adjustment TCHH function. It specifies whether the TCHH is preferentially allocated to the MS by the BSC6900, when Abis resources are insufficient. If the Abis resource load is greater than "Flex Abis Prior Choose Load Thred" or "Fix Abis Prior Choose Abis Load Thred" when
Interval between detection of the Abis timeslot being in idle state and releasing of the Abis timeslot. When channels are idle, th the channels are idle. Before the timer expires, if new service request is received and the Abis timeslot is occupied, then the tim When "Number of Dynamic Channel Pre-Converted" is greater than 0, the Abis timeslots are not released after the static PDCH
Phase tag for GSM protocols that the Abis interface supports
Duration available for the BTS to collect the AB after the TRX or channel is activated. Mean opinion score (threshold) for judging an abnormal call. The BTS computes the MOS of a call periodically and reports the abnormal and records the abnormity in the call history record (CHR). To prevent the impact of a decimal fraction, set this parameter to the product of 50 and the actual MOS. Access pulse type of the PRACH, uplink PTCCH and packet control acknowledge message of the MS. 8bit: 8 bit pulse access mode; 11bit: 11 bit pulse access mode.
Access control class of the MS
When the cell supports Repeated This parameter specifies whether the access control function is enabled in a cell. When the fu Control Policy.
This parameter specifies the index of the access control policy that is used in a cell.
Subcell preferred during the incoming inter-BSC handover to the concentric cell. In the case of incoming inter-BSC handover to
This parameter specifies the index of an access control (ACC) policy. It is used to identify an ACC policy.
Whether the initial service is uplink, downlink or neutral
This parameter is used to specify the starting point of the ACC sliding window in an access control policy.
This parameter is used to specify the ACC sliding window size in an access control policy. MSs of the ACC access classes that
This parameter is used to specify the sliding speed of the ACC sliding window in an access control policy.
Whether to compress the address and control fields. If this parameter is set to ENABLE, the address and control area compres
A flag bit indicates Whether to support the compression of the address and control fields.
This parameter specifies whether to receive the CS paging request from A interface when the MS uses a PS service. This para to the PS domain . Used for notifying MSs where to retrieve relevant parameters during cell reselection. The default value of this parameter is 0 in system message 3 and, has no special significance. In system message 4, if the value of this parameter is 0, it means that the MSs must retrieve the PI parameters and other param from the remaining bytes of system message 7 or 8.
Active coding set (ACS)[F], indicates a set of full-rate coding rates currently available for calls. The AMR is a set of multiple spe
Active coding set (ACS)[H], indicates set of half-rate coding rates currently available for calls. The AMR is a set of multiple spee
Active coding set (ACS)[WB], indicates a set of wide-band coding rates currently available for calls. The AMR is a set of multipl
Whether to activate the function of L2 re-establishment. If this function is activated, the BSC starts the attempt of L2 re-establis
Valid duration of the reserved TRX or timeslot
AC voltage alarm lower threshold. When the input AC voltage is lower than the value of this parameter, an alarm indicating the In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The BTS reports an alarm if the AC voltage exceeds the value of this parameter.
The BTS reports an alarm if the AC voltage is lower than the value of this parameter.
The BTS reports an alarm if the AC voltage exceeds the value of the AC voltage alarm upper threshold. When the input AC vol In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes.
Whether to hand over an MS to another channel during an intra-cell handover through the assignment process
Communication address of the CBUS3 on the bus 485. The configuration of this parameter must be consistent with the actual p
Interval for requesting the bandwidth for the secondary link when the system is not in congestion state Whether to requested enable each ACtime RRUforexternal alarm port's customer definition switch. Bandwidth each the secondary link when the system is not in congestion state "0" indicates that the external alarm port's customer definition switch is disabled and this port is not defined by customor but by vendor, and "1" indicates that the external alarm port's customer definition switch is enabled. It does not take effect to DC RRU, whose external alarm ports are always defined by customer.
The destination signaling point (DSP) of the adjacent BSC must be an Iur-g DSP.
Whether to adjust the BTS offset manually or automatically Mode of dynamically adjusting the EGPRS uplink encoding scheme. Value 0 indicates dynamic adjustment of EGPRS uplink coding scheme is not supported; value 1 indicates that the uplink coding scheme is adjusted according to downlink quality measurements reported by MS; value 2 indicates that the uplink coding scheme is adjusted according to uplink quality measurements reported by BTS.
This parameter specifies whether to enable automatic auto-loading and auto-activation of the BTS software. If this parameter is or BSC starts checking res. If this parameter is set to Yes, the BTS software fails to be forcibly loaded and activated. If this para
This parameter specifies the automatic load mode of the BTS software. If this parameter is set to common download, common besides the OML/EML. This may affect the services in the cell. If this parameter is set to quick download(reserve BCCH Trx tra
Administrative state of a cell
Administrative state of the TRX
Administrative state of the channel
End time for adjusting the offset time
Cell load threshold for adjusting the offset time. If the load threshold is exceeded, the offset time is not adjusted.
Offset Time Adjustment Switch
Start time for adjusting the offset time
This parameter the software version 1 that is automatically loaded and activated. The version of the BTS software sto Advanced alarmspecifies management rule type BTS3000V100R008C11SPC003. This parameter can be set to only a BTS software version or a cold patch version. You can use either of the following methods Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you can This parameter the software 2 that is automatically loadedtoand software the stored the OM Method 2: If the specifies BTS software version version or the cold patch is not downloaded theactivated. OMU, youThe canBTS decompress BTSonsoftware BTS3000V100R008C11SPC003. This parameter can be set to only a BTS software version or a cold patch version. You can use either of the following methods Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you can Method 2: If the BTS software version or the cold patch is not downloaded to the OMU, you can decompress the BTS software
If the echo path is traced, the echo is judged and controlled according to the trace result of the echo path parameters. Otherwis
This parameter is used for echo judgment and control when the echo parameters are not traced.
If the local input voltage is lower than the value of this parameter and the remote end transmits the voice signal, the AEC functi
Extra delay due to the transmission line. This parameter should be set according to the actual conditions and is applicable to sa
This parameter is used to determine whether there are speech signals at the local end. If the local SNR is lower than the value
This parameter indicates whether the acoustic echo cancellation (AEC) functional switch is on or off.
Threshold for detecting the AEC performance
Time for detecting the AEC performance
Counter for radio link failures during an AMR full rate call. See the description of "Radio Link Timeout" in "SET GCELLCCBASIC
Number of SACCH multiframes during an AMR full rate call. See the description of "SACCH Multi-Frames" in "SET GCELLCCB
GPS receiver ID
GPS receiver type.
Counter for radio link failures during an AMR half rate call. See the description of "Radio Link Timeout" in "SET GCELLCCBASI
Number of SACCH multiframes during an AMR half rate call. See the description of "SACCH Multi-Frames" in "SET GCELLCC
Alarm ID
Alarm ID
Identifier of the alarm. This parameter uniquely identifies an alarm.
Identifier of the alarm. This parameter uniquely identifies an alarm.
Identifier of the alarm. This parameter uniquely identifies an alarm.
Alarm ID
Alarm ID
Delay time for mutual-aid detection on a cell after the cell is initialized. When the cell initialization has just finished, the cell is in
Type of alarm selection
Alarm selection mode
Whether to trace A-interface messages during end-to-end user tracing. The end-to-end tracing is conducted throughout the net
Whether to allow flow control for the location update services during the A interface flow control
whether to allow flow control for the mobile-originated services during the A interface flow control
Whether to allow flow control for the mobile-terminated services during the A interface flow control
Whether to allow flow control for the other services including emergency call, call re-establish, and LMU services during the A in
Whether to enable the A interface flow control mechanism in the BSC6900
Flow control method used by the BSC6900. Flow control method at the Abis interface: When receiving a channel request mess begins flow control according to the flow control level of the A interface and releases part of the call.
Rate of discarded services in level 1 of the A interface flow control
Rate of discarded services in level 2 of the A interface flow control
Rate of discarded services in level 3 of the A interface flow control
Rate of discarded services in level 4 of the A interface flow control
Rate of discarded services in level 5 of the A interface flow control
Rate of discarded services in level 6 of the A interface flow control
CSD(Circuit Switched Data) service redundancy level, which is configured to decrease the data loss rate during transmission in
Fixed gain value in fixed gain mode
Target level in fixed level mode
This parameter restrains the maximum gain to the input signal. It is valid only when "ALC Mode" is "FIXEDLEVEL" or "ADAPTIV
Maximum target level in adaptive ALC mode
Mimumum target level in adaptive ALC mode
ALC level control mode
Whether to enable the adaptive level control (ALC) function
Retry times after the timer for the reply from the peer expires during the NSVC live test. If the reply is not received after the sys
Duration of the timer to wait for the reply from the peer during the NSVC live test
Specifies the bandwidth occupied when the " transmission resource group type " is IP and the " bandwidth mode " is HALF_DU
Whether to reassign the TBF for a different Trx
When this parameter is set to ON, the GMM/SM signaling service is assigned only one PDCH; otherwise, the GMM/SM signalin
Maximum ratio of the number of AMR half rate channels to the total number of channels in a cell. When the resource allocation equal to the value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource alloca Total number of channels = number of half rate channels + number of full rate channels x 2
Whether to allow EDA multiplex. "Not Allow": the TBF of the EDA cannot be multiplexed with other TBR; "Allow": the TBF of the
Number of allowed measure report missed. If the number of allowed measure report missed exceeds this value, the previous m
Maximum ratio of the number of half rate channels to the total number of channels in a cell. When the resource allocation princ value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource allocation does no Total number of channels = number of half rate channels + number of full rate channels x 2
Value ALLCIC indicates that all E1/T1 timeslots on the A interface must be set with the start CIC. Value ALLNULL indicates tha
Value ALLCIC indicates that all E1/T1 timeslots on the PB interface must be set with the start CIC. Value ALLNULL indicates th
If the feed current of the TMA on tributary 0 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
If the feed current of the TMA on tributary 1 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
If the feed current of the TMA on tributary 2 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
If the feed current of the TMA on tributary 3 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
If the feed current of the TMA on tributary 4 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
If the feed current of the TMA on tributary 5 is smaller than the value of this parameter, the TMA Low Temperature alarm is trigg
Accumulated alarm clearance failure duration.Threshold for the accumulated duration in which the alarm persists. If the accumu Whether the configuration of alarm parameters is allowed. In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes.
ID of the intermittent alarm.
Alarm ID
If the input current of the antenna feeder is smaller than the value of this parameter, an alarm related to the GPS antenna is rep
If the input current of the antenna feeder is greater than the value of this parameter and "GPS or RGPS" is set to "GPS", an ala
If the input current of the antenna feeder is greater than the value of this parameter and "GPS or RGPS" is set to "RGPS", an a
Accumulated alarm occurrence duration.Threshold for the accumulated duration in which the alarm persists. If the accumulated
Alarm Occur Accumulative Time refers to the percentage of the alarm occurrence accumulative time to "Flash Statis Alarm Rais that Alarm Occur Accumulative Time = "Flash Statis Alarm Raise Time Window" x 60%. If the parameter value is 0, no statistics
Alarm Clear Accumulative Time refers to the percentage of the alarm clearance accumulative time to "Flash Statis Alarm Clear Clear Accumulative Time = "Flash Statis Alarm Clear Time Window" x 30%. If the parameter value is 0, no statistics is collected
If the number of alarm flashes exceeds the value of this parameter within the time specified by "Flash Statis Alarm Raise Time
If the number of alarm flashes is smaller than the value of this parameter within the time specified by "Flash Statis Alarm Clear
Whether the configuration of alarm parameters is allowed. The value "YES" indicates that the configuration is allowed, and the
Type of the alarm. The alarm can be a fault alarm or an event alarm.
It is used to perform open loop power control. Alpha parameter is used by the MS to calculate the output power PCH of the upli
Decimal part of the antenna altitude
Height of the specified GSP receiver antenna
Integer part of the antenna altitude
Height of the specified GSP receiver antenna
Alarm severity. One or more severities can be selected. By default, all severities are selected.
Alarm severity. One or more severities can be selected. By default, all severities are selected.
Whether to supply power to the TMA on tributary 0
Whether to supply power to the TMA on tributary 1
Whether to supply power to the TMA on tributary 2
Whether to supply power to the TMA on tributary 3
Whether to supply power to the TMA on tributary 4
Whether to supply power to the TMA on tributary 5
Maximum degree by which the BSC can control the power of the AMR BTS dynamically
Whether to enable the III power control algorithm for AMR calls. If enabled, power control is performed on AMR calls.
Whether to enable the adaptive adjustment function of AMR downlink threshold. After this function is enabled, the BTS estimate the target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio condition
Number of measurement reports sampled for averaging downlink AMR signal strength. A single measurement report may not r Number of downlink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effe real-time radio environment. As a result, the power control is late. To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. T This parameter specifies the number N.
Quality level threshold for decreasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level less than does not adjust the transmit power.
Quality level threshold for increasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level greater th does not adjust the transmit power.
Number of measurement reports sampled for averaging downlink AMR signal quality. A single measurement report may not ref
During downlink power control, if the downlink receive quality level is equal to or greater than this threshold, "AMR DL RX_LEV
During downlink power control, if the downlink receive quality level is equal to or greater than "AMR DL Qual Bad Trig Threshol Upper threshold for downlink AMR signal strength. If the downlink received AMR signal level is greater than this threshold, a power decrease is computed. Then, the power is dec Power decrease = downlink received signal level - ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold The maximum power adjustment step allowed by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone 0", "
Lower threshold for downlink AMR signal strength. If the downlink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increase Power increase = ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 - downlink received signal le
Whether to enable the algorithm for the load-based AMR handover between full rate and half rate
With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the current A ATCB offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho ATCB Adjust Ste
ATCB threshold for the AMR handover from full rate to half rate. If the ATCB of an AMR full rate call is equal to or greater than
With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the current p Path loss offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho Pathloss Adju
Path loss threshold for the AMR handover from full rate to half rate. If the path loss of an AMR full rate call is equal to or less th
Quality threshold for the AMR handover from full rate to half rate. If the uplink and downlink receive quality levels of an AMR ful
Load threshold for the AMR handover from full rate to half rate. If the cell load is greater than this threshold, the AMR full rate c
ATCB threshold for the AMR handover from half rate to full rate. If the ATCB of an AMR half rate call is less than this threshold,
Path loss threshold for the AMR handover from half rate to full rate. If the path loss of an AMR half rate call is greater than this
Whether to enable the algorithm for the uplink and downlink receive quality based AMR handover from half rate to full rate
Quality threshold for the AMR handover from half rate to full rate. If the receive quality level of an AMR half rate call is greater th
Load threshold for the AMR handover from half rate to full rate. If the cell load is less than this threshold, the AMR half rate call
Maximum step by which the power can be increased according to received signal quality
Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 0. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step b
Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 1. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step b
Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 2. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step b
Whether enable the compensation ofbe AMR measurement reports in Huawei power control algorithm generation II Maximumtostep by which the power can increased according to received signal level If this parameter is set to YES, Huawei power control algorithm generation II puts a currently received measurement report into the algorithm compensates the received signal level in a history measurement report after measurement report interpolation. Before making a power control decision, the BSC samples and weights the received signal level and quality in several history m algorithm needs to compensate the received signal level and quality in the history measurement reports where the transmit pow
Minimum interval between two consecutive AMR power control commands
Maximum step by which the power can be decreased according to received signal quality
Number of levels by which the BTS increases the power of an SACCH frame. This parameter is used for SACCH power control
Whether to enable the BSC to assign AMR half rate channels preferentially according to the channel types allowed by the MSC
Load threshold for assigning half rate channels preferentially. If the current TCH seizure ratio of the cell is greater than this thre
Whether to enable the adaptive adjustment function of AMR uplink threshold. After this function is enabled, the BTS estimates target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio conditions. In
Number of measurement reports sampled for averaging uplink AMR signal strength. A single measurement report may not refle Number of uplink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effect o real-time radio environment. As a result, the power control is late. To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. T This parameter specifies the number N.
Quality level threshold for decreasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level less th does not adjust the transmit power.
Quality level threshold for increasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level greater does not adjust the transmit power.
Number of measurement reports sampled for averaging uplink AMR signal quality. A single measurement report may not reflec
During uplink power control, if the uplink receive quality level is equal to or greater than this threshold, "AMR UL RX_LEV Uppe
During uplink power control, if the uplink receive quality level is equal to or greater than "AMR UL Qual. Bad Trig Threshold", "A Upper threshold for uplink AMR signal strength If the uplink received AMR signal level is greater than this threshold, a power decrease is computed. Then, the power is decrea Power decrease = uplink received signal level - ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold")/2 The maximum power adjustment step allowed by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone 0", "
Lower threshold for uplink AMR signal strength. If the uplink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increased Power increase = ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold")/2 - uplink received signal level
Maximum number of retransmissions of the A-interface circuit reset message. When an A-interface circuit of the BSC is reset, t the A-interface circuit reset message. This parameter specifies the maximum number of retransmissions of the A-interface circu
Maximum number of times of resending a reset message at the A interface. When the BSC6900 is reset, the BSC6900 sends a expires again and the times of resending the reset message are less than the value of this parameter, the BSC6900 continues
Maximum gain to the signals from the remote end. If the parameter is set to a small value, the target SNR may be restrained wh
Whether to enable the adaptive noise cancel (ANC) function
The system adjusts the remote input so that the ratio of the remote signal to the local noise is above the value of this paramete
Tilt angle of the RET antenna, it is accurate to one place of decimal, for example, the tilt can be 7.7 degree.
Uniquely identifies an adjacent node
Adjacent node identifier of this IP path
New name of the alarm
ANR mode
This parameter determines the noise depression degree. A large absolute value of this parameter corresponds to a strong depr
ANR target noise level
Whether to enable the adaptive noise restrain (ANR) function
Size of the azimuth angle of the cell antenna
Length of the feeder cable. The GPS satellite card is connected to the antenna through feeder cables. The transmission delay o
Power supply switch of the GPS antenna feeder
E1T1 anti-error switch.
Whether to enable the BTS to clear the burglar alarm automatically
Number of the antenna
Number of the antenna feeder channel mapped to the RXU
Antenna pass No. of the RXU of a sub-location group. The parameter is configured only when the MRRU or GRRU is used in th
Antenna pass number of the downlink tributary
Number of a port on the A interface board
Upper layer application type of the SCTP link. The upper layer application type of A and LB interface is M3UA. In the BSC disa
Application type of the semi-permanent link
Update frequency of the value N (packet drop interval), indicating that the packet drop interval is updated after N packets are tr
Upper length threshold of the TBF buffer queue. If the length of the TBF buffer queue exceeds this threshold, whether the pack
Congestion threshold of the TBF buffer queue. If the congestion level in the TBF buffer queue exceeds this threshold, whether
Initial value of the interval (indicated by N) at which the packets in the TBF buffer queue are discarded. The value N indicates th certain period. The smaller the value N, the greater the number of discarded packets.
Lower threshold of the interval for discarding the packets in the TBF buffer queue, that is, the minimum value of N (packet drop
Upper threshold of the interval for discarding the packets in the TBF buffer queue, that is, the maximum value of N (packet drop
AQM switch
Target threshold of the TBF buffer queue
Local area code, for example, 021 for Shanghai
Area flag
Area flag
Threshold for reporting the recovery alarm for the abnormal release alarm. If the percentage of the abnormal channel releases
Release statistics base for subchannels. This parameter indicates the number of times that a subchannel is activated. In a time If the percentage of the abnormal channel releases in the latest S channel releases exceeds the Abnormal Warn Threshold, the If the percentage of the abnormal channel releases in the latest S channel releases is equal to or less than the Abnormal Relea
Threshold for reporting the abnormal release alarm. In a timeslot, the release statistics base, B, multiplied by the number of cha
Retransmission times upon ARP timeout. When the ARP request times exceeds the retransmission time without a response, th
ARP packet timeout time
Number of the slot where the A interface board is located
Number of the slot where the A interface board is located
Number of the subrack where the A interface board is located
Network management type of the alarm. By default, all network management types are selected.
Network management type of the alarm. By default, all network management types are selected.
Switch for assigning the channel of a better cell to the MS during MS access.
When this parameter is set to ENABLE, if the cell supports direct retry and the current cell load is equal to or larger than the val current call applies for channels in its own cells. If the application fails, it continues with the direct retry procedure.
Offset relative to the level threshold for determining whether to assign a channel in the overlaid subcell
Number of the cabinet where the associated RXU board is installed. This parameter is valid for DRRU, MRRU, GRRU, or BTS3 DTCU.
Number of the cabinet where the associated RXU board is installed. This parameter is valid for DRRU, MRRU, GRRU, or BTS3 DTCU.
Number of the slot where the associated RXU board is installed.
Number of the slot where the associated RXU board is installed.
Number of the subrack where the associated RXU board is installed.
Number of the subrack where the associated RXU board is installed.
Absolute level threshold for automatic optimization of neighbor cells and frequencies. The measurement results in measuremen incremented by one.
After the BSC6900 delivers an assignment command, the T3107 timer starts. If the BSC6900 receives an assignment complete
Timer for waiting for a single A-interface circuit blocking or unblocking answer. The BSC6900 starts this T1 timer after sending a single A-interface circuit blocking or unblocking message. If the BSC6900 doe MSC. If the timer expires for the second time, the BSC6900 reports an alarm for BSC circuit blocking or unblocking failure.
MSC reset protection timer, that is, interval between the time when the BSC6900 receives an MSC reset message and the time
T17 timer. When receiving an MSC overload message or a single point congestion message for the first time, the BSC6900 inc
T18 timer. When receiving an MSC overload message or a single point congestion message for the first time, the BSC6900 inc Timer for waiting for an A-interface circuit reset answer. The BSC6900 starts this timer after sending an A-interface circuit reset message. When this timer expires for the first time, the
Timer for waiting for an A-interface circuit group blocking or unblocking answer. After sending a CIC group blocking/unblocking blocking/unblocking message. If no response is received before the second expiry of T20, the system reports the BSC Unable
Timer for waiting for an A-interface reset answer
Whether to enable the ATCB handover algorithm for the concentric cell. According to the neighbor cell signal, the ATCB hando interference, to improve the conversation quality, and to achieve aggressive frequency reuse in the overlaid subcell.
Hysteresis in the distance between the boundary of the overlaid subcell and the boundary of the underlaid subcell. This parame is SS(s) and that the signal strength of the neighbor cell is SS(n). If SS(s) - SS(n) < "Distance Between Boudaries of Subcells" Distance between the boundary of the overlaid subcell and the boundary of the underlaid subcell. This parameter specifies the underlaid subcells are determined according to the relative value between the signal strength of the serving cell and the signal underlaid subcell. If SS(s) - SS(n) > "Distance Between Boudaries of Subcells", the MS is in the coverage of the overlaid subce In the tight BCCH handover algorithm, this parameter specifies the difference between the coverage of the TRX that carries the
Whether to enable the BSC to use a 8 kbit/s timeslot to transmit 8 kbit/s data at the Ater interface
Whether to enable the BSC to assign half rate channels preferentially when the Ater interface is congested
Threshold for considering the Ater interface, if congested, the BSC determines whether to assign full or half rate channels prefe
Index of an Ater connection path
Threshold for enabling the BSC local switching. When the congestion rate at the Ater interface exceeds this threshold, the func
Ater interface timeslot mask
Whether to configure the Ater OML link used for the TC subrack for the port. If it is actually configured and you specify that it is
Ater maintenance link index
Ater connection path index,The index is set through the ADD ATERCONPATH command.
Indentifies an Ater signaling channel
Transport mode of the Ater interface. The Ater interface can be in TDM or in IP transport mode.
Number of the RF port on the RF front-end board of the BTS. The number is unique in a board.
A interface timeslot mask
Attach-detach Allowed (ATT). If this parameter is set to YES, when an MS is powered off, the network does not process any ca
TMA attenuation factor of antenna tributary 1
TMA attenuation factor of antenna tributary 2
It specifies the loopback duration.
It specifies the test duration.
SSL authentication mode of the peer certificate
Validation mode of the PPP or MP link negotiation
Validation mode of the PPP or MP link negotiation
Validation mode of the PPP or MLPPP link negotiation
Username to validate, for the PPP or MP link negotiation
Username to validate, for the PPP or MP link negotiation
Username to validate, for the PPP or MLPPP link negotiation
Password to validate, upon PPP or MP link negotiation
Password to validate, upon PPP or MP link negotiation
Password to validate, upon PPP or MLPPP link negotiation
Type of validation protocol for the PPP or MP link negotiation
Type of validation protocol for the PPP or MP link negotiation
Whether thevalidation self-negotiation mode is adopted Type of the protocol for the PPP or MLPPP link negotiation 1. When the FG2 board is used and the port type is GE, the self-negotiation mode must be adopted. 2. If the self-negotiation mode is adopted, the FE port rate, working mode and flow control mode must be in accordance with th of the peer. Otherwise, transmission failure must be incurred. 3. If the self-negotiation mode is adopted on the local system, the peer must use the self-negotiation mode.
Whether inter-subrack path can be added automatically
Whether to allow automatic adjustment for the uplink threshold and hysteresis of full rate AMR call rates
Whether to allow automatic adjustment for the uplink threshold and hysteresis of half rate AMR call rates
Whether to enable the BSC to obtain BTS logs automatically
Whether to enable the auto-negotiation mode
The parameter specifies the work mode for the automatic download and activation of the BTS software. BTS Software Auto DL
Auto unlock switch
Duration of time after which the locked user is unlocked automatically
optical adaptation type between high-order path and multiplex section.
Phase tag for GSM protocols supported by the A interface. The value of this parameter is chosen according to the A interface p
Alarm level for a digital port
Alarm level. It is valid for the digital port.
Threshold of B1 and B2 signal degrade. This parameter specifies the generation threshold and the recovery threshold of the B1
Threshold of B1 and B2 signal failure. This parameter specifies the generation threshold and the recovery threshold of the B1B
Threshold of B3 signal degrade. This parameter specifies the generation threshold and the recovery threshold of the B3 signal
Threshold of B3 signal failure. This parameter specifies the generation threshold and the recovery threshold of the B3 signal fa
Switch of backplane LINE1
Switch of backplane LINE2
Directory for saving the backup file
Path (complete path) of the backup file
Quality threshold for determining that a call is disconnected because of poor quality. If the uplink quality or downlink quality in th due to poor quality. This parameter can be used to calculate the number of call disconnections due to poor quality.
Whether the downlink TBF can be established in advance. Downlink TBF establishment in advance indicates that the downlink
Bar code 2 of the interface board of the BTS. This parameter is the electronic serial number of the standby PTU board. An elec
IP address of the backup port
Mask of the backup port
This parameter specifies the method of saving the BTS backup power. When this parameter is set to "Turn off TRX", the BSC preferentially shuts down some TRXs when the BTS experiences a pow
This parameter specifies the backup power saving policy of the BTS. When this parameter is set to "Cover Priority", the BTS shuts down some TRXs, waits for a certain period of time, and then dec TRXs. When this parameter is set to "Saving Priority", the BTS shuts down some TRXs and meanwhile decreases the power o
Whether the cells at the 1900 frequency support high frequency 1900
Whether the cells at the 850 frequency support high frequency 1900
Whether the cells at the 900 frequency support high frequency 1900
Duration in which intra-cell handover is forbidden after the number of consecutive intra-cell handovers reaches the maximum. In
List of bar codes of all the cabinets in the BTS
Number of the BTS temperature sensor corresponding a battery group. You can choose sensor 1 (Battery1Temp) or sensor 2 (Ba The reference must support the Um interface to software synchronization. If you choose sensor 1, the system automatically uses sensor 1 to control the temperature of the battery group and performs te The system handling principles are the same if you choose sensor 2. For the EPS4815 boards, this parameter can only be configured as "Battery1Temp". In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of the temperature sensor corresponding to a battery group. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Battery capacity. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the configuration of external battery is allowed. The value "YES" indicates that the external battery can be configured, In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Allowed percentage of the battery discharging. After the AC power supply is cut and the power of the battery is discharged by t
Battery type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of the BBAP service listening port
Reference difference between uplink and downlink levels. This parameter works with "Up Down Balance Floating Range" to co
Battery capacity. The battery capacity should be set according to the vendor specification. If it is improperly configured, the batt In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Base station color code (BCC) of a cell, provided by the network planning department. It is used for differentiating the neighbor
Base station color code (BCC) of a cell, provided by the network planning department. It is used for differentiating the neighbor
BTS color code. It uniquely identifies different BTSs that are adjacent and use the same TRX.
BCCH frequency of the cell
Frequency of the BCCH TRX
Frequency hopping mode of the TRX that carries the BCCH
Threshold for reporting the BC congestion alarm. When the BC congestion level exceeds the threshold, the BC congestion alar
Threshold for clearing the BC congestion alarm. When the BC congestion level is below the threshold, the BC congestion alarm
DSCP corresponding to the background service
Identifies one BC at the Gb interface board. The BCID's value range of PEUa board is 0~255 and that of POUc board is 0~511
Current limit coefficient of the battery. The maximum charging current equals the value of "Battery Current Limiting Coefficient" In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Boost-Charging Voltage. See the vendor specification for the setting of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the configuration of external battery is allowed. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
ARP1 priority in the BE service. ARP1 priority weight determines the number of the budget blocks and the block scheduling prio
ARP2 priority in the BE service. ARP2 priority weight determines the number of the budget blocks and the block scheduling prio
ARP3 priority in the BE service. ARP3 priority weight determines the number of the budget blocks and the block scheduling prio DSP bearer type. MTP3: indicates that the lower layer bearer is the MTP3 used in ATM/TDM scenario; M3UA: indicates that the lower layer bearer is the M3UA used in IP scenario; MTP3_M3UA: indicates that the lower layer bearer is the MTP3 and M3UA used in ATM/TDM/IP scenario.
Time interval for sending a handshake message between BSC6900s. The parameter checks whether the communication amon
Average period for sending the measurement report over the EGPRS channel
Number of UTRAN TDD cells that should be included in measurement report
This parameter specifies whether to allow 3G better cell handover algorithm.
Whether to enable the algorithm for the handover to a better cell
According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N s This parameter specifies the number P.
According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N s This parameter specifies the number N.
Timeout times of the BFD packet. If several consecutive BFD packets are not received, the BFD session is set to the DOWN st
BFD Session No.
Allowed fluctuation of the difference between uplink and downlink levels relative to the reference difference. If the difference be For example, assume that the Up Down Balance Basic Difference is set to 8 and that the Up Down Balance Floating Range is s uplink and downlink levels is between -22 and 38, the uplink and downlink are considered balanced.
Mutual-aid changeback policy of baseband frequency hopping (FH). If multiple TRXs in a baseband FH group are faulty and ch long as any of the faulty TRXs recovers, it is changed back at once and added to the FH group.
Bit offset in the frame of the BTS clock
ARP1 priority in the Background service. ARP1 priority weight determines the number of the budget blocks and the block sched
ARP2 priority in the Background service. ARP2 priority weight determines the number of the budget blocks and the block sched
ARP3 priority in the Background service. ARP3 priority weight determines the number of the budget blocks and the block sched
Base Station Controller alarm blink filter switch
Alarm blink filter threshold. When the interval between the generation and clearance of an alarm is equal to or smaller than the
Measurement period of filtered Base Station Controller alarms
Switch controlling whether to perform statistics of Base Station Controller alarms
Retry times after the peer response timer expires during NSVC blocking
Duration of the peer response timer during NSVC blocking
Number of the port in the BM subrack where one end of the ATER connection channel is located
Number of the slot in the BM subrack where one end of the ATER connection channel is located
Number of the BM subrack where one end of the ATER connection channel is located
Duration of the flow control protection timer enabled during the flow control between the TCS and the MPS/EPS subracks
Whether to use the device IP address as the local IP address. When this parameter is set to "YES", the device IP address is u local IP address of the PPP link.
Whether to report the alarm to the alarm box
Position of break point 1 in an RXU chain. The number of break points must not be greater than the number of RXU boards in t
Position of break point 2 in an RXU chain. The number of break points must not be greater than the number of RXU boards in t
Whether to enable the bad quality (BQ) handover algorithm. Whether to trigger BQ handover depends on the uplink and downli degradation) include too low signal power and channel interference.
According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover i This parameter specifies the number P.
If ("downlink level of the neighbor cell after filtering" - "downlink level of the serving cell (after power control compensation)") > (
According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover i This parameter specifies the number N.
Classes of boards classified according to function modules
Classes of boards classified according to function modules
Classes of boards classified according to function modules
Classes of boards classified according to function modules
Number of the board
Number of the RF front-end board in the BTS
The upper threshold of the total receive bandwidth of all the TRXs bound to the board, for example, when this value is 250, it m
Software type of the BTS board
The upper threshold of the total send bandwidth of all the TRXs bound to send pass of board, for example, when this value is 1
Type of the board
Type of the board
Board type
Board type
Board type
Board type
Type of the new RXU board.
Type of the board. The type can be TMU/DTMU, DTRU, DPTU, QTRU, MRRU, GRRU, BTS3900B, MRFU, GRFU, BTS3900E,
To avoid intermittent blinking, the switchover cannot be performed over a certain period of time when the OML is disconnected.
Contents of a cell broadcast message
Time interval for a cell broadcast message
Backup mode of the log. If "ENTIRE" is selected, all logs in the current database are backed up. If "INCREMENTAL" is selected
BS-AG-BLKS-RES, indicating the number of the CCCH message blocks reserved for the AGCH. After the CCCHs are configure
DPC of the external BSC, which is used for inter-BSC communication. This parameter can be represented in decimal, hexadec precede this parameter value with B'.
This parameter specifies whether to enable the TRX Intelligent Shutdown feature.
It indicates whether the A interface E1/T1 is the primary BSC6900 or secondary BSC6900.
Gateway IP address of the BSC6900. When the BSC provides the function of simple cell broadcast, the BSC6900 sends cell br
End time for collecting the inter-BSC offset information
Start time for collecting the inter-BSC offset information
Uniquely identifies a BSC in the TC pool
ID of the BSC that controls the external 2G neighbor cell
Period for fine tuning the BTS clock between BSCs
IP address of the BSC6900. If the connection mode of the BSC6900 and the CBC is to lead cables out of the PIU, the value of If the connection mode is to lead cables out of the XPU panel, the value of this parameter must be the same as the preset IP ad
IP address of an interface board on the BSC6900 side Conditions for enabling the function of BSC local switching. UNCONDITIONALSTART: The function of BSC local switching is enabled without restriction. ATERCONGESTS: The function of BSC local switching is enabled when the congestion rate of the Ater interface exceeds the v PREFIXNUMBER: The function of BSC local switching is enabled when the leading digits of the calling or called MSISDN are th
Unique name of the external BSC
Whether to allow high-priority calls to preempt the radio resources of low-priority calls when radio resources are insufficient.
Whether to allow the call during an intra-BSC emergency handover to preempt the radio resources of low-priority calls in the tar
In-BSC6900 port No. of the monitoring timeslot
Port number used for the communication between the BSC6900 and the CBC
Whether to allow the eMLPP priorities to be classified into two types: high priority and normal priority. If this parameter is set to YES, then during the resource preemption, the priorities of all the services are compared, and the res If this parameter is set to NO, then during the resource preemption, all the services with an eMLPP priority greater than 2 are co
Whether to allow calls to queue for radio resources when radio resources are insufficient.
Whether to allow the service during an intra-BSC emergency handover to queue for radio resources in the target cell.
Reserved parameter 1 that is effective at the BSC level
Reserved parameter 10 that is effective at the BSC level
Reserved parameter 11 that is effective at the BSC level
Reserved parameter 12 that is effective at the BSC level
Reserved parameter 13 that is effective at the BSC level
Reserved parameter 14 that is effective at the BSC level
Reserved parameter 15 that is effective at the BSC level
Reserved parameter 16 that is effective at the BSC level
Reserved parameter 17 that is effective at the BSC level
Reserved parameter 18 that is effective at the BSC level
Reserved parameter 19 that is effective at the BSC level
Reserved parameter 2 that is effective at the BSC level
Reserved parameter 20 that is effective at the BSC level
Reserved parameter 21 that is effective at the BSC level
Reserved parameter 22 that is effective at the BSC level
Reserved parameter 23 that is effective at the BSC level
Reserved parameter 24 that is effective at the BSC level
Reserved parameter 25 that is effective at the BSC level
Reserved parameter 26 that is effective at the BSC level
Reserved parameter 27 that is effective at the BSC level
Reserved parameter 28 that is effective at the BSC level
Reserved parameter 29 that is effective at the BSC level
Reserved parameter 3 that is effective at the BSC level
Reserved parameter 4 that is effective at the BSC level
Reserved parameter 5 that is effective at the BSC level
Reserved parameter 6 that is effective at the BSC level
Reserved parameter 7 that is effective at the BSC level
Reserved parameter 8 that is effective at the BSC level
Reserved parameter 9 that is effective at the BSC level
In-BSC6900 slot No. of the monitoring timeslot
In-BSC6900 subrack No. of the monitoring timeslot
In-BSC6900 sub-timeslot No. of the monitoring timeslot. If the added monitoring timeslot works at 64 kbit/s, the sub-timeslots ar numbered from 0, 2, 4, or 6. If the added monitoring timeslot works at 8 kbit/s, the sub-timeslots are numbered from any value a
When the BTS clock is adjusted, the offset is added to obtain better network performance.
ID of the BSC at the other end of the link. In non-TC pool scenario, this parameter specifies the ID of the primary BSC. In TC po
ID of slave BSC in TC Pool
In-BSC6900 timeslot No. of the monitoring timeslot
This parameter is used to set the parameter BS_CV_MAX for MS countdown. This parameter is used for the MS to calculate th started. If the MS receives the packet uplink acknowledge before the timer T3198 expires, the MS updates the receiving state o and retransmits the data bloc.
Whether to enable the BTS to transfer BTS/MS power class to the BSC
Number in a cycle on a paging sub-channel. In fact, this parameter specifies the number of paging sub-channels Number of of multiframes PAGCH blocks In an actual network, an MS does not listen to other paging sub-channels but its belonging paging sub-channel only. Refer to G paging sub-channel. In this case, the mean uptime of the MS battery can be prolonged. Refer to the computing mode of paging of the system lowers. Based on the principle of ensuring that overload does not occur to paging channels, you must set this par A paging message in a location area must be sent in all the cells within this location area at the same time. Therefore, the capa
Number of PBCCH blocks
Number of PRACH blocks
Type of the BSS local with the cooperation of the MSC. General strategy of theswitching BSS local switching, which includes the BSC local switching and the BTS local switching. The two funct NONSUPPORT: When performing local switching, the BSS need not determine whether the MSC allows an MS to be involved BASIC: Assignment request messages and handover request messages sent by the MSC contain a flag indicating whether to a ENHANCED: Assignment request messages and handover request messages sent by the MSC contain a flag indicating wheth enabled or stopped message to the MSC.
Whether to support the paging function of the CS domain of the A interface. Yes: the MS can be called upon paging request on Paging Co-ordination Switch" in "SET BSCPSSOFTPARA" is set to "Open".
Type of the board
Type of the board
Type of the board
Board type
Board type
Board type
Board type
Board type
Board type
Board type Type of the board that controls the RET antenna. 1. DATU: It may represent the DATU or the DATM and is applicable to the BTS3012, BTS3012AE, BTS3012_II, BTS3006C, an 2. GATM: It is applicable to the BTS3900 GSM, BTS3900A GSM, BTS3036, and BTS3036A. 3. RXU:DRRU,MRRU,MRFU,GRRU,GRFU,BTS3900E support the RET antenna connect directly.
Type of the newly added antenna board
Type of the newly added board
Type of the newly added RXU board
Type of the board
Type of the board
The configuration flag specifies the operation is on the BM or TC. Identifies the BM subrack or TC subrack of the BSC. When this parameter is set to "CFGBM", a BM signaling link is added. When this parameter is set to "GFGTC", a TC signaling link is added.
This parameter specifies whether to enable the TRX Working Voltage Adjustment feature. When this parameter is set to YES, t
Bard code of BTS BBU board.
Communication type of a BTS
Communication type of a BTS
Peer equipment type of the BTS. This parameter indicates whether to connect the BTS to the BSC6900 or cascade the BTS to
BTS detection switch. If the parameter is set to "CLOSE", the function of detecting the BTS is disabled. If the parameter is set t packet carrying the VLANID to the BTS.
BTS index of the adjacent node to be added. The parameter is valid only when Adjacent node type is set to Abis.
Index of the BTS, uniquely identifying a BTS in a BSC6900.
Index of the BTS running the command
Number of the BTS connected to the BSC. The number is unique in a BSC
List of BTS indexes. You can specify multiple BTSs,separated by "&" and "&&". For example, "1&2&3&4&5" or "1&&5".
Whether to collect offset information by BTS index or BTS name
Index type of the BTS. BYNAME: query by BTS name; BYID: query by BTS index.
Base station index, 65535 indicate all base stations.
IP address of a BTS. When "BTS Com Type" is set to "LOGICIP", the value of the parameter is the IP address of the BTS. Whe the local IP address of the BTS PPP link or BTS MLPPP group. Conditions for enabling the function of BTS local switching. UNCONDITIONALSTART: The function of BTS local switching is enabled without restriction. ABISCONGESTS: The function of BTS local switching is enabled when the congestion rate of the Abis interface exceeds the v PREFIXNUMBER: The function of BTS local switching is enabled when the leading digits of the calling or called MSISDN are th
Subnet mask of BTS.
Whether to enable the BTS to preprocess measurement reports. This parameter determines where to conduct power control.
Name of the BTS, uniquely identifying a BTS in a BSC6900. This parameter cannot contain , ; = " ' more than two (include two)
Connect BSC BTS Name.It is unique in one BSC.This parameter cannot contain ? | : < > " @ # ! % ^ & * . [ ] / \ \\ '.
List of BTS names. You can specify multiple BTSs, separated by "&". For example, "Name1&Name2".
If the parameter is set to "ON", all the Ping packets are sent. If the parameter is set to "OFF", all the Ping packets are discarded.
This parameter specifies whether the BSC is allowed to shut down the BCCH TRX that is configured as "Shut Down Enabled" t When this parameter is set to Yes, the BSC shuts down all the TRXs that are configured as "Shut Down Enabled", including th after receiving a power failure message from the BTS.
Maximum degree by which the BSC can control the power of the BTS dynamically
Whether to specify "Power Control threshold Adjust for SAIC" in the MML command "SET GCELLPWR3"
Software version number of the BTS
Transmission compression ratio of a BTS. 1. Modifying the settings of "Transfers Compress Rate" may change the bandwidth r greater the "Transfers Compress Rate" is, the smaller the compression rate is and the greater the required bandwidth is. 3. The
Type of the BTS
Type of the BTS
Type of the BTS
Time for which the BTS waits to restore a BFD session
Type of TRX loopback test
Battery type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
If the OML is not established at one port after a period of time, the OML switches to another port and tries to connect to this por
Whether to enable the data binding function
Identifies a unique PTP BVC with NSE
The BSSGP virtual connection identifier. It is used to identify multiple BVCs that multiplexes the NS-VC.
Duration of BVC flow control timer F. A cell sends the flow control message at the interval specified by this timer.
Switch for adjusting the dynamical bandwidth of the logical port. If this switch is turned on, the system adjusts the dynamical ba port. For details about the IPPM, see the description of the command "ACT IPPM".
If the available backward bandwidth is less than or equal to this value, the backward congestion alarm is emitted and backward
If the available backward bandwidth is greater than this value, the backward congestion alarm is cleared and backward conges
If the ratio of available backward bandwidth is greater than this value, the backward congestion alarm is cleared and backward
If the ratio of available backward bandwidth is less than or equal to this value, the backward congestion alarm is emitted and ba
If the available backward bandwidth is greater than this value, the backward overload congestion alarm is cleared and backwar
If the ratio of available backward bandwidth is greater than this value, the backward overload congestion alarm is cleared and b
If the available backward bandwidth is less than or equal to this value, the backward overload congestion alarm is emitted and
If the ratio of available backward bandwidth is less than or equal to this value, the backward overload congestion alarm is emitt
Ratio of reserved backward bandwidth for handover user
Reserved backward bandwidth for handover user
Maximum ratio of the estimated bottleneck bandwidth
Bandwidth mode
Threshold of bandwidth change based on the load control algorithm. When the system detects that the change of the available
Threshold for reporting the uplink-downlink imbalance alarm. If the percentage of the uplink-downlink imbalance measurement
Index type. The value can be BYIDX or BYNAME.
Whether the reselection hysteresis parameter is applied to the C31 criterion
Whether GPRS cell reselection offset is used for C32 calculation during cell reselection. If this parameter is set to 1, then only t
Descriptive information of the BTS cabinet
List of all the cabinet numbers in the BTS
Whether the added cabinet is a remote cabinet
Whether to allow call re-establishment. Burst interference or blind spots due to high buildings may lead to a radio link failure. If
Calibration value of the clock
Whether an MS uses the calculated value as the final receive level value. The calculated receive level value is the measured re
Whether to enable the capacity and coverage of the BTS to be automatically optimized according to the actual situation of the i
Card Frequency Attribute
Whether to indicate that the IP Path is carried on the IP logic port or resource group. NULL indicate the IP Path is carried on the
Bearer type of the logical port Used together with "Cell Bar Qualify" to decide the priority status of a cell. Refer to GSM Rec. 04.08. Cell Cell Bar Access Port Bar typeQualify of the SBFD/ARP bearerCell selection priority Cell reselection priority NO NO Normal Normal NO YES Prohibited Prohibited YES NO Low Normal YES YES Low Normal
Uniquely identifying a cell broadcast center (CBC) CBC interface parameter. The value of this parameter must be translated into a binary numeral. The following describe each bi Bit 0: phase flag Bit 1: message IP address of a type CBCflag Bit 2: cell list flag Bit 3: whether to carry a recovery indication Bit 4: whether to carry a cell ID Bit 5: whether to carry a recovery indication during resetting
Port number at the CBC side in the communication with the BSC6900
Used together with "Cell Bar Access" to decide the priority status of a cell. See GSM Rec. 0408. This parameter does not affec Cell Bar Qualify Cell Bar Access Cell selection CellIf reselection priority Duration of no cell broadcast message at the Cbpriority interface. the BSC6900 does not receive any message from the CBC during NO NO Normal Normal NO YES Prohibited Prohibited YES NO Low Normal YES YES Low Normal
Maximum burst size (MBS)
Timer interval for sending handshake messages. According to the value of this parameter, the BSC6900 regularly sends the CB
Number of enhanced measurement reports (EMRs) sampled for averaging the CV_BEP on the SDCCH. Averaging the CV_BE
Number of enhanced measurement reports (EMRs) sampled for averaging the CV_BEP on the TCH. Averaging the CV_BEP in
Country code, for example, 86 for China Whether to enable the certificate chain DISABLE: indicating that the certificate chain is disabled ENABLE: indicating that the certificate chain is enabled
Time interval for sending overload messages, used for the BTS to notify the BSC6900 of the load over a specific CCCH timeslo
This parameter is used by the BTS to inform the BSC of the load on a CCCH timeslot, that is, the load of the access requests o exceeds the value of this parameter, the BTS periodically sends the CCCH overload message to the BSC. The interval for send
DSCP corresponding to the session service
Transmission period of the CCM packet in the MA
Offset of the reportretry of the cells at the 1800 MHz of frequency. Before are sequenced according to Threshold of measurement forbidding directed for cells. When the value "Assignment Cellcells Load Judge Enable"byinpriority, "SET GCELLCCBAS The values of this parameter correspond to the following decibel values: retry. 0: 0 dB Threshold of the measurement report of the cells at the 1800 MHz frequency. When the receive level value in the measuremen 1: 6 dB The values of this parameter correspond to the following decibel values: ... 0: 0 dB 7: 42 dB 1: 6 dB ... 6: 36 dB 7: positive infinity
BCCH frequency of a 2G neighbor cell that MSs can measure in idle mode. Recording the BCCH frequencies of 2G neighbor c
Whether to generate the 2G BA1 table automatically according to neighbor cell relations or to input the 2G BA1 table manually.
BCCH frequency of a 2G neighbor cell that MSs can measure in dedicated mode. Recording the BCCH frequencies of 2G neig
This parameter indicate whether to generate the 2G BA2 table automatically according to neighbor cell relations or to input the
Offset applied the receivelevel levelofofthe a GSM900 cell in in 8PSK. the measurement report before prioritizing frequency bands. Bef Timeslot powertoattenuation EDGE TRX The attenuation level ranges from 0 cells to 50,by each of which correspo The values of this parameter correspond to the following decibel values: When the EDGE TRX sends signals in 8PSK, the transmit power must be lower than the mean power in GMSK. 0: 0 dB 1: 6 dB Threshold of the measurement report of the cells at the 900 MHz frequency. The measurement report is valid only when the rec ... 0: 0 dB 7: 42 dB 1: 6 dB ... 6: 36 dB 7: positive infinity
Whether the cell can be added to the reselected candidate cell list. If this parameter is set to "NoPermit", the cell cannot be res
If the coverage type of a cell is outdoor coverage, the BTS detects whether the standing wave alarm is generated only when th If the coverage type of a cell is indoor coverage, the BTS detects whether the standing wave radio alarm is generated only whe
Even charging voltage of the battery. The battery is charged at the voltage as specified by this parameter.
Even charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Float charging voltage of the battery. The battery is charged at the voltage as specified by this parameter.
Float charging voltage of the battery. The battery is charged at the voltage as specified by this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Index of a cell, uniquely identifying a cell in a BSC6900
ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC.
Index of a cell, uniquely identifying a cell in a BSC
Index of a cell, uniquely identifying a cell in a BSC6900
Index of a cell, uniquely identifying a cell in a BSC6900
Cell Index
List of the user-defined neighbor cells to be measured. This parameter is represented as a character string where the IDs of the The BSC supports up to 50 cells.
Index type of a cell when this command is executed
Index type of the cell
Index type of the cell. BYNAME: query by cell name; BYID: query by cell index.
This parameter specifies whether a cell is the OL subcell or the UL subcell. This parameter is applied to the enhanced dualband
Layer of the cell. If the layer of the cell is lower, it is more likely that a handover to the cell will be triggered.
List of cell indexes. All cell indexes are combined as a character string, separated by "&". For example, 1&2&5.
Whether an assignment complete message contains a cell list. According to GSM Rec. 08.08, during a channel assignment, an assignment complete message contains a cell list only when th For the MSCs of some vendors, however, assignment complete messages must contain cell lists. To meet such a requirement,
Maximum number of SDCCHs in the cell. Before converting a TCH into an SDCCH, the BSC compares the number of SDCCHs SDCCH.
Name of a cell, uniquely identifying a cell in a BSC6900
Name of a cell, uniquely identifying a cell in a BSC
Name of a cell, uniquely identifying a cell in a BSC6900
List of cell names. All cell names are combined as a character string, separated by "&". For example, cell1&cell2&cell5. The ce ? | : < > " @ # ! % ^ & * . [ ] / \ \\ '
Power of each passage on the MRRU in the cell. When multiple operators are configured on an MRRU, the parameter specifies
Threshold of the downlink receive level of an over-coverage cell. If the downlink level of a cell is higher than the value of this pa
Threshold of the TA of an over-coverage cell. If the downlink level of a cell is higher than the value of this parameter and the tim
Maximum number of reported paging overload messages in the cell. If the BSC allows the flow control on the re-paging messag
Whether to allow the power-off of the battery. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Battery power-off voltage. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies whether a 2G cell or 3G cell is selected in the inter-RAT cell reselection procedure.
The number of times that the downlink transmission quality of the MS is lower than the transmission quality threshold of the MS of received measurement reports on the downlink transmission quality (Packet Downlink Ack/Nack message) is greater than or
Information about the cell scenario. It needs to be sent to the BTS. Based on the information, the BTS optimizes the allocation
This parameter specifies whether to allow a mobile phone to preferentially camp on a 3G cell after a call is terminated in the ar
The BTS reports an alarm if the temperature of battery group 1 exceeds the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The BTS reports an alarm if the temperature of battery group 1 is lower than the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Upper limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is greater tha In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Lower limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is smaller tha In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to allow the configuration of parameters related to the temperature compensation of the battery group In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Threshold of the downlink receive level of an weak-coverage cell. If the downlink level of a cell is lower than the value of this pa
Threshold of the TA of an weak-coverage cell. If the downlink level of a cell is lower than the value of this parameter and the tim Threshold for stopping LAPD link congestion control. This parameter cannot be set too small. If this parameter is set too small, small. If the difference is too small, congestion control may be started frequently on signaling links.
Name of the certificate chain file
Whether to allow the configuration of alarm parameters. The value "YES" indicates that the configuration is allowed, and the va In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Indicates whether the IP path is carried on the IP logic port or the resource group.
BTS configuration modes include auto plan mode and normal mode. In auto plan mode, the user can enable the auto planning algorithms and auto optimization algorithms according to the BTS typ
Configure switch.
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set board parameters
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set the cabinet power
Confirm password. The confirm password is required to ensure that a correct password is entered.
Customized command group to be processed
This parameter is valid only when the operator belongs to the custom level.
Congestion end threshold. If the congestion end threshold is large, the congestion control ends earlier. As a result, the congest
Congestion end threshold. If the congestion end threshold is large, the congestion control ends earlier. As a result, the congest
If the parameter is set to 1, it indicates that the CGI and RAC data is generated through automatic planning. If the parameter is
Name of the command group. You can define the name.
Number of the cabinet group where the idle timeslot is located.
Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion control unstable. The congestion control will start frequently.
Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion control unstable. The congestion control will start frequently.
Congestion start threshold. If congestion start threshold is set to a large value, there will be a time lag in the congestion control unstable. The congestion control would start frequently.
This parameter indicates the geographical relationship between the neighboring cell and the serving cell. In the BSC6900, if dir
Combination type of chains. "CHAINTORING" indicates that one chain changes to a ring, and "COMBINECHAINS" indicates th
Channel assignment priority of the cell If this parameter is set to CAPABILITY, the factors are listed as follows in a descending order of priority: capacity factors, qualit If this parameter is set to QUALITY, the factors are listed as follows in a descending order of priority: quality factors, capacity fa If this parameter is set to PSRELATIVELY, the factors are listed as follows in a descending order of priority: capacity factors, PS If this parameter is set to PSABSOLUTELY, the factors are listed as follows in a descending order of priority: PS cooperation fa
This parameter specifies the proportion of available PDCHs in a cell. When the proportion of available PDCHs in the cell is lowe
This parameter determines whether to activate the function of monitoring the failure of logical channels in a cell. When this func
This parameter specifies the proportion of available TCHs in a cell. When the proportion of available TCHs in the cell is lower th
Channel number of a simple cell broadcast message. This is a key parameter for adding a simple cell broadcast message. You
Whether to measure the channel interference during channel assignment. If this parameter is set to NO, the BSC does not mea
When the value of this parameter is YES, if the assignment request message sent by the MSC contains the channel rate type i rate type into the selection of full rate only or half rate only when decoding the assignment request message.
This parameter is used to check whether the Abis timeslot for the PDCH is faulty. When the out-of-synchronization period of the
Number of ping check timeouts. The parameter indicates the number of timeout record failures.
Whether to enable the BSC to check automatically whether a BTS is connected to a proper E1 port in the EIUa. If a BTS is con Alarm mode ofon thethe ANT_A tributary of an RXU board. There are three alarm modes. Alarm mode 1 has only one type of alarms configurations BSC side. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren When the parameter is set to 1, "ANT_A ALD Current Minor Alarm Occur Th", "ANT_A ALD Current Minor Alarm Clear Th", "A Alarm mode of the ANT_B tributary of an RXUbe board. There are three modes. mode 1 hasALD onlyCurrent one type of alarms ALD Cur-Minor Alarm N-Cur Duration" cannot configured. When thealarm parameter is Alarm set to 3, "ANT_A Minor Alarm Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren When the parameter is set to 1, "ANT_B ALD Current Minor Alarm Occur Th", "ANT_B ALD Current Minor Alarm Clear Th", "B ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 3, "ANT_B ALD Current Minor Alarm
Detection index. The index is a unique value ranging from 0 to 511 if it is not specified.
Detection index
Total number of times that the BTS checks whether to switch off the air conditioner
Total number of times that the BTS checks whether to switch on the air conditioner
Whether to perform checksum when receiving message
Whether to perform checksum when sending message
Checksum arithmetic type. According to the RFC4960, the ALDER32 algorithm is not applicable to the SCTP checksum. The C
Type of the detection that is performed between the BSC and the gateway.
Duration
Number of the channel in the TRX
Timeslot for playing sound
Number of the channel in the TRX
Type of channel loopback test
Channel type of the timeslot on the TRX. The channel type of timeslot 0 must not be set, because the combined BCCH is confi
Whether an assignment complete message contains the information element of Chosen Channel
Whether a handover perform message contains the information element of Chosen Channel
Whether an HO REQ ACK message contains the information element of Chosen Channel
Whether an encryption complete message contains the information element of Chosen Encryption Algorithm
Whether a handover performed message contains the information element of Chosen Encryption Algorithm
Whether an assignment complete message contains the information element of Chosen Encryption Algorithm
Whether an HO REQ ACK message contains the information element of Chosen Encryption Algorithm
Whether to allow a multi-density TRX board, that uses the dynamic power sharing algorithm to assign channels, to assign a cha power sharing algorithm to assign channels cannot assign a channel to an MS when the remaining power on the multi-density T to an MS when the remaining power on the multi-density TRX board is less than the power required by the MS.
Combined BCCH+7TCH Main BCCH+SDCCH/8+6TCH Main BCCH+2SDCCH/8+5TCH Main BCCH+SDCCH/8+extended BCCH (BCH)+5TCH This indicates whether to collect CHR logs for a specified object. Mainparameter BCCH+SDCCH/8+extended BCCH (BCH)+TCH+extended BCCH (BCH)+3TCH
The BCCHs in a cell need to be configured according to the number of channels in the cell and the paging capacity in the locat Maximum number of allowable CS domain channel request messages within the value of "CHAN REQ Statistical Period" The main and combined BCCHs shall always be configured in timeslot 0. An extended BCCH can be configured only in timeslo the CCCH parameter in the system message data needs to be configured as two uncombined CCCHs.
Average of allowable PS domain channel request messages withinchannel the value of "CHAN REQ Statistical Period" cell b To enablenumber cell broadcast in a cell, add a CBCH to the cell during the radio configuration. In the case of SDCCH/8 BCCH_CBCH. With the same effect, the SDCCH/8 and SDCCH/4 cell broadcast services serve different network planning requ
Statistic period of the arrival rate of channel request messages. Within the preset value of this parameter, the BSC6900 counts The configurations for half-ratechannel networking differmessages from the data other networking. BSCdata begins to discard subsequent request until configurations the current timeforreaches a new "CHAN REQ Statistical Per
In the case of half-rate networking, each TRX maintains high RSL traffic. Therefore, the LAPD signaling link multiplexing ratio a
In the case of half-rate networking, each E1 supports up to 13 TRXs. If the LAPD signaling links are unmultiplexed, each E1 su
Identity code of a cell, A cell is a wireless coverage area identified by a base station identity code and a global cell identification Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.
Cell identity code. The cell is a radio coverage area that is identified by the BTS identity code and global cell identity code.
Indicates the A interface CIC. When operation mode is set to OPC index, DPC group index, BSC ID, or CIC, the parameter is m Indicates the Pb interface CIC. If the search object mode is set to search by the specified No., the parameter is mandatory. The parameter supports multiple values.
The TC DSP compares neighboring speech frame samples after the CIC downlink one-way mute detection is enabled. When th occurs for the current call.
This parameter indicates the period of completing a CIC downlink one-way mute detection of each port.
This parameter determines whether the CIC downlink one-way mute detection is enabled.
This parameter indicates the proportion of one-way mute CICs in all available CICs over a port.
If one-way mute frames occur for the duration greater than "CIC Downlink One-Way Mute Detection Duration", then it is regard
Whether an assignment failure message contains the information element of Circuit Pool
Whether an HO FAIL message contains the the information element of Circuit Pool
Whether an assignment failure message contains the the information element of Circuit Pool List
Whether an HO FAIL message contains the the information element of Circuit Pool List
Whether an assignment complete message contains the information element of Circuit Pool
Whether an HO REQ ACK message contains the information element of Circuit Pool
Bandwidth of the logical port
This parameter specifies the estimated carrier-to-interference ratio of a new call. It is used for the Huawei power control algorith
Slot number of the BSC6900 board that is connecteds to the BTS
Subrack number of the BSC6900 board that is connected to the DXX
Whether the cell supports the MS with the DTM multi-timeslot capability of class 11
Whether to enable the BSC to include the 3G classmark information element in the Classmark Request message that the BSC
Error clear threshold.
Clock mode
Clock mode of the BTS. Type the clockisprotocol for the IP the clock server If this of parameter set to INT_CLK, BTS does not track any external clock. The internal high precision clock works in free-ru If this parameter is set to TRCBSC_CLK, the BTS tracks the clock signals received from the BSC. If this parameter is set to EXCLK, the BTS tracks the clock signals received from the external input clock. If this of parameter set to IP_TIME, the BTS shakes hands through the IP network with the IP clock server for synchronization. Type the clockisboard If this parameter is set to IP_TRANSFER, the BTS extracts the clock from an E1 when there is not an IP clock after the BTS up If this parameter is set to TRCGPS_CLK, the BTS extracts the clock through the DGPS from the GPS. If this parameter is set to UM_CLK, the BTS keeps pace with the signals broadcast on the downlink main BCCH of a neighborin If this parameter is set to PEER_CLK, the multimode BTS(GSM) keeps pace with the signals that the other mode offer.
Delay for which the BTS waits to run the burglar alarm clearance command after reporting the burglar alarm
Whether the alarm to be queried is cleared. You can select "cleared" or "uncleared", or both of them. By default, both of them a
Interval at which the BTS runs the burglar alarm clearance command automatically
Name of the command to be queried. You can select one or more commands.
You can select one or more commands.
Sequence number of the command string of the scheduled subtask.
Number of the cabinet
Number of the cabinet
Number of the cabinet
Number of the cabinet where the port is located
Number of the cabinet
Number of the cabinet.
Time delay in the detection of core network interface failure. Within the preset value of this parameter, the BSC6900 continuous
Used to uniquely identify an MSC
Uniquely identifies a node of SGSN, with the specified operator name
Index of an MSC. It is used in storing and querying the MSC attributes
Index of the operator
Policy of the BSC6900 for judging whether the interface status of the core network is normal. If the value is NONE, the BSC690
Number of returned alarm records. By default, all records can be returned in each query.
Type of the cabinet. The slot and subrack arrangements in a cabinet vary according to the cabinet type.
Type of the BTS cabinet where the DMPU is installed
Maximum number of records allowed in the operation log
Assume that this threshold is not 0. When the accumulated number of alarm blink times exceeds the threshold, the alarm is rep
Assume that this threshold is not 0. When the number of alarm blink times is smaller than the threshold, the alarm is reported. F
Whether to adjust the candidate cell queue to give priority to intra-BSC/MSC handover Number of a simple cell broadcast message. You can run "DSP GSMSCB" to query and obtain the information. The value of this parameter cannot be 0. This parameter, "Geography Scope", and "Update" uniquely decide a cell broadcast message.
Whether to start the refrigeration equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to collect offset information by the BTS or cell
Combined loss used to estimate the downlink power during assignment
Level of common access control, used for load control, allowing or forbidding the access of some users of common access leve
Complexity of the password
BTS compress rate.
Whether the BSC that controls the external cell and the local BSC belong to the same MSC
Index type of the BTS connected to BSC
If the duration for buffering the data in queue 0 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 1 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 2 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 3 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 4 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 5 is less than or equals to the value of this parameter, flow control is canceled.
If the duration for buffering the data in queue 0 is more than or equals to the value of this parameter, flow control is triggered.
If the duration for buffering the data in queue 1 is more than or equals to the value of this parameter, flow control is triggered.
If the duration for buffering the data in queue 2 is more than or equals to the value of this parameter, flow control is triggered.
If the duration for buffering the data in queue 3 is more than or equals to or equals to the value of this parameter, flow control is
If the duration for buffering the data in queue 4 is more than or equals to the value of this parameter, flow control is triggered.
If the duration for buffering the data in queue 5 is more than or equals to the value of this parameter, flow control is triggered. Whether to enable the concentric cell handover algorithm. The concentric cell handover helps to achieve wide coverage in the handover from the underlaid subcell to the overlaid subcell and handover from the overlaid subcell to the underlaid subcell.
Number of the port through which the DXX is connected to the BSC6900
Whether to connect the power monitoring board
Type of the connection between the NE and EMS or LMT. The connection can be a plain connection or SSL encryption connec
Whether the Iur-g common connection is established between the BSC and a co-BSC6900 RNC or an external RNC.
Minimum interval between the two consecutive handover decisions of an MS. The BSC cannot make a handover decision durin To avoid frequent handover events in the cell, the BSC starts a timer after delivering a handover command to an MS. The BSC
The twice intra-cell handover events during this interval are considered consecutive handover events.
Whether to perform the PING operation continuously. When the continuous PING operation is performed, the system sends the
Transmitted packets
Duration for starting the CPRI Loop test
This parameter specifies whether to allow the BSC6900 to enable or disable the power amplifier of a TRX based on the traffic v
CPU number on a board
Whether to enable the BTS to support CRC4 check
Cell reselection hysteresis. This is one of the parameters used for deciding whether to reselect cells in different location areas.
Name of the certificate revocation list file Whether to enable the certificate revocation list DISABLE: indicating that the certificate revocation list is disabled ENABLE: indicating that the certificate revocation list is enabled
Time interval for the BTS resending a channel release message
Number of times the BTS resends a channel release message Cell Reselect Offset (CRO), indicating a correction of the C2. Proper setting of this parameter can reduce the number of handover times, helpful for assigning an MS to a better cell. In a spe Generally, do not set the CRO to a value larger than 25 dB. The CRO with a too large value will cause uncertain states in a net supporting the protocol of GSM Phase 2 or a later version.
Threshold of the time for crosstalk detection. Within the threshold, if the call flag continuously appearing in the code stream is d host board records in a log the information about the current call, including the information about the Abis interface, Ater interfa
The field indicates whether the cross-connect path is available. When the cross-path is available, a maximum of four IP paths e between the second local IP address and the first peer IP address, and the IP path between the second local IP address and th and the IP path between the second local IP address and the second peer IP address.
Output range of the supplementary information contained in the CHR in common user mode. Multiple options can be selected a
Rate threshold of bad speech quality in common user mode.
Whether MR is contained in the CHRs in specified user mode
Whether the information about the specified abnormal call end is contained in the CHRs in common user mode.
GSM CS data service downlink factor
CS data path
CS data priority
GSM CS data service uplink factor Priority of the CS data service. The parameter is used for BSC6900 flow control. The smaller the value of this parameter, the higher the priority.
Whether handover information is contained in the CHRs in common user mode
Whether the MR before call release is contained in the CHRs in common user mode.
Whether the MR before handover is contained in the CHRs in common user mode.
CHR output mode. In common user mode, the CHRs of all the MSs specified by "CHR Output Range" are output. In specified u These two modes can co-exist and they do not affect each other.
Area in which CHRs need to be output in common user mode. If this parameter is set to "Output All Records "in Cells, you need
Whether to output the call history record (CHR)
Type of signaling contained in CHRs
Threshold for starting LAPD link congestion control. This parameter cannot be set too high. If this parameter is set too high, the frequently on the signaling link.
Type of the service whose CHR need to be output
GSM CS voice service downlink factor
Whether speech information is contained in the CHRs in specified user mode.
CS voice path
CS voice priority
GSM CS voice service uplink factor Priority of a speech service in the CS domain. The parameter is used for BSC6900 flow control. The smaller the value of this parameter, the higher the priority.
Self-healing switch for the Ethernet adapter traffic monitoring
Timer alignment ready. Timer T1 is started after the MTP2 link enters the Aligned Ready state. If one end of the MTP2 link rece broken. This parameter only applies to the 64 kbit/s links. For the 2 Mbit/s links, the value of this timer is always 150000.
Timer not aligned. Timer T2 is started at the time that the MTP2 link is set up and begins to transmit the SIO message. If one e setup fails. This parameter only applies to the 64 kbit/s links. For the 2 Mbit/s links, the value of this timer is always 130000.
Timer aligned. Timer T3 is started at the time that the MTP2 link enters the aligned state and starts to transmit SIN (normal alig state. In other cases, T3 expires, and the MTP2 link setup fails. This parameter only applies to the 64 kbit/s links. For the 2 Mbi
Timer emergency proving. The two ends of the MTP2 link exchange messages after entering the emergency verification state. The link verification can be performed for five times to prevent the possibility of accidentally high error rate. If the error rate reac
Timer normal proving. The two ends of the MTP2 link exchange messages after entering the normal verification state. Each end verification can be performed for five times to prevent the possibility of accidentally high error rate. If the error rate reaches the
Timer sending SIB. If one end of the MTP2 link detects congestion, it sends SIB indications to the peer end at an interval speci
Timer remote congestion. A link is considered broken when the remote congestion duration exceeds the value specified by time
Timer excessive delay acknowledgement. A link is considered broken if one end of the link does not receive a verification mess 2000.
Timer interval of resending FISU. Timer T9 specifies the interval at which the BSC sends the FISU frames. That is, the BSC se always 10.
Critical threshold of CPU usage. When the CPU usage in "Fast judgement window" reaches or exceeds the threshold, all active
Critical threshold of packet queue usage. When the packet queue usage reaches or exceeds the threshold, all active flow contr
DPC of the control BSC
Format of the control acknowledge message of the MS. Four access bursts are used to obtain timing advance without sending
Control Flag
Number of the cabinet which controls RET antenna.
ControlPort No. of RET antenna. The number of RET antenna which connect to same feed tributary cannot be more than 6.For
Number of the slot where the board controlling the RET antenna is located. For SingleRAN BTSs, the valid value ranges from 0
Number of the subrack where the BTS board is located
Slot number of the MPU Subsystem for the centralized management of the resources
Number of the BSC6900 slot where the XPU of the control plane is located
Number of the BSC6900 subrack where the XPU of the control plane is located
Configuration rollback control switch that is used to specify whether to support the configuration rollback function
Whether an HO_RQD message contains the Current Channel
C-version number of the BTS software
Period of new file generation.
This is the data file for upgrading board. The data file names of different boards are different.
Number of measurement reports sampled for averaging the signal quality on a speech/data channel. Averaging the signal qual
Number of measurement reports sampled for averaging the signal strength on a speech/data channel. Averaging the signal stre
Data service supported by the BSC6900. You can set this parameter according to actual requirements.
Whether to limit the operation date of the operator
Date
Unique number of the date range during which to disable the BSC from shutting down the TRX dynamically
Date when the TMU board software is released
Temperature error allowed when the temperature control system adjusts the temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the primary BCCH is configured on the inner or extra part of an intelligent underlay-overlay (IUO) cell
Index of a same group cell in an enhanced dual band network
Name of a same group cell in an enhanced dual band network
Index type of a same group cell in an enhanced dual band network
DC Lowvoltage Alarm Cabinet No.
DC Lowvoltage Alarm Port No.
DC Lowvoltage Alarm Slot No.
DC Lowvoltage Alarm Subrack No.
DC voltage alarm lower threshold. When the busbar output voltage is lower than the value of this parameter, an alarm indicatin In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The BTS reports an alarm if the DC voltage exceeds the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The BTS reports an alarm if the DC voltage is lower than the value of this parameter. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
DC voltage alarm upper threshold. When the busbar output voltage is higher than the value of this parameter, an alarm indicati In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies the default pre-converted PDCHs in the dynamic transferable channel pool. When this parameter is greater than 0, three sub-links are bound to the static PDCH and pre-converted PDCH in a cell by defau The pre-converted PDCH can be preempted. You can set "Number of Reserved Dynamic Channel" as required when you expe
Timer for delaying a connection release. This parameter is used for delaying the channel deactivation after the active signaling expires, the BSC6900 stops the timer and sends the BTS an RF CHAN REL message.
The destination entity number uniquely identifies a destination entity.
Description of the operator account
Whether to start the anti-theft equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Destination IP address
Destination IP address
Destination IP address
Identifies a maintenance point in the maintenance group
Type of the object the BTS is connected to
Type of the object the BTS is connected to. Value range: BTS, BSC6900, and DXX
Slot No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC
Subrack No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC
No. of the subsystem where the Iur-g common connection is established to the co-BSC6900 RNC
ID of the TRX that carries the destination main BCCH
Interval for sending test TRAU frames in the period of class-2 mute detection.Test TRAU frame is sent at the specified interval
Maximum number of periods in which the local end does not receive BFD packets from the peer end. If the number of periods i
Switch for Abis Timeslot Detection
Name of the RET antenna
Number of the RET antenna.
Device IP address of the interface board used by the PPP link.
Device IP Address Type
Downlink frequency of the external 3G cell
Number of the slot where the DFCB is installed
Number of the subrack where the DFCB is installed The default DPC corresponds to the CN of the primary operator. When only one DPC is configured, this parameter must be set to "YES", indicating that all the calls for the operator are accesse When multiple DPCs are configured, this parameter also determines the DPC that allows the generation of ESN. In this case, th For the CN of a secondary operator, this parameter must be set to "YES" when only one DPC is configured. This indicates that
Whether to use the customized port DEFAULTPORT: indicating that the FTP server uses the default port 21 as a command port and port 20 as a data port to provid CUSTOMPORT: indicating that the FTP server uses the customized port to provide FTP services
Period for reporting differential GPS data
This parameter indicates the IP Address of DHCP Relay Gateway.
DHCP Relay ID
Whether to enable the diesel engine save switch
Whether to allow an MS to report the classmark and whether to hand over the MS from the SDCCH in the frequency band for th
Day in the month on which the command can be executed.
Day in the week on which the command can be executed.
The relative path in the working path of the FTP user in the FTP server
Directory of the software to be downloaded
Whether the BSC sends an Assignment Fail message with the cause value of directed retry to the MSC before the BSC initiate
Whether to enable a directed retry. The directed retry is to hand over an MS to a neighboring cell in the same procedure as the congestion. If the directed retry always occurs in some areas of a network, consider adjusting the sector and TRX configuration
Whether a cell is a repeater. With simpler functions than a BTS, a repeater is a coverage extension device of a BTS. It is applie Because the BTS coverage increases, however, the total traffic improves accordingly. The setting of this parameter has effects on handovers. Repeaters use the asynchronous transfer mode (ATM) due to a greate
Timer to control the duration in which the BSC prevents the handover of an MS from which the BSC receives the Disconnect m cannot be disconnected. To protect from such a disconnection failure, the BSC does not hand over the MS within the duration o
Whether to activate transmit diversity on the common channel of a 3G cell
Delay of transmit diversity when 16QAM is used. Generally, the parameter is applicable to general fading environments. The tra coding may be adversely affected. To avoid the preceding cases, the delay of transmit diversity must be configurable and can b invalid value 255.
Delay of transmit diversity when 32QAM is used. Generally, the parameter is applicable to general fading environments. The tra coding may be adversely affected. To avoid the preceding cases, the delay of transmit diversity must be configurable and can b invalid value 255.
Delay of transmit diversity when 8PSK is used. Generally, the parameter is applicable to general fading environments. The tran coding may be adversely affected. Therefore, the time delay of transmit diversity must be configurable and can be separately s
Whether to support transmitting diversity or four diversity receiving
Minimum interval between two consecutive downlink power control commands
If the downlink receive quality level of an AMR full rate call is greater than this parameter, the call needs to undergo Huawei pow
If the downlink receive quality level of an AMR full rate call is smaller than this parameter, the call needs to undergo Huawei po
If the downlink receive quality level of an AMR half rate call is greater than this parameter, the call needs to undergo Huawei po
If the downlink receive quality level of an AMR half rate call is smaller than this parameter, the call needs to undergo Huawei po
ID of the data link connection of the NSVC. It is an interworking parameter which must be consistent on the BSC and the peer.
If the ratio of downlink flux to uplink flux is greater than or equal to the threshold during the fast flux measurement, the downlink
Whether the cell supports DLDC
Threshold for downlink edge handover. If the downlink receive level remains less than this threshold for a period of time, the ed interference, and adjacent channel interference may occur when this threshold is set improperly. In addition, to ensure uplink-d
Filter adjustment factor for downlink power control. Setting this parameter high helps to smooth the filtered values and to reduce
Upper quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a full ra
Lower quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a full ra
Expanded size of the GPRS RLC window. This parameter is used to expand the size of the GRPS RLC window. The expanded
Upper quality threshold for Huawei power control generation III on a half rate call. If the downlink receive quality level of a half r
Lower quality threshold for Huawei power control generation III on a half rate call. If the downlink receive quality level of a half r
Adjustment hysteresis 1 of AMR downlink coding rate (full rate). According to a certain algorithm and the radio quality indication which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 2 of AMR downlink coding rate (full rate). According to a certain algorithm and the radio quality indication which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 3 of AMR downlink coding rate (full rate). According to a certain algorithm and the radio quality indication which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 1 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indicatio which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 2 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indicatio which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 3 of AMR downlink coding rate (half rate). According to a certain algorithm and the radio quality indicatio which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 1 of AMR downlink coding rate (wide band). According to a certain algorithm and the radio quality indica which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Adjustment hysteresis 2 of AMR downlink coding rate (wide band). According to a certain algorithm and the radio quality indica which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can coding rates.
Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL Lev dBm.
Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL Lev
When the downlink load of a cell is larger than the value of this parameter and is smaller than "2G Cell DL Overload Congest T
Number of measurement reports sampled for averaging downlink signal strength. A single measurement report may not reflect
Lower voice quality threshold associated with the automatic adjustment of the AMR downlink handover threshold. The value of
Target value of the voice quality automatically adjusted through the downlink threshold of AMR handover
Upper voice quality threshold associated with the automatic adjustment of the AMR handover downlink threshold.
Factor of downlink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the logarith
Maximum step by which to decrease downlink power according to signal strength
Maximum step by which to increase downlink power according to signal strength
When the downlink load of a cell is greater than the value, the downlink of the cell is in the overload congestion status. Number of downlink measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effect of a time radio environment. As a result, the power control is late. To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. T This parameter specifies the number N.
Quality level threshold for decreasing downlink signal power. If the BTS transmits signals at a quality level less than this thresho
Quality level threshold for increasing downlink signal power. If the BTS transmits signals at a quality level greater than this thres
Number of measurement reports sampled for averaging downlink signal quality. A single measurement report may not reflect th
During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold", "D
During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold", "D
Downlink quality threshold for emergency handover. This parameter is represented as the product of 10 and a quality level that
Downlink quality limit for emergency handover in an AMR full rate call. The value of this parameter corresponds to the quality le
Downlink quality limit for emergency handover in an AMR half rate call. The value of this parameter corresponds to the quality l
This parameter specifies the downlink signal strength factor multiplied by 10 during the calculation of the downlink power contro
Length of the exponential filter for downlink signal strength. A single measurement report may not reflect the actual network situ
Upper receive level threshold for downlink power control. If the downlink receive level is greater than this threshold, the power o
Lower receive level threshold for downlink power control. If the downlink receive level is smaller than this threshold, the power o
Length of the slide window filter for downlink signal strength. A single measurement report may not reflect the actual network si
This parameter specifies the downlink quality level factor multiplied by 10 during the calculation of the downlink power control s
Length of the exponential filter for downlink signal quality. A single measurement report may not reflect the actual network situa
Length of the slide window filter for downlink signal quality. A single measurement report may not reflect the actual network situ
A power control step cannot exceed the step computed according to "III DL RexLev Protect Factor" and "III DL RexQual Protec
A power control step cannot exceed the step computed according to "III DL RexLev Protect Factor" and "III DL RexQual Protec Upper threshold for downlink signal strength If the downlink received signal level is greater than this threshold, a power decrease is computed. Then, the power is decrease Power decrease = downlink received signal level - ("DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 The maximum power adjustment step allowed by the quality zone is chosen from "MAX Down Adj.Value Qual.Zone 0", "MAX D Lower threshold for downlink signal strength If the downlink received signal level is less than this threshold, a power increase is computed. Then, the power is increased by Power increase = ("DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 - downlink received signal level
Time interval between sending of the Packet Uplink Ack/Nack message and setup of the DL TBF. After receiving the Packet Up CCCH, the MS fails to respond to the downlink assignment message. Therefore, a delay is required for establishing DL TBF, to message properly.
Interval for resending downlink test messages
Number of times of the BSC6900 resending downlink test messages after the downlink test function is enabled. If the BSC6900
Adjustment threshold 1 of AMR downlink coding rate (full rate). According to a certain algorithm and the RQI in the call measure interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 2 of AMR downlink coding rate (full rate). According to a certain algorithm and the RQI in the call measure interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 3 of AMR downlink coding rate (full rate). The adjustment thresholds and the hysteresis of coding rate mu (n + 1) + AMR Coding Rate adj.hyst (n + 1)], n = 1 or 2.
Adjustment threshold 1 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call measur interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 2 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call measur interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 3 of AMR downlink coding rate (half rate). According to a certain algorithm and the RQI in the call measur interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 1 of AMR downlink coding rate (wide band). According to a certain algorithm and the RQI in the call meas interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
Adjustment threshold 2 of AMR downlink coding rate (wide band). According to a certain algorithm and the RQI in the call meas interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analog
MDU board number when the antenna pass of downlink tributary A is selected
MDU board number when the antenna pass of downlink tributary B is selected
Clock domain required by the slave side in the 1588V2 protocol. This parameter is valid when the 1588CLK type is configured.
Coding scheme of the default GPRS downlink. Dynamic adjustment coding: the coding scheme used during initial access trans
Default coding scheme of the downlink EDGE link. If the downlink adopts the dynamic adjustment coding scheme, this paramet
Default coding scheme used on the downlink EGPRS2-A link. If the downlink uses the dynamic coding scheme, this parameter
Fixed coding scheme that is used on the downlink EGPRS2-A link. If the downlink uses the fixed coding scheme, this paramete
Adjustment mode of the downlink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is set to a value
Coding scheme of the downlink EDGE link. If the downlink uses the fixed coding scheme, this parameter is set to a value rangin
Whether to allow BTS power control
Whether to prohibit sending point-to-point short messages. If necessary, this parameter is used for controlling whether to send Delay of releasing the downlink TBF. After the last downlink RLC data block is transmitted on the network side and all the trans block is retransmitted continuously so that the downlink TBF is not released. During the downlink delay release, if the upper lay delay releasing to downlink transmitting. In addition, the MS must respond to the Packet Downlink Ack/Nack message through Downlink Ack/Nack with the channel request description. If this parameter is set to 0, the release delay of downlink TBF is disab
Retransmission threshold when the coding mode of the downlink TBF is changed from CS2 to CS1. When the downlink TBF re
Retransmission threshold when the coding mode of the TBF is changed from CS3 to CS2. When the TBF retransmission rate is
Retransmission threshold when the coding mode of the downlink TBF is changed from CS4 to CS3. When the downlink TBF Re
Retransmission threshold when the coding mode of the downlink TBF is changed from CS1 to CS2. When the TBF retransmiss
Retransmission threshold when the coding mode of the TBF is changed from CS2 to CS3. When the downlink TBF retransmiss
Retransmission threshold when the coding mode of the downlink TBF is changed from CS3 to CS4. When the downlink TBF re
Door status alarm switch
Dual-antenna gain used to estimate the downlink power during assignment
As an integer, the DSP code can be expressed by a decimal digit or a hexadecimal digit. If the DSP code is expressed by a hex
DSP code expressed in the format of segments 8-8-8
As a key field for identifying the block of A interface CIC status, it indicates the DPC group index of the circuit ID of the A interfa
Index of the DPC group. see "ADD GCNNODE" command.
Index of a DPC group. When multiple DPCs or one DPC serves as a logical entity, this logical entity is called a DPC group. DSP Whentype. the MSC pool function is activated, the user plane resources on the A interface are shared among the MSCs in the pool, STP: indicates the signaling transfer point. A: indicates the signaling point of the A interface control signaling plane. IUR_G: indicates the signaling point of the base station controller that is connected to the BSC. LB: indicates the signaling point of the LB interface.
The DSP index uniquely identifies a DSP.
Iur-g DPC index of a neighboring RNC
Maximum signal level difference between the neighbor cell and the serving cell for triggering directed retry
Whether to optimize the call drops resulting from Abis territorial link fault. The value 0 means "optimize" and 1 means "not optim
Whether to optimize the call drops resulting from connection failure (handover access failure). The value 0 means "optimize" an
Whether to optimize the call drops resulting from connection failure, operation and maintenance (OM) intervention. The value 0
Whether to optimize the call drops resulting from a connection failure except for handover access failure, OM intervention, radio into the statistics of call drops.
Whether to optimize the call drops resulting from connection failure (radio link failure). The value 0 means "optimize" and 1 mea
Whether to optimize the call drops resulting from connection failure (unavailability of radio resources). The value 0 means "optim
Whether to optimize the call drops resulting from equipment fault. The value 0 means "optimize" and 1 means "not optimize". If
Whether to optimize the call drops resulting from error indication (unsolicited DM response). The value 0 means "optimize" and
Whether to optimize the call drops resulting from error indication (sequence error). The value 0 means "optimize" and 1 means
Whether to optimize the call drops resulting from error indication (T200 timeout). The value 0 means "optimize" and 1 means "n
Whether to optimize the call drops resulting from forced handover failure. The value 0 means "optimize" and 1 means "not optim
Whether to optimize the call drops resulting from incoming-BSC handover timeout. The value 0 means "optimize" and 1 means
Whether to optimize the call drops resulting from outgoing internal inter-cell handover timeout. The value 0 means "optimize" an
Whether to optimize the call drops resulting from intra-cell handover timeout. The value 0 means "optimize" and 1 means "not o
Whether to optimize the call drops resulting from no MS measurement reports for a long time. The value 0 means "optimize" an
Whether to optimize the call drops resulting from outgoing-BSC handover timeout. The value 0 means "optimize" and 1 means
Whether to optimize the call drops resulting from release indications. The value 0 means "optimize" and 1 means "not optimize"
Whether to optimize the call drops resulting from resource check. The value 0 means "optimize" and 1 means "not optimize". If
If the duration for buffering the data in queue 0 is more than or equals to the value of this parameter, the subsequent packets a
If the duration for buffering the data in queue 1 is more than or equals to the value of this parameter, the subsequent packets a
If the duration for buffering the data in queue 2 is more than or equals to the value of this parameter, the subsequent packets a
If the duration for buffering the data in queue 3 is more than or equals to the value of this parameter, the subsequent packets a
If the duration for buffering the data in queue 4 is more than or equals to the value of this parameter, the subsequent packets a
If the duration for buffering the data in queue 5 is more than or equals to the value of this parameter, the subsequent packets a
This parameter specifies the interval at which the power of a TRX is continually decreased.
This parameter specifies the delay time before decreasing the power of the TRXs.
This parameter specifies the step by which the power of a TRX is decreased at a time.
Whether to support the discontinuous reception mechanism (DRX). To reduce the power consumption, the DRX is introduced in Duration of the timer entering the DRX mode. DRX is the to parameter in the broadcast It indicates BSCs supporting the for DRX must send scheduling messages MSs so that thecell MSs can use message. the DRX function. Thenon-continuo period occu period when the MS is in non-DRX mode, the MS monitors all the CCCH blocks and the BSC stores the context of the MS. The message to be broadcasted and the position of each broadcast message in the scheduling period. MS. Normally, this value is greater than that of DRX_TIMER_MAX. Therefore, the value of DRX_TIMER_MAX is used. 0: switch to the DRX mode immediately; 1: switch to the DRX mode in one second. Value n indicates that the MS enters the DRX mode n seconds later.
Whether to start the dehumidification equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of the E1T1 port for bearing the PPP link
Number of the E1T1 port for bearing the PPP link
The DSCP is a field of the IP data packet. It is used to assign the differentiated service to the communication networks. The DS
Service code of the PING command, used to identify the PING command
Differentiated service code is used to identify the service priority of the user.
DSCP to be contained in the header of an IP packet. According to this parameter, the router provides differentiated services for
Duration for recovering all the DSPs. This timer is started when the first DSP is recovered. When all the DSPs of the local subra
Number of the DSP. If you do not specify this parameter, all DSPs are specified. Meanings:DSP No. Value range:0~21 Content:none Recommended value(default value):none
Number of the DSP where the alarm is generated
Number of the DSP in the DPU board
Target DSP number
This parameter specifies the value of the timer set to wait the fault recovery before the cell redistribution on the DSP. When a fa expires.
Whether daylight saving time has to be used
Name of the destination file
Destination IP address
Destination IP address of BFD Session.
Destination IP address
Subnet mask
Subnet mask of BTS Route.
Destination of timeslot cross
Target timeslot mask
Threshold of the load in the target cell for the directed retry. Only a cell whose load is lower than or equal to this threshold can b
Type of the DRX supporting the VGCS service. An MS reads the NCH only when a new notification message of group call arriv
Downlink TRX index number of the newly added board
Index number of the downlink tributary
TRX board pass number connected with the downlink tributary
TRX board pass number connected with the downlink tributary
Number of the slot where the TRX board that connects to downlink tributary is located
Number of the slot where the TRX board that connects to downlink tributary is located
Number of the subrack where the TRX board that connects to downlink tributary is located
Number of the subrack where the TRX board that connects to downlink tributary is located
Whether a BTS randomizes the dummy bits in all the signaling messages that the BTS sends to an MS. That is, dummy bits are
The duplex mode of FE port is duplex or half-duplex.
Duration for starting the BTS test
Duration for starting the TRX idle timeslot test
Duration for starting the BTS test
Duration for starting the TRX idle timeslot test
Downlink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the value (t Multiplex Threshold" for triggering converting dynamic channel in time and reducing PDCH multiplex.
An MS can be used to test the Um interface software synchronization only when the DL signal strength after the power control
Number of a DXX. It is unique in one BSC6900 and uniquely identifies a DXX.
Number of a DXX. It is unique in one BSC6900 and uniquely identifies a DXX.
Number of the upper DXX port
Time to wait for releasing the dynamic channel after the TBF on the dynamic channel is released. When all the TBFs on the cha channel is still occupied and timer is stopped; otherwise, the dynamic channel is released after the timer expired. Mode of preempting the dynamic channel for the CS domain and PS domain. Only the channel configured in the TCH/F mode c "Preempt all dynamic TCHFs" indicates the circuit domain can preempt all the dynamic channels. "No preempt of CCHs" indicates the circuit domain can preempt all the dynamic channels except the CCHs. "No preempt of service TCHF" indicates the circuit domain cannot preempt all the dynamic channels of bearer services.
Number of full-rate TCHs reserved for the CS domain. This parameter is valid only when "Level of Preempting Dynamic Chann
This parameter specifies whether to allow the BSC6900 to enable the TRX Intelligent Shutdown feature on a cell.
Whether to enable the cell to support dynamic transmit diversity or dynamic PBT
Duration for the test in E1 mode
Number of the E1 port. For the BTS3012, BTS3012AE, BTS3012 II and the UTRP board in SingleRAN BTSs, the number can b
Number of the E1 port on the BTS connected to the BSC.
Type of the transmission board
E1/T1 port number
Number of the E1/T1 port from which the BTS extracts the transport clock. This parameter is valid only when the clock type is s
Number of the port extended by the backboard TOP communication mechanism of the BTS. The TOP relation can be configure indicates the number of the E1/T1 port on the backplane of the primary BBU and the range 24-27 indicates the number of the E
Type of the E1/T1 from which the BTS extracts the transport clock. This parameter is valid only when the clock type is set to IP
Peer IP address to be checked. The input address (CHKIPADDR) must be the address (regardless of the network segment add
As a performance counter for 3G cells, Ec/No indicates the ratio of the energy per received chip to the spectral noise power de If the Ec/No of a 3G neighbor cell is greater than "HOECNOTH3G" plus this parameter, the neighbor cell is listed in the candida
Threshold for determining the layer of the 3G neighbor cell. If the Ec/No of the 3G neighbor cell is less than this threshold, the n
The early classmark sending control (ECSC) parameter specifies whether the MSs in a cell use early classmark sending. After information. The CM3 (classmark 3) information contains the frequency band support capability of the MS (used for the future
End serial number of the alarm record
Date when the scheduled task is stopped
End date of the alarm record. By default, the end date is 2037-12-31.
End date of the alarm record. By default, the end date is 2037-12-31.
End date If the current system flow control level is greater than this parameter, the handover between the underlaid and overlaid subcells system flux level is the current flux control level of the system. End date of the daylight saving time 0-11: There are 12 flow control levels. Where, 0 indicates the lowest level and 11 indicates the highest level.
According to the P/N rule,over if thethe conditions forthreshold the handover between the subcells of anon enhanced dual-frequency network are The handover performed maximum may have tremendous impacts the system. Thus, this parameter shom This parameter specifies the number P. Discard Begin Threshold) x 100]/10+1 (round-down for division operation). If the valu Discard All Threshold - Inner Flow Control range is from 0 to 11.
According to the P/N rule, if the conditions for the handover between the subcells of an enhanced dual-frequency network are m 2) Flow control threshold for the CPU N. to start to discard the channel access messages and paging messages: 80% This parameter specifies the number . Flow control threshold for the CPU to discard all channel access messages and paging messages: 100%
. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80% cor
Whether the current cell supports EDGE
According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N me This parameter specifies the number P.
According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N me This parameter specifies the number N.
According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered This parameter specifies the number P.
According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggere This parameter specifies the number P.
According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered This parameter specifies the number N.
According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggere This parameter specifies the number N.
Effect Immediately Flag(reserve)
Whether to support the 11-bit EGPRS access request
Whether the current cell supports EGPRS2-A
Used for EDGE 8PSK transmission quality statistics. If MEAN_BEP is less than or equals to this threshold, the transmission qu
Used for EDGE GMSK transmission quality statistics. If MEAN_BEP is less than or equals to this threshold, the transmission qu
Type of the end date. "WEEK" indicates that the end date is a weekday. "DATE" indicates that the end date is a month day. "D
Priority level of an emergency call. If this parameter is set to 15, the functions of reserving TCHs for emergency calls and preem be used for TCH preemption. The value 1 means the highest priority and 14 means the lowest.
Whether to verify the centralized signaling link in the case of the link establishment. ON: emergency verification, that is, the ver signaling link can be ensured. You are advised to use the normal verification. That is, the emergency verification switch is set to
Error emit threshold.
Differentiated service code of the specified EML
Whether to allow the function of enhanced multi-level precedence and preemption (eMLPP). With the eMLPP function enabled, when preemption occurs, the MS with the lowest priority initiates a handover, and the MS with a higher priority seizes the idle c The eMLPP has up to seven priorities: A, B, 0, 1, 2, 3, and 4. The two highest priorities A and B are internally reserved for loca With the support of the MSC, HLR, and mobile terminal (containing a SIM card), the eMLPP function can be perfectly implemen
Indicating whether the eMLPP function is enabled in a cell and indicating the eMLPP priority of the cell. From high to low, the p
Whether to include the eMLPP Priority information element in the Paging Command message over the Abis interface when "All
Service priority of the specified EML
Service priority of the extension maintenance link (EML).0 is the highest priority.
Specified EML Vlan Id
Month on which DST ends
IP address of the NE management system
Whether to enable the fallback function for the BTS
Whether to enable the power supply of the TMA
Encryption algorithm supported by the BSS side Encryption mode used when the NE serves as the FTP client AUTO: indicating that the FTP client automatically selects the encryption mode PLAINTEXT: indicating that the plain text mode is used forcibly. ENCRYPTED: indicating that the encrypted mode is used forcibly. Encryption mode supported when the NE serves as the FTP server AUTO: indicating that the FTP client automatically selects the encryption mode PLAINTEXT: indicating that the plain text mode is used forcibly. ENCRYPTED: indicating that the encrypted mode is used forcibly.
Whether to enable end-to-end user tracing for the BSC. If this parameter is set to YES, the BSC starts end-to-end user tracing
End number of the alarm record
It indicates the end CIC of the A interface CIC segment. When operation mode is set to OPC index, DPC group index, BSC ID,
It indicates the end CIC of the Pb interface CIC segment. If the search object mode is set to search by the specified range, the
This parameter specifies the end date of a period during which the TRX Intelligent Shutdown feature is disabled.
If the ambient temperature reaches the value of this parameter, the heater is shut down. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies the end month of a period during which the TRX Intelligent Shutdown feature is disabled.
Number of the end sub-timeslot
This parameter specifies the time for dynamically disabling the TRX Intelligent Shutdown feature each day.
It indicates the end CIC of the Ater interface CIC segment.
It indicates the end CIC of the A interface CIC segment. When Operation mode is set to subrack No., slot No., port No., or CIC,
Number of the end timeslot
Status of the scheduled task. This parameter determines whether to start the scheduled task.
Status of the scheduled subtask to be added
If the load of the underlaid subcell is greater than this threshold, certain calls in the underlaid subcell are handed over to the ov
Whether to support PS downlink MAC back pressures in GSM. When the buffer is overflowed, the L2 transmission rate is limite blocks may occur. When "User Plane DL Flow Ctrl Switch" is set to "ON", the LDR needs to be disabled through the "SET LDR Whether to enable the enhanced concentric cell algorithm in a concentric cell. If a cell supports the enhanced concentric cell function, when an overlaid-to-underlaid handover or an underlaid-to-overlaid han decide whether to trigger an enhanced concentric cell handover. If the cell does not support the enhanced concentric cell function, the MS compares the actual receive level value with the thres
If all the calls in the overlaid subcell are handed over to the underlaid subcell when the channel seizure ratio of the underlaid su based handover algorithm is used to hand over the calls from the overlaid subcell to the underlaid cell level by level. This parameter specifies the period of the handover at each hierarchy level.
Signal level step for the hierarchical load-based handover from the overlaid subcell to the underlaid subcell
If the load of the underlaid subcell is less than this threshold, certain calls in the overlaid subcell are handed over to the underla
When this parameter is set to "ON", if there are no available Abis transmission resources, a high-priority user can preempt the t
When this parameter is set to "ON", if there are no available Abis transmission resources, the BSC6900 starts the queuing proc
If the load of the underlaid subcell is greater than this threshold, the period of the load-based handover from the underlaid subc
Whether to enable the cell to centralize two busy half rate TCHs in different timeslots into one timeslot through handover and th
Type of the M3UA local entity. For details about the ASP and IPSP, see RFC4666. M3UA_ASP: suggested to use when there is a signaling transfer point (STP) between the local entity and the destination entity Type of the destination details, RFC4666. M3UA_IPSP: suggestedentity. to useFor when theresee is no signaling transfer point (STP) between the local entity and the destination enti M3UA_ASP: suggested to use when there is a signaling transfer point (STP) between the local entity and the destination entity M3UA_IPSP: suggested to use when there is no signaling transfer point (STP) between the local entity and the destination enti M3UA_SS7SP: suggested to use when the destination entity is a narrowband signaling point M3UA_SP: represents all types of the destination entity
Initial signal level used to compute the handover zone for an MS during the hierarchical load-based handover from the underlai
Whether to enable the enhanced packet loss concealment (EPLC) function
Return code of the command. If this parameter is specified, only the corresponding record is displayed. If this parameter is not
Whether to disable emergency calls. For the MSs of access levels 0 to 9, if the value of this parameter is NO, emergency calls
Error-frame alarm threshold
Error-frame detect switch
Differentiated service code of the specified ESL
Service priority of the ESL
Priority of a service running over an extended signaling link (ESL). ESLs are used for more reliably transmitting important signa
Specified ESL Vlan Id
End synchronization number of the alarm record
Timer for the BSC waiting for an Establish Indication message after sending an Immediate Assignment message. If T3101 expi
Whether to add the TA value to a complete layer-3 message to provide the LCS function on the A interface
When the OML is switched to a port where the connection is successfully established, the switchover cannot be performed ove
End time of DST
The operation time of the log record is prior to this time. If this parameter is not specified, the end time is not limited.
Time when the scheduled subtask is stopped. If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you shou
Execution mode of the commands 1. ONE_BY_ONE: indicating that the commands are executed one by one according to the execution sequence. Only one com 2. PARALLEL: indicating that multiple commands are executed in parallel. Multiple commands can be executed once.
The operation time of the log record is prior to this time. If this parameter is not specified, the end time is not limited.
End time of the alarm record. By default, the end time is 23:59:59.
End time of the alarm record. By default, the end time is 23:59:59.
End date and time of a broadcast message. This is a key parameter for identifying a simple cell broadcast message. You can u
End date of the user operation. Input format: YYYY&MM&DD
End time
Type of the log to be queried. The result is displayed by the specified type.
End time of the user operation. The input format of this parameter is HH&MM&SS.
Weekday on which DST ends
Sequence of the end week of DST
Upper limit of extended output analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of this param
Lower limit of extended output analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of this param
Sensor type of extended analog signal 1
Maximum measurement range of extended analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit
Minimum measurement range of extended analog signal 1. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit o
Upper limit of extended output analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit of this param
Lower limit of extended output analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit of this param
Sensor type of extended analog signal 2
Maximum measurement range of extended analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit
Minimum measurement range of extended analog signal 2. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit o
Upper limit of extended output analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit of this param
Lower limit of extended output analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit of this param
Sensor type of extended analog signal 3
Maximum measurement range of extended analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit
Minimum measurement range of extended analog signal 3. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit o
Upper limit of extended output analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of this param
Lower limit of extended output analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of this param
Sensor type of extended analog signal 4
Maximum measurement range of extended analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit
Minimum measurement range of extended analog signal 4. If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit o
Whether it is a SoLSA exclusive access cell. If it is a SoLSA exclusive access cell, only the MS subscribing the Localised Servi
Threshold for the rate of the number of bad frames to the total number of TRAU frames. If the bad frame rate exceeds this thre
Received signal strength at an MS expected in power forecast, which helps to compute the initial transmit power of the BTS
Received signal strength at the BTS expected in power forecast, which helps to compute the initial transmit power of an MS
ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC6900. The cells in the BSC are numbered sequentially.
Name of the cell
ID of the cell. The cell ID cannot conflict with other cell IDs in the BSC. The cells in the BSC are numbered sequentially.
Name of the cell
Index of the cell in the adjacent BSC
Name of the cell in the adjacent BSC
Whether to support the downlink throughput enhancement function of the dual timeslot cell. When this switch is turned on, the s
Whether to enable alarm extension input for the BTS
Whether the network requires an MS to send an extension measurement report
Type of an extension Time interval betweenmeasurement two extensionreport. measurement reports There are three types of extension measurement reports: type 1, type 2, and type 3. Type 1: No matter whether the BSIC was decoded, the MS sends the network a measurement report on the six strongest TRXs Type 2: The MS sends the network a measurement report on the six strongest TRXs. For the six carriers, the BSIC must be de Type 3: The MS does not need to decode the BSIC for the TRXs that the measurement report concerns. The measurement rep
Whether a cell is an extension cell. A double-timeslot extension cell regards an additional TDMA frame as access delay extension. In theory, the supported TA valu
Whether to send the Dummy message during the deactivated period of the extended uplink TBF
Interval of sending a paging message or notification message on the FACCH. Messages on the FACCH are sent in the mode o paging or notification message on the FACCH for the purpose of reducing the impact on the voice quality.
Whether to allow sending notification messages on the FACCH. If the value of this parameter is YES, an MS engaged in a poin
Whether to allow sending paging messages on the FACCH. If the value of this parameter is YES, an MS can receive a paging
Activation factor switch
If this parameter is set to ON, the BSC assigns the channels in the TRXs of the cell in a polling manner. Therefore, each TRX h
Penalty signal level imposed on a target cell to which the handover fails due to congestion or poor radio quality. This penalty he
Continuous speed adjustment
Discrete speed adjustment
Duty ratio-based speed adjustment
Fan adjustment mode
Type of the fan
Fan adjustment mode
Type of the fan box After a channel request message is received, the type of the channel needs to be specified. In this case, if the threshold of the assigned.
Ring II function switch. The parameter should be set to "YES" when the ring II function is enabled.
Whether to enable the memory self-check and self-healing function
Whether to send and process the flow control frame on the physical layer. The setting of this parameter must be negotiated wit
If the parameter is set to "YES", it indicates that some data packets are discarded to ensure the basic functions of the BTS are
Threshold for stopping RSL flow control. If the occupancy of the LAPD queue is less than this threshold, the BSC6900 stops flo
Flow control parameter index
Flow control parameter index
Flow control parameter index
Flow control parameter index
Flow control parameter index
Flow control parameter index
Flow control parameter index
Cabinet No. of the parent BTS
Cabinet No. for the port of the father BTS
Threshold for starting RSL flow control. If the occupancy of the LAPD queue is greater than this threshold, the BSC6900 starts
CRC verification mode of PPP link.
CRC verification mode of MP link.
Flow control switch. Other switches are valid only when "Flow control switch" is "ON".
Float charging voltage. Float charging compensates the discharged capacity of the battery so that the battery can be charged t In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Input mode of the BA lists. AUTO: In this mode, the system fills in the BA1 and BA2 lists according to neighboring relations of cells. MANU: In this mode, you can maintain the BA tables by yourself. If the neighboring relations of cells are changed, for example, Offset of a FDD cell report. When the priority of a 3G cell is sequenced, the value of this parameter be added to the receive level of the 3G cell in the meas The of this parameter correspond to the following decibel values: This values parameter indicate Threshold of a FDD cell whether report. to generate the FDD BA2 table automatically according to neighbor cell relations or to input th 0: 0 dB When 1: 6 dBthe receive level value in the measurement report of a 3G cell exceeds the value of this parameter, the measurement rep The ... values of this parameter correspond to the following decibel values: 0: 7: 0 42dB dB 1: 6 dB ... 6: 36 dB 7: positive infinity
This parameter specifies one of the parameters for FDD cell reselection. A FDD cell becomes a candidate cell if all the following conditions are met for five consecutive seconds: Diversity indication of aFDD 3G cell cell.>This parameter indicates the serving transmitcell diversity mode on the common channel in a cell 1.Receive level of the Average receive level ofwhether the current + "FDD Q offset"; The FDD cell meets the following condition in the case of any neighboring 2G cell: Receive level of the FDD cell > Receive lev 2. Ec/No of the FDD cell > "FDD Qmin" - "FDD Qmin Offset"; 3. Receivefrequency level of the FDD cell Downlink number that>an"RSCP MS in Threshold"; the connected mode retrieves from the 3G neighboring cell list. The numbers are sen If multiple FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. See 3GPP TSs 45.008 and 25.304. The values of this parameter correspond to the following decibel values: Minimum 0: -20 dB,Ec/No of the 3G FDD cell candidate 1: -6 parameter dB, This specifies one of the thresholds of the signal level for 3G cell reselection. 2: FDD -18 dB, A cell becomes a candidate cell if all the following conditions are met for five consecutive seconds: 3: -8 dB, of level 1.Receive of the FDD cellthat >for Average receive thereselection. current serving Number UTRAN FDD cells should included in of measurement report cell + "FDD Q offset"; Offset of the minimum threshold Ec/Nobe during alevel FDD cell 4: -16 dB, The FDD cell meets the following condition in the case of any neighboring cell:consecutive Receive level of the FDD cell > Receive lev A cell becomes a candidate cell if all the following conditions are met 2G for five seconds: 5: FDD -10 dB, 2. Ec/No of the FDD cell > "FDD Qmin" "FDD Qmin Offset"; 1.Receive of the FDD cell > Average receive level of the current serving cell + "FDD Q offset"; 6: Receive -14 dB, level 3. level of the cell > condition "RSCP Threshold"; The FDD cell meets theFDD following in the case of any neighboring 2G cell: Receive level of the FDD cell > Receive lev 7:multiple -12 dB.level If FDD cells meet the preceding conditions, the MSthe reselects the cell with the strongest receive Minimum threshold of UTRAN cell -reselection. cell reselection decision from a GSM celllevel. to a FDD cell, this para 2. Ec/No of the FDD cell > "FDD Qmin" "FDD QminDuring Offset"; See 3GPP TSs 45.008 and 25.304. conditions are met for five consecutive seconds: 3. Receive level of the FDD cell > "RSCP Threshold"; The valuesFDD of this correspond toreceive the following decibel values: 1.Receive level of parameter themeet FDDthe cell > Average level the current serving cell +the "FDD Q offset"; If multiple cells preceding conditions, the of MS reselects the cell with strongest receive level. 0: (always select a cell if acceptable) The FDD cell meets the following condition in the case of any neighboring 2G cell: Receive level of the FDD cell > Receive lev See 3GPP TSs 45.008 and 25.304. 1: Ec/No -28 dB,of the FDD cell > "FDD Qmin" - "FDD Qmin Offset"; 2. 2: Receive -24 dB, level of the FDD cell > "RSCP Threshold"; 3. ...multiple FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. If 15: dB. TSs 45.008 and 25.304. See28 3GPP The values of this parameter correspond to the following decibel values: 0 = -114 dBm, 1 = -112 dBm, specifies whether Ec/No or RSCP is used for the measurement report on a FDD cell. Ec/No stands for the sign This parameter 2 = -110 dBm, ... 14 = -86 dBm, 15 = -84 dBm.
Minimum RSCP of the 3G FDD cell candidate
Scrambling code of a 3G cell, used for distinguishing MSs or cells. Scrambling codes are used after spreading. Therefore, the b On the uplink, the scrambling function is used for differentiating MSs. On the downlink, the function is used for differentiating ce
Number of CPU usage sampling times for fast judgment. The value of this parameter must be of half size of "Filter window" or s
Whether the BTS reports the frame erase ratio in a measurement report or preprocessed measurement report
If the FER carried in the measurement report (MR) received is lower than or equal to "FER threshold 1", the value of "FER 0 an Level N" is incremented by one.
If the FER carried in the MR received is greater than "FER threshold 2" but meanwhile lower than "FER threshold 3", the value
If the FER carried in the MR received is greater than "FER threshold 3" but meanwhile lower than "FER threshold 4", the value
If the FER carried in the MR received is greater than "FER threshold 4" but meanwhile lower than "FER threshold 5", the value
If the FER carried in the MR received is greater than "FER threshold 5" but meanwhile lower than "FER threshold 6", the value
If the FER carried in the MR received is greater than "FER threshold 6" but meanwhile lower than "FER threshold 7", the value
If the FER carried in the MR received is greater than "FER threshold 7", the value of "FER 7 and Quality Level N" is incremente
This parameter specifies the frequency hopping mode of a cell. When this parameter is set to "NO_FH", all the TRXs of the cell hopping on the cell. When this parameter is set to "RF_FH", the cell is in RF frequency hopping mode. In this case, there can b frequency hopping, some cells on the cell must join in RF frequency hopping, and some cells on the cell must not join in freque
The name of the file cannot contain the path and suffix. The suffix is automatically added. The name of the file is composed of E
Path of the target file
Name of the backup file. The file name is composed of English letters, numerals, and common symbols, and the characters (@
Path to save the exported file. The path must be a valid path on the OMU server. If the OMU runs the LINUX system, the input If the relative path is used, the root directory is same as that of the OMU installation directory. That is, if the OMU software is in
Type of the alarm log file to be exported
Maximum number of former values when the receive level of the serving cell or the receive level of the neighbor cell is filtered.
Execution result. If you select "FALSE", only the records of failed operations are displayed. If you select "TRUE", only the records of successful o
Whether to enable 0.2 dB downlink power control. This power control function improves the power control precision.
Whether to start the fire-extinguishing equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies the static Abis resource load threshold. If the static Abis resource load is less than the static Abis reso
Time threshold for delaying the report of a clear alarm. If the alarm recurs within the time specified by this parameter after it is c
Time threshold for delaying the report of an alarm. If the alarm is cleared within the time specified by this parameter, the alarm
Whether to enable the filtering of the intermittent alarms. If the value of this parameter is "DISABLE", "Flash Statis Alarm Raise
Time window for observing the clearance of the intermittent alarms. In this time window, the BTS statistical alarm is cleared if th
Time window for observing the intermittent alarms generated during the statistical period. In this time window, the BTS statistica
Service timeslot assignment mode for the BTS. If this parameter is set to FIX_16K_ABIS, the BSC6900 assigns a fixed Abis tra utilization. If this parameter is set to SEMI_ABIS, the BTS to which a TCH belongs assigns a fixed Abis transmission timeslot to not support this parameter.
Whether to enable the function of Flex mobile allocation index offset (MAIO). In the tight frequency reuse case of the GSM syst or co-channel interference between channels can be reduced partially.
Whether to enable the function of the Flex training sequence code (TSC). If the value of this parameter is ON and the BTS sup
Period of collecting the traffic statistics
Fast flux measurement period. The ratio of the uplink flux to the downlink flux is calculated at the interval specified by this param
Port flow control switch
Link flow control switch
Link flow control switch
Logical port flow control switch
Port flow control switch
One of theport nineflow parameters (filter parameters A1 to A8 and filter parameter B) used to configure the filter for determining wheth Specified control switch C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r One of the (filter parameters A1 allowed to A8 and filterlevel parameter B) used to configure the filter for determining wheth Setting the nine filter parameters helps to configure the maximum signal drop degree. C1(nt) = A1 x C(nt) + A2 x C(nt-t) + A3 x C(nt-2t) + ... + A8 x C(nt-7t) If C1(nt) is less than B and C(nt) is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the r Setting the filter helps to configure the maximum allowed signal level drop degree.
Trend of the received signal level of the cell during a period. This parameter helps to configure the filter for determining whethe
Maximum transmit power level of MSs. onetransfers of the cell message this parameter is used This parameter determines whether theAs BSC thereselection LLC PDUsparameters in the bufferintosystem the target cell or3,discards these LLC PDUt In a GSM900 cell, the maximum power control level of an MS ranges from 0 to 19, corresponding respectively to the following v minimum transmit power supported by an MS is level 19 (corresponding to 5 dBm). Other transmit power levels are reserved fo In a GSM1800 or GSM1900 cell, the maximum power control level of an MS ranges from 0 to 31, corresponding respectively to is level 0 (corresponding to 30 dBm). The minimum transmit power supported by an MS is level 15 (corresponding to 0 dBm). O
Type of the FMUA board
Name of the electronic label file
Name of the file
Name of the file
Name of the file. The following special characters are not allowed in the file name: \, /, :, *, ?, ", <, >, |, (, ), &, and $.
Name of the specified file. By default, the file is in the OMU active-area path \ftp\license folder.
File name of the software to be downloaded
File name of the software to be downloaded.The file name must be with the extension of *.zip.If you do not enter the file name,
Switch specifying whether to allow the downlink EGPRS TBF and the uplink GPRS TBF to share the same channel. On: allow t
Length of the timer for determining the intermittent disconnection of the SS7 link to the DPC. When the time of SS7 link disconn any operation.
Time limit for restraining the noise level
Whether the forced phase-2 access is allowed for the MSs
Whether to forcibly enable the EFR function. When this parameter is set to YES, if both the MS and the BSC6900 support the e
Whether an MS is forced to send a Handover Access message, which is indicated by an information element in the handover c
Port No. of the father BTS connected with the BTS
Number of the port for the destination father BTS
Maximum time of delay for multiplexing. This parameter is used for the system to send the multiplexed data. If the time for buffe
Whether to generate the frequency and BSIC by using the automatic optimization algorithm
If this switch is on, it indicates that the frequency and BSIC are generated automatically. If this switch is off, it indicates that the
If this switch is on, it indicates that the frequency and BSIC are generated automatically. If this switch is off, it indicates that the
MP segment size,the length of packet should be bigger or equel with it.
Frame offset of the BTS clock
Frame offset. The frame offset technology arranges the frame numbers of different cells under the same BTS to be different fro the cell is not offset. If the value is 255, this parameter is not sent. If the parameter is set to a value except for 0 and 255, the ha Based on different requirements, you can set different time points for the scheduled task. according to the value of this parameter. Seven time modes are available: 1. ONTIME: When this parameter is set to "ONTIME", the command is executed once only at the specified time point. 2. DAILY_T: When this parameter is set to "DAILY_T", the command is executed every day. You can also set up to five time p Whether the downlink discontinuous (DTX) function is enabled for full rate (FR) function is also 3. DAILY_C: When this parameter istransmission set to "DAILY_C", the command is executed every day.calls. You This can set the start timerestricte and en 30 minutes. 4. WEEKLY_T: When this parameter is set to "WEEKLY_T", the command is executed every week. You can set the day in wh 5. WEEKLY_C: thislog parameter is set"ONTIME" to "WEEKLY_C", is executed every week. You can setindicates the day in wh Time mode used When when the is exported. indicatesthe thecommand time between two exact time. "RELATIVE_T" the execution interval is one week and the default time interval is 30 minutes. 6. MONTHLY_T: When this parameter is set to "MONTHLY_T", the command is executed every month. You can set the day i 7. MONTHLY_C: When this parameter is set to "MONTHLY_C", the command is executed every month. You can set the day default execution interval is one month and the default time interval is 30 minutes.
Frequency of the TRX
Frequency 1
Frequency 10
Frequency 11
Frequency 12
Frequency 13
Frequency 14
Frequency 15
Frequency 16
Frequency 17
Frequency 18
Frequency 19
Frequency 2
Frequency 20
Frequency 21
Frequency 22
Frequency 23
Frequency 24
Frequency 25
Frequency 26
Frequency 27
Frequency 28
Frequency 29
Frequency 3
Frequency 30
Frequency 31
Frequency 32
Frequency 33
Frequency 34
Frequency 35
Frequency 36
Frequency 37
Frequency 38
Frequency 39
Frequency 4
Frequency 40
Frequency 41
Frequency 42
Frequency 43
Frequency 44
Frequency 45
Frequency 46
Frequency 47
Frequency 48
Frequency 49
Frequency 5
Frequency 50
Frequency 51
Frequency 52
Frequency 53
Frequency 54
Frequency 55
Frequency 56
Frequency 57
Frequency 58
Frequency 59
Frequency 6
Frequency 60
Frequency 61
Frequency 62
Frequency 63
Frequency 64
Frequency 7
Frequency 8
Frequency 9
Whether to enable the automatic frequency correction algorithm. This parameter is used for the fast-moving handover algorithm
Frequency correction parameter. Used for the fast-moving handover algorithm, the value of this parameter must be translated i error ratio (BER). The BSC6900 sends this parameter to the BTS, which adjusts the frequency of an MS according to the value of this parameter
Frequency band types of the board This parameter is only applicable to the DDPU/DFCU/DFCB/DCOM/DDPM/DCBM. The frequency band types for the DTRU, QTRU, DRRU, DRFU, GRRU, MRRU, GRFU, and MRFU cannot be configured and th
Threshold for load sharing in the 900 MHz frequency band. Assume that an MS supports multiple sub-bands in the 900 MHz fre load is greater than this threshold, the BSC assigns channels according to the priority levels of the P-GSM, E-GSM, and R-GSM channels in the TRXs of the R-GSM sub-band preferentially.
List of frequency bands
Frequency multiplexing mode in the TRX. To enable a loose frequency multiplexing mode such as 4x3 multiplexing, set this par
List of the frequencies to be measured. This parameter is represented as a character string where the IDs of the TRXs to be me
Type of a scanning result in the period from the start of a frequency scanning task to the reporting of the scanning result. Frequency scanning refers to the scanning of an uplink receive level of a cell frequency. The scanning result reflects the streng
Whether to enable the edge handover algorithm. When an MS makes a call at the edge of a cell, the call may drop if the receiv downlink signal level of the serving cell is less than "Edge HO DL RX_LEV Threshold", the edge handover is triggered.
Whether the uplink DTX function is enabled for FR calls. For details, see GSM Rec. 05.08. Uplink DTX is not restricted by the M
Slot No. of the father BTS
Slot No. for the port of the father BTS
Subrack No. of the father BTS
Subrack No. for the port of the father BTS
Type of the file used for saving exported logs
Activation factor table index
Activation factor table index
Activation factor table index
ATCB difference between the overlaid and underlaid subcells
Duration of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet the co
According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, th This parameter specifies the number P.
Path loss difference between the overlaid and underlaid subcells
Period of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet the cond
According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, th This parameter specifies the number N.
If the available forward bandwidth is less than or equal to this value, the forward congestion alarm is emitted and forward conge
If the available forward bandwidth is greater than this value, the forward congestion alarm is cleared and forward congestion co
If the ratio of available forward bandwidth is greater than this value, the forward congestion alarm is cleared and forward conge
If the ratio of available forward bandwidth is less than or equal to this value, the forward congestion alarm is emitted and forwar
If the available forward bandwidth is greater than this value, the forward overload congestion alarm is cleared and forward over
If the ratio of available forward bandwidth is greater than this value, the forward overload congestion alarm is cleared and forwa
If the available forward bandwidth is less than or equal to this value, the forward overload congestion alarm is emitted and forw
If the ratio of available forward bandwidth is less than or equal to this value, the forward overload congestion alarm is emitted a
Ratio of reserved forward bandwidth for handover user
Reserved forward bandwidth for handover user
If the load balance between a 2G cell and a 3G cell is greater than the threshold, load balance is triggered.
Coefficient used to modulate the load level of a 2G system so that the load level of the 2G system can be compared with that o
G711 Mode. A/U law configuration, 0-A law (default), 1-U law
Expected signal receiving strength on the BTS side when GPRS dynamic power control is implemented
End time for collecting the offset information
Cell load threshold for collecting the offset information. If the load threshold is exceeded, the offset information is not collected.
Whether to collect the offset information
Start time for collecting the offset information
Obtains the QoS parameter from the Aggregate BSS QoS Profile (ABQP) of packet flow context (PFC) when the MS and the n
This parameter specifies whether to enable the VGCS/VBS check function. If the BSS works abnormally, the BTS may periodic
Format of the geographic coordinates. The values include "DEG" and "SEC".
Whether the assignment of channels in overlaid subcells is enabled for the VGCS service in the case of underlaid subcell cong
Whether direct preemption of the channels of other services is enabled for the VGCS service. If the value of this parameter is N
Global routing management switch. If this switch is turned on, the IP addresses in the controlled range cannot be in the same n
Delay of transmit diversity when GMSK is used. Generally, the parameter is applicable to general fading environments. In this c delay may have negative impacts on some codes of the EDGE service. Therefore, the delay of transmit diversity must be config
Whether the current cell supports GPRS
Whether the currently cell supports the GPRS
Hysteresis value of the cell in the same routing area. When the MS in the ready state reselects a cell, if the original cell and the EGPRS priority can typelead of the cell reselection to channel increase of signaling traffic, inefficient use of radio resources, decrease of MS data transmission rat If this parameter is set to the EDGE MSs cannot usethe thisvalue channel. cell. The difference of theGPRS, signal level must be greater than of the cell reselection hysteresis parameter. Otherwise, th If this parameter is set to EGPRSNORCH, the GPRS and EDGE MSs can use this channel at the same priority. If this parameter is set to EGPRSPRICH, the EDGE MSs have the priority to use this channel. If this parameter is set to EGPRSSPECH, only the EDGE MSs can use this channel. If this parameter is set to NONGPRS, this parameter becomes invalid.
Threshold of hierarchical cell structure (HCS) signal strength. The MS calculates the C31 according to the signal strength and i
Timer used when the MS calculates the C2 (used to evaluate the channel quality during cell reselection). The time information i
Used for the GPRS transmission quality statistics. When the transmission quality threshold is exceeded, the transmission qualit
This parameter is used to prevent repeated cell reselection of a fast moving MS. The MS does not select this cell when the dura
Synchronization clock adopted when two satellite cards are used together. GPS:Trace GPS only. GLONASS:Trace GLONASS
Period for reporting GPS data
Whether to allow hierarchical access and to reserve resources for high-priority MSs
Number of the VGCS call that the BTS originates in the timeslot in the TRX in fallback mode. This parameter is represented in d
Number of the VGCS call that the BTS originates in the timeslot in the TRX in fallback mode. This parameter is represented in d
Index of the BSC Node Redundancy Group. It identifies a BSC redundancy group. The BSC node redundancy is a function thro A interface are faulty, the other BSC in this group takes over the voice and data services. In this manner, the reliability and robu
Name of the BSC Node Redundancy Group
Maximum number of secondary links that are released in batches when the Abis resource preemption occurs on the Abis interf
Transport resource group number
Type of the transport resource group
Geographical coverage of a simple cell broadcast message. You can run "DSP GSMSCB" to query and obtain the information. This parameter, "Code", and "Update" uniquely specify a cell broadcast message.
Ratio of bandwidth occupied by the CS service in the GSM
Number of neighboring cells that meet the following conditions: If "MBR" is indicated in a system message, the MS reports the n parameter. Standard priority for GSM CS(Circuit Switched) high-priprity MSs. 15 is the highest priority. These neighboring cells must meet the following requirements: 1. The receive levels of the neighboring cells must be higher than "900 Reporting Threshold" or "1800 Reporting Threshold". 2. The BSIC of a neighboring cell must be valid. 3. The signals of the neighboring cells must be the strongest among all the neighboring cells at the same frequency band.
Whether to support the cell reselection from the GSM network to the TD network in the packet transmission mode
Packet type against the ICMP attack
When the BTS is accessed from the public network, the BTS security network IP address must be configured.
IP address of the BTS security gateway. This parameter needs to be configured when the BTS connects to the BSC6900 throu
Whether to support CS half rate data services
ATCB difference between the overlaid and underlaid subcells
Duration of the handover from half rate to full rate. If the cell load is less than the preset threshold, the calls that meet the condi
According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, th This parameter specifies the number P.
Path loss difference between the overlaid and underlaid subcells
According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, th This parameter specifies the number N.
Whether the tower-top amplifier is installed on antenna tributary 1.
Whether the tower-top amplifier is installed on antenna tributary 2.
Heartbeat interval when the SCTP server is idle
Number of the cabinet where the main board of the RXU chain or ring is located.
According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N me This parameter specifies the number P.
According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N me This parameter specifies the number N.
Threshold for interrupting the power supply to the TRXs. If the BTS works with the battery power supply, when the battery volta
Threshold for interrupting the power supply to the TMU. If the BTS works with the battery power supply, when the battery voltag Type of a high frequency type supported by the BSC6900, Frequencies on DCS1800: 512-885 Frequencies on PCS1900: 512-810
Full rate TCHs are assigned preferentially to the MSs with priority levels equal to or less than this threshold, except when the M
This parameter specifies whether the MS with priority level 1 directly releases the preempted call. When this parameter is set to
Whether to enable the priority-based channel assignment algorithm
Whether to enable load power-off against high temperature
Whether to consider history priority records during channel assignment. If this parameter is set to YES, the history priority records are considered. If this parameter is set to NO, the history priority reco
Maximum History Password Numbers.
Whether a channel thewith overlaid or underlaid subcell in the case of the intra-BSC incoming handover to the concent Whether to theassign cell supports theinMS the DTM multi-timeslot capability If this parameter is set to SysOpt, the measured BCCH of the target cell is included in the intra-BSC inter-cell handover request If this parameter is set to OSubcell, a channel in the overlaid subcell is assigned preferentially. If this parameter is set to USubcell, a channel in the underlaid subcell is assigned preferentially. If this parameter is set to NoPrefer, a channel is assigned simply according to channel assignment algorithms.
Whether to allow handover between different operators. If the BSC6900 supports RAN sharing, MSs in a cell of this operator ca
If the downlink received signal level of a neighbor cell is greater than "Min DL Level on Candidate Cell" plus "Min Access Level
If the uplink received signal level of a neighbor cell is greater than "Min UL Level on Candidate Cell" plus "Min Access Level Of
Type of indexing the target cell
Unique name of the target cell
Whether to use handover algorithm generation 1 or 2 currently
Handover direction forcast switch. When this parameter is set to YES, the BSC6900 can forecast the handover direction of the
This parameter indicates P in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the BSC
This parameter indicates N in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the BSC
Fast handover can be triggered only when the downlink level of the serving cell is less than this parameter.
According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the han This parameter specifies the number P.
According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the han This parameter specifies the number P.
The 3G better cell handover can be triggered only when the Ec/No of a neighboring 3G cell is greater than this threshold for a
According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered. This parameter specifies the number P.
Type of handover in terms of connection transfer between channels or between cells
Fast handover can be triggered only when the path loss difference between the serving cell and a neighbor cell on the chain is
If the cell is an enhanced concentric cell, this parameter with the current downlink received signal level and "UtoO HO Received If the cell is an ordinary concentric cell, this parameter with the current downlink received signal level, "RX_LEV Threshold", an
This parameter specifies whether a 2G cell or to a 3G cell is preferentially selected as the target cell for handover. When this parameter is set to Pre_3G_Cell, the BSC preferenti neighboring 3G cell as the handover target cell if the receive level of the neighboring 2G cell that ranks the first in the candida
An MS cannot be handed over from the underlaid subcell to the overlaid subcell in this duration after the MS is handed over fro
Index of the frequency hopping data, used for a TRX to locate the frequency hopping sequence
Logical number of the MA group
Implementation mode of frequency hopping
Whether to enable power boost before handover. When the receive level of an MS drops rapidly, a handover occurs. In this case, the BSC6900 cannot adjust the transmit power to the maximum before the BSC6900 sends a handover command to the MS. In addition, the transmit power of the BTS is not a
If the receive level of the neighboring 2G cell that ranks the first in the candidate cell list is equal to or smaller than this thresho
If this parameter is set to ON, the channel on a single frequency of an MA group is allocated to an MS with the non-FH attribute
Hoping sequence number (HSN) of a hopping antenna group. If the value of this parameter is 0, the services over a TRX are a a pseudo-random manner, that is a disciplinary random manner.
TRX index that a hopping antenna index corresponds to. A hopping antenna enables signals of multiple TRXs to switch betwee
Frequency hopping mode of the TRX. Frequency hopping assists in interference averaging and frequency diversity. If this parameter is set to RF_FH, the TX and RX parts of the TRX take part in the frequency hopping. In this case, the number frequency hopping. The baseband signals are switched for the frequency-hopping transmission. The RX part, however, takes p
To avoid ping-pong handover, the received signal of the original serving cell is decreased by "Quick handover punish value" in
Time for reserving the handover reference for one of the two BSCs that collect the offset information
The 3G better cell handover is triggered only when the RSCP of a neighboring 3G cell is greater than this threshold for a perio
Whether an HO REQ ACK message contains the information element Speech Version during an SDCCH handover. If a signali
According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the hand This parameter specifies the number N.
According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the hand This parameter specifies the number N.
According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered. This parameter specifies the number N.
Indicates the host type of the signalling point. When the BSC node redundancy feature is enabled, the primary BSC and the secondary BSC each must be configured with a "SLAVEHOST". When the BSC node redundancy feature is disabled, the host type of the signaling point of the BSC is set to "S
Host type of an IP BTS
Handover threshold during the handovers between cells on different layers or of different priorities. This value is used to suppre Inter-layer handover threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis"; Inter-layer handover threshold of a neighboring cell = "Inter-layer HO Threshold" + "Adjacent Cell Inter-layer HO Hysteresis" - 6
Fast handover can be triggered only when the uplink signal level of the serving cell is less than this parameter. Whether to enable the TRX to support antenna hopping In a GSM cell, the BCCH broadcasts the frequency, frame number, system information, and paging group. If an MS is in an unf To avoid such a problem, the antenna hopping function is involved. With this function, the messages transmitted in the main TR for dual-frequency BTSs. If this parameter is set to NONE, the BTS does not support antenna hopping. Whether to enable the TRX to support antenna hopping In a GSM cell, the BCCH broadcasts the frequency, frame number, system information, and paging group. If an MS is in an unf To avoid such as problem, the antenna hopping function is involved. With this function, the messages transmitted in the main T for dual-frequency BTSs.
The number of the optical port of the main board in the RXU chain or ring.
Maximum priority level of an MS that can use reserved channel resources. If the priority level of an MS is greater than this para
Whether to enable the configuration of power system parameters. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Load power-off voltage threshold. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter determines whether the BSC6900 supports new establishment causes of an MS in the initial access request. Th
Whether the downlink DTX function is enabled for half rate (HR) calls. This function is also restricted by the DTX switch in the M
Whether to enable the BSC to assign half or full rate channels to MSs according to the channel seizure ratio in the overlaid and
Whether the uplink DTX function is enabled for HR calls. For details, see GSM Rec. 05.08. Uplink DTX is not restricted by the M
Hopping sequence number (HSN), indicating 64 types of frequency hopping sequences. If this parameter is set to 0, the freque If this parameter is set to a value from 1 to 63, the frequency hopping is performed in a pseudo-random manner, that is a discip
Number of the slot where the main board of the RXU chain or ring is located. The slot No. is unique in the same BTS.
Whether dynamic use of HSNs is enabled. If the functions of frequency hopping and Flex MAIO are enabled in a cell and the va
Number of the subrack where the main board of the RXU chain or ring is located. The subrack No. is unique in the same BTS.
Bidirectional Forwarding Detection Hop Type.
If the ambient temperature is higher than "High Temperature Critical Point", the temperature control system controls the differen In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
If the outlet temperature is higher than "High Temperature Critical Point" and the difference between the outlet temperature and In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable battery power-off against high temperature.
Humidity alarm switch
Upper limit of humidity. When the humidity exceeds the upper limit, a humidity alarm is reported.
Lower limit of humidity. When the humidity is lower than the lower limit, a humidity alarm is reported.
When the ambient humidity of the APMU is greater than the value of this parameter, the BTS reports an overhigh ambient hum In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the ambient humidity is greater than the value of this parameter, the BTS reports an overhigh ambient humidity alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the ambient humidity of the APMU is less than the value of this parameter, the BTS reports an overlow ambient humidity In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the ambient humidity is less than the value of this parameter, the BTS reports an overlow ambient humidity alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Delay for which the BTS waits to switch on the air conditioner
This timer is started after a connection is established successfully. If a detection message is not received when this timer expire
Duration in IASU mode
Port number in IASU mode. For the BTS3002C, the port number cannot be set to "E1PORT3".
Type of the transmission board in IASU mode
This timer is started after a connection is established successfully. When this timer expires, a detection message will be sent to
Minimum C/I ratio that IBCA AMR FR services allow. An idle channel can be assigned to such a service only when the C/I ratio a value less than this threshold.
Minimum C/I ratio that IBCA AMR HR services allow. An idle channel can be assigned to such a service only when the C/I ratio a value less than this threshold.
Whether to enable the IBCA algorithm
Length of the timer for a new call to wait for the measurement report (MR) on the signaling channel when dynamic measuremen
Number of measurement reports sampled for averaging path loss. A single measurement report may not reflect the actual netw
When the IBCA algorithm is enabled, this parameter is used to calculate the actual soft blocking threshold of an existing call. Th
When the IBCA algorithm is enabled, this parameter is used to calculate the target CIR of an existing call. The formula is as foll
Difference between uplink and downlink path losses, which is used to estimate the downlink path loss of a call when the downli "IBCA Downlink Path Loss Offset" = combined loss of BTS + hierarchical dual-antenna gain of BTS (3 dB)
Whether to measure the IBCA neighbor cells of the serving cell dynamically. If the dynamic measurement is enabled, when a c operate. Thus, the call measures and reports only these frequencies to the BSC6900.
Length of the timer for a call to measure the path loss in the neighboring cell with strong interference of the target cell. The call parameter is set to 0, dynamic measurement of the BA2 list is not enabled in the emergency handover, and the parameter "Wa
Whether the IBCA flexible TSC function is enabled. When this parameter is set to NO, the flexible TSC function is disabled and
Whether the IBCA forced BTS synchronization is allowed. When this parameter is set to YES, the synchronization procedure is performed as required. Note that the synchronization status of the IBCA neighboring cells is determined by the internal software neighboring cells are considered to be out of synchronization. Minimum C/I ratio that IBCA FR/EFR services allow. An idle channel can be assigned to such a service only when the C/I ratio a value less than this threshold.
Length of the timer for a call to wait for other valid MRs after receiving the first valid MR of the target cell if dynamic measureme
Minimum C/I ratio that IBCA HR services allow. An idle channel can be assigned to such a service only when the C/I ratio of the value less than this threshold.
In the ICDM matrix algorithm, the signal strength (0-63) is divided into 10 levels. The signal strength that is smaller than or equa
Whether to enable the ICDM algorithm for the cell. The ICDM algorithm helps to improve the precision in estimating the path lo
Period of information exchange between the BSC boards. The information helps to estimate the C/I ratio for the IBCA algorithm
Adds a specified offset to the downlink target receive level when power control algorithm III is used to calculate the initial transm
Adds a specified offset to the uplink target receive level when power control algorithm III is used to calculate the initial transmit
Adds a specified offset to the downlink target receive quality when power control algorithm III is used to calculate the initial tran
Adds a specified offset to the uplink target receive quality when power control algorithm III is used to calculate the initial transm In an IUO cell (or a CoBCCH cell), the path loss of an MS to the serving cell or a neighboring cell measured on the underlay is Path loss difference due to different frequency selectivity. This value is calculated based on the IUO level values measured by
Determines the MAIO selection method for each timeslot. The Optimal MAIO policy selects the optimal MAIO being evaluated,
The IBCA interference evaluation process only considers the interference of the strongest N existing calls on the newly-establis
Indicates whether this neighboring cell is the IBCA neighboring cell of the serving cell. That is, when a cell is configured as the
Estimates the receive level of the unmeasured IBCA neighboring cells. When a consecutive "IBCA Non Measurement Ncell Sta used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est of No "IBCA RxLev Offset".
When the IBCA algorithm is enabled, this parameter is used to calculate the target CIR of a new call. The formula is as follows:
Length of the timer for a call to measure the path loss in the neighboring cell with strong interference of the target cell. The call parameter is set to 0, dynamic measurement of the BA2 list is not enabled in the normal handover, and the parameter "Wait Tim
Estimates the receive level of the unmeasured IBCA neighboring cells. When a consecutive "IBCA Non Measurement Ncell Sta used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est of No "IBCA RxLev Offset".
When the IBCA algorithm is enabled and the HSN is not 0, the IBCA priority and the SDCCH/PDCH priority are divided by this
Specifies a period during which the inter-BSC information exchange must be completed. The information is mainly used by IBC
When the path loss of an MS to a neighboring cell cannot be measured based on the existing measurement results, it is estima
Considers the influence of history path loss information during the calculation of the ICDM algorithm path loss. The smaller the
Estimates the receive level of the unmeasured IBCA neighboring cells. When a consecutive "IBCA Non Measurement Ncell Sta used to estimate the receive level of the unmeasured IBCA neighboring cells. The estimated value is "IBCA Pathloss Est of No "IBCA RxLev Offset".
Use this parameter when the path loss of an MS to serving cells cannot be measured based on the existing measurement resu
MSs that support SAIC can tolerate a lower carrier-to-interference ratio. This variable indicates the downward adjustment step o
Whether to deny the access of a call when none of the MAIO evaluation results meets the C/I ratio requirement of the call durin
Whether the handover of the calls on the single channels is allowed (single channels are the two half-rate sub-channels on a tim allowed; if this parameter is set to OFF, the handover of the calls on the single channels is not allowed. This parameter is valid
Whether a MAIO meets the access requirement. When the C/I ratio of a MAIO is higher than this threshold, the MAIO can be a
Whether to enable the IBCA algorithm for the overlay and underlay of an IUO cell
Whether a single IBCA MS can dynamically measure the neighboring cells. When this parameter is set to YES, the neighboring parameter is set to YES, it is recommended that "Direct Retry" be set to NO.
The lowest C/I ratio that can be tolerated by IBCA WAMR FR. The C/I ratio of an idle channel must be larger than this paramete This parameter is used to enable the Intelligent Combiner Bypass (ICB) function on the BCCH TRX of a cell. This parameter specifies whether to allow the cell to enable the ICB function. When this parameter is set to YES, the TCHs on
Whether to enable the intelligent control of the diesel engine. If this parameter is set to ENABLE, the PMU will control the diese
ICMP packet length. It is the total length of the ICMP packet containing the IP header.
DSCP corresponding to the interaction service with the THP level of PRIORITY1
DSCP corresponding to the interaction service with the THP level of PRIORITY2
DSCP corresponding to the interaction service with the THP level of PRIORITY3
Number of the scheduled task
Number of the scheduled task
Index
This parameter indicates the idle code of the A interface. It is used for the interconnection of the A interfaces.
IDLE code
When the number of idle SDCCH channels in a cell is smaller than this parameter, the system searches for available TCHs and
Index type
BTS index type
Type of an index
Index type
Type of an index
Subscribers can specify the cell according to the index or the name.
Index type of the BTS. BYNAME: query by BTS name; BYID: query by BTS index.
Index type. BYNAME: query by name; BYID: query by index.
Index of the semipermanent link
Support the index based on the TLLI and IMSI mode
Index type, supporting the index based on the cell and BSC mode.
Whether the handshake mechanism is enabled at the Cb interface. Currently, the BSC6900 and the CBC communications thro normal.
Number of the outgoing interface of a link
Whether to set the middle frequency offset to positive offset or minus offset
Indication offset in the middle frequency offset configuration
Whether to report the progress. "NO" indicates that the progress is not reported. "YES" indicates that the progress is reported.
Number of invalid measurement reports allowed when the BSC6900 filters the measurement reports. When the number of rece
Value of an IMEI
Timer for the BSC6900 waiting for a CC message after sending a CR message. If the timer expires, the seized SDCCH is relea
The channel activation and immediate assignment messages are sent at the same time to accelerate the signaling processing,
This parameter specifies whether to support the takeover of the packet immediate assignment by the BTS. It is relative to the u through the resources allocated by the BSC. When receiving the immediate assignment message, the MS can send the data b
Whether to allow immediate TCH assignment. If this parameter is set to YES, the BSC can assign a TCH immediately when the
Maximum time delay in resending an immediate assignment message. Within the period specified by this parameter, an immed
Maximum number of retransmissions of an immediate assignment message. When the value of this parameter is reached, the
Whether the BSC6900 sends immediate assignment retransmission parameters to the BTS
Whether to assign channels according to the access_delay value in channel request messages during immediate channel assig
When the access_delay value in the channel request message is smaller than this parameter, the overlay channels are assigne
Whether to adjust the offset time immediately after the BTS is reset
Timer carried by the Wait Indication information element when the BSC6900 sends an immediate assignment reject message t After the MS receives the immediate assignment reject message, the MS reattempts to access the network after the timer expir
Value of an IMSI
International mobile subscriber identity of the MS. IMSI containing the number 0 to 9.
Timer for the BSC6900 waiting for a handover complete message after sending a handover request acknowledgment message
Threshold for fine tuning the BTS clock. If the offset of the BTS clock is smaller than the threshold, no fine tuning is performed.
Fine tuning period in the BSC
Included angle formed by the major lobe azimuths of the antennas in two cells under one BTS. A major lobe azimuth is measur
Number of the in-port cabinet on a BTS
Whether to separate E1 from other optical fibers for the use of other devices. If this parameter is set to YES, other BTSs can co
The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handovers is m
The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handovers is m
Information exchange content to be supported
Infrared alarm switch
For an AMR call, if the currently occupied channel is a full rate channel and the Radio Quality Indication (RQI) is always higher
For an AMR call, if the currently occupied channel is a half rate channel and the Radio Quality Indication (RQI) is always lower
Power overload threshold for triggering incoming handover to the TRX under the prerequisite that the power amplifier of the TR
Initial coding mode used for full rate AMR calls. The four values 0, 1, 2, and 3 of this parameter respectively represent the lowe
Initial coding mode used for half rate AMR calls. The four values 0, 1, 2, and 3 of this parameter respectively represent the lowe
Initial coding mode used for broadband AMR calls. The three values 0, 1 and 2 of this parameter respectively represent the low
Specifies the timeslot mask in BSC6900
Whether to assign channel requests in the overlay subcell to the underlay subcell according to "UL Subcell Lower Load Thresh
Whether to allow underlay-to-overlay edge handovers
Index of the cell in the BSC
Name of the cell in the BSC
Whether to allow underlay-to-overlay load handovers
Overlay-to-underlay load handovers are performed by levels. This parameter indicates the duration of each level.
Level step during overlay-to-underlay hierarchical load handovers
In an enhanced dual-band network, if the load of the overlay subcell is higher than this parameter, the system cannot initiate an
Incoming BSC6900 port number
Number of a BTS port
In-port number of a DXX
Mode of inputting the latitude and longitude of a cell location
Whether to allow inter-BSC SDCCH handovers
Incoming BSC6900 slot number
Number of the in-port slot on a BTS
Incoming BSC6900 subrack number
Number of the in-port subrack on a BTS
Time interval for sending a simple cell broadcast message
Hysteresis value during the handovers between cells on different layers or of different priorities. This value is used to suppress
Type of an interference band statistics algorithm used when the frequency scanning function is enabled. The interference band
Reduces ping-pong handovers between cells on a same layer. This parameter is invalid when cells are on different layers.
Specifies an interval between two consecutive interference handovers
The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the con
The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the con
Whether to allow the interference handover algorithm. Interference handovers are triggered when the receive level is higher tha
Whether to consider interference priorities during channel assignment Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t Threshold used for interference measurement. The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on ea these levels are called interference band thresholds. The BTS determines the current interference level based on these thresho indication message to determine whether to perform a handover. The interference band statistics result provides reference for t
Value of the timer for synchronization between BSCs. If a BSC fails to synchronize with the control BSC before the timer expire
Period during which interference levels are averaged. The interference levels on idle channels are averaged before the BTS se 08.08, 08.58, and 12.21.
This parameter specifies whether the reselection from 2G cells to 3G cells is allowed.
Threshold for setting the flag of accepting inter-RAT CS service handover of a 2G cell
This parameter specifies whether the handover from 3G cells to 2G cells is allowed.
Whether to reserve resources for the incoming BSC handover on the Iur-g interface
Width of load band [EcNo] during the inter-RAT hierarchical load-based handover
Initial EcNo value of the inter-RAT load-based handover band
Step of changing the EcNo value during the inter-RAT hierarchical load-based handover
Width of load band [RSCP] during the inter-RAT hierarchical load-based handover
Initial RSCP value of the inter-RAT load-based handover band
Step of changing the RSCP value during the inter-RAT hierarchical load-based handover
This parameter specifies whether the handover from 2G cells to 3G cells is allowed. When this parameter is set to Service-based, the inter-RAT handover is triggered on the basis of the service distribution. In this basis of the load balance. In this case, the target cell is selected according to the traffic load on the target cell and the load dif the service-based algorithm or the load-based algorithm according to the traffic load on the cell. When this parameter is set to OFF, no inter-RAT service handover or inter-RAT load handover
Time span before the command is executed. The logs generated within the time span are to be exported.
Interval for sending packets to test Ethernet OAM loop
Frequency index of the interference measurement in type 3 of an extension measurement report
Lower threshold of the overlay level during underlay-to-overlay handovers. When the receive level of an MS is higher than this
The timer is used to set the time when the BSC6900 waits for an Internal Handover Command message after a Internal Hando
Timer started after the BSC6900 delivers a handover command in an intra-BSC inter-cell handover. If the BSC6900 receives a
Whether to allow AMR handovers. This parameter has no impact on dynamic non-AMR F-H handovers.
This parameter specifies whether the intra-cell handover is enabled. Note: A forced intra-cell handover is not subject to this par
Timer started after the BSC6900 delivers a handover command in an intra-BSC intra-cell handover. If the BSC6900 receives a
Whether it is an RNC under the same MBIC in GU mode
Minimum Ec/No value of a 3G cell during the load-based GSM-to-UMTS handover
When the load of a cell is greater than or equal to Load HO Threshold, all the calls in the serving cell send handover requests s control the number of calls to be handed over at each level. This parameter specifies the duration for performing the load-based
Minimum RSCP value of a 3G cell during the load-based GSM-to-UMTS handover
Incoming BSC6900 start timeslot number
Number of a DXX In-timeslot
Interval for executing the scheduled subtask. If the time mode is set to "DAILY_C", "WEEKLY_C", or "MONTHLY_C", you shou
Automatic switchover interval. This parameter needs to be set only when "OMU automatic switchover switch" is set to "ON". Th
Whether a measurement report can contain the information about a cell with an invalid BSIC. The cell with an invalid BSIC is an
IP address
IP address of the server
IP address of the local NSVL
IP address of the remote NSVL
IP address of a BTS port. It cannot be the same as any IP address configured in the BSC6900.
IP address of the FTP server. When the FTPServer.exe file is downloaded through the FTP Tool button on the LMT, the addres
The local IP address must be the configured IP address (including the IP address and port address of the interface board).
IP address of the board
Local IP address of the Ethernet port
Source IP address of the packet for preventing the ICMP attack
IP address of the next hop
Local IP address of the aggregation group
IP address of the router
First IP address of the SGSN
It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address.
Second IP address of the SGSN
It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address.
Third IP address of the SGSN
Fourth IP address of the SGSN
When the number of error frames on the IP layer reaches the value of this parameter, the frame error alarm is generated.
When the number of error frames on the IP layer decreases to the value of this parameter, the frame error alarm is cleared.
Whether to compress the packet headers
Whether to compress the IP header of a MP group
IP address index of the Ethernet port
IP address index of the aggregation group
IP packet multiplex index
Type of the physical IP transmission medium
Type of IP physical transmission cable medium, E1 or FE/GE.
Whether to enable the heater. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the BSC is a reference BSC
Whether the cell is a chain neighboring cell. The parameter is used in the quick handover algorithm. Quick handover aims to inc urban backbone road, a selected route, or a high-speed railroad. The target cell must be a chain neighboring cell.
Whether to support clock server redundancy configuration
Whether to support clock server redundancy configuration
Whether to enable the BTS to support ring networking. IP BTS does not support this parameter.
If this parameter is set to "YES", the check threshold for a specific board is used. In this case, the following paramters are invol
A service support attribute of a cell, that is, whether an external GSM cell supports EDGE
Whether to indicate the first class transport resource group
A service support attribute of a cell, that is, whether an external GSM cell supports GPRS
Whether to enable the TRX to carry the main BCCH in the cell
Whether a BSC in the TC pool is the primary BSC
Whether this location group is the main location group. If the value is Yes, this location group is the main location group. If the v
A service support attribute of a cell, that is, whether an external GSM cell supports NC2
Configuration mode of the IP subnetwork. Static configuration: fixed local NSVL and remote NSVL parameters through manual
Whether it is QOSPATH
Whether the Um interface software synchronization between BSCs is supported
Whether multiple DEMUs are configured
ISSUPERBTS
Whether to enable the BTS to support local switching If the BTS supports local switching, when the calling and called MSs are both within the BTS or BTS group, the voice signals ar are released and saved.
Whether to support the TC pool function. The TC Pool feature is implemented by connecting the maim processing subracks (M the shared TC resources form a TC Pool. The TC Pool feature is applicable to only the BSC6900s whose "Service mode " is se Whether it is a TC board.If the board is for the TC subrack, set the parameter to YES. If the board is not for the TC subrack, set the parameter to NO.
Whether the subrack is a remote main TC subrack
Whether to control the temperature difference between the air inlet and air outlet and that between the air outlet and ambient by In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to configure the transmission cabinet. The BTS uses this parameter to calculate the number of TRXs to be shut down.
Number of a row to be changed in a BA list
Reserved parameter for cells. There are 30 parameters of this type, which can be used as new parameters in later versions.
Used for parameter control
Value of a reserved parameter for cells
Type of the adjacent node
Type of the interface. This is determined by the type of the protocol currently used by the BTS. Point-to-Point Protocol (PPP) is
Concentric cell attributes of TRX. If the cell where a TRX is located is configured as a concentric cell, set this parameter to OVE
Conversion policy of the dynamic channel of the concentric cell
The triggering of concentric circle handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the
Whether a cell is a normal cell, concentric cell, or enhanced dual band network cell. In a concentric the coverage of different TRXsthe form circles of different radiuses. The triggering ofcell, concentric circle areas handovers must meet P/Nconcentric criteria, that is, when P out of N measurement reports meet the Owing to different coverage areas of the overlaid and underlaid parts, the two parts can be logically regarded as two cells. With part cannot cover. The underlaid part covers the overlaid part, and thus the underlaid part can also share some traffic. An enhanced dual band network is amelioration to the existing dual band network. In such a network, two cells physically with a the algorithm of enhanced dual band network.
Switch for the J0 tracing mark mismatching alarm
Byte display format of J0
Expected receiving value of J0. J0 byte, also called the trace byte of the regenerator section on the optical port (RTIM), is one o
Sending value of J0. J0 byte, also called the trace byte of the regenerator section on the optical port (RTIM), is one of the optic
J0 type
Switch for the J1 tracing mark mismatching alarm
Byte display format of J1
Expected receiving value of J1. J1 byte, also called the trace byte of the high-order path on the optical port, is one of the optica
Sending value of J1. J1 byte, also called the trace byte of the high-order path on the optical port, is one of the optical port interc
J1 type
Switch for the J2 tracing mark mismatching alarm
Byte display format of J2
Byte length of J2
Expected receiving value of J2
Sending value of J2
A zero or a space used to fill in the J byte of the optical port based on the J byte of the peer equipment. If the J bytes are incon
Whether to enable the LAPD Jitter Buffer algorithm. This algorithm adds a buffering adaptation layer under the LAPD layer at th In this way, the frame disorder is avoided.
Default receive delay of the PS Jitter Buffer on the BTS. A greater value of this parameter indicates a longer end-to-end delay f
Whether the LAPD Jitter Buffer is enabled on the BSC side
Determines whether the last three bits of K2 indicates the single end and the dual end
K offset used in K sequencing. To reduce ping-pong handovers, the system performs K sorting based on the downlink receive l
Duration of the PPP/MP link keep-alive timer
Location area code (LAC). MSs can freely move in the local location area with no need of location update. Reasonable local all Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.
Location area code (LAC). The MS can move within the local location area without location update. The reasonable classificatio
Aggregation mode. When this parameter is set to static aggregation, the LACP protocol is activated; otherwise, the LACP proto
Decimal value when the latitude where a cell is located is indicated in the format of degree
Decimal value when the longitude where a cell is located is indicated in the format of degree
Integer value when the latitude where a cell is located is indicated in the format of degree
Value of the minute part when the latitude is indicated in the format of degree_minute_second
Decimal value of the second part when the latitude is indicated in the format of degree_minute_second
Integer value of the second part when the latitude is indicated in the format of degree_minute_second
Longitude of the GPS receiver antenna
Longitude of the GPS receiver antenna
Delay statistics period. This parameter indicates the period to collect the statistics information about the link transmission delay
Number of delay adjustment suspension periods. This parameter specifies the delay statistics periods in which the bandwidth is adjustment at the logical port.
Bandwidth reduction delay threshold. This parameter is used to trigger the function of bandwidth reduction at the logical port wh
Average delay reduction filtering index
Average delay increase filtering index
Layer where a cell is located. The network designed by Huawei has four layers: Umbrella (layer 4), Macro (layer 3), Micro (laye
A network basically consists of four layers, namely, Umbrella, Macro, Micro, and Pico. Cell priorities influence the sorting of neig priority level. If you assign different layers and priorities to a 1800-M cell and a 900-M cell, PBGT handovers from the 1800-M c
When the load of the serving cell reaches the threshold, the inter-layer handover algorithm takes effect. Through configuration
Timer of increasing the Lb flow control level when the BSC receives an SMLC congestion indication. If the BSC receives anothe
Timer of decreasing the Lb flow control level. If no SMLC congestion indication is received within the valid period of the timer, th
Fourth action taken for load control
First action taken for load control
Second action taken for load control
The local entity number uniquely identifies a local entity.
Level of the log
Log level to be collected.
Alarm mask switch
Class of the maintenance domain
Whether to support the reporting of the main diversity level
Logical function type of the board OAM:Operation And Maintenance Process Whether to allow inter-layer andprocess inter-level handovers. The inter-layer and inter-level handover algorithm is achieved through th TDM_Switching:TDM switching GCP:All the GCP subsystems are configured as cells CPUS act as the control processing subsystems GSMto BSC Hysteresis value during the handovers between ontodifferent layers or ofplane different priorities. This value for is used suppress RGCP:Subsystem 0 of RGCP is configured as the MPU subsystem to act as the resource management subsystem. The other Inter-layer handover threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis"; MCP: Mathematics Process, which includes Interference Channel Allocation Inter-layer handoverComputing threshold of a neighboring cell = "Inter-layer HO Based threshold" + "Adjacent Cell(IBCA) Inter-layer HO Hysteresis" - 64 GTC:GSM BSC TC Process GPCU:GSM BSC PCU Process IP:GOUc/IP IP over GE Optical interface,GOUa/IP IP over GE Optical interface,PEUa/IP IP over E1/T1/J1 interface,FG2c/IP IP The triggeringFrame of inter-layer handovers must meet the P/N criteria, that is, when the condition for inter-layer handovers is met fo FR:PEUa/FR Relay over E1/T1/J1 interface HDLC:PEUa/HDLC Packet over E1/T1/J1 interface TDM:POUc/TDM channelized Optical STM-1/OC-3 interface GbIP:FG2a/GbIP GSM BSChandovers Gb IP interface The triggering of inter-layer must meet the P/N criteria, that is, when the condition for inter-layer handovers is met fo Abis_TDM:EIUa/Abis_TDM E1/T1 circuit Interface for Abis,OIUa/Abis_TDM channelized Optical STM-1 Interface for Abis Ater_TDM:EIUa/Ater_TDM E1/T1 circuit Interface for Ater,OIUa/Ater_TDM channelized Optical STM-1 Interface for Ater Pb_T A_TDM:EIUa/A_TDM E1/T1 circuit Interface for A OIUa/A_TDM channelized Optical STM-1 Interface for A SAU:Service Aware Uint
Logical function type of the board
Logical function type
Application type of the POUc_TDM board
The Logical Index of PB signaling link
Lower humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too low. If the In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding paramete
The occur threshold of 20258 alarm,you can set it from 90% to 99%
The recover threshold of 20258 alarm,you can set it from 90% to 99%
Key field used to identify one LAPD link
Type of the parameters to be displayed when a cell template is queried. The value "DIFFERENCE" indicates that the paramete
Rate type of the designated link
Lower limit for triggering an alarm
Lower limit of an alarm. It is valid for the analog port.
The loopback channel number when the port loopback mode is set to single channel local loopback
Upper threshold of the low noise amplifier. When the working voltage of the low noise amplifier attenuator in the RXU board is s
Lower threshold of the low noise amplifier. When the working voltage of the low noise amplifier attenuator in the RXU board is g
Optical interface tributary numbering method. This parameter indicates the sequence of tributaries in an SDH frame.
Rate of the semipermanent link
Initial bearing tag of the M3UA link. This parameter can be set to either active mode or standby mode. For details about the rele
Link load sharing. In the value, the number of 1s (represented by n) determines the maximum number (2^n) of links for the load for the load sharing. The AND operation between this value and " signaling route mask " in the N7DPC is equal to 0.
Signaling link mask corresponding to the M3UA link set. It is used for the M3UA link load sharing. It is valid only when the work indicates that up to one link is used for the load sharing, B0001 and B1000 indicate that up to two links are used for the load sh
If the load of a cell is lower than the value of this parameter, the cell can admit the users handed over from other cells with high
Type of load balancing algorithm of the MSC Pool. Generally, the BSC6900 chooses an MSC according to the obtained networ
Intervals that the BSC broadcasts a cell's traffic load to its neighbor cells. The uplink load and downlink load indicate the traffic number of downlink TBFs carried on all PDCHs in a cell / total number of PDCHs in a cell x ("PDCH Downlink Multiplex Thresho
Load current shunt coefficient
This parameter specifies whether to use the load handover or the enhanced load handover.
This parameter specifies whether a traffic load-sharing handover is enabled. The load handover helps to reduce cell congestion primary measure to adjust abnormal traffic burst in partial areas. If load handovers occur frequently in a partial area, the cell an
Indicates that if a 2G neighboring cell supports load handovers, the BSC adds the load information of the local cells in the signa
Indicates that if a 3G neighboring cell supports load handovers, the BSC adds the load information of the local cells in the signa
If the path loss in the serving cell minus that in a handover candidate cell is not smaller than the parameter value, the handover handed over to a neighboring cell through the PBGT handover can be handed over now. The value "0" indicates that the enhan
After a load handover succeeds, the BSC punishes the former serving cell during "Penalty Time on Load HO" by subtracting "P
After a load handover succeeds, the BSC punishes the former serving cell during "Penalty Time on Load HO" by subtracting "P
When the load of a cell reaches or exceeds "Load HO Threshold", all the calls that are using this cell as the serving cell genera problem, the BSC uses the hierarchical load handover algorithm to control the number of users included in each level of hando This parameter indicates the duration of each handover level. In hierarchical load handovers, starting from "Edge HO DL RX_LEV Threshold", a "Load HO Step Level" is added to the upper RX_LEV Threshold" + "Load HO Bandwidth" are switched to other cells.
This parameter specifies the ratio of the MSs that simultaneously perform a load handover. You can enlarge the ratio to accele a reasonable value.
In the handover algorithm of the first generation, load handovers can be performed only when the receive level of the current se In the handover algorithm of the second generation, load handovers can be performed only when the level difference between
Whether to enable load power-off. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to allow the cell load reselection. If this parameter is set to PERMIT and "NC2 Load Reselection Switch" is set to Supp
Threshold for allowing the MS to reselect a cell during load reelection. When the receive level of the serving cell is lower than th
When the uplink load or downlink load of the target cell is lower than this threshold, it can accept the MSs from the serving cell
When the uplink load or downlink load of the cell exceeds this threshold, the load reselection decision is made.
If this parameter is set to YES, the channel assignment algorithm II randomly selects the start range for channel traversal; othe
This parameter specifies whether the dynamic PDCHs that have been converted into the PDCHs are considered during the cal
TRM load threshold switch
Local BSC identity. It identifies a BSC.
Local IP address of PPP link. The IP address of the PPP link on the BSC side.
Local IP address of the MP group
Local IP address of BTS PPP Link.
Local IP address of BTS MLPPP Group.
Identifies a local NSVL
Identifies the local port of the router. The setting of this parameter must be consistent with the setting at the SGSN side.
Number of the location group under the BTS. It is unique for each BTS. The value of this parameter can include one or two conditions. "&" is used to concatenate the conditions, and the records are obtained when the two conditions are matched. Conditions writtengroup in the format of "name : value". Number of aare location "name" is the key of location information, "value" is the value of location information. Both "name" and "value" are case sensitive. For example: 1. If you need to obtain all the alarms regarding the subrack 0, set lockeyinfo to "Subrack No : 0". For example: 2. If you need to obtain all the alarms regarding the slot 8 in subrack 0, set lockeyinfo to "Subrack No : 0&Slot No
Identifies the first local IP address that communicates with the peer end. When it is set to 0, it is invalid. This IP address must b
Identifies the second local IP address that communicates with the peer end. When it is set to 0, it is invalid. This IP address mu
Whether to lock all the non-default local accounts
Local SCTP port number
Board start load control
Mode of software loading
CPU usage threshold for log flow control. When the average CPU usage of sliding windows reaches or exceeds the threshold,
Packet queue usage threshold for log flow control. When the average packet queue usage of sliding windows reaches or excee
Whether the SCTP is bound to a logical port. For details, see "ADD IPLOGICPORT".
Logical port No. bound by the SCTP. For details, see the parameter "Logic port No." of the "ADD IPLOGICPORT".
Logical port slot No. bound by the SCTP. For details, see the parameter "Slot No." of the "ADD IPLOGICPORT".
CPU usage threshold for recovery from log flow control. When the average CPU usage of sliding windows is lower than the thre
Packet queue usage threshold for recovery from log flow control. When the average packet queue usage of smooth windows is
Whether to control the log flow
The log type to be collected.
Type of the log. "COMLOG" indicates a common log. "CMPLOG" indicates a compressed log.
Decimal value when the longitude where a cell is located is indicated in the format of degree
Value of the degree part when the latitude is indicated in the format of degree_minute_second
Integer value when the longitude where a cell is located is indicated in the format of degree
Value of the minute part when the longitude is indicated in the format of degree_minute_second
Decimal value of the second part when the longitude is indicated in the format of degree_minute_second
Integer value of the second part when the longitude is indicated in the format of degree_minute_second
Latitude of the GP receiver antenna
Latitude of the GPS receiver antenna
Loop level
Loop type 1. Local loop:Make loop test on the local board at system side, while the system platform will send test frames. 2. Remote loop:The remote-loop will be made by the device on the other side of the local board. In this case, the local board do
Loopback point. There are 14 loopback points. Whether a loopback point is available depends on the subrack configuration mo NSS Interface Unit: indicates the A interface board in various configuration modes, such as BM/TC separated, BM/TC combine Loop TC(Near Detect Switch NSS Abis Interface): indicates the TX/RX point on the DSP in the TC subrack on the Abis interface side. The loopback NSS TC(Near A Interface): indicates the TX/RX point on the DSP in the TC subrack on the A interface side. The loopback poin NSS TNU(Near Abis Interface): indicates the data switching point on the TNUa board in the TC subrack on the Abis interface. T NSS TNU(Near Interface): Loopback type ofA LAPD link indicates the data switching point on the TNUa board in the TC subrack on the A interface side. Th NSS Ater Interface Unit: indicates the Ater interface board in the TC subrack. It is available only in BM/TC separated configurat BSS Ater Interface Unit: indicates the Ater interface board in the BM subrack. It is available only in BM/TC separated configurat BSS TC(Near Abis Interface): indicates the TX/RX point on the DSP in the BM subrack on the Abis interface side. In BM/TC co When the load of anor SDCCH theTDM TRXtransmission that is in loose frequency and is in the compatible band of the BCCH is lower th transmission mode, in Abison over and Ater overreuse IP transmission mode. BSS TC(Near A Interface): indicates the TX/RX point on the DSP in the BM subrack on the A interface side. In BM/TC combine mode, or in Abis over TDM and Ater over IP transmission mode. BSS TNU(Near Abis Interface): indicates the data switching point on the TNUa board in the BM subrack on the Abis interface s Direction of an external voice loop BSS TNU(Near A Interface): indicates the data switching point on the TNUa board in the BM subrack on the A interface side. In BSS Interface Unit: indicates the Abis interface board in various configuration modes, such as BM/TC separated, BM/TC comb TMU/PTU: indicates the TMU or PTU board on the BTS. TRU DSP: indicates the DSP in the TRU of the BTS.
Loopback type
Loopback type
Time of an external voice loop
Number of suspension periods after the bandwidth adjustment is performed based on the packet drop ratio. This parameter spe parameter can be used to control the rate of the bandwidth adjustment at the logical port.
Whether to permit the preemption of lower-level sublink resources. If the value of this parameter is YES, a CS domain service c
The CS services are preferred. This parameter indicates that the CS services are permitted to preempt the dynamic Abis resou
Whether to permit the low noise amplifier (LNA) bypass
Whether to assign overlay channels in an IUO cell based on the receive level conditions
Whether to power off the TRX in the case of overlow temperature of the BTS cabinet. If this parameter is set to "Yes", the BTS powers off the TRX and reports a "Load Power Off Alarm" to protect the TRX in the ca
Whether to power off the TRX of a BTS when the temperature of the BTS cabinet is too low. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Loopback mode
Number of the IP logical port that carries the IP path
Logical port number
Logical port number
Number of the IP logical port that carries the IP path
Type of logical port It is applicable to the radio transmission environment to improve the link quality. Link adaptation (LA) indicates adjusting the cod Downlink Ack/Nack message sent by the MS. The network side determines the coding mode for data transmission according to retransmit the data block with different punching codes and the MS store the historical error information. The data block is retra cell with the dissatisfied transmission quality on the air interface is set to the LR mode.
Whether to enable power shutdown upon low voltage of the battery. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Load power-off voltage threshold. If "Load Shutdown Flag" is set to "Enable" and the load voltage is lower than the value of thi In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Third action taken for load control
Whether to include the list command
Query results can be displayed vertically or horizontally
Format of the result list
Loading type
Type of the log
Type of the log
Temperature control threshold for low temperature. When the ambient temperature is less than "Low Temperature Critical Poin In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Lower temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is too low In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding paramete
Lower voice quality threshold associated with the automatic adjustment of the AMR handover uplink threshold;The value of this
Target voice quality value associated with the automatic adjustment of the uplink threshold of AMR handover
Upper voice quality threshold associated with the automatic adjustment of the AMR handover uplink threshold
Factor of uplink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the logarithmi
Number of DSPs, each of which carries 252 LVDS links on the DPUd or DPUb board. If this parameter is set to 0, every DSP c
The level 1 Voltage Standing Wave Ratio (VSWR) threshold. When the VSWR is higher than this parameter, the TRX will repor
The level 2 Voltage Standing Wave Ratio (VSWR) threshold. When the VSWR is higher than this parameter, the TRX will repor Whether "Shutdown Voltage" is valid. In multi-mode base station scenario, the value of this parameter in different modes must be the same for the same multi-mode
Number of the M3UA service listening port
MAC address of the VLAN
When the number of error frames on the MAC layer reaches the value of this parameter, the frame error alarm is generated.
When the number of error frames on the MAC layer decreases to the value of this parameter, the frame error alarm is cleared.
Coding mode in which an ARFCN is sent to an MS during an assignment or handover. If the parameter is set to CA_MA, an AR information contained in an assignment or handover command. If this parameter is set to OPTIMIZED_CA_MA, the assignmen band. Identifies a maintenance group. Maintenance group: maintenance alliance (MA), which is a component of the maintenance domain (MD). Maintenance domain or more maintenance group.
When this parameter is set to YES, the BSC6900 is allowed to reduce the transmit power of the non-BCCH timeslots on the BC
This parameter specifies whether to enable the Enhanced BCCH Power Consumption Optimization feature. Generally, the BCC TRX.
This parameter specifies the end time of the period during which the power of the non-BCCH timeslots on the BCCH TRX is de
This parameter specifies the range of power derating over the non-BCCH timeslots on the BCCH TRX.
This parameter specifies the start time of the period during which the power of the non-BCCH timeslots on the BCCH TRX is de
Bar code 1 of the interface board of the BTS. This parameter is the electronic serial number of the active PTU board. An electro
Bar code 1 of the BTS interface board
Number of main location group. Each cell contains only one main location group.
Number of the port to which the active OML of the BTS is connected
Main version No. of the TMU board software. It is configured according to the actual situation.
Mobile allocation index offset 1. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 10. Start frequency number, which is the number of the frequency where frequency hopping start
Mobile allocation index offset 11. Start frequency number, which is the number of the frequency where frequency hopping start
Mobile allocation index offset 12. Start frequency number, which is the number of the frequency where frequency hopping start
Mobile allocation index offset 2. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 3. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 4. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 5. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 6. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 7. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 8. Start frequency number, which is the number of the frequency where frequency hopping starts
Mobile allocation index offset 9. Start frequency number, which is the number of the frequency where frequency hopping starts
Critical alarm threshold against excessive TMA feed current of feed tributary 0. When the actual current is greater than the spec
Critical alarm threshold against excessive TMA feed current of feed tributary 1. When the actual current is greater than the spec
Critical alarm threshold against excessive TMA feed current of feed tributary 2. When the actual current is greater than the spec
Critical alarm threshold against excessive TMA feed current of feed tributary 3. When the actual current is greater than the spec
Critical alarm threshold against excessive TMA feed current of feed tributary 4. When the actual current is greater than the spec
Critical alarm threshold against excessive TMA feed current of feed tributary 5. When the actual current is greater than the spec
Name of the MA
Name of the maintenance association.
Subnet mask corresponding to the local IP address of the PPP link
Subnet mask of the MP group in BSC.
Subnet mask of the board
Mask of the source IP network segment of the packet against the ICMP attack
Subnet mask
Subnet mask of the CBC
IP subnet mask of a BTS port
Subnet mask of BTS PPP link.
Subnet mask of BTS MLPPP Group.
IP address of the main clock server. It must be a legal A/B/C type address but not a broadcast address or network address.
It must be the valid address of the A, B, or C type and cannot be the broadcast address or network address.
Step of upward power adjustment according to the quality of the received signals
If the number of the association retransmissions exceeds this value, the parameter is deleted automatically. The value must be
Maximum bandwidth for dynamic adjustment at the logical port Number of consecutive intra-cell handovers allowed in a cell. When the interval between two intra-cell handovers is lower than cell for a certain period of time.
Maximum number of attempts to resend the downlink assignment messages
Number of attempts to re-establish the downlink TBF
This parameter specifies the largest step of each TRX power reduction.
Maximum number of TRXs that can be configured for one cell. For the BTS3900B GSM, when the "Frequency and BSIC Plan S Number" (one or two, one by default) can be selected.
Maximum number of TRXs that can be configured for one cell. For the BTS3900B GSM, when the "Frequency and BSIC Plan S Number" (one or two, one by default) can be selected.
Maximum multiplexing frame length.
Maximum number of BTSs that are allowed to concurrently download software under a BSC
The value of this parameter cannot be less than the maximum PPPMUX sub-frame length (MUXMAXSFL). This parameter can The following condition must be met: wMuxMaxSfL <= ( wMuxMfl-8 )/2.
Maximum length of the PPP multiplexing frame
Maximum number of retries when the user logs in
Maximum capacity for storing the alarm log
Maximum output power of the diesel
If the number of the path retransmissions exceeds this value, the parameter is deleted automatically. The value must be smalle
Retransmission times of Pb link check (LapdCheck) messages. When a BSC sends a Pb link check message to an external PC
Maximum number of PDCHs that can be assigned in the TRX
Maximum value of the PDCH ratio in a cell. The number of available TCHs and PDCHs in a cell is set to a fixed value. The PDC
Maximum number of attempts to resend the polling messages
Expire Prompt Dates.
Maximum current coefficient when the battery is charged. When the battery is charged, the maximum current can be 0.01 to 0.9 charge current for the battery cabinet is 30 A.
Maximum current coefficient when the battery is charged. When the battery is charged, the maximum current can be 0.05 to 0.2 Maximum timesfor forthe a Physical Information to be transmitted. When the retransmission times exceeds this parameter a charge current battery cabinet is 30message A. assigned channel and stops timer T3105 after receiving this message. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete In a non-synchronized handover, an MS keeps sending Handover Access Burst messages (usually, the value of timer T3124 is MSG_ABIS_HO_DETECT message to the BSC. The BTS includes the information of different physical layers in the Physical Information message, thus ensuring correct traffic t For details, see protocols 08.58 and 04.08.
Maximum retransmission for radio priority 1. The 2bit Radio Priority message carried by the MS in the Packet Channel Request
Maximum retransmission for radio priority 2. The 2bit Radio Priority message carried by the MS in the Packet Channel Request
Maximum retransmission for radio priority 3. The 2bit Radio Priority message carried by the MS in the Packet Channel Request
Maximum retransmission for radio priority 4. The 2bit Radio Priority message carried by the MS in the Packet Channel Request
Maximum PPPMUX sub-frame length. If the PPP frame length is larger than this value, the PPPMUX multiplexing is performed following condition must be met: wMuxMaxSfL <= ( wMuxMfl-8 )/2
Maximum length of the PPP multiplexing frame
Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is downward power adjustment when the quality of the received signals falls into quality zone 0.
Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is downward power adjustment when the quality of the received signals falls into quality zone 1.
Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is downward power adjustment when the quality of the received signals falls into quality zone 2.
This parameter specifies the actual coverage area of a cell. After receiving the channel request message or handover access m that of "Cell Extension Type" in the "ADD GCELL" command.
Number of measurement reports (MRs) used for averaging the time advance before the call drops
Whether to initiate a forcible call drop when the time advance exceeds "MAX TA Drop Call Threshold"
Whether the time advance after filtering exceeds the threshold. If the threshold is exceeded, a forcible call drop is initiated.
Maximum positioning time.
Maximum number of (16 kbit/s) Abis timeslots that the PDCHs can use in the TRX
Maximum TTL value of the sent TRACERT packet
Step of upward power adjustment according to the quality of the received signals
Maximum Valid Dates.
Detection index. The index is a unique value ranging from 0 to 31 if it is not specified.
Local IP address for multi-hop BFD
Used for requesting the MS to report the measurement information of neighboring cells in multiple frequency bands. This param
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
Number of the BTS. The BTS is numbered uniquely in a BSC.
Name of the BTS. The BTS is named uniquely in a BSC.
Mobile country code. This parameter identifies the country where a mobile subscriber is located, for example, the Chinese MCC
Local mobile country code (MCC). It is used to identify the country that the mobile subscriber belongs to. For example, the MCC
Number of MC priorities. This parameter is valid when the MP group type is MC.
Number of MC prioritie levels.
Number of the cell. The cell is numbered uniquely in a BSC.
Name of cell 2
Cabinet No. of the management board. The management board refers to the TMU or RXU that directly communicates with the
If the MCPA Optimization Switch is turned on, the MCPA priority update mode is adjusted.
Standard for the GSM multi-carrier BTS
Identifies a maintenance domain
Level of the maintenance domain.The priority of the maintenance domain ranks from 0 to 7 from low to high.
name of the MD
Name of the maintenance domain.
Whether to allow the MS to the send the PS measurement report to the network side
Common measurement period
Type of the measurement report (MR) reported by the MS Identifies a maintenance point in the maintenance alliance A maintenance point is an edge node of the MA.
Identifies a maintenance end point (MEP) of a maintenance association.
The type of the maintenance point added to the maintenance group. LocalMep indicates a local maintenance point and Remote
MP/MC sequence header option
Frame encapsulation format supported by MP/MC.
Minimum receive level for a neighbor cell to become a candidate cell during cell reselection. When the receive level of the servi bad normal cell reselection level.
Minimum bandwidth for dynamic adjustment at the logical port
Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring cell
Minimum receive level offset. An MS can be handed over to a neighboring cell only when the downlink level of the neighboring cell is greater than the sum of
Threshold for triggering prompt alarm clearance when the ANT_A tributary antenna current is too heavy. When the actual curre
Threshold for triggering prompt alarm clearance when the ANT_B tributary antenna current is too heavy. When the actual curre
Warning alarm threshold against excessive TMA feed current of feed tributary 0. When the actual current is greater than the sp
Warning alarm threshold against excessive TMA feed current of feed tributary 1. When the actual current is greater than the sp
Warning alarm threshold against excessive TMA feed current of feed tributary 2. When the actual current is greater than the sp
Warning alarm threshold against excessive TMA feed current of feed tributary 3. When the actual current is greater than the sp
Warning alarm threshold against excessive TMA feed current of feed tributary 4. When the actual current is greater than the sp
Warning alarm threshold against excessive TMA feed current of feed tributary 5. When the actual current is greater than the sp
Threshold for triggering prompt alarm clearance when the ANT_A tributary antenna current is too heavy. When the actual curre
Threshold for triggering prompt alarm clearance when the ANT_B tributary antenna current is too heavy. When the actual curre
In a direct retry, when the receive level of a neighboring cell is no smaller than this parameter, the neighboring cell can be a can
Minimum time required for a TCH to transform to a SDCCH and then transform back to a TCH
Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring cell
Minimum interval at which two BFD packets are received.
Minimum interval at which the BTS receives BFD packets
Minimum interval between sent BFD packets
Minimum interval at which the BTS sends BFD packets
Mirror destination Ethernet port number
Mirror Ethernet port number
Mirror type
Mobile network code. This parameter identifies the public land mobile network (PLMN) to which a mobile subscriber belongs.
Mobile network code (MNC). It is used to identify the PLMN that the mobile subscriber belongs to.
Usage threshold of the CPU for calling access. If the usage of the CPU exceeds the threshold, the calling access request is tra Working mode of the system clock. Working modes of the system clock are as follows: (1) MANUAL: In this mode, you must specify a clock source and prevent the switching of the clock source. (2) AUTO: In this mode, you do not need to specify a clock source and the system automatically selects the clock source with th (3) FREE: In this mode, the crystal oscillator of board is used.
SCTP link work mode. Server mode: BSC6900 starts the listening and waits for the peer to send the SCTP-INIT message. Clie
Configuration mode
Working mode after switchover
Mode of file output.
Backup mode of the switch protection group
Working mode of a port. When this parameter is set to CHECK_ON_STANDBY_PORT, the connectivity check is performed on CHECK_ON_PRIMARY_PORT, the connectivity check is performed on the active port. Alarm mode of feed tributary 0. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren Alarm mode of feed tributary 1. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren
Alarm mode of feed tributary 2. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren Alarm mode of feed tributary 3. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren Alarm mode of feed tributary 4. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren Alarm mode of feed tributary 5. There are three alarm modes. Alarm mode 1 has only one type of alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the norm Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse curren
Monitoring period
Monitoring duration
Month when the TMU board software is released
A quick handover can be initiated only if the rate of an MS is higher than this parameter during a certain period of time.
When the number of error frames on the MP group reaches the value of this parameter, the frame error alarm is generated. Timeslot multiplexing mode at the Abis interface of the BTS. The BTS supports two multiplexing modes: statistical multiplexing
When numberthe of following error frames on theofMP groupobjects: decreases to the value of this parameter, the frame error alarm is cleared. A BTSthe supports six types timeslot OML: operation and maintenance link of the BTS. Each BTS has only one OML. In the case of statistical multiplexing on a 64 k kbit/s timeslot, the OML works at 16 kbit/s. In this case, the OML uses a 16 kbit/s timeslot. ESL: extended signaling link of the BTS. If the BTS supports Flex Abis, in the case of statistical multiplexing on a 64 kbit/s time MP group number no timeslot is assigned to the ESL. In this case, the ESL shares the same timeslot with the OML. RSL: radio signaling layer link in each TRX. Each TRX has one RSL link. In the case of statistical multiplexing on a 64 kbit/s tim timeslot, the RSL link works at 16 kbit/s. In this case, the RSL link uses a 16 kbit/s timeslot exclusively. MP group TCH: trafficnumber channels in each TRX. The TCH works at 16 kbit/s. Idle: idle timeslots of the BTS. An idle timeslot works at 16 kbit/s. In the case of statistical multiplexing on a 64 kibt/s timeslot, th Semi: monitoring timeslots of the BTS. The monitoring timeslots work at 8 kbit/s, 16 kbit/s, 32 kbit/s, and 64 kbit/s. The monitori A 2048 Mbit/s E1 contains 64Itkbit/s timeslots. Timeslot is reserved for synchronization cannot beBTS3900 assigned.seri Number of an MLPPP groupthirty-two on a BTS. is unique in a BTS. The 0 scope of the number of th MLPPPand group in the Statistical multiplexing means that signaling timeslots are time-division multiplexed in an E1 timeslot, such as the OML and RS multiplexes the OML has a multiplexing ratio of up to 4:1 even if the multiplexing ratio exceeds 4:1. HDLC and IP BTS do not support this parameter.
Number of the serial port where the board is located. The management board refers to the TMU or RXU that directly communic
Is Support MCPPP.
MP type
Number of the slot where the MPU subsystem is located
Number of the subrack where the MPU subsystem is located
Whether power control algorithm II allows measurement report compensation. When making a power control decision, the BSC retrieves a certain number of history measurement reports and performs weig level values and receive quality values are used in filtering, you must compensate the receive level values and receive quality v
If the number of measurement reports lost consecutively is no larger than this value, linear interpolation is performed for the val discarded, and the value will be recalculated when new measurement reports arrive.
When the number of the lost measurement reports exceeds this parameter during a power control period, the power control sto
Frequency at which the BTSs submit pre-processed measurement reports to the BSC
Attenuation factor for the TMA of antenna tributary 1
Attenuation factor for the TMA of antenna tributary 2
Switch of measurement report collection within a specified scope. If the specified scope is a site, the switch applies to all the ce
The control switch of measurement report collection includes OFF (do not collect), ON_WITH_SDCCH (collect measurement re
Maximum length of a received packet. The value of this parameter is negotiated at both ends of a communication.
Number of MSs used when the offset information is collected
Whether to collect the information about the MSs of different capabilities in a cell. This parameter has no impact on services.
Available capacity of the MSC. This parameter is valid only when the MSC pool function is enabled. It is set according to the ac
Number of bits occupied by the Network Resource Identifier in the TMSI. NRI specifies a CN node in the MSC pool.
Special NRI(Network Resource Identifier) that is coded together with common NRIs. This parameter is used to indicate that the
Whether to enable the MSC pool function on the BSC6900. The MSC pool function enables up to 32 MSCs to provide services for mobile subscribers in a BSC6900. With the MSC pool fu
Administrative state of the MSC. This parameter is valid only when the MSC pool function is enabled. It is set according to the a
Protocol version of the MSC that is connected to the BSC6900. The supported signaling varies with the protocol versions.
Call reestablishment timer
MSISDN value
MSISDN prefix 1. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 1 according t MSISDN is 123456.
MSISDN prefix 2. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 2 according t MSISDN is 123456.
MSISDN prefix 3. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 3 according t MSISDN is 123456.
MSISDN prefix 4. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 4 according t MSISDN is 123456.
MSISDN prefix 5. When matching the call specified by the mobile number, the BSC6900 adds the MSISDN prefix 5 according t MSISDN is 123456.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If "Options for BSC Local Switch" is set to PREFIXNUMBER, and the first digits in the MSISDN of the called or calling are the s calling are 135 or 139, the BSC local switching function is enabled.
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BSC local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
If the first digits in the MSISDN of the called or calling are the same as the value of this parameter, the BTS local switching func
Whether to enable "Triggering the quick PBGT algorithm only when an MS is far from the BTS" Maximum number of Channel Request messages that can be sent by an MS in an immediate assignment procedure. After the MS initiates the immediate assignment procedure, it always listens to the messages on the BCCH and all the common Request messages at a specified interval. If the downlink quality is poor, the MS may send SABM frames to the BTS multiple times.
Control command of the MSP switchover protection group
Threshold of the MS Receiver Diversity (MSRD) mode
PDCH Downlink multiplex threshold in the Mobile Station Receiver Diversity (MSRD) mode. When this parameter is set to "80", of the coding rate in MSRD mode, the MS is required to adopt the MSRD mode.
Number of the subrack where the board is located. The management board refers to the TMU or RXU that directly communicat The M criteria supports setting minimum values for the downlink receive level of neighboring cells. The M criteria is met only when , Estimated downlink level of neighboring cells >= ("Min DL level on candidate Cell" + "Min Access Level Offset") Estimated uplink level of neighboring cells >= ("Min UL level on candidate Cell" + "Min Access Level Offset")
When the number of received measurement reports on the downlink transmission quality (Packet Downlink Ack/Nack message
Duration of the flow control timer F of the MS. The MS sends the flow control message according to this duration.
If no handshake message is received from the peer within the delay, the master service is activated. A master service object pr signaling links on the A interface of the local BSC are faulty.
Maximum TX power for the MS to access the PCH
Switch for the self-healing of the OMU when the OMU process memory is overloaded
Usage threshold of the CPU for called access. If the usage of the CPU exceeds the threshold, the called access request is tran
Detection method
Identify an MTP2 link
Metric system. The values of this parameter include "MET" and "IMP".
Maximum transport unit
Maximum transmission unit
Maximum size of a packet that can be transmitted or received on a FE port.
Bus voltage of the battery rack of the BTS
Multi-band point report value, including "report six cells with the strongest signal at each frequency point", "report one cell with t
Period of performing class-1 mute detection. If the bad frame rate reaches "Bad Frame Threshold of Mute Detection Class 1" w
Whether the one-way audio problem is checked in class-2 detection. In this manner, the one-way audio problems found in class
Period of performing the class-2 mute detection. After the BTS or TC initiates a class-2 mute detection request, the class-2 mut TRAU frame is received, mute speech is detected; if the class-2 mute detection response and the expected test TRAU frame a
Time for prohibiting the call from accessing the corresponding channel where one-way audio is detected on the Abis interface.
Whether to forcibly release a call after the forced handover fails in the case of one-way audio on the Abis interface
Maximum time waiting for multiplexing
Frame timeout duration of the PPP multiplexing group
IP packet multiplexing type
Minimum number of reserved working status TRXs of the cabinet
BFD local description mark
System parameter in the LAPD protocol. The value of this parameter specifies the maximum number of times when a frame is r Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Whether the BSC6900 sends the LAPDm N200 parameter to the BTS. If this parameter is set to YES, the BSC sends the LAPDm N200 parameter. If this parameter is set to NO, the BSC6900 does
Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH". Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".
Maximum value of the N3101 counter. In the dynamic uplink allocation mode, the network side enables multiple MSs to share t network side waits for the RLC uplink data block sent by the MS. If the RLC uplink data block sent by the MS is valid, N3101 is
Maximum value of the N3101 counter. When the uplink transmission ends, if the network side receives the last RLC data block N3103 is increased on the network side and the uplink packet acknowledged/unacknowledged message is retransmitted. Whe
Maximum value of the N3105 counter. After the downlink TBF is set up successfully, the N3105 is started on the network side. RRBP domain. In this case, N3105 is reset. Otherwise, the value of N3105 is increased and the downlink data block of the RRB
Counter on the DTE side. After BC link integrity is verified according to "Parameter of DTE [N391]", the global state query reque
Counter on the DTE side, recording the checking times "Parameter of DTE [N393]". After BC link integrity is verified according t of the checking times "Parameter of DTE [N393]", the BC link state is switched to the normal state. If the BC link state operates faulty state. "Parameter of DTE [N392]" must be smaller than "Parameter of DTE [N393]".
Counter on the DTE side, recording the checking times "Parameter of DTE [N393]". After BC link integrity is verified according t of the checking times "Parameter of DTE [N393]", the BC link state is switched to the normal state. If the BC link state operates faulty state. "Parameter of DTE [N393]" must be greater than "Parameter of DTE [N392]".
Whether to support the network assisted cell change (NACC). The NACC is used in the network control modes NC0, NC1 or NC shorter time.
Name of the OSP
Name of the DSP
Name of an MTP3 route
Name of the signalling link set
Name of the MTP3 link
Name of the adjacent node
Local entity name. The local entity name must be unique.
Name of the destination entity
The M3UA route names and the M3UA routes are in the one-to-one matching relation.
Name of the M3UA link set. The name of the M3UA signalling link set must be unique.
M3UA signaling link name. The M3UA link names and the M3UA links are in the one-to-one matching relation.
Name of the PCU
Whether to preferentially allocate loose multiplexing frequencies to non-AMR users
Filter consistent of the collision signal strength of power control. When sampling must be performed (NAVGI) times before the M
Whether to enable the Tandem Free Operation (TFO) function on the BTS through a CHANNEL ACTIVATION or MODE MODI improve end-to-end voice quality. The TFO function cannot be used to improve the voice quality of an MS-to-PSTN call.
Uniform number of neighboring cell 1 index within a BSC6900, which uniquely identifies a cell and is in the range 0 to 5047.
Name of neighboring GSM cell 1
Index of neighboring GSM cell 2. Uniform number of a cell index within a BSC6900, which uniquely identifies a cell and is in the
Name of neighboring GSM cell 2 Uniform number of a cell index within a BSC6900 , which uniquely identifies a cell.
Name of a cell Uniform number of a neighboring cell index within a BSC, which uniquely identifies a cell. The value range of the index of a 3G external cell is 5048 to 8047.
Name of a neighboring cell
When this switch is on, it indicates that the data of the adjacent cell is generated automatically. When this switch is off, it indica
Cell ID of a neighboring cell
Local Area Code (LAC) of a neighboring cell
Mobile Country Code (MCC) of a neighboring cell
Mobile Network Code (MNC) of a neighboring cell
Whether the PCU of the cell supports the 64 neighboring cells. This parameter determines the capability of reporting the number of the neighboring cells of the BSC in the NACC and NC2 fun
Whether to involve the load of the target cell in the algorithm for NC2 cell reselection. If this parameter is set to Support, the loa
Whether to support the network control 2 (NC2). The NC2 enables the network side to control the cell reselection for the MS wh network side can control the cell reselection for the MS.
Network color code that is provided by the telecom operator. The NCC is used to identify networks from area to area. The NCC The BCC and the NCC form the BSIC.
Network color code. It is used to uniquely identify different public land mobile network (PLMN) of the adjacent country.
A set of NCCs of the cells to be measured by the MS. This parameter is an information element (IE) in the system information t If a bit of the value of this parameter is set to 1, the MS reports the corresponding measurement report to the BTS. The value o
NCC bitmap of the measurement report sent by the MS. The MS reports only the NCC bitmap of the BSIC and the cell measure
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
Neighboring cell interference level threshold 0
Neighboring cell interference level threshold 1
Neighboring cell interference level threshold 2
Neighboring cell interference level threshold 3
Neighboring cell interference level threshold 4
Neighboring cell interference level threshold 5
Neighboring cell interference level threshold 6
Neighboring cell interference level threshold 7
Number of blocks occupied by the NCH in the group call service
Number of the start block occupied by the NCH in the group call service
Network control mode for cell reselection of the MS. There are three modes. NC0: normal MS control. The MS shall perform au control. The MS shall send measurement reports to the network . The MS shall only perform autonomous cell re-selection when can control the cell reselection for the MS.
The DSP and OSP are in the associated mode or non associated mode.
IP address mask of the VLAN
Minimum interval between two consecutive emergency handovers performed by an MS. During this interval, no emergency han
IP address of the next hop
Next hop
Next hop
IP address of the next hop
Network ID
Name of the file to be downloaded. The file name must be complete and does not contain a wildcard.
This parameter is related to the paging channel of the system. There are three network operation modes: network operation mo system is not configured with the Gs interface and the PCCCH is not configured. Network operation mode III is used when the s
No Mains Supply Alarm Cabinet No.
No Mains Supply Alarm Port No.
No Mains Supply Alarm Slot No.
No Mains Supply Alarm Subrack No.
Lower limit of input voltage 1
Upper limit of input voltage 1
Lower limit of input voltage 2
Upper limit of input voltage 2
Lower limit of input voltage 3
Upper limit of input voltage 3
Lower limit of input voltage 4
Upper limit of input voltage 4
Lower limit of input voltage 5
Upper limit of input voltage 5
Lower limit of input voltage 6
Upper limit of input voltage 6
Whether to allow non-AMR voice F-H handover
Decides the offset of the current ATCB together with other two parameters: "F-H Ho Period" and period of triggering a F-H hand
When the ATCB value of non-AMR full rate voice is no smaller than this parameter, the condition for non-AMR F-H handovers i
Decides the current path cost offset together with other two parameters: "F-H Ho Period" and period of triggering a F-H handov Path cost offset = (Period of triggering a F-H handover / "F-H Ho Period" + 1) * "Non-AMR F-H Ho Pathloss Adjust Step".
When the path loss value of non-AMR full rate voice is no larger than this parameter, the condition for non-AMR F-H handovers
Quality threshold for non-AMR F-H handovers. When the uplink receive quality and downlink receive quality of a user are both
When the load of a cell is no smaller than this threshold, non-AMR F-H handovers are triggered in the cell.
When the ATCB value of non-AMR half rate voice is no larger than this threshold, the condition for non-AMR H-F handovers is
When the path loss value of non-AMR half rate voice is no smaller than this threshold, the condition for non-AMR H-F handove
Whether to trigger non-AMR H-F handovers according to the uplink and downlink receive quality
Quality threshold for non-AMR H-F handovers. When the receive quality of a user is no smaller than this parameter, the user m
When the load of a cell is no larger than this threshold, non-AMR H-F handovers are triggered in the cell.
Type of the adjacent node
Decisions of no-downlink measurement report handovers can be made only when the number of consecutive no-downlink mea
Whether to enable the no-downlink measurement report handover algorithm
When a certain number of no-downlink measurement reports are received consecutively and the uplink receive quality is no sm preferentially; however, if no candidate cells are available and intra-cell handover is enabled in the current cell, intra-cell hando
Normal output capacity of the battery group in specific discharging conditions (such as discharge rate, temperature, and final vo
Whether to enable the III power control algorithm for Non-AMR calls. If enabled, power control is performed on Non-AMR calls.
Period when the cell is in the non-DRX state
When the ANT_A tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt Alarm
When the ANT_B tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt Alarm
Whether to allow the cell normal reselection. If this parameter is set to PERMIT and "NC2 Load Reselection Switch" is set to Su
Normal work temperature threshold of the cabinet
Whether to discard paging messages without TMSIs and all-cell paging messages that considerably increase the load on the B
Maximum number of measurement periods in which there is no traffic. If the number of measurement periods in which there is n
If the BTS works in fallback mode and uplink VGCS connection is idle for a period specified by this parameter, the BTS disable
Number of TRACERT packets sent to each TTL
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
Network resource indication that specifies a CN node in the MSC pool
Identifies the mapping relation from the NRI to the SGSN uniquely with the operator name
Controls the values of the FDD_Indic0 field, the NR_OF_FDD_CELLS field, and the FDD_Cellinformation field in 2quater and M When this parameter is set to YES, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count does not include cells with scrambl When this parameter is set to NO, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count includes cells with scrambling code
Identifies a unique NSE
The identifier of a network service entity (NSE).An NSE manages a group of NSVCs.
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
Whether the cell is located in the south latitude or north latitude
NSVC ID, identifies a unique NSVC. This ID must be negotiated with the peer SGSN.
NSVC index, identifies a unique NSVC.
If the inlet temperature is between "High Temperature Critical Point" and "Low Temperature Critical Point" and the difference be well as the difference between the inlet temperature and the ambient temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
If the outlet temperature is between "High Temperature Critical Point" and "Low Temperature Critical Point" and the difference b as the difference between the inlet temperature and the ambient temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of retransmissions of the VGCS UPLINK GRANT message
Ratio of the minimum guarantee bandwidth of the OAM stream to the port bandwidth
Minimum guarantee bandwidth of the OAM stream
Minimum guarantee bandwidth of the OAM stream
Minimum guarantee bandwidth of the OAM stream
Ratio of the minimum guarantee bandwidth of the OAM stream to the port bandwidth
DSCP value of the OAM stream. The data of the OAM stream are not added to queues 0 to 5 for transmission. Instead, the dat
Minimum guarantee bandwidth switch of the OAM stream
Operation object
Type of the object
Index of object
This parameter indicates the object index.
Shield type of the alarm. "ALL" indicates one shield type instead of all types.
Type of the alarm shield object
Object index types used when commands are executed
When the PDCHs are insufficient, the streaming service with high priority can preempt the PDCHs that are seized by the stream are preempted, then the streaming service with low priority is disrupted.
Whether to allow overlay-to-underlay handovers
This parameter specifies whether to configure the backup OML. When YES is configured in the BTS, an OML is configured in ti the OML is disconnected. If the established OML is disconnected, the BTS automatically switches the OML over to another por
If OML Detection Switch is set to OFF, then the OML timeslot automatic detection is not supported. In this case, the OML is car OML to the specified timeslots.
This parameter specifies the detecting time of Abis-Bypass site OML when it is broken.
Differentiated service code of the specified OML
The summation of average down-bandwidth of OML&ESL link in BTS.
The summation of average up-bandwidth of OML&ESL link in BTS.
Service priority of the specified OML
Priority of services on the OML. The operation and maintenance link (OML) is used to transfer the OM information between the
Specified OML Vlan Id
Size of the OML/ESL/EML Downlink LAPD window
External virtual IP address of the OMU
Subnet mask of the OMU in the external network
Account of the operator
Code of the original signaling point (OSP) in the signaling network. In the signaling network, each signaling point is identified by
Code of the signaling point of the local office in the signaling network. In the signaling network, each signaling point has a corre
Uniquely identifies an OSP. see "ADD OPC" command. Primary operator or secondary operator. Primary operator is an operator that provides equipment, whereas secondary operator is an operator that leases equipment.
Index of the operator. This parameter uniquely identifies an operator.
Operator index set to which the CBC belongs
In the normal mode, if the board cannot be reset, no operation is performed. In the force mode, if the board cannot be reset, the
It is one key filed of identifying A interface CIC status and indicates the alignment mode of A interface circuit.
It is one key filed of identifying Ater interface timeslot status and indicates the alignment mode of Ater interface circuit.
It is one key filed of identifying A interface timeslot status and indicates the alignment mode of A interface circuit.
It is one key filed of identifying Pb interface CIC status and indicates the Pb interface CIC.
Name of the operator. This parameter uniquely identifies an operator
Channel assignment policies used when TCHs are assigned in an IUO cell: SysOpt: The system selects the preferentially-assig the overlay; NoPrefer: use the normal channel assignment algorithm to assign channels.
Preferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-optimum
Preferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-optimum
This parameter specifies the TRX priority in channel assignment. The smaller this parameter is, the higher the TRX priority is. F
Optical interface standard
Type of the operation
The operation type can be "FORBID" or "RESTORE".
Iur-g signaling point index of an internal RNC in GU mode
If "Port Type" is set to "TOPEXTOUTPORT", this parameter determines the extended E1/T1 port through which the timeslots o
Operation type of the command.
Ordinary frequency. Multiple frequencies are separated by "&". For example, "22&33&44&55" are allocated to TRXs in ascendi
This parameter indicates the total number of hardware modules, excluding those of GSM.
One of the parameters that decide the underlay and overlay areas in an enhanced IUO cell. The underlay and overlay areas a
Whether to assign channel requests initiated in the underlay subcell to the overlay or underlay subcells according to "UL Subce subcell.
The timer is used to set the time when the BSC6900 waits for a handover success message after a handover command is sent
The timer is used to set the time when the BSC6900 waits for an HO REQ ACK message after a Handover Request message i
Whether to use external 2G neighboring cells as the target cells of load handovers
When the load of the underlay subcell is higher than this parameter, some of the calls in the underlay subcell will be switched to
Power overload threshold for triggering outgoing handover from the TRX under the prerequisite that the power amplifier of the T
Lower threshold of the overlay level during overlay-to-underlay handovers. When the receive level of an MS is higher than this
Whether to switch some of the calls in the underlay subcell to the overlay when the load of the underlay is higher than this para
If the underlay load is higher than "UL Subcell Serious Overload Threshold", the underlay-to-overlay handover period subtracts
When the load of the underlay subcell exceeds "UL Subcell General Overload Threshold", all the calls that are using this cell as fail. To solve this problem, the BSC uses the hierarchical load handover algorithm to gradually switch some of the calls in the u
Level step during underlay-to-overlay hierarchical load handovers
When the load of the underlay subcell is lower than this parameter, some of the calls in the overlay subcell will be switched to th
Specifies the timeslot mask out BSC6900
Outgoing BSC6900 port number
Number of the outgoing port of the DXX
Number of the outgoing timeslot of the DXX
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it should be
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it should be
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it should be
Level of the accessed alarm signal. If the alarm signal has high level, this parameter should be set to 0. Otherwise, it should be
Output power of the location group. For a location group that consists of MRRU or GRRU boards, the default output power is 1 the frequency band is 1800M/1900M, the default output power is 15W.
Output power of the location group
Output power unit of the location group
When the load of the underlay subcell is higher than this parameter, the underlay-to-overlay load handover period subtracts a p
Whether to report a cell out-of-service alarm after a cell is out of service
Outgoing BSC6900 slot number
Slot number of the load outlet interface board
Outgoing BSC6900 subrack number
This parameter specifies whether to allow the inter-RAT load handover in connection mode (after the assignment is complete).
When the Service Handover field in an ASS REQ message is 0, a direct retry process targeted at a 3G network is initiated. If th
When this parameter is set to Open, the BSS decides whether to hand over the current service to the 3G network according to
Validity period for the BSC to keep the load information about a 3G neighboring cell on the RNC
Outgoing BSC6900 start timeslot number
Abnormally alarm raise threshold triggered by too heavy current of the ANT_A tributary antenna. When the actual current is hig
Abnormally alarm raise threshold triggered by too heavy current of the ANT_B tributary antenna. When the actual current is hig
Abnormally alarm raise threshold triggered by too heavy current of the RET tributary antenna. When the actual current is highe
Clearance threshold for the alarm triggered when the ANT_A tributary antenna is over current. When the actual current is below
Abnormally alarm clearance threshold triggered by too heavy current of the ANT_B tributary antenna. When the actual current i
Clearance threshold for the alarm triggered when the RET tributary antenna is over current. When the actual current is below th
When the ANT_A tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt Alarm
When the ANT_B tributary antenna current abnormally check mode is set to Mode 3, the parameter ALD Current Prompt Alarm
Interval for the BTS transmitting overload messages to the BSC6900. This parameter is used to control the reporting frequency The overload can be the TRX processor overload, downlink CCCH overload, or AGCH overload. For details, see GSM Rec. 08
Temperature threshold of the derating function of the cabinet
Threshold for critical flow control. When the usage of the CPU exceeds the threshold, the CPUS performs critical flow control fo
Threshold for major flow control. When the usage of the CPU exceeds the threshold, the CPUS performs major flow control for
Threshold for minor flow control. When the usage of the CPU exceeds the threshold, the CPUS performs minor flow control for
Threshold for slight flow control. When the usage of the CPU exceeds the threshold, the CPUS performs slight flow control for p
This parameter specifies whether the multi-carrier transceiver unit supports the Multi-Carrier Intelligent Voltage Regulation featu When this parameter is set to YES, the multi-carrier transceiver unit automatically regulates its working voltage according to the BTS3900 GSM, BTS3900L GSM, BTS3900A GSM, DBS3900 GSM, BTS3900E base stations. For other base stations, this par
Whether to support the function of moving the packet assignment down to the BTS. To improve the access speed of the MS, a acknowledgement message sent by the MS. Then the BTS allocates the reserved uplink resources to the MS to move the pack
Average number of paging messages allowed in a cell in a period
Lifetime of a paging message in the queue of the BTS. The setting of this parameter must be consistent with the setting of time timer T3113. The units of this parameter is 250ms.
Maximum number of paging messages allowed in a cell in a period
For the BTS, this parameter is used to determine paging retransmissions. This parameter and the number of paging times conf configured in the MSC.
This parameter sets the PAN_DEC value used by the counter N3102 of the MS. When the timer T3182 of the MS expires, the N
This parameter sets the PAN_INC value used by the counter N3102 of the MS. When receiving the packet uplink acknowledge 7; Value N indicates that PAN_DEC is N; Not use: this parameter is not used.
RAN_MAX value, the maximum value of the N3102. 4: the value of PAN_MAX is 4; 32: the value of PAN_MAX is 32. Value N i
Priority level at which the BSC shuts down the power amplifier of the TRX when the intelligent shutdown function is enabled. If
Patch number of the TMU board software
Patch number of the TMU board software
IP path check flag
Uniquely identifies an IP path
IP path ID,Identifying an IP path.
Transmission loss difference between radio frequencies on different bands
Whether to perform path loss-based sorting in a better cell handover algorithm
Type of the IP path
Patch type
BTS power attenuation on the measured PBCCH
Whether to use the PBGT handover algorithm. PBGT handovers are based on path loss. The PBGT handover algorithm search only on TCHs and among cells on a same layer and a same priority level.
The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a cons
PBGT handovers to a neighboring cell are allowed only when the downlink level difference between the neighboring cell and th
The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a cons
Maximum times for an external PCU to retransmit a PB interface maintenance message. When the PCU fails to receive a respo
Minimum interval between two consecutive power control commands
Channel used for the measured receiving power. It is used to set the measured receiving power level of the channel and contro
It is one key filed of identifying Pb interface CIC status and indicates the PCU No. corresponding to the Pb interface CIC.
PCU number, identifying a unique PCU.
Port number of the E1/T1 of the Pb interface
Number of the PCU to which the current cell belongs
Whether the PCU supports the PREEMPT_ABIS_LINK message. If the BTS supports the FLEXABIS function, the CS service c message.
PDCH downlink multiplex threshold, Indicating the maximum TBFs on the downlink PDCH (parameter value/10).We recomman reducing PDCH multiplex.
This parameter specifies whether to enable the Power Optimization Based on Channel Type feature. The working voltage of th
This parameter must be used together with "Level of Preempting Dynamic Channel" in the following conditions: 1. When "Level of Preempting Dynamic Channel" is set to "No preempt of service TCHF" and "PDCH Reforming" is set to "Yes 2: When "Level of Preempting Dynamic Channel" is set to "Preempt all dynamic TCHFs" or "No preempt of CCHs" and "PDCH
PDCH uplink multiplex threshold, indicating the maximum TBFs on the uplink PDCH (parameter value/10). We recommand tha PDCH multiplex.
Pending timer of the M3UA link set
Peer BSC ID. It identifies a BSC.
ID of the peer BSC6900
IP address of the peer BSC6900 on the homing BSC6900 side
Subnet mask of the port IP address at the peer BSC6900.
Identifier of the peer BTS on the homing BSC6900 side
Peer IP address of the PPP link. The IP address of the PPP link on the peer side of the BSC.
Peer IP address of the MP group.
Detects the IP address of the gateway
IP address of the peer end of BTS PPP Link.
IP address of the peer end of BTS MLPPP Group.
First destination IP address. The invalid value is 0.
Second destination IP address. The invalid value is 0.
The peer IP address should not be the same as the local address.
Subnet mask of the peer IP
Destination SCTP port number
Peer Software Version
Whether to punish the target cell when a handover fails or to punish the current serving cell when a handover is of more TA or After a handover fails due to congestion of the target cell, the system needs to punish the target cell to prevent the MS from att Ping-pong handovers can easily occur when handovers are of more TA or bad quality. In these cases, the system needs to pun
Penalty duration for cell reselection. Cell penalty can be performed only in this duration. When this parameter is set to a greater
When the cell reselection failure message is received or the load cell reselection is initiated, the "Cell Penalty Level" is subtract Penalty Duration".
Timer of penalty on a neighboring cell when a handover fails due to faults of data configuration.
Ping check period of IP Path
Measurement period for each frequency group
Compression flag of the PPP link protocol domain
Compression flag of the PPP link protocol domain
Whether to compress the protocol field of the PPP link.
Whether to support packet flow context (PFC). The PFC flow is used to control the QoS of the packet service of the MS.
Whether to support the paging message classification function: 0,close; 1,paging message classification flow control; 2,re-paging flow control.
Maximum number of paging messages that the BSC6900 can process over the A interface within a measurement period
Maximum number of PS paging messages that the BSC6900 can process within a "Paging Statistical Period".
Measurement period for calculating the arrival rate of paging messages
Value of the per-hop behavior (PHB)
PHB type of the IPMUX to be enabled
Cell Reselect Parameters Indication (PI), sent on the broadcast channel, indicates whether "Cell Reselect Offset", "Cell Resele Whether to enable the private key password DISABLE: indicating that the private key password is disabled ENABLE: indicating that the private key password is enabled
Indicates the number of the packets for remote loopback test of the OAM in the Ethernet
Indicates the length of the packets for the remote loopback test of the OAM in the Ethernet
Loopback packet length
Maximum multiplexing frame length. The length of the multiplexed packet must not exceed the maximum multiplexing frame len payload, excluding the IP/UDP header.
Whether the cell supports the PACKET SI STATUS flow. In the PACKET SI STATUS flow, the MS sends the Packet PSI/SI Sta
Indicates the size of the PING packet, neither IP header nor ICMP header is included.
Sent packet size Persistence level 1 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the
Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 16QAM. The attenuation level ranges from
Persistence level 2 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the Persistence level 3 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the
Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 32QAM. The attenuation level ranges from Persistence level 4 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the
Power attenuation level of the EDGE TRX. There are 50 power attenuation levels. At each level, the power is attenuated by 0.2
Statistics period of the packet drop ratio. This parameter indicates the period for collecting the statistics information about the p
Packet drop ratio threshold for speed reduction. When the packet drop ratio exceeds the value of this parameter, the rate of the
Point at which to play sound
Whether to enable sound playing
Duration of sound playing. If this parameter is set to 0, the sound is played repeatedly. If this parameter exceeds the duration o
CPU usage threshold for performance monitoring. When the average CPU usage of sliding windows reaches or exceeds the th
Packet queue usage threshold for performance monitoring. When the average packet queue usage of sliding windows reaches
Interval for sending cell paging group packets when Paging Messages Optimize at Abis Interface is enabled
Number of cell paging group packets when Paging Messages Optimize at Abis Interface is enabled
Whether to enable Paging Messages Optimize at Abis Interface. The BSC6900 combines multiple paging messages to a cell p
CPU usage threshold for recovery from performance monitoring. When the average CPU usage of sliding windows is lower tha
Packet queue usage threshold for recovery from performance monitoring. When the packet queue usage of sliding windows is
Whether to monitor the RRM performance
Number of the port
Port No. of environment alarm
Port No. of the XPU board. If you do not specify this parameter, all ports of the XPU board are queried.
Number of the E1/T1 port on the Ater interface board. E1 mode: 0~31 (EIU), 0~62(OIU), 0~251(POUc). T1 mode: 0~31(EIU), 0
Port number
It is one key field of identifying the block of the Ater timeslot and indicates the port No. of the Ater interface timeslot.
Port number of the E1/T1 of the Pb interface
Number of the port where the alarm is generated, only the ports for data transmission are supported, such as E1/T1 port, chann
Indicates the port number for running this command.
E1/T1 port number
E1/T1 port number
E1/T1 port number
Indicates the port number for running this command.
Port number
Port number
Port number
Ethernet port
FE/GE port number
Ethernet port
Port number
E1/T1 port number
Port number
Port number of Pb signaling link
Port No. of the BSC6900 board connected with the BTS
Alarm port number
Number of the port on the BTS side
Number of the port on the BTS side
Number of the port through which the BTS is connected to the BSC6900
Number of the FE or GE port
Number of the Ethernet port. The number must be consistent with that of the port carrying the FE connection of the IP BTS.
Port number
Maximum transmission delay of the POC service (push to talk over cellular). The transmission delay of the POC service must b service received by the network side, Transfer Delay in the ABQP must be lower than the transmission threshold of the POC se
Maximum bandwidth of the POC service (push to talk over cellular). The transmission delay of the POC service must be relative received by the network side, GbrValue in the ABQP must be lower than the maximum bandwidth of the POC service.
Minimum bandwidth of the POC service (push to talk over cellular). The transmission delay of the POC service must be relative received by the network side, GbrValue in the ABQP must be larger than the minimum bandwidth of the POC service.
Whether to support the push to talk over cellular (POC) service
This parameter specifies a condition for generating a BTS alarm. When the output power of a TRX of a transmitter is lower than range is 0 to 9, indicating -10 dB to -1 dB.
This parameter specifies a condition for generating a BTS alarm. When the output power of a TRX of a transmitter is lower than value range is 0 to 9, indicating -10 dB to -1 dB.
Description of the rollback point
Name of the rollback point
This port is provided by the FTP server to be visited by the FTP client.
Number of the port where to set up the link after the BTS ring is swapped. If this parameter is set to 0, the BTS works on a forw
Number of the port where to set up the link after the main and backup OMLs of the BTS are swapped
Number of the DXX port
Maximum number of ports on the DXX
Port protocol type
Whether to enable the panel port of the XPU board
Indicates the type of the physical port used by the local maintenance point in the maintenance group. FE indicates the FE port
Type of the port. If this parameter is set to "TOPEXTOUTPORT", the local E1/T1 ports are used to extend the transmission of o extend the transmission of local boards. That is, the local boards can obtain the timeslots from other boards through the extend
Whether to transmit the 2Quater message on the BCCH Norm channel or the BCCH Ext channel
Type of the patch operation
Rated maximum output power of the diesel engine. Refer to the rated output power described on the diesel engine label.
Relay switch 1
Relay switch 2
Relay switch 3
Relay switch 4
Relay switch 5
Relay switch 6
Battery current shunt coefficient
Power attenuation level of timeslot 7 of the BCCH in 16QAM. The attenuation level ranges from 0 to 50, with the step of 0.2 dB
Power attenuation level of timeslot 7 of the BCCH in 32QAM. The attenuation level ranges from 0 to 50, with the step of 0.2 dB
Power type managed by the PMU This parameter specifies the transmit power level of the TRX. The greater this parameter is, the smaller the transmit power is. W For different types of BTSs, the value range of this parameter is different. BTS3X: 0-10power supply system of the cabinet Type of the BTS3001C: 0-13 BTS3002C: 0-10 Double-transceiver BTSs (BTS3012,BTS3012AE,BTS3006C): 0-10 DBS3900 GSM, BTS3900 GSM, BTS3900A GSM: 0-10.
This parameter specifies the maximum transmit power supported by the power amplifier of the TRX. The macro BTS and the m
When the number of error frames on the PPP layer reaches the value of this parameter, the frame error alarm is generated.
When the number of error frames on the PPP layer decreases to the value of this parameter, the frame error alarm is cleared.
PPP link number of BSC.
PPP link number
PPP link number
Number of a BTS PPP link.
Whether to enable the PPP frame multiplexing function. If this parameter is set to ENABLE, the PPP frame multiplexing function
This parameter applies to the FG2a and GOUa boards. For the FG2c, GOUc, or POUc board, this parameter is always set to 2
This parameter specifies whether the preempted call is released after the handover failure. If this parameter is set to No, MSs w with high priorities initiate the queuing procedure or the calls fail. Therefore, the access rate of MS with high priorities is decreas
This parameter specifies whether to preempt PDCHs when no TCH is available during the handover of the preempted call. Whe
If this parameter is set to ON, the BSC initiates a TCHF preemption when receiving a link establishment indication from an MS
Sampling rate of pre-processed measurement reports.
Priority of a route. A smaller value of this parameter indicates a higher priority. The BTS preferentially selects the route with a h
Access priority of the MS that is allowed to access the cell. The MS sends the packet channel request containing the 2-bit radio parameter setting of the cell. If the radio priority equals to the parameter setting of the cell, the BSC sets up the TBF for the cha
This parameter specifies whether to support flow control based on priority. When this parameter is set to on, the system prefere
Whether the BTSs send the original measurement reports to the BSC after pre-processing them. When this parameter is set to
Printing control threshold. If the CPU usage of sliding windows reaches or exceeds the threshold, printing flow control is trigger
Printing control threshold. When the packet queue usage of sliding windows reaches or exceeds the threshold, printing flow con
Printing control threshold. If the CPU usage of sliding windows is lower than the threshold, printing flow control on the serial por
Printing control threshold. When the packet queue usage of sliding windows is lower than the threshold, printing flow control on
Whether to control the printing flow on the serial port
This parameter controls handover between cells at the same layer. Generally, the cells at the same layer are set with the same
This parameter controls the handovers among cells on a same layer. A smaller priority value indicates a higher priority. Cells w
If the static Abis resource load is greater than the value of "Fix Abis Prior Choose Abis Load Thred" and the dynamic Abis resou Priority of the hierarchical cell structure (HCS). 0: indicates the lowest priority; 7: indicates the highest priority.
Route priority. The highest priority is represented by 0.
Priority of the signaling link. 0 indicates the highest priority. A low-priority link carries services only when the high-priority link is
Route priority. The boards FG2a, GOUa, UOIa(IP), FG2c, and GOUc support the configuration of routes with different priorities standby mode. When the route with higher priority is available and only this route is valid, the system switches to the route with
Preferential customized detection type when the customized sequence is used for port detection.
Number of customized detection types involved when the customized sequence is used for port detection.
Subsidiary customized detection type when the customized sequence is used for port detection. This parameter is valid only wh
Name of the private key file
Port detection sequence used during BTS startup.
Identifies the DSP protocol type, including ITUT(International Telecommunication Union - Telecommunication Standardization S
Protocol type of the trunk frame. The setting of this parameter must be consistent with the setting at the SGSN side.
The transmission resource in the Abis timeslot is considered as faulty only when the BTS detects that the Abis timeslot is faulty
This parameter specifies a period of time during which a cell cannot be enabled or disabled to prevent frequent cell enabling or specified by this parameter.
This parameter is set to prevent the BSC from frequently enabling or disabling the TRX. After a TRX is powered on, the BSC is
Port selection
Port selection
Port selection
This parameter indicates whether to include Abis interface messages in PS CHR logs.
This parameter indicates whether to include Gb interface messages in PS CHR logs.
This parameter indicates whether to include internal information in PS CHR logs. The internal information is the basic user infor
This parameter indicates whether to include internal messages in PS CHR logs. The messages are generated in service data fl PDU removal indication.
This parameter indicates whether to include Um interface messages in PS CHR logs.
GSM PS data service downlink factor
GSM PS data service uplink factor
Whether to support PS Handover(PS HO). The PS HO is used to reduce the interval of the cell reselection of the MS.
PS high PRI data path
PS high PRI data priority
Priority for PS services over the Abis interface in IP, IP over E1, or HDLC mode when PS preferred. When "Level of Preempting value, the priority for PS services becomes low.
Period for sending the packet message PSI. If the period is too long, the message PSI cannot be obtained in realtime. If the pe
Whether the BSC supports the state message PSI. The state message PSI refers to PSI STATUS.
PS low PRI data path
PS low PRI data priority
Priority for PS services over the Abis interface in IP, IP over E1, or HDLC mode when CS preferred. When "Level of Preempting Service PRI" is set to a great value, the priority for PS services becomes low.
Threshold of the receive level for triggering the handover of the PS services from the overlaid subcell to the underlaid subcell
This parameter indicates the mode of exporting PS CHR logs. When the parameter is set to "Common User Mode", exported (the command is "ADD GPSCHRUSER"). The two modes can coexist without affecting each other.
This parameter specifies the level threshold for the random access of the MS. If the receive level of the RACH burst in the PS d value of PS RACH Min. Access Level, the BTS considers that an access request exists on this timeslot, and determines togeth
Minimum voltage level for accessing PS services of the location group
This parameter indicates whether to record PS CHR logs.
Maximum number of messages in the statistical period for the arrival of PS resource requests
Statistical period for the arrival of PS resource requests
Whether to enable the DPSU0 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU1 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU2 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU2 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU3 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU4 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU5 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU6 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the DPSU7 to supply power for the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter whether the BTS isthe allowed to enable Smart Control feature. subcell to the overlaid subcell Threshold of thespecifies receive level for triggering handover of the the PS PSU services from the underlaid When this parameter is set to YES, the BTS automatically enables or disables the PSU according to the traffic volume to impro The following types of BTS support the PSU Smart Control feature: BTS3012AE BTS3900A, BTS3900, DBS3900, and BTS3900L: support the PSU Smart Control feature through the matching APM30.
Switch for the self-healing of the OMU processes
Port type of environment alarm
Number of the port that provides the time information on the SNTP server
Cell Reselect Penalty Time (PT) is used to ensure the safety and validity of cell reselection because it helps to avoid frequent c
Subnet protocol type
Alarm port type
Line coding method
Receiving frame structure
Sending frame structure
Frame structure
Number of a BTS HDLC path. It is unique in one [BTS].
Ethernet port type
Power system type. When the PMU is installed on the rack, you can select the custom power system type. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Name of the certificate file This parameter specifies the patch version loaded to the BTS. This parameter can be set to only a hot patch version. You can use either of the following methods to query the version numbe Method 1: If the BTS hot patch is downloaded to the OMU through the MML command DLD BTSPATCH, you can run the MML Method 2: If the BTS hot patch is not downloaded to the OMU, you can decompress the BTS hot patch package. Then, check t
Number of the patch version
Period timer of PVC utilization report. This timer is started during initialization. When the timer expires, the PVC utilization inform
Private key password
Password
User password for the FTP server. When the FTPServer.exe file downloaded through the LMT is installed, the user password is
Minimum length of the user password
Power level
First alarm switch of power distribution monitoring board
Second alarm switch of power distribution monitoring board
Whether to allow active power control. If this parameter is set to YES, the system performs power forecast in the process of init MSs and BTSs can adjust the transmit power. If this parameter is set to NO, the system does not perform power forecast, and t
Whether to enable the optimized power control algorithm III
Whether to enable power control algorithm II or power control algorithm III
If a class 3 MS on the DCS1800 band does not receive the original power command after random access, the power that the M
The MS does not receive the original power command after random access. This parameter indicates whether the power devia
Whether to enable the power amplifier for all location groups. 0x01 indicates that the TRX power amplifier is enabled for all loca
Power mode.
Time interval between the time when the BTS detects that the external power supply is shut down and the time when the backu
When this parameter is set to YES, The BSC6900 preferentially uses the TRX with good power-saving performance according
Finetune of the TRX power. During the static finetune of the TRX power, the BSC adjusts the TRX power at a step of 0.2 dB. In the cabinet-top output power cannot be adjusted at a step of 2 dB, and the TRX output power cannot be consistent with the cab
When the ANT_A tributary antenna power switch is ON, it is allowed to configure related parameters of the ANT_A tributary.
When the ANT_B tributary antenna power switch is ON, it is allowed to configure related parameters of the ANT_B tributary.
When the RET tributary antenna power switch is ON, it is allowed to configure related parameters of the RET tributary.
Minimum DSCP of queue 0. The IP packets with DSCP in a relation that "Min DSCP of queue 0" <= DSCP <= 63 is added to qu
Minimum DSCP of queue 1. The IP packets with DSCP in a relation that "Min DSCP of queue 1" <= DSCP < "Min DSCP of que
Minimum DSCP of queue 2. The IP packets with DSCP in a relation that "Min DSCP of queue 2" <= DSCP < "Min DSCP of que
Minimum DSCP of queue 3. The IP packets with DSCP in a relation that "Min DSCP of queue 3" <= DSCP < "Min DSCP of que
Minimum DSCP of queue 4. The IP packets with DSCP in a relation that "Min DSCP of queue 4" <= DSCP < "Min DSCP of que
This parameter specifies the threshold of the signal level for cell reselection in connection mode before ""Qsearch C"" is obtain
Whether to enable the fast moving micro-cell handover algorithm. The fast moving micro-cell handover algorithm enables fast m
This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC enab
A time threshold determined based on the radius of a cell and the moving speed of an MS. If the MS crosses the cell in a time p
This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC enab
This parameter specifies the level threshold for cell reselection in idle mode. level of the serving cell is lower than 5, the MS starts to search for 3G cells; if this parameter is set to 10 and if the signal level following decibel values: 0: -98 dBm 1: -94 dBm 2: -90 dBm 3: -86 dBm 4: -82 dBm 5: -78 dBm 6: -74 dBm 9: -74 dBm 10: -70 dBm 13: -58 dBm 14: -54 dBm
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se determine whether interferences exist on channels.
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se determine whether interferences exist on channels. In connection mode, if the signal level is below [0-7] or above [8-15], the MS starts to search for 3G cells. For example, if this p then the MS starts to search for 3G cells. 0: -98 dBm Whether to support QoC optimization. The GSN equipment for the GPRS provides flexible QoS mechanisms for different subsc 1: -94 dBm This specifies oneQoS threshold of the signal level forthe cell reselection in packet transfer mode. applyparameter for one value for each attribute. When receiving request from the MS, the network must allocate a QoS level to e ... example, if this parameter is set to 5 and if the signal level of the serving cell is lower than 5, the MS starts to search for 3G ce 6: -74 dBm values of this parameter correspond to the following decibel values: 7: (always) ... 8: -78 dBm 9: -74 dBm 9: -74 dBm ... 14: -54 dBm 15: Positive infinity (never) This parameter is used to avoid allocating the calls whose signal strengths differ greatly to the same timeslot. The BSC measures the signal merge conditions on each timeslot every 0.5 seconds. If the difference between the highest sign If N signal merge events are consecutively detected among P times of measurements, the forcible intra-cell handover is trigger Here, N indicates "UL Signal Strength Difference Detections", P indicates "UL Signal Strength Difference Maintains".
The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density carri
The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density carri
Whether to use the statistical multiplexing algorithm for multi-density power
Maximum number of times that the BTS finds that the air conditioner needs to be switched off. If the number of times that the B
Maximum number of times that the BTS finds that the air conditioner needs to be switched on. If the number of times that the B
Step of downward power adjustment according to the quality of the received signals
Whether to query the classmark of the call in an incoming BSC handover
Whether to allow the fast handover algorithm
Auxiliary devices of rack 0. This parameter contains eight bits. The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, internal batt When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack 0 is c
Whether to configure a battery rack for rack 0
Capacity of the battery rack configured for rack 0
Ratio of the maximum charging current of the battery pack configured for rack 0 to the capacity of the battery pack. For exampl
Type of the battery rack configured for rack 0
Auxiliary devices of rack 1. This parameter contains eight bits. The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, internal batt When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack 1 is c
Whether to configure a battery rack for rack 1
Capacity of the battery rack configured for rack 1
Ratio of the maximum charging current of the battery pack configured for rack 1 to the capacity of the battery pack. For exampl
Type of the battery rack configured for rack 1
Auxiliary devices of rack 2. This parameter contains eight bits. The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, internal batt When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack 2 is c
Whether to configure a battery rack for rack 2
Capacity of the battery rack configured for rack 2
Ratio of the maximum charging current of the battery pack configured for rack 2 to the capacity of the battery pack. For exampl
Type of the battery rack configured for rack 2
The NS performs location management based on routing areas during GPRS packet services. Each routing area has a routing
The NS performs location management based on routing areas during GPRS packet services. Each routing area has a routing
Identifies the routing area of the current cell
Route area of the current cell
Route area of the current cell
Route area of the current cell
This parameter specifies the level threshold for the random access of the MS. If the receive level of the RACH burst in the CS d value of CS RACH Min. Access Level, the BTS considers that an access request exists on this timeslot, and determines togeth
Level threshold of the MS random access for the BTS to determine the RACH busy state. When the receive level of the random
Number of RACH burst timeslots in a RACH load measurement. The value of this parameter indicates the interval during which the BSC6900 determines whether an RACH timeslot is busy. Fo
Correlation threshold of the training sequence for the random access. As definedvoltage in the GSM recommendation, the system canlocation determine whether the received signals are random access signals of Minimum level for accessing CS services of the group Random Access Error Threshold Number of Correct Bits in the 41-Bit Training Sequence 90-100 33 101-120 34 Routing area color code of the 121-140 35 GPRS cell 141-160 36 161-175 37 176-195 38 Whether to allow the MS to access another cell 196-221 39 222-243 40 244-250 41 0-89 or 251-255 38.
Hysteresis of cell selection in different routing area. When a standby or ready MS starts cell reselection, if the original cell and t the MS cannot start cell reselection. The larger the hysteresis of GPRS cell selection, the harder to start cell reselection.
Port rate of the IP interface board
Switch for controlling the AMR rate. Value 0 indicates that C/I is used to control the AMR rate. Value 1 indicates that BER is use
This parameter specifies whether the RATSCCH function is enabled during the call establishment procedure. RATSCCH is use
Original measurement report sampling rate (for each call, one out of four measurement reports is collected)
LASTRBP indicates the last rollback point. The system automatically takes the position where the current configuration comma Type of recording the execution result 1. REC_ALL: indicating that the execution results of all the commands are recorded no matter whether the commands are exec 2. REC_ERR: indicating that only the execution results of failed commands are recorded. 3. REC_NON: indicating that the execution results of all the commands are not recorded no matter whether the commands are
Number of the RXU chain or ring. The value scope is 0~11 for Non-SingleRAN BTS and 0~249 for SingleRAN BTS. The RXU c
The first RXU chain number when combining two RXU chains to be one RXU ring.
The second RXU chain number when combining two RXU chains to be one RXU ring. RF receive mode of the TRX. The BTS3012, BTS3012AE, BTS3012II, BTS3006C, and BTS3002E do not support Main Diversity. The DBS3900 GSM and BTS3900 GSM support Four Diversity Receiver and Main Diversity.
Speed reduction efficient of the logical port. When detecting link congestion through IPPM, the system reduces the bandwidth r
Whether to allow the reassignment function
Whether to re-assign the radio channels on a different band or on the same band. This can help minimize the decrease in servi
IUO cell receive quality threshold (AMRFR), which is used for IUO handover decision
IUO cell receive quality threshold (AMRHR), which is used for IUO handover decision
One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX_QU
One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX_QU
Whether to use the downlink receive level as a condition in IUO handover decision
With traffic control enabled, the BSC discards some paging messages. This parameter specifies whether to record detailed info
Speed reduction alarm recovery threshold
One of the parameters that decide the underlay and overlay areas. If "Enhanced Concentric Allowed" is set to OFF, the underlay and overlay areas are determined by "RX_QUAL Threshold", "RX Threshold", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "TA Threshold", and "TA Hysteresis"
Whether to use the downlink receive quality as a condition in IUO handover decision
Whether to back up the data of the board
Interval for releasing the secondary links in the congestion state
Secondary link bandwidth that is released each time in the congestion state
Port for output LINE2(The actual value range may differ on the LMT )
Back-up port for output LINE2(The actual value range may differ on the LMT )
Port for output LINE1(The actual value range may differ on the LMT )
Back-up port for output LINE(The actual value range may differ on the LMT )
Switch of panel BITS1(2M)
Switch of panel BITS2(2M)
Whether to use SGSN clock source.Only the Gb interface board needs to set this parameter. If the SGSN clock and the MSC c
Region information of the IP BTS configured with local switching. Local switching can be performed between only the BTSs tha
Absolute time of re-homing
Delay time of re-homing
Policy type of re-homing
Whether to re-initialize the neighboring cell pair for software synchronization
Cabinet number of the associated module. The associated two MRFUs or GRFUs must be in the same cell.
Whether to enable the configuration of the "Extend Connection" attribute. The "Extend Connection" attribute describes the casc
Function to be performed by two associated modules
Slot number of the associated module
Subrack number of the associated module
Tributary Number of the DFCB that is cascaded to the DFCU. The "Extend Connection" attribute describes the cascading relati
Remark
Purpose description of the route record
Remote NSVL ID of the Gb IP route
A key parameter that indicates how many times the BSC6900 broadcasts cell messages. You can obtain the cell broadcast tim The value 0 indicates no repeat.
When the cell supports Repeated Downlink FACCH, the BTS enables the repeated transmission of FACCH frames if the meas
If the cell supports the Repeated Downlink FACCH function and the measured downlink quality is lower than the downlink quali
When the cell supports Repeated Downlink SACCH, the BTS enables the repeated transmission of SACCH frames if the meas
Whether to reserve the binding of the alarm ID and the alarm port
Whether to perform resource checks on the resource usage system and resource management system. Resource checks can
Indicating that during cell reselection, the level of the target cell should meet the following condition: Level of target cell > [MAX
NC2 cell reselection interval in the same cell
The number of received Packet Measurement Report messages on the receive level of the serving cell is measured continuous
If the number of times when the receive level of the serving cell within "Normal Cell Reselection Watch Period" is lower than "C
This parameter specifies the number of the reserved PDCHs that are not used for channel converstion in the dynamic transfera
This parameter specifies the number of idle channels that should be reserved on a cell after the TRX is shut down. When the n assignment on the cell that is enabled with the TRX Intelligent Shutdown feature.
Whether to withhold link breakdown alarms in case of BTS resets due to data configurations
If OML links break down after BTS resets caused by data configurations and recover within the period specified by this parame If OML links fail to recover within the period specified by this parameter, OML link breakdown alarms are reported.
Interval for resetting the counter when the user fails to log in
Retry times after the peer response timer expires during NSVC reset
The waiting time from BTS detect OML disconnect to BTS reset.
Duration of the peer response timer during NSVC reset
Reason for activating the radio status procedure
Whether the HO RQD messages sent by the BSC to an MSC carry response request cells. Response request cells are optiona
Whether to resume broken download
Duration of the PPP/MP link restart timer
Duration of the PPP/MP link restart timer
Restoration type of the alarm
Time for the BSC to initiate the common measurement or information exchange procedure after this procedure fails
While assigning channels, the BSC ensures that the sum of the number of channels occupied by high-priority users and the nu the sum of the number of channels occupied by users of "Highest Priority" and the number of idle channels is larger than the nu
Maximum number of levels that the BTS RF power decreases. This parameter is used to control the decrease in the BTS RF po
Interval for sending the radio resource indication messages. The TRX reports the interference level for each of the channels tha Interval for executing the subtask This parameter is used byscheduled a BTS to inform the BSC6900 of the interference levels on idle channels of a TRX. For details, see G The unit is determined according to the time mode. 1. If the time mode is set to "DAILY_T" or "DAILY_C", the unit is day. 2. If the time mode is set to "WEEKLY_T" or "WEEKLY_C", the unit is week. 3. If the time mode is set to "MONTHLY_T" or "MONTHLY_C", the unit is month.
1. This parameter specifies whether to configure the DRFU, MRFU, GRFU, or XRFU by slot or link. 2. When setting the BTS to support the configuration of the RFU by slot, set this parameter to "YES". When setting the BTS no 3. If this parameter is set to "YES", you must enter the numbers of the subrack and slot where the new board is located. If you need to specify the CPRI connection relations (SFP port number and cascading level) based on a rule that is different fro 4. If this parameter is set to "NO", you must set "TRX Board No.", "RFU Link No." and "RXU Chain Head Port No.".
Satellite card protocol that is enabled to communicate with the satellite card connecting to the DGPS. If "RGPS" is specified, it i enabled to communicate with the satellite card connecting to the DGPS.
Whether to support RAN information management (RIM). IN the RIM procedure, RANs(Radio Access Network) can exchange m
The loopback channel number when the port loopback mode is set to TDM remote loopback
Time for disconnecting a call when the MS fails to decode the SACCH. Once a dedicated channel is assigned to the MS, the co Each time an SACCH message is not decoded, the counter S decreases by 1. Each time an SACCH message is correctly deco situation and it cannot be improved through power control or channel handover, the connection is to be re-established or releas Transmission mode on the Ater interface of the remote TC subrack. The meaning of values is as follows: STANDALONETC: not converged MASTERINPOOLTC: control subrack for TC convergence SLAVEINPOOLTC: non-control subrack for TC convergence
RNC ID of a 3G external cell. The value of this parameter must be consistent with the data configuration at the RNC.
Internal index of a neighboring RNC. This parameter is set to 255 when the neighboring RNC that serves the 3G external neigh
Internal index of a neighboring RNC
Name of a neighboring RNC. The name is used to uniquely identify a neighboring RNC.
Name of the root certificate file
Identifies a router uniquely
Router port number. The setting of this parameter must be consistent with the setting at the SGSN side.
Whether to allow the BTS to report the downlink voice quality index (VQI). The VQI is used to indicate voice quality. It is calcula
Cell reselection measurement report period in packet idle mode
Cell reselection measurement report period in packet transmission mode
Speed reduction alarm report threshold
Whether to allow the BTS to report the voice quality index (VQI). If this parameter is set to Report, the BTS reports the VQI. The measured separately, and thus the speech quality is monitored.
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in se
Resource group number of the PATH
The parameter indicates whether the resource group is shared or is used by a specific telecom carrier.
Resource management mode. The logical port working in the SHARE mode can be shared by multiple carriers. The logical por
Timer for punishing the neighboring cells when handover failures occur due to resource-related causes, such as resources bein
This parameter adjusts "Min RSCP threshold" to enable the selection of 3G candidate cells based on cell priorities
This parameter determines the layers of 3G neighboring cells. If the measured value of a 3G neighboring cell is lower than this
RSD alarm triggering source
RSF alarm triggering source
Used for calculating C2. The MS with a large value can be assigned with high access priority.
Average down-bandwidth of RSL link in BTS.
Differentiated service code of the specified RSL
RSL service priority
Average up-bandwidth of RSL link in BTS.
Specified RSL Vlan Id
Size of the RSL LAPD window
Reason for locking the configuration and management control rights
Threshold of the level difference between a neighboring cell and the serving cell, based on which the BSC filters the measured are later submitted to NaStar for analysis. When a measurement report shows that the signal strength difference between a ne
This is the description file for resetting the board. The reset file names of different boards are different.
Name of the result file generated after the command is executed. If this parameter is not specified, the name of the result file is entering the name. The flag of the main area can be queried through the "LST OMUAREA" command. The characters (@, #, !,
Whether to enable the restart function
Timer
Maximum number of TCH channels reserved for emergency call users
Parameter 1 reserved for future use.
Parameter 10 reserved for future use.
Parameter 2 reserved for future use.
Parameter 3 reserved for future use.
Parameter 4 reserved for future use.
Parameter 5 reserved for future use.
Parameter 6 reserved for future use.
Parameter 7 reserved for future use.
Parameter 8 reserved for future use.
Parameter 9 reserved for future use.
Number of reserved idle channels. If this parameter is set too small, the TRX may be frequently enabled/disabled; if this param
Recovery mode of the MSP protection group
Routing context. The routing context identifies a specified route. If the routing context is to be configured, its value must be neg
Ratio of the RTCP path bandwidth to the A interface bandwidth. According to the Real-time Transport Control Protocol (RTCP)
Whether to enable the real-time transport control protocol (RTCP) function. The BSC6900 and the MSC negotiate whether and when IP transmission is used over the A interface.
Destination IP address
Routing mask
Index of a route. The index is unique in a BTS.
It is used to calculate the round-trip time of the protocol stack and the RTO value. The value must be smaller than "RTOBETA".
It is used to calculate the round-trip time of the protocol stack and the RTO value. The value must be greater than "RTOALPHA
When the "RTOMIN" and "RTPMAX" parameters are set to fixed values, the larger the value is, the longer the check of the link
When the "RTOMIN" parameter is set to a fixed value, the larger the value is, the longer the check of the link is.
When the "RTOMAX" parameter is set to a fixed value, the larger the value is, the longer the check of the link is.
Whether to measure the delay on the link between the BTSs that serve the calling MS and the called MS respectively
Maximum number of RTTI TBFs that can be multiplexed on the PDCH. A PDCH can be assigned when the number of RTTI TB
Type of the route. When the BTS does not support IP over E1, the parameter Route Type needs to be set to NEXTHOP(Next H Protocol (PPP) and the peer IP address is unknown. The benefit of setting Route Type to OUTIF(Out Interface) is that the confi
Logical port speed increase step. When detecting the available bandwidth increase through IPPM, the system increases the ba
Bandwidth increase step adjustment period. This parameter indicates the period to increase the bandwidth of the logical port. N
R-version number of the BTS software
Receive bandwidth of IP path
Receive bandwidth
Minimum receiving power level for the MS in the cell to access the system
For AMR FR voice services, a fixed amount of offset is added to the corresponding grade of the received signal quality for the i
Minimum received signal level of the MS. This level is reported in the system information. This parameter specifies the minimum
Whether to use the emergency handover algorithm in case the receive level of the MSs drops rapidly, thus preventing call drop
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate.
Number of the RXU chain to which the RXU belongs
Number of the RXU chain. The RXU chain No. is unique in one BTS.
Number of the RXU chain where the board is located
Index type of the RXU
Type of the RXU board index
Name of the RXU
Name of the RXU board. The RXU name is unique in one BTS.
Name of an RXU
Position number of the RXU on the RXU chain
Position No. of the RXU board on the RXU chain
Position of the RXU board on an RXU chain
Type of the RXU board
Whether to enable the switch to set the S1 value. S1 byte, also called the synchronization status byte, is one of the optical conn
S1 sending value. It is a synchronization status byte used by the local end to examine the quality of the received clock signals b
Whether to enable the special analog alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The value of this parameter consists of 32 bits, each of which determines whether to enable the corresponding special analog a BT1_DISABLE, AH_DISABLE, AT1_DISABLE, AT2_DISABLE, and BT2_DISABLE. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the MSC independently processes the trunking services. When this parameter is set to YES, the MSC independently p
Whether an MS supports the SAIC function. Single Antenna Interference Cancellation (SAIC) is used to reduce the impact of in BTS/MS Power Control are adjusted to improve the radio performance of the BSS.
Adjustment step of the downlink signal quality threshold in power control algorithm II for MSs that support SAIC. The network si network.
Adjustment step of the downlink signal quality threshold in power control algorithm III for MSs that support SAIC. The network s network.
The value of this parameter consists of five bits, which determines whether to enable the alarms. "0" indicates that the analog a In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Index of a cell with the same coverage as the current cell
Index type used when the command is executed
The BSC6900 checks the load of the same coverage cell of the target cell once a minute. When the number of times in which t
A cell that can be disabled is allowed to be disabled only when the load of the same coverage cell is lower than this threshold fo
This is used by thecell BTS to inform the BSC6900 of radio link connection failure. Nameparameter of the same coverage When the BTS receives the SACCH measurement report from the MS, the counter for determining whether a radio link is faulty measurement report, the counter increases by 2. When the value of this parameter is 0, the BTS regards the radio link as faulty. The BTS sends a connection failure indication m respectively. The judgment standard is whether the measurement report in SACCH is correctly decoded.
The value of this parameter consists of three bits, which determines whether to enable the alarms. "0" indicates that the alarm i In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the special alarm switch. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Level specifications of special Boolean value alarms. Two specifications are available: high level and low level. By default, only In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the energy saving function of the TRX for the BTS3002E.
Whether to enable the special Boolean alarms, that is, water sensor alarm (bit 0), smog sensor alarm (bit 1), and door sensor a and GS_DISABLE~2. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of the BTS. The BTS is numbered uniquely in a BSC.
Name of the BTS. The BTS is named uniquely in a BSC. This parameter indicates that when the MS reports the EMR, it adds the value of this parameter to the received signal level, an If the SCALE_Order reported by the MS is 10 dBm, level values 0-63 map with -100 dBm to -37 dBm. If the SCALE_Order reported by the MS is 0 dBm, level values 0-63 map with -110 dBm to -47 dBm. If the SCALE_Order reported by the MS is Automatic, the MS chooses the least SCALE while ensuring that the MS can report
DSCP corresponding to the streaming service
When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the measur information of the serving cell.
Number of the cell where the TRX reside. The cell is numbered uniquely in a BSC.
Name of cell 1
A key parameter that indicates the coding scheme of a simple cell broadcast message
Number of the sub-channel
Command string of the scheduled subtask. This command can be only a service command, and the system command cannot b
Type of querying used to set the measurement report collection scope.
Indicates the index of the inter-subrack connection path
Scrambling code of a 3G cell. The scrambling code is used to differentiate terminals or cells. It is used after spread spectrum. T spectrum. Scrambling is used to distinguish terminals on the uplink and to distinguish cells on the downlink.
Start serial number of the alarm record
SCTP link number of XPU board. This number identifies an SCTP link uniquely.
Date when the scheduled task is started
Start date of the alarm record. By default, the start date is 2000-01-01.
Start date of the alarm record. By default, the start date is 2000-01-01.
Maximum number of days for storing history alarms
SD alarm triggering threshold
Start date
Start date of the daylight saving time (DST)
Number of SDCCH channels. Rules for SDCCH channel allocation: 1. Allocate channels 1 and 3 of main frequency B preferent
Whether a call must camp on the SDCCH for a specific duration before being assigned with a traffic channel.
Duration for a call camping on the SDCCH before being assigned with a traffic channel.
Level threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 determ number of call drops on SDCCH (receive level) is incremented by one.
Quality threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 dete by one. First, the downlink quality level multiplied by 10 is higher than this threshold. Second, the TA is smaller than the TA thre
Level threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 determ call drops on SDCCH (receive level) is incremented by one.
Quality threshold for measuring the number of call drops on SDCCH. When call drop occurs on the SDCCH, the BSC6900 dete one. First, the uplink quality level multiplied by 10 is higher than this threshold. Second, the TA is smaller than the TA threshold
Whether to allow SDCCH dynamic allocation, that is, whether to allow dynamic conversion between TCHs and SDCCHs.
Enable SD
Whether to enable the SDCCH quick handover test function. If this parameter is set to Yes, the BSC6900 initiates intra-cell SDC network security is improved.
This parameter specifies whether the BSC6900 automatically shuts down the power amplifier of the TRX to save power when t
After a new SDCCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the MS
Maximum number of discarded MRs allowed on the SDCCH in a power control period
Period in which level penalty is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighbori
Level value of the penalty that is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighbo
DSCP corresponding to the signaling
Specifies the SF and SD event priority
High temperature threshold for triggering power shutdown of the battery. If the power shutdown upon battery high temperature In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Sliding time window for collecting statistics on the alarms that disappear in a specified period of time.Sampling time window. In
Sliding time window for collecting statistics on the alarms that occur in a specified period of time.This parameter is similar to the
Low voltage threshold for triggering power shutdown of the battery. If the power shutdown upon low voltage is enabled and the In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to allow the MS to search for a 3G cell when the BSIC must be decoded
Self Software Version
This parameter specifies whether the SI Type 3 message contains the 2QUATER indicator. Whether to report BSS INVOKE TRACE message. When the parameter is set to YES, the BSC sends a BSS INVOKE TRACE BSC does not send a BSS INVOKE TRACE message to the MSC.
Whether to report the classmark queried by the BSC6900 to the MSC
Whether to send a CONFUSION message to the MSC. This parameter specifies whether to send a message carrying fault loca
If this parameter is set to No, the BSC responds with an SAPI N'Reject message against the DL short message after hangup.
Priority of the notification message transmission on the FACCH. From high to low, the priorities are A, B, 0, 1, 2, 3, 4 and No Pr
Priority of the paging message transmission on the FACCH. From high to low, the priorities are A, B, 0, 1, 2, 3, 4 and No Priorit
The time for BTS reset.
Whether the BSC sends the System Information Type 2ter message.
Whether the BSC sends the System Information Type 5ter message.
Whether the SI Type 3 message contains the 3G Early Classmark Sending Restriction field. The 3G Early Classmark Sending
Split position on the RXU chain
Whether to enable the BTS to support the separation between the physical and logical. Whether the BTS supports the separate non-separate mode, a one-to-one mapping exists between the physical board and the logical TRX.
Number of the command listening port of the server. You should not use any port number occupied by other applications.
Number of the data port of the server in active mode. You should not use any port number occupied by other applications.
Delivery serial number of the RET antenna
IP address of the FTP server to be visited by the FTP client
Service mode of the BSC6900. This parameter specifies configuration mode of subracks.
Service bearer mode of the BTS
Service bearer mode of the BTS
Name of the command function
Service type of the BTS. The QoS processing depends on the DSCP, VLAN ID, and VLAN priority that vary according to the se
Whether to enable the diesel engine parameters to be configured
Whether to enable the environment temperature alarm parameters of the APMU to be configured. The APMU of the APM30 typ In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the environment temperature parameters to be configured. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the environment humidity alarm parameters of the board to be configured. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Number of the SFP port. If the switching relation is added on the SFP port, it indicates that the SFP port is used to connect the
Available capacity of the SGSN
Name of the SGSN
Length of the NRI(Network Resource Identifier) or NULL-NRI. The length determines the maximum value of the NRI and NULL
Special NRI(Network Resource Identifier). Each SGSN pool has one NULL-NRI. When the NRI value in the TLLI of the MS upli
Whether to enable the SGSN pool function. With SGSN pool, a BSC6900 is connected to multiple SGSNs in the pool, and load handovers and node redundancy backup.
Protocol version supported by the SGSN
Administrative state of the SGSN. The value "ALLOW" indicates that the SGSN can handle the PS services normally. The value PS services.
Usage threshold of the CPU for call access from other CPU. If the usage of the CPU exceeds the threshold, the call access req
Slot number of the load sharing interface board
Whether to allow sharing
Shield flag of the alarm
This parameter specifies the delay time before shutting down the TRXs when the BTS experiences a power failure.
Whether the BSC sends a System Information Type 2ter message to a non-dualband cell. When the parameter is set to YES, t cell sends the System Information Type 2ter message. When the parameter is set to NO and "Send System Information 2ter " i
Whether to enable a handover between signaling channels
Number of times that the downlink signal strength exceeds the threshold
Uniquely identifies a signaling link set
Uniquely identifies a signaling link set
ID of an M3UA link in the specified link set
Signaling local weight over the local NSVL. When this parameter is set to a larger value, the NS is more likely to select this IP p
Signaling local weight over the remote NSVL. When this parameter is set to a larger value, the NS is more likely to select this IP
Priority of the signaling service.0 is the highest priority.
Number of times that the downlink signal is measured
Number of measurement reports used for averaging the signal quality of signaling channels. This parameter helps avoid sharp
ID of an MTP3 link in a specified link set
Number of measurement reports used for averaging the signal strength of signaling channels. This parameter helps avoid shar
Minimum interval between the successful TBF establishment and the first initiation of the Packet Timeslot Reconfiguration proc
Single pass exclude MSISDN number 1. One-way audio means that only one party in a call can hear the voice. Certain number
Single pass exclude MSISDN number 10. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 11. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 12. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 13. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 14. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 15. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 16. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 17. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 18. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 19. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 2. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 20. Certain numbers, such as the premium rate number, are not used for the single pass
Single pass exclude MSISDN number 3. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 4. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 5. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 6. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 7. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 8. Certain numbers, such as the premium rate number, are not used for the single pass c
Single pass exclude MSISDN number 9. Certain numbers, such as the premium rate number, are not used for the single pass c
Source IP address
Source IP address
Log of which site need to be collected.
Zone where the BTS synchronizes with other BTSs. Only two BTSs with the same synchronization zone can be synchronized in
The IP address must be a valid class A, B, or C address, and it cannot be a broadcast address or network address.
No. of the location group under the BTS. The location group No. is unique for each BTS.
Self-loop type. The precautions are as follows: 1. If the self-loop type is set to "E1SELFLOOP" and the BTS type is BTS3002C, BTS3001C, or BTS3001CP, the transmission b 2. If the self-loop type is set to "IASUSELFLOOP", only 3002C, 3006C, 3002E support IASU self loop type, and when the BTS
Signaling route load sharing. In the value, the number of 1s (represented by n) determines the maximum number (2) of routes f routes are not used for the load sharing. The AND operation between this value and " signaling link mask " in the link set is equ
If no handshake message is received from the peer within the delay, the slave service is activated. A slave service object provid signaling links on the A interface of the peer BSC are faulty.
Type of the start date. "WEEK" indicates that the start date is a weekday. "DATE" indicates that the start date is a month day. "
Index of the SMLC
Whether the built-in SMLC or external SMLC is used in the BSS.
Smog alarm switch
Month in which DST starts
Number of CPU usage samples involved in the calculation of the average CPU usage in the sliding window
Number of the slot
Number of the slot
Number of the slot where the XPU board is located
Number of the slot where the XPU board is located
Number of the slot
A key field used to identify the Ater timeslot and indicate the number of the Ater interface timeslot
Number of the slot
Number of the slot where the alarm is generated
Number of the slot where the alarm is generated, the number of the slot where the OMU board is positioned is not supported
Indicates the slot number for running this command
Slot number for running this command
Number of the slot. The subrack number and slot number uniquely identify a board.
Slot No. of the subsystem where the Iur-g common connection is established
Number of the slot where the BTS board is located
Number of the slot where the BTS board is located
Slot number of the XPU board bound to the NSE
Slot number of board to which Pb signaling link belongs
Number of the slot where the port is located
Slot number of the BSC6900 board that is connected to the BTS
Number of the slot where the BTS board is located. RF send mode of the TRX. The BTS3006C and BTS3002E do not support Wide Band Combining, Power Booster Technology, DPBT, or Transmitter Indep The DBS3900 GSM GRRU does not support Wide Band Combining, Transmitter Independent or Combining, Power Booster Te The BTS3900 GSM and BTS3900A GSM do not support Transmitter Independent or Wide Band Combining.
The connection mode between the DRRU and the antenna.
The connection mode between the DRFU and the antenna.
The connection mode between the MRRU/GRRU and the antenna.
The connection mode between the MRFU/GRFU and the antenna.
The connection mode between the BTS3900E and the antenna.
Synchronization period of the SNTP client service
As an integer, the OSP code can be expressed by a decimal digit or a hexadecimal digit. If the OSP code is expressed by a he
Number of bits contained in the signaling point code Data format of the specified signaling point. When this parameter is set to "WNF", the SPC is expressed in the form of an integer number. When this parameter is set to "NDF", the SPC is expressed in three segments. The number of bits included in each segment de OSP expressed in the form ofparameter segments is 8-8-8, the parameter "Signal point data format" the "ADD Whencode the signaling point code bits set tosee "BIT14", the number of bits included in eachofsegment is OPC" 3, 8, and 3. When the signaling point code bits parameter is set to "BIT16", the number of bits included in each segment is 4, 8, and 4. When the signaling point code bits parameter is set to "BIT24", the number of bits included in each segment is 8, 8, and 8. Assume theE1/T1 signaling point bits parameter is set to "BIT14" and the SPC is expressed in three segments 5-7-2. You c Start CICthat of the of the Pb code interface 1. Convert the value in each segment to a binary number and fill 0s into a segment if the number of bits included in that segme the second segment is 111. As previously stated, when the signaling point code bits parameter is set to "BIT14", eight bits mus 101 00000111 010. 2. Convert this binary number to a decimal number. The decimal form of this binary number is 10,298.
This parameter is used for load control. It determines whether the users of special access class are allowed to access the netw
The value of this parameter consists of seven bits. Each bit determines whether to enable the one-way Boolean alarm. "0" indic In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
The value of this parameter consists of five bits. Each bit determines whether the one-way Boolean alarm is triggered by low le In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
If the number of one-way mute events exceeds the value of "Speech Channel Alarm Threshold" within this period, then the BSC
Whether to contain the information element of Speech_Ver in the Assignment Complete message
Whether to contain the information element of Speech_Ver in the Handover Perform message
Whether to contain the information element of Speech_Ver in the HO_REQ_ACK message
Whether to contain the information element of Speech Ver in the HO_RQD message
Speech version mode that the BTS uses for the VGCS call number in the timeslot in the TRX in fallback mode
Speech version mode that the BTS uses for the VGCS call number in the timeslot in the TRX in fallback mode
Speech version configured on the TRX timeslot when the BTS works in fallback mode. When "CHNTYPE" of the TRX timeslot i
Rate over the GE electrical port. When this parameter is set to 1000M, the GE electrical port performs negotiation at the rate of result can be either 100 Mbit/s or 1000 Mbit/s.
Level value of the penalty that is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighbo
Period in which penalty is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighboring ce
Whether to support SPLIT_PG_CYCLE on CCCH. The parameter SPLIT_PG_CYCLE is used to define the DRX period. You ca the paging group based on SPLIT_PG_CYCLE is not supported on CCCH.
This parameter specifies whether the BSC6900 supports the cell broadcast function and whether the BSC6900 supports simple If the BSC6900 supports standard cell broadcast, the BSC6900 should be connected to the CBC.
Whether to support the common bidirectional measurement procedure on the Iur-g interface.
Whether to support the bidirectional information exchange procedure on the Iur-g interface.
Whether to support In Inter-RAT Inter-cell PS Handover. The MS in the UMTS cell can be handed over to the BSC local cell thr
Whether support Out Inter-RAT Inter-Cell PS Handover. The MS in the BSC local cell can be handed over to the UMTS cell thr
Whether the function of Network Assisted Cell Change (NACC) resource guarantee is allowed. In NC2 or NACC cell reselection
Whether the BSC forwards the paging message from the trunking MSC to the MS. When this parameter is set to YES, the BSC
Whether to enable the layer 3 check mechanism on the LAPD links. If the PCU_BSC_LAPD_CHECK_ACK message cannot be Pb link, set the Pb link to fault state and report the ONE PBSL Link. Whether to enable the enhanced resource check on the Pb interface. The introduction of enhanced resource check is to improve the efficiency of resource checking and define the dependencies of The external PCU initiates the enhanced resource check. The resources to be checked, consisting of the cell resources, chann The external PCU sends the check message to the BSC. The BSC divides the check message into three independent check m
Whether to enable the single pass check function on the Pb links between the BSC and the external PCU. When the Pb link is
Whether to enable the PCIC check function on the Pb links between the BSC and the external PCU. When the configuration of are blocked, and the priority of the Pb link is lowered.
Whether to support RAN Sharing.RAN sharing refers to the technique that the GBSS equipment is categorized into multiple log
Cell supports reduced latency capability. This parameter is used to reduce the latency during the transmission, thus improving t
whether the main operator enables the RanSharing function. If the RanSharing function is enabled, one to three co-operators c
Whether the FTP client supports the state firewall
Uniquely identifies an OSP
Whether a base station supports normalized data configuration. Normalized data configuration means that the cabinets, subrac
Whether the data configuration of the SingleRAN BTS supports normalized SingleRAN mode. Normalized SingleRAN mode me
Whether the data configuration of the SingleRAN BTS supports normalized SingleRAN mode. Normalized SingleRAN mode me A cell Index must be unique in one BSC6900 . It is used to uniquely identify a cell.
Name of a cell A source cell index must be unique in one BSC. It is used to uniquely identify a source cell. The value of this parameter ranges from 0 to 2047.
Name of a source cell
Source cell ID
The batch file to be executed: The content of the batch file consists of service commands to be executed in batches. The sourc cannot appear in the file name.
Priority of the clock source
Priority of the clock source. There are four priorities (in descending order): 1, 2, 3, 4.
Whether the currently used handover algorithm in the source cell is HO Algorithm I or HO Algorithm II
Source IP address of BFD Session.
Local area code (LAC) of the source cell
Mobile country code (MCC) of the source cell
Identifies a maintenance point in the maintenance group
Mobile network code (MNC) of the source cell
Source of timeslot cross
Type of the clock source.
Source timeslot mask
Number of the subrack
Number of the subrack
Number of the subrack where the XPU board is located
Number of the subrack
Number of the subrack
It is one key field of identifying the Ater timeslot and indicates the subrack No. of the Ater interface timeslot.
Number of the subrack
Number of the subrack where the indicator alarm to be queried is generated
The subrack number for running this command
The subrack number uniquely identifies a subrack.
Subrack No. of the subsystem where the Iur-g common connection is established
Number of the subrack where the BTS board is located
Number of the subrack where the BTS board is located
Subrack number of the XPU board bound to the NSE
Subrack number of board to which Pb signaling link belongs
Number of the subrack where the port is located
Subrack number of the BSC6900 board that is connected to the BTS
Number of the subrack where the BTS board is located
Number of the subrack at one end of the inter-subrack connection channel
Number of the subrack at the other end of the inter-subrack connection channel
Name of the subrack to be added
Number of the tributary
Type of the subrack
Sequence of alarm records
Traffic local weight over the local NSVL. When this parameter is set to a large value, the NS is more likely to select this IP point
Traffic local weight over the remote NSVL. When this parameter is set to a larger value, the NS is more likely to select this IP p
The parameter specifies which type of service TRXs should be preferentially processed when the PSU is faulty.
Service type of the IP interface board. The service type can be CS speech, CS data, PS high priority, or PS low priority.
After a handover due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty Time
CPU usage alarm clearance threshold
CPU usage alarm threshold. When the CPU usage exceeds the threshold, a CPU usage alarm is reported. "CPU occupancy al
DSP usage alarm clearance threshold. When the DSP usage is lower than the threshold, the DSP usage alarm is cleared.
DSP usage alarm threshold. When the DSP usage exceeds the threshold, a DSP usage alarm is reported. "DSP occupancy ala
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered traffic/data channels.
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered signaling channel.
Number of the subsystem
No. of the subsystem where the Iur-g common connection is established
Start synchronization number of the alarm record
After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Time a
Start of DST
The operation time of the log record should be after this time. If this parameter is not specified, the start time is not limited.
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter.
The operation time of the log record should be after this time. If this parameter is not specified, the start time is not limited.
Start time of the alarm record. By default, the start time is 00:00:00.
Start time of the alarm record. By default, the start time is 00:00:00.
A key parameter that indicates the date and time when the BSC6900 broadcasts cell messages
Start number of the alarm record
Whether to preferentially use the variable bitmap code when encoding the frequency in the System Information and encoding th
This parameter indicates whether the arrival of channel request messages is controlled.
It indicates the start CIC of the A interface CIC segment. When operation mode is set to OPC index, DPC group index, BSC ID
It indicates the start CIC of the Pb interface CIC segment. If the search object mode is set to search by the specified range, the
This parameter specifies the start date of a period during which the TRX Intelligent Shutdown feature is disabled.
When the environment temperature reaches the specified value of this parameter, the heater is started. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies the start month of a period during which the TRX Intelligent Shutdown feature is disabled.
This parameter indicates whether the arrival of paging messages are controlled.
This parameter indicates whether the arrival of PS resource request messages is controlled.
Number of the start sub-timeslot
Time for which the BTS waits to start the fallback function after the OML is interrupted. With this parameter, the BTS does not s
This parameter specifies the start time for dynamically enabling the TRX Intelligent Shutdown feature each day.
It indicates the start CIC of the Ater interface CIC segment.
It indicates the start CIC of the A interface CIC segment. When Operation mode is set to subrack number, slot number, port num
Number of the start timeslot
Whether to enable the smart temperature control mechanism of the FMUA. Smart temperature control refers to the mechanism In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to enable the smart temperature control mechanism of the NFCB. Smart temperature control refers to the mechanism
Number of the start CIC. The C/C of each E1/T1 timeslot can be calculated on the basis of this parameter. Assume that the sta timeslots are all 65535.
Number of the cabinet where the outgoing port of the BTS is located
Start date. The input format is YYYY&MM&DD.
Number of frequencies measured in each group (excluding the frequencies in the original BA table).
Satellite flag
Start time
Whether to enable the EICC algorithm. Enhanced Interference Rejection Combining combines the signals received by multiple
This parameter specifies whether the sending of system information 5, 5bis, and 5ter can be stopped on the SACCH on the SD
Time for which the BTS waits to stop the fallback function after the OML is set up. With this parameter, the BTS does not stop t
Whether to enable the signaling point with the signaling transfer function
Number of the outgoing port of the BTS where the monitoring timeslot is located
Start time of frequency scanning
Number of the slot where the outgoing port of the BTS is located
Number of the subrack where the outgoing port of the BTS is located
Number of the sub-timeslot on the outgoing port of the BTS
Start time. The input format is HH&MM&SS.
Number of the timeslot on the outgoing port of the BTS
Type of the BTS.
ID of the BSC in the TC pool where an A interface circuit is blocked or unblocked
ID of the BSC in the TC pool to which an A interface E1/T1 is added
Command string that is transparently transmitted to the BTS
Maximum sub-frame length. This parameter indicates the maximum sub-frame length for multiplexing. If the length of a sub-fram
Maximum sub-frame length. The data stream to be multiplexed on the same multiplexing channel must be of the same type, an multiplexed.
Number of the scheduled subtask
Subnet Number in a BSC
This parameter specifies whether the CS services preempt the sublink resources of PS services.
Whether to allow the CS services to preempt the sublink resources of PS services when the Abis resources are congested
Number of the sub-timeslot on the port
Sub-version No. of the TMU board. It is configured according to the actual situation.
Whether the CIC circuits in use on the A interface can be assigned. When this parameter is set to YES and the MSC assigns n new calls to the ongoing A interface circuit, the new calls are rejected, and the original calls are not affected.
Whether to use Back-up port for LINE2
Whether to use Back-up port for LINE1
Whether to support the broadcast of the cell name
Whether to support the high multislot class. High multislot class function enables a single MS to be allocated with a maximum o timeslots on the downlink can be assigned to an MS. If an MS is of the high multislot class 34, a maximum of five timeslots on t timeslots on the downlink are allocated to the MS, then only one timeslot on the uplink can be allocated to the MS.
Whether to support dual transfer mode (DTM). The DTM allows an MS to use the circuit switching service and the packet switch
Whether to support EDA. Extended dynamic allocation (EDA) enables the MS to be allocated with more timeslots on the uplink
Whether to support the enhanced DTM function. Comparing to the DTM, the enhanced DTM improves the CS setup and releas
Whether the FE/GE BTS supports inter-BTS local switching
Support intracell handover to change the active speech version, then can increase the usage of TFO(Tandem Free Operation)
Whether to support the cell list in the common measurement messages over the Iur-g interface. When this parameter is set to Y in the cell list in the sent common measurement messages, such as the common measurement report, common measurement
Minimum timeslots between two successive channel requests. After sending the access request, if the MS does not receive the
Server IP address used on the SGSN side in the IP subnet dynamic configuration procedure
Server UDP port number used on the SGSN side in the IP subnet dynamic configuration procedure
Operating state of the environment alarm port
If this parameter is set to "ON", you must set "OMU automatic switchover interval". Otherwise, "OMU automatic switchover inter
Switch for authenticating objects. When the switch is enabled, the BSC system authenticates the BTS objects of the user; when
Whether to enable the alarm port
Power switch state.
Weekday on which DST starts
State of the panel port switch
Switch for the OMU self-healing
Grace Protection Period Switch determines whether to enter the grace protection period.
Turn on or turn off the BFD protocol switch
Whether to enable the board parameters to be configured. If this parameter is set to "YES", the user can set board parameters
Whether to enable the 3ah function on the BTS port.
The field indicates whether the primary path can be switched back when it is available.
The association is smoothly switched over to the primary path after the number of heartbeat responses is received.
Set patch switch parameter1
Set patch switch parameter10
Set patch switch parameter2
Set patch switch parameter3
Set patch switch parameter4
Set patch switch parameter5
Set patch switch parameter6
Set patch switch parameter7
Set patch switch parameter8
Set patch switch parameter9
Number of the switching port. If "Link Attribute" is set to "BBU", the switching port must be configured. The value ranges from 3
Whether to enable the local user management function
Sequence of the start week of DST
Symbol offset of the BTS set manually. After the offset information of the BTS is collected, the symbol offset is adjusted. Adjust
Synchronization status. This parameter is used to identify different 3G cells. This parameter should be same with the configurat
Site synchronization method. AISS stands for the air-interface soft synchronization method, and GPS stands for the GPS synch
Synchronization mode of the IP clock
Interim synchronization period (in days). The BTS can re-initiate the synchronization only after the period.
Interim synchronization period (in hours). The BTS can re-initiate the synchronization only after the period.
System flux thresholds correspond to the system flux obtained based on message packets, CPU load, and FID queuing load. T Interim synchronization period (in minutes). The BTS can re-initiate the synchronization only after the period. 0-11: There are 12 flow control levels. Where, 0 indicates the lowest level and 11 indicates the highest level.
A load handover is allowed only when the system flux is lower than the value of this parameter. The handover performed over t Contact way of the Base Station supplier [(Average Message Usage - InnerController Flow Control Discard Begin Threshold)/(Inner Flow Control Discard All Threshold - Inner Flow greater than Inner Flow Control Discard Begin Threshold, the level is calculated. The value range is from 0 to 11. 2) Flow control threshold for theController CPU to start to discard the channel access messages and paging messages: 80% Description of the Base Station . Flow control threshold for the CPU to discard all channel access messages and paging messages: 100%
. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80% cor
Location of the Base Station Controller
Whether sending the system information type 10 message on the VGCS/VBS TCH is allowed. For detailed information, see the
Name of the Base Station Controller of Network Element
Services provided by the Base Station Controller
Timer T1, specifying the duration of monitoring the BVC blocking (unblocking) procedure.
Value of the first timer for the PTU handshake
When the reception of a TFP causes unavailability of a route, this timer is started to regularly check whether the route is recove
This timer is a protection timer waiting for an uninhibit acknowledgement message (LUA) from the peer end after an uninhibit m
This timer is a protection timer waiting for a force uninhibit acknowledgement message (LUA) from the peer end after a force un
This timer is a protection timer waiting for an inhibition acknowledgement message (LIA) from the peer end after an inhibition m
This timer is started when a link fails to be started. The restart of the link is initiated after this timer expires.
When a normal changeover cannot be initiated, services will be changed over to an alternative link after this timer expires to av
Timer T2, specifying the duration of monitoring the procedure of resetting SIG BVC and PTP BVC.
Value of the second timer for the PTU handshake
Timer in the LAPD protocol. The value of the timer indicates the time when the LAPD link waits for the response or acknowledg
This parameter specifies the expiry value of timer T200 used for the FACCH/TCHF over the Um interface. For the function of tim
This parameter specifies the expiry value of timer T200 used for the FACCH/TCHH over the Um interface. For the function of ti
This parameter specifies the expiry value of timer T200 used for the SACCH over the Um interface when the TCH supports SA This parameter specifies the expiry value of timer T200 used for the SACCH on the SDCCH. For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH".
This parameter specifies the expiry value of timer T200 used for the SACCH over the Um interface when the TCH supports SA This parameter specifies the timeout value of timer T200 used for the SDCCH over the Um interface. T200 prevents the data link layer from deadlock during data transmission. The data link layer transforms the physical link that is Each message must be confirmed by the peer end. In unknown cases, both ends are waiting if a message is lost. At this time, t the transmit end retransmits the message. The number of retransmissions is determined by N200. T200 and the N200 ensure t This parameter specifies the expiry value of timer T200 when the SDCCH supports SAPI3 services. For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH".
Timer in the LAPD protocol. The value of the timer indicates the maximum duration for no frame exchange in the LAPD link.
After a local link is inhibited, this timer is started to regularly check the management states at both ends of the link.
After a remote link is inhibited, this timer is started to regularly check the management states at both ends of the link.
This timer is a protection timer waiting for an extended changeover acknowledgement message (XCA) from the peer end after
Timer T3. T3 is started after the message SUSPEND is received on the BSC side. T3 is stopped after the message SUSPEND
Value of the third timer for the PTU handshake
When the BTS sends physical information to the MS, the BTS starts the timer T3105.If the timer T3105 expires before the BTS Phy.Info.". For details, see GSM Rec. 04.08 and 08.58.
Timer for retransmitting the VGCS UPLINK GRANT message
T3168 is used to set the maximum duration for the MS to wait for the uplink assignment message. After the MS originates the u assignment message on the network side. If the MS receives the packet uplink assignment message before T3168 expires, T3
Duration of releasing the TBF after the MS receives the last data block. When the MS receives the RLC data block containing t acknowledgement and the timer T3192 is started. If the timer T3192 expires, the MS releases the TBF related resources and st MS is the half duplex mode and receives no packet uplink assignment message, the MS enters the packet idle mode. If the MS
This parameter specifies the length of the timer for periodic location update.
Timer on the DTE side, specifying the duration of acknowledging the sending BC link integrity.
When a normal changeback cannot be initiated, services will be changed back to a normal link only after this timer expires to av
Timer T4. T3 is started after the message v is received on the BSC side. T4 is stopped after the message RESUME ACK is rec
This timer is a protection timer waiting for a changeback acknowledgement message (CBA) from the peer end after the first cha
Timer T5. When the downlink TBF is set up, if the BSC side does not receive the valid RACAP, the BSC originates the radio ac
This timer is a protection timer waiting for a changeback acknowledgement message (CBA) from the peer end after the second
Timer T6. The BSC sends the SGSN request to download the BSS PFC. When the QoS parameter is obtained, the timer is sta
Timer T8. The BSC sends the SGSN request to download the BSS PFC. When the QoS parameter is obtained, the timer is sta
This timer is started when a transmission prohibited message (TFP) is sent. The TFP will not be sent any more during the runn
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
Whether the TA is used as a decisive condition for the concentric cell handover
Whether to enable the time advance (TA) handover. The TA handover determines whether the timing advance (TA) is higher th longer the distance is, the greater the TA value is.
One of the parameters that determine the coverage of the OL subcell and UL subcell. When "Enhanced Concentric Allowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_QUAL When "Enhanced Concentric Allowed" is set to ON, "TA Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Receive
The P/N criterion must be met for triggering a TA handover. That is, the TA handover can be triggered only if P measurement re
An emergency handover is triggered when TA is greater than or equal to the value of this parameter.
This parameter specifies the interval of broadcasting the speech data of the talker on the downlink group call channel that is co
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
Unique identifier of the Um interface software synchronization task
The P/N criterion must be met for triggering a TA handover. That is, the TA handover can be triggered only if P measurement re
One of the parameters that determine the coverage of the OL subcell and UL subcell. Number of the output segmentAllowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_QUAL When "Enhanced Concentric 1: Segment 1 describes the basic information the "TA equipment. When "Enhanced Concentric Allowed" is set toofON, Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Receive 2: Segment 2 describes the connection information. 3: Segment 3 describes the module information. Output Segment No. 4: Segment 4 describes the configuration information. 1: Segment 1 describes basic information theequipment. equipment. Filter period 5ofdescribes the signalthe strength in the of packet transmission mode of the MS. The MS in the packet transmission mode measu 5: Segment the information the of peer 2: Segment 2 describes the connection information. 6: Segment 6 describes the version information of the host. 3: information. 7: Segment Segment 3 7 describes describes the the module cabinet information. 4: Segment 4 describes the configuration information. 8: Segment subrack information. Filter period 8 ofdescribes the signalthe strength in the packet idle equipment. mode of the MS. The MS in the packet idle mode measures the downlink s 5: Segment 5 describes the information of the peer 9: Segment 9 describes the board information and electronic label information of the Flash. 6: Segment 6 describes the version information of the host. 10: Segment 10 describes the slot information. 7: describes thethe cabinet information. 11:Segment Segment711 describes port information. 8: Segment 8 describes the subrack information. 12: Segment 12 describes the antenna information. 9: Segment 9 describes the board information and electronic label information of the Flash. 10: Segment 10 describes the slot information. 11: Segment 11 describes the port information. 12: Segment 12 describes the antenna information.
Maximum time in which the BTS attempts to set up the OML after swapping the main and backup OMLs. If the BTS fails to set
The BTS repeatedly attempts to connect to port 0 or port 1 after the switchover. If the connection on one port fails within the tim
Test code for the MTP3 link. After the successful test, the link can be used for carrying signaling services. If the test fails, the M 170.
Timer Tc, specifying the interval for the BVC and MS to send flow control messages. When this parameter is set to a smaller va and MS send flow control messages, certain bandwidth is required. If this parameter is set to a too small value, the transmissio transmission performance and provide more bandwidth.
Temperature compensation coefficient. This parameter defines the charging voltage increase or decrease unit of each battery w In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
This parameter specifies the cyclic redundancy check (CRC) switch, which can be set to On or Off. The value of this parameter
Whether to allow the cell to dynamically change a channel from full rate to half rate or from half rate to full rate. If this paramete to determine the channel assignment priority. The channels in a TRX that does not allow dynamic adjustment take priority.
If the current channel seizure ratio reaches or exceeds this value, the half-rate TCH is assigned preferentially; otherwise, the fu
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the DL FER carried in the las
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the downlink level carried in t
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the downlink quality carried in
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the UL FER carried in the las
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the uplink level carried in the
When a call drops on the TCH, the corresponding TCH call drop counter is incremented by one if the uplink quality carried in th
After a new TCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the MS occ
Maximum number of discarded MRs allowed on the TCH in a power control period
Whether the TCH rate type uses the MSC strategy or BSC strategy. When this parameter is set to NO and the MSC policy is us and the BSC policy is used, the BSC preferentially selects full-rate or half-rate channels based on the internal load.
This parameter specifies the interval at which the speech service on a TCH is handed over.
This parameter specifies whether to perform periodic intra-cell handover for speech services on TCH.
Threshold for determining that the underlaid subcell is busy. The BSC assigns channels in the underlaid subcell to the MS in a value of this parameter, and full-rate channels are assigned if the channel seizure ratio in the underlaid subcell does not exceed
The BSC assigns channels in the overlaid subcell to the MS in a concentric cell. If the channel seizure ratio of overlaid subcell i Channel seizure ratio = (Num. of busy TCHF + Num. of busy TCHH/2)/(Num. of available TCHF + Num. of available TCHH /2) x concentric cell.
Mode of TC. Test code length of the signaling link. By default, the value is 10. SEPERATE_PRINCIPAL: Specifies that the MTP3 link is configured for the primary BSC in the case of BM/TC separated config SEPERATE_SUBORDINATE: Specifies that the MTP3 link is configured for the slave BSC in the case of BM/TC separated con TOGETHER: Specifies that the MTP3 link is configured in the case of BM/TC combined configuration mode. SEPERATE_BSC_INTERFACE: Specifies that the MTP3 link is configured for the primary BSC in the case of BM/TC separate
Whether to enable the class-1 mute detection.
Number of the cabinet where the main board of the RXU ring is located
Number of the TC port where one end of the ATER connection channel is located
If you enable the TC pool function when configuring the basic information of the BSC6900, you need to enter the TC Pool ID. T
Number of the TC slot where one end of the ATER connection channel is located
Number of the TC subrack where one end of the ATER connection channel is located The type of TC resource GTC: TC resources that support normal voice coding/decoding and packet conversion UTC: TC resources that support only the optimized handover on the Iur-g interface ITC: TC resources that support only the dual-stack function on the A interface Input mode of the BA table. In auto mode, the system fills in the BA1 and BA2 tables based on the adjacent relation of cells. In tables.
When the priority of a TDD cell is ranked, the value of this parameter is added to the receive level of the TDD cell in the measu The values this BA2 parameter the followingaccording decibel values: Whether theofFDD table iscorrespond generated to automatically to the neighboring relation or typed manually. 0: 0 dB A TDD cell can become a candidate cell only when the average receive level of the TDD cell is greater than the TDD Cell Rese 1: 6 dB The value of this parameter corresponds to the following decibel value: ... 0: 7: negative 42 dB infinity Threshold 1: -28 dB for determining whether the MR about a TDD cell is valid. The measurement report is valid if the receive level of the TDD cell in the measurement report is greater than the value of this p 2: -24 dB The value of this parameter corresponds to the following decibel value: ... 0: 0 dB 15: 28 dB 1: 6 dB ... 6: 36 dB 7: positive infinity
This parameter specifies whether to activate the diversity mode on the common channel of a 3G cell.
Downlink frequency of frequency 1 in table 3GBA2. This parameter indicates the detected downlink frequency in the 3G adjace
This parameter specifies whether the TDD MI system information optimized function is enabled. When this parameter is set to N system information carries neighboring cell scrambling codes.
This parameter specifies whether to send the system information MI which contains the 3G neighboring cell information in the T
Minimum RSCP quality threshold that the TDD 3G candidate cell must reach
TDD cell parameter ID. The ID is used to distinguish terminals or cells. This parameter is used after spread spectrum. Therefore
Cell parameter ID of a TDD cell. The cell parameter ID distinguishes between MSs or cells. It is used after spread spectrum. Th spectrum.
This parameter specifies whether to optimize the system information 2Quater and MI of the TDD neighboring cell. That is, to ad
SyncCase in the TDDBA1 table. This parameter determines the synchronization status. Value 0 indicates Sync case 1 and valu
If the ratio of available TDM bandwidth is greater than this value, congestion control is stopped.
If the ratio of available TDM bandwidth is less than or equal to this value, congestion control is triggered.
Each subrack has six TDM port numbers, ranging from 0 to 5. Subrack 1 TDM Port No. refers to the TDM port number on subra
Each subrack has six TDM numbers, ranging from 0 to 5. Subrack 2 TDM Port No. refers to the TDM number on subrack 2 of th
Terminal endpoint ID of the Pb signaling link
Temperature alarm switch
Upper limit of temperature
Lower limit of temperature
When the environment temperature of the APMU is greater than the value of this parameter, the BTS reports an alarm. For the In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the environment temperature is greater than the value of this parameter, the BTS reports an alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the environment temperature of the APMU is less than the value of this parameter, the BTS reports an alarm. For the AP In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the environment temperature is less than the value of this parameter, the BTS reports an alarm. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Change value of the floating charge voltage of the storage battery when the temperature of the storage battery changes by 1 d
Description of a cell template.
This parameter specifies the index number of a cell template. Each template is numbered uniquely in a BSC6900.
This parameter specifies the index number of a cell template. Each template is numbered uniquely in a BSC6900.
Name of a cell template, uniquely identifying a cell template in a BSC6900.
When the temperature of the BTS cabinet is greater than the value of this parameter, the TRX is powered off.
TRX power-off temperature threshold. If the temperature of the BTS cabinet is less than the value of this parameter while "Low
TRX power-off temperature threshold. If the temperature of the BTS cabinet is less than the value of this parameter while "Low In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether the System Information Type 3 message carries TER indication.
Duration of the timer for starting the IP path status test on the Gb interface
Content of the cell broadcast message
AEC is an important measure to improve the speech quality. If the AEC works for a consecutive time that is longer than the valu
In the VSWR test, the TRX transmits signals at a default frequency. You can specify the frequency used for the test.
This parameter indicates start frame number of the BTS. It is used to keep synchronization between the BTS and MS after the
Target OMU
TGW ID
This parameter indicates the address of the operation and maintenance console for TGW.
This parameter indicates the mask of the operation and maintenance console for TGW.
Slot number of the BSC6900 interface board interworking with TGW.
Subrack number of the BSC6900 interface board interworking with TGW.
Timer Th. After receiving the MS flow control message, the SGSN uses the values of the updated Bmax and R based on the in suitable flow control parameters, which can improve the transmission performance. When this parameter is set to a greater valu
Voltage threshold for switching off the air conditioner. If the power supply voltage is less than this threshold, the air conditioner
Voltage threshold for switching on the air conditioner. This parameter assumes that the air conditioner is switched off. If the pow
Combination of the THP1 and ARP1 priority in the Interactive service. THP1-ARP1 priority weight determines the number of the
Combination of the THP1 and ARP2 priority in the Interactive service. THP1-ARP2 priority weight determines the number of the
Combination of the THP1 and ARP3 priority in the Interactive service. THP1-ARP3 priority weight determines the number of the
Combination of the THP2 and ARP1 priority in the Interactive service. THP2-ARP1 priority weight determines the number of the
Combination of the THP2 and ARP2 priority in the Interactive service. THP2-ARP2 priority weight determines the number of the
Combination of the THP2 and ARP3 priority in the Interactive service. THP2-ARP3 priority weight determines the number of the
Combination of the THP3 and ARP1 priority in the Interactive service. THP3-ARP1 priority weight determines the number of the
Combination of the THP3 and ARP2 priority in the Interactive service. THP3-ARP2 priority weight determines the number of the
Combination of the THP3 and ARP3 priority in the Interactive service. THP3-ARP3 priority weight determines the number of the
Load balance threshold type. It indicates the threshold calculation mode.
This parameter specifies the timer set to wait for a private message from the SGSN. During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, and n 1. The uplink receive level after filtering is higher than "Level Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT B 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".
During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, and n 1. The uplink receive level after filtering is higher than "Level Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT B 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".
The P/N criterion must be met for triggering a TIGHT BCCH handover. That is, the TIGHT BCCH handover can be triggered on During channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, and n 1. The uplink receive level after filtering is higher than "Level Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT B 2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".
The P/N criterion must be met for triggering a TIGHTBCCH handover. That is, the TIGHTBCCH handover can be triggered only
When an intra-cell TIGHT BCCH handover needs to be performed (handover from the non-BCCH to BCCH), the downlink rece
Whether to enable the BCCH aggressive frequency reuse algorithm If the SDCCH load on the TRXs of the compatible BCCH in loose frequency reuse pattern is greater than the "IBCA Loose Trx Otherwise, the SDCCHs on the TRXs of the compatible BCCH are preferentially assigned.
IMSI paging timer. After enabling the MSC pool function, the BSC6900 receives from the MSC the paging message attached w If the BSC6900 receives a response message with the IMSI before the timer expires, the BSC6900 locates the destination MSC If the BSC does not receive a response when the timer expires, the BSC6900 clears the relation information between the IMSI
Whether to limit the operation time of the operator
Time
Duration of frequency scanning
Within the preset time, no AMR FR-to-HR handover is allowed if the previous FR-to-HR handover fails due to channel unavaila
After a handover due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty Time
After an OL subcell to UL subcell handover of an MS fails, the MS does not perform OL subell-UL subcell handovers within the
Indicates the timeout time of the PING packet
Timeout time for waiting for the TRACERT packet response
Timeout time
Indicates the timeout time of the CFM link tracing detection
Longest waiting time for multiplexing When the multiplexed packet is no longer added with new data and the timer expires, the multiplexed packet is transmitted dire This parameter is determined by the number of multiplexed packets. When the number of multiplexed packets increases, the va
After the fast handover is successful, the penalty on the original serving cell is performed within the "Quick handover punish tim
Indicates the times of sending PING packets
This parameter determines whether the dynamic voltage adjustment function is enabled on the basis of the number of timeslots this function.
After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Time a
After an UL subcell to OL subcell handover of an MS fails, the MS does not perform UL subcell to OL subcell handovers within
This parameter indicates the queue timer for assignment. When the BSC6900 receives an assignment request and no channel is available for assignment, the BSC6900 starts the queui
If the BSC6900 receives the configuration data about all the connected MSCs before the timer expires, the BSC6900 conclude
When the operation time of the OMU exceeds the value specified by this parameter, some records are deleted from the operati
Temporary logical link ID in the decimal format
Lowest expected value of the air outlet temperature. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Temperature alarm lower threshold. If the temperature of the battery is lower than the value of this parameter, an alarm indicati In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the internal temperature of the BTS reaches the Temperature Alarm Lower Threshold, it reports a low temperature alarm In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
When the time mode is set to "ONTIME", you should set this parameter.
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter specifies
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter specifies
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter specifies
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter specifies
If the time mode is set to "DAILY_T", "WEEKLY_T", or "MONTHLY_T", you should set this parameter. This parameter specifies
TRMMAP index
Index of the traffic mapping used by the current adjacent node's gold user.
Loopback time length
Test mode
Duration time for determining that a call is hung up because of poor quality. If the uplink quality or downlink quality in the meas disconnection is due to poor quality. This parameter can be used to calculate the number of call disconnections due to poor qua
Maximum rate of the accumulated alarm blink duration to the alarm blink measurement period. Assume this threshold is not 0. W measurement period, see "SET ALMBLKSW".
TMSI of the MS
Minimum rate of the accumulated alarm blink duration to the alarm blink measurement period. Assume this threshold is not 0. W blink measurement period, see "SET ALMBLKSW".
This timer is a protection timer waiting for a signalling link test acknowledgement message (SLTA) from the peer end after a sig
This timer is used to send the signalling link test messages (SLTM) to the peer end regularly.
Name of the data table distributed on the board.
The Ater signaling link operates in the terrestrial transmission or satellite transmission mode. In the areas such as desert and la
E1 transmission type of the Pb interface. The terrestrial transmission or satellite transmission can be selected. In the areas suc
Offset to DST, namely, the adjustment to time.
Cell Reselect Temporary Offset (TO) indicates the temporary correction of C2. This parameter is valid only within the value spe
Number of the cabinet where the board is located
Number of the slot where the board is located
Number of the subrack where the board is located
Type of the host log to be collected. If this parameter is set to NORMAL, the text log in the \common\fam\famlog directory of the OMU installation path is collected a If this parameter is set to FORMAT, the binary log in the \common\fam\famlogfmt directory of the OMU installation path is collec
Number of the optical port where the main board of the RXU ring is located.
Length of the timer that is started to wait for a channel requested by an incoming BSC handover request message. When the MSC allows the queuing of incoming BSC handover requests, the BSC6900 starts the queuing procedure and the tim
CPU usage threshold for debugging tracing flow control. When the average CPU usage of sliding windows reaches or exceeds
Packet queue usage threshold for debugging tracing flow control. When the average packet queue usage of sliding windows re
CPU usage threshold for recovery from debugging tracing flow control. When the average CPU usage of smooth windows is low
Packet queue usage threshold for recovery from debugging tracing flow control. When the average packet queue usage of smo
Whether to control the debugging tracing flow
Threshold for determining whether the uplink service is preferred. Within the "Flux Measurement Period", if the ratio of the down
Threshold for determining whether the uplink service is preferred. Within the "Flux Measurement Period", if the ratio of the uplin Traffic mode of the M3UA link set. At present, only the active/standby and load sharing mode is available. If the M3UA links in the link set work in overriding mode, only one link in the link set works in the active mode, and all other link automatically activated to take over as the active link. If the M3UA links in the link set work in load-sharing mode, all the M3UA links in the link set work in active mode and carry traff This parameter specifies the data transmission mode between the BTS and the BSC6900. The license control modes are differ Terrestrial Transmission: The data between the BTS and the BSC6900 is transmitted through the E1 or fiber. This transmission Satellite Transmission: The data between the BTS and the BSC6900 is transmitted through the satellite. This transmission mod Terrestrial and Satellite: In normal cases, the terrestrial transmission mode is used. When the terrestrial transmission is faulty, t
Slot number of the transparently transmitting interface board
Transport type of the adjacent node to which the path belongs.
Transport type
Transport type
Transmission type of the BTS
Transmission Type
Whether to configure the optical transmission mode for E1 port 0 of the BTS3006C/BTS3002E. If the optical transmission mode
Whether to configure the optical transmission mode for E1 port 1 of the BTS3006C/BTS3002E. If the optical transmission mode
Whether to configure the optical transmission mode for E1 port 2 of the BTS3006C/BTS3002E . If the optical transmission mod
Whether to configure the optical transmission mode for E1 port 3 of the BTS3006C/BTS3002E. If the optical transmission mode
Whether to enable the limit of the tracing range
Forbidden time of cell reselection
The load handover is triggered when the traffic load in a cell is greater than the value of this parameter.
Port number of the aggregation member
Slot number of the aggregation member
aggregation group number
Specified TRMMAP index of the user panel
TRM load threshold index. The TRM load threshold must be configured.
TRM load threshold index
TRM load threshold index. It is the unique ID of the load threshold.
TRM load threshold index
TRM load threshold index
TRM load threshold index
TRM load threshold index
Transmission resources mapping switch
Trunk group number of the logical port
TRUNK group number
TRUNK group number
Whether to enable the TRX aiding function. Four aiding modes are available. BCCH aiding: The main BCCH is aided to anothe baseband FH in the cell is faulty or BCCH aiding is performed in the cell, baseband FH aiding occurs and the cell is initialized a aiding switchback can be performed and the cell is restored to the baseband FH mode.
Duration
Frequency hopping index of the channel in the TRX
Index of a TRX, uniquely identifying a TRX in a BSC6900.
The ID of TRX added in the main location group, the TRX ID must be globally unique. The same TRX cannot be bound by the T
Index of TRX 1
Index of TRX 10
Index of TRX 11
Index of TRX 12
Index of TRX 13
Index of TRX 14
Index of TRX 15
Index of TRX 16
Index of TRX 17
Index of TRX 18
Index of TRX 19
Index of TRX 2
Index of TRX 20
Index of TRX 21
Index of TRX 22
Index of TRX 23
Index of TRX 24
Index of TRX 3
Index of TRX 4
Index of TRX 5
Index of TRX 6
Index of TRX 7
Index of TRX 8
Index of TRX 9
List of IDs of carriers for frequency hopping.
List of TRX indexes. You can specify one TRX index or more TRX indexes, for example, 1 or 0&1&2&&5 in the same BTS.
Mobile allocation index offset (MAIO) of the channel in the TRX
Number of a TRX in a BTS. The number of a TRX is unique in a BTS.
Allowed number of carriers bound to a board.
Number of the channel bound to the TRX on the TRX board. TRX Pass No. of the DTRU/DRRU/BTS3900B of the BTS in sepa in 0 to 7.
TRX board pass number in the sub-location group to which the TRX of the main location group is bound
This parameter specifies whether the TRX priority is considered during channel assignment. When the parameter is set to YES
Type of the TRX board bound to the TRX
It indicates the Ater interface timeslot number
It indicates the A interface timeslot number. The parameter supports multiple values.
Timeslot number
Timesolt of bearing channels
Number of the timeslot on the port
Bearer E1/T1 port timeslot of PPP link.
Bearer E1/T1 port timeslot of MP link.
Timeslot of the E1/T1 link carrying the PPP link. The timeslot of an E1 port cannot be used by different PPP links. The TSC is short for the Training Sequence Code. The TSC must be the same as the BCC. The delay equalization is performed by using the specified TSC when the MS or BTS incorrectly invalid reception, and prevent the co-channel interference.
Number of idle timeslots. You can configure up to 128 idle timeslots for the BTS at a time. A BTS can be configured with up to 5
Whether to allow TSC planning. If this parameter is set to No, the TSC values in all MA groups of the cell cannot be modified. In
Timeslot cross index
Duration in timeslot mode
Index of the monitoring timeslot. The index is unique in a BTS.
Name of the scheduled task.
Time slots for Ater operation and maintenance. These time slots are provided by the ports connected to the Ater connection pa
The 64 kbit/s timeslots on the port are numbered from 1 to 31.
Number of the slot where the main board of the RXU ring is located. The slot No. is unique in the same BTS.
Timeslot number of Pb signaling link
Assignment priority level of the channel. If this parameter is less, the assignment priority level of the channel is higher.
Maximum degree by which the output power of the multi-density TRX board can exceed the maximum output power within a sh
Fast flux measurement duration. Normal flux measurement is performed after the fast flux measurement lasts over the period s
Whether to enable fast flux detection. When this parameter is set to Open, fast timeslot adjustment is possible after the TBF is
Rate of the monitoring timeslot
Number of the subrack where the main board of the RXU ring is located. The subrack No. is unique in the same BTS.
Test mode
Test timeslot
Type of battery test
Test Type. PIM:passive intermodulation test.
This parameter specifies whether to allow the BTS to enable the TRX Intelligent Shutdown on Timeslot Level feature. When thi
RXU topology type, that is, RXU ring topology or RXU chain topology. In the case of the ring topology, the optical ports of the h
TTL(Time to Live) of the PING packet
Indicates the live time of the packet for CFM link tracing detection
If the number of channels (including PDCH and TCH) occupied on a cell that can be disabled is lower than this threshold, the p
This parameter specifies the end time of a period during which the cell is disabled.
This parameter specifies the start time of a period during which the cell is disabled.
This parameter specifies whether to enable the Dynamic Cell Power Off feature. When this parameter is set to ENABLE, the BS When this parameter is set to DISABLE, the BSC will never disable the cell; When this parameter is set to SLEEP, the BSC wil SLEEPING only for the BTS3900E. For other base stations, this parameter cannot be set to SLEEPING.
When the load of the same coverage cell is higher than this threshold for a period, the disabled cell is enabled.
Temperature alarm upper threshold. If the temperature of the battery is higher than the value of this parameter, an alarm indica In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Temperature upper threshold of the cabinet. When the cabinet temperature is higher than this parameter, an alarm indicating th In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Value of the timer for reserving the channels in the observed cell
Value of the timer for reserving the TRXs in the observed cell
Value of the timer for reserving the TCHFs in the serving cell Tx-integer (T for short). This parameter specifies the number of timeslots between two transmissions when an MS sends multip The access algorithm is defined in GSM Rec. 04.08 to reduce the collisions on the RACH and improve the efficiency of the RAC This parameter works with the configuration of the CCCH to determine the parameter S. The relations between this parameter Value of timer for is waiting response collection When thisthe parameter set tofor 3, the 8, 14, or 50, Stoisinformation 55 if the CCCH and SDCCH do not share a physical channel. When this parameter is set to 3, 8, 14, or 50, S is 41 if the CCCH and SDCCH share a physical channel. When this parameter is set to 4, 9, or 6, S is 76 if the CCCH and SDCCH do not share a physical channel. When thisthe parameter set to 4, for 9, or S is 52 if the CCCH and SDCCH share a physical channel. Value of timer for is searching the6,MS When this parameter is set to 5, 10, or 20, S is 109 if the CCCH and SDCCH do not share a physical channel. When this parameter is set to 5, 10, or 20, S is 58 if the CCCH and SDCCH share a physical channel. When this parameter is set to 6, 11, or 25, S is 163 if the CCCH and SDCCH do not share a physical channel. Value of timer for is activating resources the BTS When thisthe parameter set to 6,the 11,reserved or 25, S is 86 if the of CCCH and SDCCH share a physical channel. When this parameter is set to 7, 12, or 32, S is 217 if the CCCH and SDCCH do not share a physical channel. When this parameter is set to 7, 12, or 32, S is 115 if the CCCH and SDCCH share a physical channel. The timeslot for sending messages a random valuereport from from the collection Value of the timer for waiting for theissynchronization the BTS of {0, 1..., MAX(T, 8)-1}. The number of timeslots (excluding the timeslot used to send messages) between two adjacent channel request messages is a When T increases, the interval between two adjacent channel requests increases, and RACH conflicts decrease. When S increases, the interval between two adjacent channel request messages increases, and RACH conflicts decrease, thus The access time of the MS, however, is prolonged and the network performance is decreased when T and S increase. Under n
The maximum power that operators 1 can use on pass A of MRRU board.
The maximum power that operators 2 can use on pass A of MRRU board.
The maximum power that operators 3 can use on pass A of MRRU board.
The maximum power that operators 4 can use on pass A of MRRU board.
The maximum power that operators 1 can use on pass B of MRRU board.
The maximum power that operators 2 can use on pass B of MRRU board.
The maximum power that operators 3 can use on pass B of MRRU board.
The maximum power that operators 4 can use on pass B of MRRU board.
Transmit bandwidth of IP path
Transmit bandwidth
Indicates the interval between the two sent PING packets
Extension transmission timeslots of random access. This parameter determines the interval of sending another channel reques
Typeparameter of the subrack This specifies the frequency band of new cells. Each new cell can be allocated frequencies of only one frequency ba GSM900: The cell frequency band. Explanation of the supports finish typeGSM900 of the batch commands DCS1800: The cell supports DCS1800 frequency band.execution fails, the execution of the batch commands is stopped and the 1. ANY_ERR_RETURN: If there is a command whose GSM900_DCS1800: The cell supports GSM900 and frequency bands. 2. ALL_END_RETURN: If all commands in the batch DCS1800 file are executed in one operation, the execution of the file is successful n GSM850: The cell supports GSM850 frequency band. GSM850_DCS1800: The cell supports GSM850 and DCS1800 frequency bands. PCS1900: The cell supports PCS1900 frequency band. GSM850_PCS1900: The cell supports GSM850 and PCS1900 frequency bands.
Type of the PCU
Frequency band to which the newly added cell belongs. Only one frequency band can be selected as the frequency band of ea
Type of a cabinet
Cell type. Currently, the fast BTS construction is available for only GSM900 and DCS1800 cells.
Power attenuation factor of uplink tributary 0
Whether there is a TMA on uplink tributary 0
Index of uplink tributary 0. Each uplink tributary can be configured with a maximum of 12 TRXs. This parameter indicates the se
TRX board pass number connected to uplink tributary 0
Number of the slot where the TRX board that connects to uplink tributary 0 is located
Number of the subrack where the TRX board that connects to uplink tributary 0 is located
Power attenuation factor of uplink tributary 1
Whether there is a TMA on uplink tributary 1
Index of uplink tributary 1. Each uplink tributary can connect to a maximum of 12 TRXs. This parameter indicates the serial num
TRX board pass number connected to uplink tributary 1
Number of the slot where the TRX board that connects to uplink tributary 1 is located
Number of the subrack where the TRX board that connects to uplink tributary 1 is located
Service priority of call reestablishment when CS services are preferred. This parameter is used for the flow control in the case o
Service priority of the CS emergency call when CS services are preferred. This parameter is used for the flow control in the cas
Service priority of the CS MS-originated call when CS services are preferred. This parameter is used for the flow control in the c
Service priority of the CS MS-terminated call when CS services are preferred. This parameter is used for the flow control in the
Service priority of the incoming BSC handover when CS services are preferred. This parameter is used for the flow control in th
Service priority of the intra-BSC handover when CS services are preferred. This parameter is used for the flow control in the ca
Priority of other services when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP
PS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP/HDLC
Priority of supplementary services when CS services are preferred. This parameter is used for the flow control in the case of Ab
VBS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP/HDL
VGCS service priority when CS services are preferred. This parameter is used for the flow control in the case of Abis over IP/H
In A over IP, if the parameter is set to ON, the circuit IE in the A interface extended signaling must be processed in the same w
Whether the BSC selects the TCHs on the link that reports an RAI alarm.
Reestablish service priority of a PS preferred call
CS emergency call service priority of a PS preferred call
CS original call service priority of a PS preferred call
CS terminated call service priority of a PS preferred call
BSC handover service priority of a PS preferred call
BSC intra handover service priority of a PS preferred call
Other service priority of a PS preferred call
PS service priority of a PS preferred call
Supplement service priority of a PS preferred call
VBS service priority of a PS preferred call
VGCS service priority of a PS preferred call
In case of intra-BSC, if this parameter is set to ON, the same channel type and voice version as those of the original channel ar
UDP multiplexing mode of the receiving party. The mode that does not support the function of compressing the RTP header ind indicates that the receiving party supports both the UDP MUX RTP header and the function of compressing the RTP header.
UDP multiplexing mode of the sending party. If the mode that does not support the function of compressing the RTP header ind that the sending party supports both the UDP MUX RTP header and the function of compressing the RTP header.
UDP port number of the local NSVL. The setting of this parameter must be consistent with the setting at the SGSN side.
UDP port number of the remote NSVL. The setting of this parameter must be consistent with the setting at the SGSN side.
Group to which the operator belongs. This parameter is used to limit the right of the operator.
Upper humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too high. If the In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Used to identify the uplink access message from the MS. The value 64 is invalid.
Unit time for the error code ratio test
Upper limit for triggering an alarm
Upper limit of the alarm. This parameter is valid for the analog port.
Minimum interval between two consecutive uplink power control commands
Current call is an AMR full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control i
Current call is an AMR full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is
Current call is an AMR half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control
Current call is an AMR half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is
The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P measur
The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P measur
If the ratio of uplink flux to downlink flux is greater than or equal to the threshold during the fast flux measurement, the uplink se
Duration for uplink data transmission on the original channel if the TC resources are changed before and after the handover
Number of downlink GRPS TBF RLC blocks sent before RRBP field is sent
If the UL receive level remains lower than the "Edge HO UL RX_LEV Threshold" for a period, the edge handover is triggered.
Number of downlink GRPS TBF RLC blocks sent before RRBP field is sent
Period of acknowledging the EGPRS TBF RLC uplink data block
Filter adjustment factor for uplink power control. If this parameter is set to a large value, the filtered values become smooth, thu increased.
Current call is a full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is perfo
Current call is a full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is perform
Current call is a half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is perfo
Current call is a half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is perfor
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
When the uplink load of a cell is larger than the value of this parameter and is smaller than "2G Cell UL Overload Congest Thre
When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the measur signal strength.
Maximum permissible adjustment step when the BSC decreases the uplink transmit power
Maximum permissible adjustment step when the BSC increases the uplink transmit power
When the uplink load of a cell is greater than the value, the uplink of the cell is in the overload congestion status. After the BSC delivers the power control command, it should wait for a certain period before affirming the effect of the power co receive quality of the MS. Thus, the power adjustment is delayed. To compensate the delay of power adjustment, the power control algorithm implements the prediction and filtering function. In o This parameter determines the number of uplink measurement reports predicted by the BSC. In other words, the value of this p
The MS transmit power is decreased only when the quality level of the MS transmit signal is smaller than the value of the param
The MS transmit power is increased only when the quality level of the MS transmit signal is greater than the value of the param
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "UL R
In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "UL R
An emergency handover due to bad quality is triggered when the uplink receive quality is not smaller than "UL Qual. Threshold
The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered only
The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered only
This parameter specifies the uplink signal strength factor multiplied by 10 during the calculation of the uplink power control step
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
When the uplink receive level reaches the threshold, Huawei III power control is performed.
When the uplink receive level is lower than the threshold, Huawei III power control is performed.
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
This parameter specifies the uplink quality level factor multiplied by 10 during the calculation of the uplink power control step. T
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
When the network receives measurement reports, the measurement values in several straight measurement reports are filtered
Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated step v
Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated step v
When the uplink receive level reaches the threshold, Huawei II power control is performed.
When the uplink receive level is below the threshold, Huawei II power control is performed.
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Based on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate accordi equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and a
Whether a UL subcell to OL subcell handover is allowed
Number of uplink GRPS TBF RLC blocks sent before an acknowledgement is required
Whether the crosstalk optimization function over the Um interface is allowed. If this parameter is set to YES when call drops oc If this parameter is set to YES and the ongoing service is speech service, the BSC also sends the Channel Release message t
Timer of penalty on a neighboring cell when a handover fails due to faults of air interface connection.
Phase tag for GSM protocols that the Um interface supports
Whether to support the balanced mode or the unbalanced mode. When this parameter is set to YES, you can set the DIP switc When this parameter is set to NO, you cannot set the DIP switches on the interface boards. You must set the DIP switches by t
Retry times after the peer response timer expires during NSVC unblocking
Abnormally alarm triggering threshold when the ANT_A tributary antenna current is too light. When the actual current is lower th
Abnormally alarm triggering threshold when the ANT_B tributary antenna current is too light. When the actual current is lower th
Abnormally alarm triggering threshold when the RET tributary antenna current is too light. When the actual current is lower than
Abnormally alarm clearance triggering threshold when the ANT_A tributary antenna current is too light. When the actual curren
Abnormally alarm clearance triggering threshold when the ANT_B tributary antenna current is too light. When the actual curren
Abnormally alarm clearance triggering threshold when the RET tributary antenna current is too light. When the actual current is
Index of upper-level BTS connected to the BTS
Number of the upper-level BTS. The number is unique in a BSC6900.
Index type of upper-level BTS connected to the BTS
Index type of the upper-level BTS
Name of the upper-level BTS connected to the BTS. The BTS name is unique within a same BSC6900. This parameter cannot
Name of the upper-level BTS. The name is unique in a BSC6900. The invalid characters (\, /, :, *, ?, ", <, >, |, and #) cannot app Update code for a simple cell broadcast message. This parameter together with "Code" uniquely identifies a cell broadcast message.
Default coding scheme of the uplink GPRS link. If the uplink adopts the dynamic adjustment coding scheme, this parameter can
Default coding scheme of the uplink EDGE link. If the uplink adopts the dynamic adjustment coding scheme, this parameter can
Uplink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the value (thre Multiplex Threshold" for triggering converting dynamic channel in time and reducing PDCH multiplex.
Default coding scheme used on the uplink EGPRS2-A link. If the uplink uses the dynamic coding scheme, this parameter speci
Fixed coding scheme that is used on the uplink EGPRS2-A link. If the uplink uses the fixed coding scheme, this parameter can
Inactive period of extended uplink TBF. After the network side receives the last uplink RLC data block (CountValue=0) of the M data block, the MS can use the inactive uplink TBF without rebuilding a new uplink TBF. This inactive uplink TBF is switched to of releasing the uplink TBF. When the uplink TBF is inactive, the downlink TBF can be established according to this uplink TBF
Adjustment mode of the uplink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is a value ranging
Coding scheme of the uplink EDGE link. If the uplink uses the fixed coding scheme, this parameter is set to a value ranging fro
One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL Lev
One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL Lev
Maximum time in which a user uses the uplink of its VGCS call continuously when the BTS works in fallback mode
Size of the OML/ESL/EML Uplink LAPD Window
Whether to allow MS power control
Upper class transport resource group No. It is valid only when " Is First Class Transport Resource Group " is set to NO.
Upper number of the logical port
If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference between criterion.
After the existing uplink receive level, uplink receive level after the previous optimization, and the value of this parameter are we
If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference between criterion.
This parameter specifies whether the transmission of point-to-point short messages is disabled. If necessary, the transmission
Delay of releasing the non-extended uplink TBF. After receiving the last uplink RLC data block (CountValue=0), the network sid delay. In this way, the downlink TBF can be established on the unreleased uplink TBF. This uplink TBF is automatically release disabled.
Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS1. When the retransmission rate
Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS2. When the retransmission rate
Retransmission threshold when the coding mode of the uplink TBF is changed from CS4 to CS3. When the retransmission rate
Retransmission threshold when the coding mode of the uplink TBF is changed from CS1 to CS2. When the retransmission rate
Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS3. When the retransmission rate
Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS4. When the retransmission rate
Whether to allow cell urgent reselection. If this parameter is set to PERMIT and [NC2 Load Reselection Switch is set to Suppor
Mode of querying the information on an MS
Whether to support USF granularity 4
User name of the FTP server
User name for the FTP server. When the FTPServer.exe file downloaded through the LMT is installed, the user name is admin.
Start time when the TRX energy saving function is enabled for the BTS3002E.
End time when the TRX energy saving function is enabled for the BTS3002E.
Upper temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is too hig In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding paramete
When a UL subcell-OL subcel handover decision is performed to a call, the BSC determines whether the number of handover f allowed.
After an MS performs a OL subcell to UL subcell handover successfully, the MS cannot be handed over to the OL subcell again
One of the parameters that determine the coverage of the OL subcell and of the UL subcell. "UtoO HO Received Level Thresho When this parameter is set to YES, the existing call is performed in the OL subcell, and "OL to UL HO Allowed" is set to YES, a If the existing call is performed in the UL subcell, a UL subcell to OL subcell handover is triggered, and "UL to OL HO Allowed" Thred". Otherwise, if the traffic volume in the UL subcell is smaller than "En Iuo Out Cell General OverLoad Thred", the timer st If this parameter is set to NO, the traffic volume in the UL subcell is not taken into account for triggering the UL subcell to OL su
Hierarchical handover period of the load handover from the UL subcell to the OL subcell. If the channel seizure ratio of the UL may occur in the target cell and call drops may be caused. Through the hierarchical load handover algorithm, the calls in the ce
Hierarchical level step of the load handover from the UL subcell to the OL subcell
This parameter specifies the type of a 3G cell. A cell type can be Frequency Division Duplex (FDD) or Time Division Duplex (T
Vendor code of the RET antenna
This parameter is used to limit the maximum number of channels that can be used by the VGCS in a cell. This prevents too ma
This parameter specifies whether the preemption of channels between public network services and the VGCS is allowed when
This parameter is used to reserve a certain number of channels in a cell for the Voice Group Call Service (VGCS) to use directl
This parameter specifies the usage threshold of the CPU for VIP user calls that can be admitted. When the usage of a CPU is g are rejected.
Is VIP Cell.The parameter is used for BSC6900 flow control.
This parameter specifies the eMLPP priority value corresponding to the VIP call. When the eMLPP(Enhanced Multi-Level Prece
This parameter specifies the usage threshold of the CPU for VIP user calls that are transferred from other CPUs. When the usa
If the parameter is set to Disable, the added IP path is not configured with the VLAN ID. If the parameter is set to Enable, the a
Specified Vlan enabling flag
VLANID flag of first local IP address
VLANID Flag of second Local IP address
VLANID of the IP address of the specified next hop
VLAN of the MA in the MD
VLAN ID of the service type
VLAN to which the maintenance association belongs in the maintenance domain.
VLAN ID of first Local IP address
VLAN ID of second Local IP address
VLAN priority
VLAN priority level of the service type. This parameter helps to determine the packet service priority level at the data link layer o
VLAN switch for the service type
Speech version supported by a cell
24V voltage alarm switch
Upper limit for triggering a 24 V voltage sensor alarm
Lower limit for triggering a 24 V voltage sensor alarm
48V voltage alarm switch
Upper limit for triggering a 48V voltage sensor alarm
Lower limit for triggering a 48V voltage sensor alarm
Whether to enable the standing wave alarm parameters to be configured
This parameter specifies a condition for generating a BTS alarm. This parameter together with "VSWR TRX error threshold" is u
Filtering times of serious standing wave alarms
Standing wave alarm threshold. When the VSWR is greater than the value of this parameter, the TRX reports a standing wave
Serious standing wave alarm threshold. When the VSWR is greater than the value of this parameter, the TRX reports a serious
This parameter specifies a condition for generating a BTS alarm. This parameter together with "VSWR TRX unadjusted thresho
V-version number of the BTS software
This timer is used to set the time of waiting for a ReleaseIndication message after a ChannelRelease message is sent. If the tim
When the BSC6900 sends a ChannelRelease message and the current call uses the AMRFR encoding mode, the timer T3109 the BSC6900 deactivates the channel.
When the BSC sends a ChannelRelease message and the current call uses the AMRHR encoding mode, the timer T3109 (AM deactivates the channel.
Timer of waiting for the MS's response to the location measurement request sent from the BSC. If the BSC does not receive the
The TCHs reserved for the emergency call are assigned to the user during the service assignment. If the TCHs are not assigne
When the dynamic PDCH needs to use MAIO of the SDCCH, the SDCCH is not allowed to be assigned to new calls within the allowed to be preempted.
Timer of waiting for the SMLC's response to the MS location request sent from the MSC. If the SMLC does not send any respo sends an MS location failure indication to the MSC.
Whether to start the heating equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Water sensor alarm switch
Whether to limit the operation weekday of the operator. If the weekday needs to be limited, see the description of "Week".
This parameter is used to select the location of a cell, east or west longitude.
Whether to start the humidification equipment of the BTS. In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding paramete
Whether to trigger an active/standby port switchover. If this parameter is set to YES, an active/standby port switchover is trigge
Whether to start the dynamic adjustment of the LAPD window. If this parameter is set to ALLOW, the LAPD transmit and receiv
You can select multiple weekdays.
Working mode of the M3UA link set, including M3UA_ASP and M3UA_IPSP. For details about the ASP and IPSP, see the RFC
Time when the BTS stops checking for a radio link alarm. If this time is up, the BTS stops checking for or reporting a radio link a
Whether to enable the BTS to report a major radio link alarm. If this parameter is set to YES, the BTS reports a major radio link
Period for clearing a radio link warning. If a radio link warning is cleared within this period, the BTS reports the recovery alarm f
Time when the BTS starts to check for a radio link alarm. If this time is up, the BTS starts to check for and report a radio link ala
Whether to enable the BSC to deliver radio link alarm parameters to the BTS. If this parameter is set to YES, the BSC delivers
Flag of the work area to be formatted
Working mode of the RXU board
Work mode of subrack Working mode. E1: The E1 system is recommended by the IUT-T. E1 carries signals at 2.048 Mbit/s. G.703 defines the electric T1: The T1 system is recommended by the ANSI and widely used in the North America. T1 carries signals at 1.544 Mbit/s. BTS portAworking mode. This must bethe consistent that of the peer.signals. Work mode of a BTS.E1 A line BTSand can100-ohm work in the E1_BA: circuit that uses twoparameter wires to transmit same butwith contra-directional The 120-ohm T1 E1: The E1 system is recommended by the ITU-T. E1 carries signals at 2.048 Mbit/s. G.703 defines the electrical specification E1_UNBA: A circuit that uses one transmission signal cable and one common grounding cable to transmit signals. The 75-ohm T1: The T1 system is recommended by the ANSI and widely used in the North America. T1 carries signals at 1.544 Mbit/s. If "DESTNODE" of the BTS is set to BSC, BTS, or DXX, the setting of "WORKMODE" of the BTS port must be the same as tha If "DESTNODE" of the BTS is set to OTHER, for example, TGW(Transmission Gateway), "WORKMODE" of the BTS port must The setting of the E1/T1 DIP switch of the BTS must match the setting of "WORKMODE" of the BTS port.
Window size of the Ater signaling link
Time for which the BTS waits to swap the OML after the OML is interrupted. With this parameter, the BTS does not swap the O
Waiting time before establishing a link in the reverse direction after the transmission of a BTS is disrupted
Wait to restore time
Time zone
Feature ID
GBFD-110502
GBFD-110502
GBFD-110502
GBFD-116601
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-114201
GBFD-114201
GBFD-117702
GBFD-117301
GBFD-113101
MRFD-210301
GBFD-118201
GBFD-116801
GBFD-119110
GBFD-119110
GBFD-511002
GBFD-511002
GBFD-113201
GBFD-511002
GBFD-119501
GBFD-511002
GBFD-511002
GBFD-511002 GBFD-118611 GBFD-118622
GBFD-118611
GBFD-119305 GBFD-110402 GBFD-111101 GBFD-115501 GBFD-115701 GBFD-115502 GBFD-115701 GBFD-115507 GBFD-115701 GBFD-110501 GBFD-510502
GBFD-118201
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-111705
GBFD-111705
GBFD-111202
GBFD-111804
GBFD-118201
GBFD-119204
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201
MRFD-210304
GBFD-111202
GBFD-111202
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115602
GBFD-115505
GBFD-115505
MRFD-210502
MRFD-210502
GBFD-115505
GBFD-115505
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
MRFD-210304
GBFD-113801
MRFD-210304
MRFD-210304
GBFD-116401
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-118602
GBFD-115601
GBFD-115601
GBFD-115601
GBFD-115601
GBFD-115601
GBFD-115601
GBFD-115601
GBFD-510002
GBFD-510002
GBFD-118605
GBFD-114101
GBFD-113101
GBFD-111005
GBFD-119401
GBFD-116201
GBFD-111005
GBFD-111803
GBFD-111203 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-119115
GBFD-115402
MRFD-210502
GBFD-115402
MRFD-210502
MRFD-210304
MRFD-210304 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601
GBFD-115503
GBFD-117601
GBFD-115506
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-110703
GBFD-115502
GBFD-115502
GBFD-115506
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-115503
GBFD-111803
GBFD-111803
GBFD-115703
GBFD-115703
GBFD-115703 GBFD-118601 MRFD-210602 GBFD-118602 GBFD-118605 GBFD-118611 GBFD-118622
None
MRFD-210304
GBFD-115603
GBFD-115603
GBFD-115603
GBFD-115603 GBFD-115402 GBFD-118201 GBFD-510401 MRFD-210501 GBFD-510401 MRFD-210501 GBFD-118611 GBFD-118622
GBFD-111202
MRFD-210602
GBFD-111202
GBFD-510104
GBFD-111202
GBFD-111804
GBFD-118602
GBFD-114701
GBFD-119904
GBFD-119904
GBFD-119904
GBFD-119904
GBFD-119904
GBFD-119904
GBFD-119904
GBFD-119904
MRFD-210301
MRFD-210401
MRFD-210401
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-118609 GBFD-118611 GBFD-118622
GBFD-111804
GBFD-111804
GBFD-111804
MRFD-210304
MRFD-210304
GBFD-110502
GBFD-110607
GBFD-113201
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-510901
GBFD-110502
GBFD-111203
GBFD-111803
GBFD-111705
GBFD-111705 GBFD-111203 GBFD-111803
GBFD-111203
GBFD-111803
GBFD-113201
GBFD-114402
GBFD-114402
GBFD-116901
GBFD-116901
GBFD-116901
GBFD-111203
GBFD-117701
GBFD-111203
GBFD-114701
MRFD-210301
MRFD-210301
GBFD-111203
GBFD-116902
GBFD-111202
GBFD-111804
GBFD-110302 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601
None
None
MRFD-210305 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118611 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118611 GBFD-118611 GBFD-118622
GBFD-118611 GBFD-118622
GBFD-118611
GBFD-118609
MRFD-210301
GBFD-115501
GBFD-115502
GBFD-111202
GBFD-118601
GBFD-111202
MRFD-210305
MRFD-210305
None
GBFD-111804
MRFD-210304
MRFD-210304
None
None
None
None
MRFD-210502
MRFD-210502 GBFD-111203 MRFD-210305
MRFD-210301
GBFD-111004
GBFD-114101
None
GBFD-118609
GBFD-118609
GBFD-111605
GBFD-111605
GBFD-114401
GBFD-114401
GBFD-114401 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-118201
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113725 GBFD-110801 GBFD-110802
GBFD-111202
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-110101
GBFD-113701
GBFD-510002
GBFD-510002
GBFD-118603
GBFD-510002
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-119902
GBFD-119902
GBFD-119902 GBFD-111804 GBFD-111806
GBFD-113725
GBFD-114201
GBFD-114302 GBFD-114301 GBFD-114302
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-118609
GBFD-118609 GBFD-110801 GBFD-110802
GBFD-113801
GBFD-118201
GBFD-119902
GBFD-119902
GBFD-119902
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-510002
GBFD-510002
None
None
None
GBFD-111705 GBFD-118611 GBFD-118622
MRFD-210304
GBFD-111202
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-510501 GBFD-110601 GBFD-510501
GBFD-510501
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
MRFD-210301
None
None
None
None
GBFD-111202
GBFD-111202
GBFD-117802
GBFD-113602
GBFD-113602 GBFD-111203 MRFD-210305 GBFD-111003 GBFD-110301 GBFD-110303
GBFD-118602
GBFD-111602
GBFD-111803 GBFD-113726
GBFD-113601
GBFD-118201
GBFD-118201 GBFD-116902 GBFD-118605 GBFD-113726
MRFD-210301
GBFD-118201
GBFD-113601
GBFD-118601
GBFD-117701
GBFD-118621
GBFD-115001
GBFD-115001
GBFD-114701
GBFD-113601
GBFD-115001
GBFD-115001
GBFD-115001
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-114701
GBFD-114701
GBFD-114701
GBFD-118201
GBFD-113726
GBFD-113726
GBFD-114701
GBFD-114101
GBFD-110802
MRFD-210301 GBFD-110303 GBFD-111003
MRFD-210301
MRFD-210301 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-119305 GBFD-119305
MRFD-210502
MRFD-210401
MRFD-210401
None
None
None
None
None
None
None
MRFD-210602
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-111801 GBFD-113726
GBFD-111801 GBFD-111202 GBFD-111611
GBFD-111202
GBFD-118601
GBFD-118601
GBFD-111202
GBFD-118601
GBFD-118605
GBFD-111202
GBFD-111202
GBFD-118401
GBFD-111202
GBFD-118201
MRFD-210602
MRFD-210305
GBFD-118601
GBFD-117702
GBFD-118601
GBFD-110802
GBFD-111202
GBFD-118401
GBFD-111202
GBFD-118601
GBFD-111605
GBFD-110703
GBFD-118103
GBFD-111202
GBFD-118401
GBFD-111202
GBFD-510701
GBFD-111202
GBFD-118609
GBFD-111207
GBFD-111202
GBFD-117802
GBFD-118602
GBFD-119001
GBFD-119001
GBFD-119001
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605 GBFD-110801 GBFD-110802
MRFD-210301
GBFD-114101
GBFD-114101
GBFD-111202
GBFD-111202
MRFD-210301
GBFD-110503
GBFD-111202 GBFD-113701 GBFD-111101
GBFD-510702
GBFD-111202
GBFD-118605
GBFD-118605
None GBFD-110401 GBFD-110402
GBFD-113601
GBFD-113601
GBFD-113601
GBFD-113601
GBFD-113601 GBFD-110401 GBFD-110301
GBFD-118605
GBFD-113601
GBFD-117501
GBFD-117501
MRFD-210301
MRFD-210305
GBFD-111003
GBFD-111003
GBFD-118603
GBFD-118630
GBFD-110607 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-119115 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 GBFD-111101 GBFD-114101
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
MRFD-210301
MRFD-211402
MRFD-210301
MRFD-210301
GBFD-111202
GBFD-510901
MRFD-210301
MRFD-210301
MRFD-210602
GBFD-114402 GBFD-110601 GBFD-510501
MRFD-210301
GBFD-111804
GBFD-113001
MRFD-210301
MRFD-211402
GBFD-111202
MRFD-210301
GBFD-118701 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802
GBFD-111003
GBFD-111202
GBFD-111202
GBFD-116201
GBFD-116201 GBFD-510803 GBFD-510804
GBFD-114325
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802
GBFD-111705
MRFD-210305
GBFD-111202
GBFD-118605
GBFD-510701
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305
GBFD-111203
GBFD-111203
GBFD-510601 GBFD-111203 MRFD-210305
GBFD-114101
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-510103
GBFD-111202
GBFD-111005
None
GBFD-111203
GBFD-111203
GBFD-113602
GBFD-111005
GBFD-111804
None
GBFD-118605
MRFD-210206 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601
GBFD-118609
GBFD-118609
GBFD-111202
GBFD-111202
GBFD-118602
GBFD-118602
GBFD-118602
GBFD-118609
GBFD-111207
MRFD-210301
GBFD-111203
MRFD-210301
GBFD-111207
MRFD-210301
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111005
None
GBFD-111705
GBFD-111705
GBFD-111705
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-111803
GBFD-111203
GBFD-119301
GBFD-119301
GBFD-119301
GBFD-119301
GBFD-119301
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-118605
GBFD-111005
GBFD-111202
GBFD-111202
GBFD-119403
GBFD-110501 GBFD-118611 GBFD-118622
GBFD-111202
GBFD-111202
MRFD-210502
MRFD-210501
GBFD-111202
MRFD-210304
GBFD-111202
GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305
GBFD-111203
MRFD-210301
GBFD-111202
GBFD-118609
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113725
GBFD-117401
GBFD-119701
GBFD-117401
MRFD-210403
GBFD-113725
MRFD-210304
GBFD-111202
GBFD-111202 GBFD-111203 MRFD-210305
MRFD-210304
MRFD-210304 GBFD-110601 GBFD-510501
GBFD-113602
GBFD-111202
GBFD-118201
GBFD-117602 GBFD-111003 GBFD-110301 GBFD-110302
MRFD-210305
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-111202
MRFD-211503
None
None
None
None
MRFD-211503
MRFD-211503
None
None
None
None
MRFD-211503 GBFD-110601 GBFD-510501
MRFD-210206
MRFD-210301 GBFD-111203 MRFD-210305
MRFD-211402 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
MRFD-211503
MRFD-211503
GBFD-111207
GBFD-111602
MRFD-210301
GBFD-111202 GBFD-110402 GBFD-110301 GBFD-110303
MRFD-210305
MRFD-210305 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302
GBFD-110402
GBFD-111203 GBFD-118602 GBFD-118622
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-111705
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111705
GBFD-111203
GBFD-118605
GBFD-111203
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-111705
None
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111705
GBFD-111705
GBFD-118201
GBFD-114101
GBFD-111202
MRFD-210602
MRFD-210602
MRFD-210602
MRFD-210602
GBFD-118605
GBFD-111202
GBFD-111202
MRFD-210301
GBFD-111804
GBFD-111202
None
MRFD-210401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110204 GBFD-119405 GBFD-110205 GBFD-111203 MRFD-210305
GBFD-111203
GBFD-111602
GBFD-111202
GBFD-111202
GBFD-114501
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-113101
GBFD-110501 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305
GBFD-111202
None
None
None
None
GBFD-510701
GBFD-111202
MRFD-211402
MRFD-211402
MRFD-211402
MRFD-210301
GBFD-111203
GBFD-118609
GBFD-111202
MRFD-210602
MRFD-210602
None
None GBFD-114301 GBFD-114302
GBFD-111202
GBFD-111202
GBFD-117401 GBFD-111203 MRFD-210305
MRFD-210502 GBFD-118611 GBFD-118622
None
GBFD-111202 GBFD-110608 GBFD-111005
GBFD-111203
GBFD-111203 GBFD-111203 MRFD-210403
GBFD-111202
GBFD-110607
GBFD-110607
GBFD-110601 GBFD-110601 GBFD-510501
GBFD-114301
GBFD-510804
GBFD-510804
GBFD-114201
GBFD-115902
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-510002
GBFD-119501
GBFD-510802 GBFD-110601 GBFD-510501
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-114101
GBFD-117601
GBFD-117601
GBFD-115501
GBFD-115501
GBFD-115501
GBFD-115502
GBFD-115502
GBFD-115502
GBFD-115507
GBFD-115507 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-510501
GBFD-511103
GBFD-110703
GBFD-115506
GBFD-115506
GBFD-115506
GBFD-115506
GBFD-117601
GBFD-117601
GBFD-511103
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703 GBFD-110601 GBFD-510501
GBFD-115501 GBFD-510501 GBFD-110601 GBFD-115502 GBFD-510501 GBFD-110601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-110703
GBFD-110703
GBFD-119203 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302
GBFD-115501
GBFD-115501
GBFD-115501
GBFD-115502
GBFD-115502
GBFD-115502
GBFD-115507
GBFD-115507
GBFD-111202
GBFD-111202
GBFD-118620
GBFD-119106 GBFD-114201 GBFD-119106 GBFD-114201 GBFD-119106
GBFD-510804
GBFD-510804 GBFD-114101 GBFD-119106 GBFD-114101 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-114201 GBFD-119106
GBFD-110703 GBFD-117601
GBFD-110203
GBFD-114101
GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106
GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106
MRFD-210304
GBFD-117602 GBFD-111804 GBFD-111806
GBFD-111804
GBFD-111803
GBFD-111803
GBFD-117401 GBFD-111804 GBFD-111806
GBFD-111804 GBFD-118602 GBFD-118622
MRFD-211402 GBFD-110601 GBFD-510501
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
None
MRFD-211503
MRFD-211503
MRFD-211503
MRFD-211503
MRFD-211503
GBFD-111605
GBFD-111605
GBFD-111605
GBFD-113602
GBFD-114802
GBFD-111202
None
GBFD-118611 GBFD-118622
GBFD-118602 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118605
GBFD-114101
MRFD-210301
MRFD-210301
MRFD-210304
MRFD-210301
GBFD-114101
GBFD-114101 GBFD-116101 MRFD-210301
GBFD-111202
None
GBFD-118609
GBFD-118601
None
GBFD-118601
None
None
GBFD-110607
GBFD-510301
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113521
GBFD-118601
GBFD-111207
GBFD-111207
GBFD-111207 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-111207 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501
GBFD-118201
GBFD-111202
GBFD-111203
GBFD-111202 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-113101 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-114101 GBFD-113101 GBFD-114101 GBFD-113101
GBFD-111602
GBFD-118101
GBFD-111202
GBFD-111202
GBFD-118401
GBFD-111207
None
MRFD-210501
MRFD-211501
MRFD-210501
GBFD-118605
GBFD-114301
GBFD-114301
GBFD-111101
MRFD-210304
GBFD-111203
MRFD-210304
MRFD-210304
GBFD-111202 GBFD-116101 MRFD-210301
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114201
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-110601
GBFD-510501
GBFD-110601
GBFD-111202
GBFD-119201 GBFD-510803 GBFD-510804
GBFD-116201
GBFD-116201 GBFD-116101 MRFD-210301 GBFD-110202 GBFD-110521
GBFD-111804
None GBFD-118611 GBFD-118622
GBFD-115001
GBFD-510307
GBFD-115001 GBFD-118611 GBFD-118622
GBFD-118605
GBFD-111202 GBFD-116101 MRFD-210301
GBFD-111202
GBFD-510309
GBFD-111202 GBFD-113501 GBFD-113503
GBFD-111203
GBFD-111203
GBFD-116401
MRFD-210304
GBFD-111803
GBFD-111203
GBFD-111602
GBFD-111202
GBFD-111602
GBFD-111202
GBFD-111602
GBFD-111801
GBFD-111803
GBFD-111202
GBFD-111203
GBFD-111203
GBFD-113201
MRFD-211503
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-118605
GBFD-118605
GBFD-113201
GBFD-113402 GBFD-118602 GBFD-118622
GBFD-118602
GBFD-113201
GBFD-115704 GBFD-111203 MRFD-210305
GBFD-110202
GBFD-118630
GBFD-118630
None
None
GBFD-118605
GBFD-111202
MRFD-210304
GBFD-110502
GBFD-115403
GBFD-117802 GBFD-116101 MRFD-210301
GBFD-111203
GBFD-111203
GBFD-111203 GBFD-111203 MRFD-210305
MRFD-210304
MRFD-210304
GBFD-113602 GBFD-111203 MRFD-210305
GBFD-111202 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305 GBFD-116101 MRFD-210301 GBFD-116101 MRFD-210301
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-114101
GBFD-111203
GBFD-117602
GBFD-117602
MRFD-210301
GBFD-111202
MRFD-210301
GBFD-111202
MRFD-210301
MRFD-210301
GBFD-114001
GBFD-111202 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802 GBFD-110801 GBFD-110802
GBFD-114001
GBFD-119203 GBFD-510301 GBFD-510302
GBFD-510307
GBFD-510307
GBFD-111202
GBFD-111005 GBFD-110601 GBFD-510501
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-110502
GBFD-117802
GBFD-111203
None
GBFD-118601
GBFD-111705
None
None GBFD-118611 GBFD-118622
None
None
MRFD-211503
None
GBFD-510701
GBFD-111202
GBFD-111705
MRFD-210103
GBFD-111202
GBFD-111705
GBFD-111202
GBFD-114301
MRFD-210301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-114301 GBFD-114301 GBFD-110801 GBFD-110802
GBFD-114301
GBFD-114301
GBFD-114301
GBFD-111705
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-116801
GBFD-113701 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210401 GBFD-111203 MRFD-210305
MRFD-210301 GBFD-111203 MRFD-210304
GBFD-116201 GBFD-111203 MRFD-210305
GBFD-117601
GBFD-111202
GBFD-117301
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-117301
GBFD-117001 GBFD-113521 GBFD-118201 GBFD-117001
GBFD-119501
GBFD-119501
None
None
None GBFD-118611 GBFD-118622
None
GBFD-118605 MRFD-211503
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-114101 GBFD-111003 GBFD-111101
GBFD-111202
MRFD-210303 GBFD-111203 MRFD-210401
GBFD-111203
MRFD-210301
MRFD-210403
GBFD-111202
GBFD-111202 GBFD-113101 GBFD-114201 GBFD-119303 GBFD-119501
GBFD-111804
GBFD-115601
GBFD-114101 GBFD-110501 GBFD-113301 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-111202
None GBFD-510702 GBFD-510607
GBFD-510601
GBFD-510701 GBFD-118604 GBFD-118610
GBFD-118201
MRFD-210301 GBFD-114801 GBFD-115501 GBFD-111203 MRFD-210305
GBFD-111203
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-110101
GBFD-510101
GBFD-510101
MRFD-210301
GBFD-111005
GBFD-112401
MRFD-210301
GBFD-510901
GBFD-112401 GBFD-110601 GBFD-510501 GBFD-114803 GBFD-115501
GBFD-510701
GBFD-111202
GBFD-510701
GBFD-111202 GBFD-111203 MRFD-210305
GBFD-118605
GBFD-118605
None
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-511103
GBFD-511103
GBFD-118602
GBFD-119115
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-119901 GBFD-510301 GBFD-510302
MRFD-210502 GBFD-510301 GBFD-510302
GBFD-510307
None
GBFD-114101 GBFD-111101 GBFD-114101
GBFD-114101
GBFD-114101
GBFD-114201
GBFD-114101
GBFD-114101
GBFD-116201
GBFD-114101 GBFD-510401 MRFD-210501
MRFD-210502
GBFD-116001
GBFD-510309
GBFD-510309
GBFD-113725
GBFD-113725
GBFD-117301
GBFD-118605
GBFD-118605
GBFD-113602
GBFD-118605
GBFD-118605
GBFD-114401
GBFD-114302
GBFD-111202
GBFD-118601
GBFD-118601
GBFD-113401
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601
GBFD-118602
GBFD-111202
GBFD-510501
GBFD-510501
GBFD-111202
GBFD-111202
GBFD-110101
GBFD-115001
GBFD-115001
GBFD-115001
GBFD-111202
GBFD-111005
MRFD-210305
GBFD-119404
GBFD-113201
GBFD-118701 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111203
GBFD-111203
GBFD-110601
GBFD-510103
GBFD-510103
GBFD-510103
GBFD-510102 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-114301 GBFD-114302
GBFD-510102
GBFD-111203 GBFD-110601 GBFD-510501
GBFD-113201 GBFD-110601 GBFD-510501
GBFD-114402
GBFD-113701
GBFD-117002
GBFD-113701
GBFD-117101 GBFD-110601 GBFD-510501
GBFD-113701
GBFD-113703
GBFD-113703
GBFD-113701 GBFD-110601 GBFD-510501
GBFD-118201 GBFD-114301 GBFD-114302
GBFD-111804 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-510102
GBFD-113725
GBFD-113725
GBFD-110601 GBFD-510501
GBFD-510102
GBFD-113703
GBFD-113703
GBFD-111202
GBFD-116001 GBFD-111202 GBFD-111601 GBFD-111202 GBFD-111601 GBFD-113401 GBFD-111101 GBFD-114801 GBFD-113401 GBFD-115502
GBFD-113201 GBFD-114803 GBFD-113401 GBFD-115502
GBFD-113701
GBFD-111202
GBFD-117001
GBFD-111202
GBFD-118609
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-111804
GBFD-111207
GBFD-111202
GBFD-111202
GBFD-111804
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-111604
GBFD-111202
GBFD-118605
GBFD-118603
GBFD-118603
GBFD-118603
GBFD-111203
GBFD-111203
GBFD-111202
GBFD-118602
None
GBFD-113001
GBFD-111202
None
MRFD-210301
MRFD-210301
MRFD-211402
MRFD-210301
GBFD-111202
GBFD-111202
GBFD-114701
MRFD-210301
GBFD-111203
GBFD-113601
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-510102
GBFD-111203
GBFD-111804
GBFD-110502
GBFD-119202
GBFD-110502
GBFD-110502
GBFD-110502
GBFD-110502
GBFD-113201
GBFD-113201
GBFD-118201
GBFD-110502
GBFD-111203
GBFD-114101
GBFD-110601 GBFD-510501
GBFD-118201
GBFD-118201
GBFD-115402
GBFD-111202
GBFD-111202
GBFD-115504
GBFD-115504
MRFD-211402
MRFD-210304
GBFD-115504
GBFD-115504
GBFD-111005
GBFD-115501
GBFD-115502
GBFD-115507
GBFD-114701
GBFD-114402
GBFD-114402
MRFD-210301
MRFD-210301
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114701
GBFD-111202
GBFD-111203
GBFD-115402
GBFD-110608
GBFD-114701
GBFD-111202
GBFD-114701
GBFD-111202
GBFD-113602 GBFD-110601 GBFD-510501
GBFD-112401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-510501
GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005 GBFD-111001 GBFD-111005
GBFD-118201
GBFD-111005
GBFD-511104
GBFD-511103 GBFD-114301 GBFD-114302
MRFD-211404
GBFD-511103
GBFD-511103
GBFD-511103
GBFD-511103
GBFD-511103
GBFD-511103 GBFD-114301 GBFD-114302
GBFD-511103 GBFD-111203 MRFD-210305
None GBFD-110801 GBFD-110802
GBFD-114402
GBFD-110601
GBFD-110601 GBFD-510501
GBFD-115504 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
MRFD-211402
GBFD-511103
GBFD-511103
GBFD-511103
GBFD-114701
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-117501
MRFD-210301 GBFD-111203 MRFD-210403
GBFD-118603
GBFD-118603
GBFD-118601
GBFD-111202
GBFD-118605 GBFD-118611 GBFD-118622 MRFD-211502
MRFD-211502
None
None
None
GBFD-118603
GBFD-118603
GBFD-118606
GBFD-118603
GBFD-118606
GBFD-118603
GBFD-118603
GBFD-118630
GBFD-118630
GBFD-118611 GBFD-118622
MRFD-210103 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
None
GBFD-118601
GBFD-118601
GBFD-111202
GBFD-118201
GBFD-510103
GBFD-118606
GBFD-118606
GBFD-117801
GBFD-111202
GBFD-114201
GBFD-118605
GBFD-114101
MRFD-210301
GBFD-113726
GBFD-510104
GBFD-116201
GBFD-118603
None
GBFD-118201
GBFD-111202
GBFD-117803
GBFD-117702
GBFD-113726
MRFD-210301
MRFD-210301
GBFD-111202 GBFD-111202 GBFD-117804
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-118605
GBFD-118605
GBFD-113201 GBFD-113101 GBFD-113201 GBFD-119303 GBFD-119501
GBFD-113201
GBFD-113201 GBFD-113201 GBFD-114402
GBFD-118630 GBFD-118604 GBFD-118610
None
None
None
None
None
None
None
None
None
None
None
None
None
None
GBFD-118401
GBFD-111612
GBFD-118601
None GBFD-110601 GBFD-510501
None
MRFD-210301
GBFD-510702
GBFD-111701
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
MRFD-210502
MRFD-210502
MRFD-210103
None
GBFD-118605
GBFD-118605
GBFD-118605 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110601
None
None GBFD-118601 GBFD-117301 GBFD-118601 GBFD-117301 GBFD-118601 GBFD-117301 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305
GBFD-111203
None
GBFD-118605 GBFD-110801 GBFD-110802 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
MRFD-210301
MRFD-210301 GBFD-118611 GBFD-118622
MRFD-210301
GBFD-111203
GBFD-111202
MRFD-210304
MRFD-210304
GBFD-111203
None
GBFD-111804
MRFD-210304
MRFD-210301 GBFD-118611 GBFD-118622
GBFD-111202
GBFD-111202
None
GBFD-114701 GBFD-118602 GBFD-118622
GBFD-111804
GBFD-118602 GBFD-110601 GBFD-510501
GBFD-117401
GBFD-116201
GBFD-111202
GBFD-110601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-116201
GBFD-116201 GBFD-116201 GBFD-114301 GBFD-114322
GBFD-116201
GBFD-111005
GBFD-110601
None
GBFD-113725
None
GBFD-111202
GBFD-118611
GBFD-118611
GBFD-118603
GBFD-118603
GBFD-510104
GBFD-510104
MRFD-210304
GBFD-118602 GBFD-118622 GBFD-118602 GBFD-118622 GBFD-111203 MRFD-210305 GBFD-118602 GBFD-118622
MRFD-210301
GBFD-111202
GBFD-111705
GBFD-111705
None
None
None
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111203
GBFD-111202
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
GBFD-115402
MRFD-210502
MRFD-210502
MRFD-210301 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-111203
GBFD-117002
GBFD-111203
GBFD-111203
None
None
GBFD-111203
None
GBFD-117301
GBFD-117301
GBFD-111202
GBFD-113201
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-118605
None
None
GBFD-118605
None
GBFD-114201
GBFD-111202
GBFD-111202 GBFD-118601 GBFD-117301
GBFD-111203 MRFD-210305
MRFD-210301
MRFD-210301
MRFD-210401 GBFD-111203 MRFD-210305 GBFD-111203 MRFD-210305
GBFD-111202
GBFD-111202
GBFD-115506
GBFD-115506
GBFD-115506
GBFD-115506
GBFD-119301
GBFD-111202
GBFD-111202 GBFD-111202 GBFD-111601
GBFD-118602
MRFD-210301
GBFD-118630
GBFD-118630
GBFD-113701
None
GBFD-111609
GBFD-111609
GBFD-111609
GBFD-111609
GBFD-111609
GBFD-118630
GBFD-118601
GBFD-510104
MRFD-210206
GBFD-111202
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002
GBFD-117002 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
GBFD-111202
GBFD-118630 MRFD-210301
None GBFD-118611 GBFD-118622
GBFD-118630
None
None
GBFD-113601
GBFD-118601
GBFD-118611
GBFD-118611
GBFD-118606
GBFD-118606
GBFD-110703
GBFD-118602 GBFD-118609 MRFD-210103 GBFD-110601 GBFD-510501
GBFD-114101
GBFD-114101
GBFD-111605 GBFD-510701 GBFD-510601
GBFD-510702
GBFD-118605
GBFD-111202 GBFD-118604 GBFD-118610 GBFD-118611 GBFD-118622
MRFD-210305
MRFD-210304
GBFD-111202
GBFD-118602
GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-113101 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501
GBFD-114101
MRFD-210305
GBFD-111202
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-119110
GBFD-119110
GBFD-119110
GBFD-119110 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-110703
GBFD-110703
GBFD-110703 GBFD-110901 GBFD-114001
GBFD-111004
GBFD-111004
GBFD-111004
MRFD-210502
GBFD-117301
None
GBFD-110703
MRFD-210305
None
GBFD-118609 GBFD-114401 GBFD-111101
GBFD-117501
GBFD-117501
GBFD-118201
GBFD-118201
MRFD-210301
GBFD-510702
None
GBFD-118611
MRFD-210301
GBFD-111202
GBFD-111202
GBFD-111005
GBFD-111202
None GBFD-118630 MRFD-210301
GBFD-118630 GBFD-118630 MRFD-210301
GBFD-119102
GBFD-511103 GBFD-117501 GBFD-110801 GBFD-110802
GBFD-118630 GBFD-118630 MRFD-210301
GBFD-118630
GBFD-118630
GBFD-118611
GBFD-116201 GBFD-118611 GBFD-118622
GBFD-114301 GBFD-110601 GBFD-510501 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
GBFD-110607
GBFD-113001 GBFD-114301 GBFD-114302
None
GBFD-118609
GBFD-118609
GBFD-118609
GBFD-118609
None
None
MRFD-210301
GBFD-510702
GBFD-111705
MRFD-210502 GBFD-118602 GBFD-118622
MRFD-210301
MRFD-210301
None
None
GBFD-111701 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601 GBFD-111202 GBFD-111211 GBFD-111202 GBFD-111211
GBFD-111202
GBFD-510102
GBFD-118611
GBFD-118611 GBFD-118611 GBFD-118622
None
GBFD-118611
GBFD-111301
GBFD-111202
GBFD-118611 GBFD-118611 GBFD-118622
MRFD-210301
MRFD-210301
GBFD-110703 GBFD-110601 GBFD-510501
GBFD-117601
GBFD-110802
GBFD-111202
GBFD-111202
GBFD-111203
GBFD-111203
GBFD-118601
GBFD-118201
GBFD-110501
GBFD-117401
GBFD-117401
GBFD-117401
GBFD-117401
GBFD-117401
GBFD-111804
GBFD-110503
GBFD-111203 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702 GBFD-117701 GBFD-117702
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117701
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-117702
GBFD-510102 GBFD-111003 GBFD-110301 GBFD-110303 GBFD-110502
GBFD-111701
GBFD-510801
GBFD-510801
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-116201
GBFD-119001
GBFD-113725
GBFD-114101
None
GBFD-111705
None
GBFD-111804
None
GBFD-118602 GBFD-118611 GBFD-118622
GBFD-118611
GBFD-111202
GBFD-114101
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203 GBFD-118611 GBFD-118622
None GBFD-118604 GBFD-118610
GBFD-111202 GBFD-118604 GBFD-118610
GBFD-117801
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-114101
GBFD-114101 GBFD-114101 GBFD-119205
GBFD-510002
GBFD-510002
GBFD-510002 GBFD-116301 GBFD-119502
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-118605
GBFD-118602
GBFD-118602
GBFD-118602
GBFD-118602
GBFD-118602
GBFD-114101
GBFD-111005 GBFD-115501 GBFD-119115 GBFD-115502 GBFD-115701 GBFD-113301 GBFD-113726
MRFD-210301
GBFD-117002
MRFD-210301
GBFD-117002
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301 GBFD-510704 GBFD-510601
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301 GBFD-116201 GBFD-116301
GBFD-116201 GBFD-116201 GBFD-119502
MRFD-210301
MRFD-210301 GBFD-110401 GBFD-110402 GBFD-111101 GBFD-110801 GBFD-110802
GBFD-510102 GBFD-110601 GBFD-510501
GBFD-510901
GBFD-510901
GBFD-510901
GBFD-510901
GBFD-510901
GBFD-510901
GBFD-510901
GBFD-510901 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302 GBFD-119107 GBFD-114302 GBFD-119502 GBFD-111101
GBFD-111804
MRFD-210301 GBFD-110601 GBFD-510501
None
None
None
GBFD-118611
GBFD-111804
MRFD-210401 GBFD-119108 GBFD-114151
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501
GBFD-510501 GBFD-116902 GBFD-118605 GBFD-113726 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-117601
GBFD-119107 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
GBFD-116201
GBFD-111202
GBFD-111705
GBFD-111004
GBFD-510309
None
GBFD-117501
GBFD-117501 GBFD-117401 GBFD-119701
GBFD-119701
GBFD-111101
GBFD-119001
GBFD-119001 GBFD-110601 GBFD-510501
GBFD-115402 GBFD-118201
GBFD-510002
GBFD-510002
GBFD-111202
GBFD-111202
GBFD-510301 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622 GBFD-111202 GBFD-118611 GBFD-118622 GBFD-111202 GBFD-118605 GBFD-111202 GBFD-111202 MRFD-210103
GBFD-111202 GBFD-111202 MRFD-210103
MRFD-210602
GBFD-111207
GBFD-111203
None
MRFD-210304
MRFD-210304
MRFD-210301
GBFD-119901
GBFD-113201
GBFD-113728
GBFD-111202
GBFD-116601
GBFD-111202
GBFD-111202
GBFD-111202
None
GBFD-118605
GBFD-111202
GBFD-118601
GBFD-111202
GBFD-111202
GBFD-111203 MRFD-210305 MRFD-210301 GBFD-118701
GBFD-111202
GBFD-111803
GBFD-118701
GBFD-118701
GBFD-118701
MRFD-210401
GBFD-111803
GBFD-111801
GBFD-111803
GBFD-111203
GBFD-118701
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-111005
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-211402
MRFD-211501
MRFD-210401
GBFD-110101
GBFD-114201
GBFD-113201
GBFD-114402 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-114402
GBFD-111005
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114402
GBFD-114701
GBFD-114701
GBFD-111203
GBFD-111203
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-510104
GBFD-510104
GBFD-510104
GBFD-114402
GBFD-111202
GBFD-114701
GBFD-111203
GBFD-114701
GBFD-511103
GBFD-114321
GBFD-114321
MRFD-211402
GBFD-114701 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
GBFD-111003
GBFD-111202
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111612
GBFD-119202
GBFD-111705
GBFD-110303
GBFD-111705
GBFD-110303
GBFD-114101
GBFD-114101
GBFD-114101
GBFD-111602
GBFD-111202
GBFD-111202
GBFD-118601 GBFD-118605 GBFD-118602 GBFD-118605 GBFD-118611 GBFD-118622
None
GBFD-117602 GBFD-118601 GBFD-510501 GBFD-118602 GBFD-118605 GBFD-118611 GBFD-118622
MRFD-210401
GBFD-119115
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-110601
GBFD-114101
GBFD-110703
GBFD-119115
GBFD-111203
GBFD-114101
GBFD-111203
GBFD-114101 GBFD-113101 GBFD-119303 GBFD-111202 GBFD-119501 GBFD-117301 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501
GBFD-111606 GBFD-114101 GBFD-113101 GBFD-113101 GBFD-119303 GBFD-119303 GBFD-119501 GBFD-119501 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501 GBFD-118602 GBFD-118622
GBFD-113725
GBFD-118601 GBFD-118601 GBFD-113725 GBFD-118601 GBFD-113725 GBFD-118601 GBFD-113725 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118609
GBFD-118611
GBFD-118611 GBFD-118602 GBFD-118622 GBFD-118602 GBFD-118622 GBFD-118601 GBFD-118605 GBFD-118602 GBFD-118605 GBFD-118611 GBFD-118622 GBFD-118602 GBFD-118622
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-116201
GBFD-116201 GBFD-110601 GBFD-510501
GBFD-118605
GBFD-510901 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118611
GBFD-119901
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-118605 GBFD-118604 GBFD-118610 GBFD-110402 GBFD-111101
MRFD-210305
GBFD-118630
GBFD-118630
None
GBFD-118604
GBFD-119801
None
GBFD-118630
GBFD-119110
GBFD-114201
GBFD-119110
GBFD-119110
GBFD-114201
GBFD-119110
GBFD-114201
GBFD-118605
GBFD-118605
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111705
GBFD-111705
GBFD-110303
GBFD-110303
GBFD-110303
GBFD-111705
GBFD-111705
GBFD-111705
MRFD-210301
MRFD-210304
MRFD-210301
GBFD-111801
GBFD-111803
None
GBFD-111203
MRFD-210304
None
None
None
None
None
GBFD-111701
None
None
None
None
GBFD-118609
None
None
GBFD-510002
GBFD-111203
GBFD-111202
MRFD-210304
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-119905
GBFD-119905
GBFD-119905
GBFD-119905
GBFD-111202
GBFD-111202
MRFD-210301
MRFD-210301
GBFD-111203
GBFD-117801
GBFD-113728
GBFD-111203
GBFD-111203
None
MRFD-210301
GBFD-118630
MRFD-211501
GBFD-114323
GBFD-111202
GBFD-111202
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-510804
GBFD-510804
GBFD-111202
GBFD-111202
MRFD-210301
MRFD-210301
GBFD-118611
GBFD-118611 GBFD-118611 GBFD-118622
GBFD-118611 GBFD-118622
None
GBFD-118611 GBFD-118611 GBFD-118622
None
GBFD-115001
GBFD-115001 GBFD-110202 GBFD-110521
GBFD-110802
GBFD-118601 GBFD-111101 GBFD-114101
GBFD-111705
GBFD-110802
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-117301
GBFD-114101 GBFD-111804 GBFD-118602 GBFD-118622 GBFD-111804 GBFD-118602 GBFD-118622
None
GBFD-118601
GBFD-118601
GBFD-118601
MRFD-210305
GBFD-118601
GBFD-111804
GBFD-510002
GBFD-111202
GBFD-111610
GBFD-111602
None
None
None
None
None
None
None
None
GBFD-118605
GBFD-118605
GBFD-119502
None
None
GBFD-111705 GBFD-111101 GBFD-119102
GBFD-119102
GBFD-118605
GBFD-118605
GBFD-111705
GBFD-113201
None
GBFD-111003
GBFD-510104
None
GBFD-111705
GBFD-111705
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113201
GBFD-111608
None
MRFD-210304
GBFD-111203
GBFD-110402
GBFD-119001
MRFD-210304
None
None
None
None
GBFD-118401
None
GBFD-111202
MRFD-210305
GBFD-111202
GBFD-111202
GBFD-510002
MRFD-210305 GBFD-111203 MRFD-210305
GBFD-111202
MRFD-210305
GBFD-111202
MRFD-210304
MRFD-210304
GBFD-117602
GBFD-117601
GBFD-110703
GBFD-111003
GBFD-111003
GBFD-510104
GBFD-111202
GBFD-111605
GBFD-111005
MRFD-210301 GBFD-111202 MRFD-210601 GBFD-111202 MRFD-210601
GBFD-111202
None
None
None
None
None GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-119902 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111005
GBFD-111202
GBFD-111202
GBFD-110703 GBFD-110601 GBFD-510501
GBFD-510102
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
MRFD-210301
GBFD-114101
GBFD-510701
GBFD-510701
GBFD-510702
GBFD-111003
GBFD-111003
GBFD-111003
GBFD-510104 GBFD-111101 GBFD-114101
GBFD-114101
GBFD-111003
GBFD-114101
GBFD-118601 GBFD-115506 GBFD-115507 GBFD-115506 GBFD-115701
GBFD-110801
MRFD-210301
GBFD-111203
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
GBFD-118605
GBFD-112501
GBFD-112501 GBFD-113201 GBFD-115501 GBFD-113201 GBFD-115502
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-111705
GBFD-118605
GBFD-113201
GBFD-113201
MRFD-210301
GBFD-111705
GBFD-111705
MRFD-210502
MRFD-210502
MRFD-210502
MRFD-210502
MRFD-210502
MRFD-210502
MRFD-210502
GBFD-117702
GBFD-113725
GBFD-113725
GBFD-113725
GBFD-118201
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-118605
None
GBFD-118603
GBFD-113602
GBFD-113721
GBFD-113721
GBFD-113721
MRFD-210304
GBFD-111203
GBFD-116201
GBFD-116201
GBFD-116201
GBFD-116201
GBFD-113101
GBFD-111602
GBFD-111202
GBFD-111202
MRFD-210305
GBFD-114101
GBFD-111612
GBFD-114101
GBFD-119001
GBFD-111804 GBFD-111203 MRFD-210403 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
MRFD-210304
MRFD-211402
GBFD-116001
MRFD-210301 GBFD-111004 GBFD-111101
GBFD-111203
GBFD-119301
GBFD-510401
GBFD-116301
None
GBFD-111004
GBFD-116902
MRFD-210301
MRFD-211402
MRFD-211402
MRFD-211402
MRFD-210305
GBFD-118603
GBFD-118603
GBFD-116801
GBFD-119107 GBFD-119107 GBFD-114302
GBFD-118605
GBFD-116801
GBFD-117501
GBFD-117501
GBFD-118605
None
GBFD-118605 GBFD-110601 GBFD-510501 GBFD-114301 GBFD-114302 GBFD-114301 GBFD-114302
None
None
GBFD-114101
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-118601
MRFD-210301
GBFD-510901
MRFD-210401
GBFD-111203
GBFD-111804
GBFD-118611
GBFD-110202
None
None
None
None
None
None
None
None
None
None
GBFD-111602
GBFD-111701 GBFD-118602 GBFD-118622
GBFD-118602
GBFD-118602
None
None
GBFD-118601
GBFD-118602
GBFD-118602
GBFD-118602 GBFD-510805 GBFD-118602 GBFD-119901 GBFD-119902 GBFD-119905 GBFD-118602 GBFD-119906 GBFD-111003 GBFD-510805 GBFD-119901 GBFD-115506 GBFD-119902 GBFD-119905 GBFD-119906 GBFD-111003
GBFD-118601
GBFD-118605
GBFD-118605
GBFD-111202
GBFD-118605
GBFD-118605
GBFD-114101 GBFD-115501 GBFD-510501 GBFD-110601
GBFD-111101 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
None
None GBFD-112301 MRFD-210304
GBFD-111202
GBFD-510301
GBFD-118103
GBFD-118103
GBFD-118103
MRFD-210304
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111004
MRFD-210304 GBFD-112301 MRFD-210304 GBFD-112301 MRFD-210304
GBFD-111202
GBFD-111202
GBFD-118201
GBFD-118201
GBFD-117501
GBFD-118603
GBFD-510102
MRFD-210301
GBFD-111202
GBFD-113602
GBFD-111202
GBFD-111203
GBFD-111203
GBFD-111203 GBFD-114301 GBFD-114302
MRFD-210304 GBFD-118602 GBFD-118622
GBFD-111203
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111701
GBFD-111202 GBFD-116101 MRFD-210301
MRFD-210301
GBFD-110502
GBFD-110502
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-113001
GBFD-111701
GBFD-113503
GBFD-111605 GBFD-110601 GBFD-510501
GBFD-117601 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-118603
GBFD-111701 GBFD-111202 GBFD-111601
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-117501
GBFD-111202
GBFD-111101
GBFD-116401 GBFD-110601 GBFD-510501
GBFD-111804
GBFD-110203
GBFD-510307
GBFD-510307
GBFD-111612
GBFD-111101
GBFD-111101
GBFD-111101
GBFD-111202
GBFD-111202
GBFD-111203
GBFD-111203
MRFD-210602
GBFD-111203 GBFD-118602 GBFD-113726
GBFD-118601
GBFD-510601 GBFD-111203 MRFD-210305
GBFD-118601
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-119701
MRFD-210301
GBFD-119701
GBFD-119701
GBFD-119701
GBFD-114101
GBFD-119701
GBFD-111705
GBFD-111203
GBFD-118701
MRFD-210304
GBFD-111605
GBFD-111101 GBFD-110601 GBFD-510501
GBFD-118201
GBFD-111804
GBFD-111804
GBFD-118602
GBFD-118603
GBFD-118603
GBFD-118605
GBFD-118201 GBFD-110601 GBFD-510501 GBFD-111804 GBFD-115301 GBFD-110601 GBFD-510501
GBFD-119303
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
None
None
GBFD-111203
GBFD-118201
GBFD-118606
GBFD-510104
GBFD-111207
GBFD-111804
GBFD-113725 GBFD-116101 MRFD-210301
None
None
MRFD-210304 GBFD-116101 MRFD-210301
WRFD-040100
MRFD-210301
MRFD-210301
None
GBFD-118602
None
None
GBFD-111203
MRFD-210304
MRFD-210304
None
None
MRFD-210301
MRFD-211402
GBFD-111202
GBFD-118609
MRFD-210301
GBFD-111203
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111203 GBFD-111802 GBFD-111804 GBFD-111802 GBFD-111804 GBFD-111802 GBFD-111804
GBFD-111203
GBFD-111804 GBFD-111003 GBFD-110301 GBFD-110302
MRFD-210304
MRFD-210304
GBFD-119301
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-510309
GBFD-510309
GBFD-510309
None GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-111101 GBFD-114802
GBFD-113601
MRFD-211402
MRFD-211402
GBFD-119502
GBFD-119502
GBFD-116301
GBFD-510301
GBFD-114101
GBFD-114101
GBFD-114101
GBFD-114101
GBFD-118701
GBFD-510805
GBFD-118701
GBFD-111203
GBFD-111804
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-110601 GBFD-510501
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301
GBFD-111203
MRFD-210502
MRFD-210502 GBFD-110601 GBFD-510501
GBFD-118609
MRFD-210301
MRFD-210301
None
MRFD-210301
None
MRFD-210502
None
MRFD-210301
MRFD-210301
None
None
GBFD-118602
None
None
MRFD-210304
None
MRFD-210301
MRFD-211402
GBFD-111202
GBFD-118609
MRFD-210301
GBFD-111203
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111203
GBFD-111203
MRFD-210301
GBFD-111202
MRFD-210502
MRFD-210304
GBFD-118603
GBFD-118603 GBFD-111202 GBFD-117804
GBFD-118605 GBFD-110601 GBFD-510501
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
MRFD-210301
MRFD-211402
MRFD-210304 GBFD-110601 GBFD-510501 GBFD-116101 MRFD-210301
GBFD-111203
GBFD-111203 GBFD-111203 MRFD-210305
MRFD-210304
MRFD-210304
GBFD-113602
MRFD-210304
GBFD-113701
GBFD-111705
GBFD-111803
GBFD-111203
GBFD-111602
GBFD-111202
GBFD-111602
GBFD-111705
GBFD-111705
GBFD-111202
GBFD-510309
GBFD-111602
GBFD-111801
GBFD-111803
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111803
GBFD-111202 GBFD-111203 MRFD-210305
GBFD-510901
GBFD-111804
GBFD-111202
GBFD-115821
GBFD-113521
GBFD-510309
GBFD-111804
GBFD-114701
GBFD-112401
GBFD-111202
GBFD-111202
GBFD-111202 GBFD-111203 MRFD-210305
GBFD-111202
GBFD-111202
GBFD-113726
GBFD-113726
GBFD-111202 GBFD-118604 GBFD-118610
GBFD-118604
GBFD-111203
None
GBFD-117301
GBFD-117301
GBFD-111203
GBFD-111202
GBFD-111803
MRFD-210502
MRFD-210502
GBFD-113602 GBFD-113101 GBFD-119402 GBFD-119303 GBFD-119501
GBFD-114151 GBFD-113101 GBFD-119401 GBFD-119303 GBFD-119501
GBFD-114151
GBFD-117702
GBFD-115701
MRFD-211404
GBFD-119110
GBFD-118603
GBFD-118603
MRFD-210304
GBFD-111203
GBFD-111203
GBFD-111202
GBFD-111202 GBFD-116101 MRFD-210301
MRFD-210301
None
MRFD-210403
GBFD-118609
GBFD-111202 GBFD-115501 GBFD-115502 GBFD-115701
GBFD-118602
GBFD-118602
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111202 GBFD-111203 MRFD-210305 GBFD-116101 MRFD-210301
GBFD-118201
GBFD-114302 GBFD-117002 GBFD-118201
GBFD-118606
GBFD-118606
GBFD-118606
GBFD-118606
MRFD-210301
MRFD-210301 GBFD-110601 GBFD-510501
MRFD-210301
GBFD-510301
MRFD-210301
MRFD-210301
GBFD-119001
GBFD-118601
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-119001
GBFD-118601
GBFD-117801
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-111002
GBFD-117802
GBFD-111804
GBFD-111804
GBFD-111804
GBFD-119001
GBFD-118601 GBFD-110601 GBFD-510501
GBFD-510302
GBFD-114101
GBFD-114101
GBFD-110301
GBFD-510002
GBFD-111804
GBFD-119001
GBFD-111804
GBFD-119001
GBFD-111804
GBFD-119001
GBFD-119001
GBFD-111804 GBFD-110601 GBFD-510501
GBFD-113201 GBFD-110601 GBFD-510501
GBFD-113201
GBFD-510501 GBFD-110601 GBFD-510501
GBFD-510306 GBFD-110601 GBFD-510501
GBFD-118201
GBFD-510501
GBFD-113201
GBFD-119115
GBFD-119115
GBFD-111203
GBFD-111202
GBFD-113728
GBFD-117801
GBFD-111804
GBFD-119001
GBFD-111202 GBFD-111203 GBFD-113726
GBFD-113402
GBFD-111005
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004
GBFD-111004 GBFD-110601 GBFD-510501
GBFD-117601
GBFD-111005
GBFD-113521
GBFD-113521
GBFD-113201
GBFD-113201
GBFD-111804
GBFD-111804
GBFD-111203
GBFD-111202
None
GBFD-113726
None
None
MRFD-210301
GBFD-114302
MRFD-210301
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
GBFD-114302
MRFD-210301
GBFD-114302
GBFD-114302
GBFD-118605
GBFD-118605
GBFD-111203
GBFD-111203
GBFD-111203
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
MRFD-210301
MRFD-210301
MRFD-210301
MRFD-210301 GBFD-111202 GBFD-111601
GBFD-111202
GBFD-111202
GBFD-111101
GBFD-119001
GBFD-113602
GBFD-115701
GBFD-111207
MRFD-210301
GBFD-111203
None
None
None
None
None
GBFD-114101
GBFD-111202
GBFD-111202
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-119902
GBFD-118605
GBFD-119701
GBFD-118001
GBFD-118001
GBFD-118001
GBFD-118001
GBFD-118001
GBFD-118001
GBFD-118001
GBFD-117002
GBFD-117401 GBFD-111203 MRFD-210305
GBFD-111203
GBFD-112401 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-113201
GBFD-118630
GBFD-118630
GBFD-118630
GBFD-118630
GBFD-118604 GBFD-110601 GBFD-510501
None
GBFD-111606 GBFD-110601 GBFD-510501
GBFD-113201
GBFD-111005
GBFD-117401 GBFD-111203 MRFD-210305
GBFD-114101
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-111203
GBFD-118605
None
None
GBFD-111207
GBFD-110501
MRFD-210304
GBFD-111203
MRFD-210304
GBFD-111804
GBFD-111804
MRFD-210301
GBFD-113903
GBFD-111203 GBFD-116101 MRFD-210301
GBFD-110402
MRFD-211501
MRFD-211501
MRFD-211501
GBFD-111203
GBFD-111202 GBFD-110601 GBFD-510501
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-119501
GBFD-119501
GBFD-118602
GBFD-113901
GBFD-111203
GBFD-118605
GBFD-118605
GBFD-118605
GBFD-111202
GBFD-118601
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-114101 GBFD-110601 GBFD-510501
MRFD-210103
MRFD-210103
MRFD-210103
GBFD-111202
GBFD-118605
None
None GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118605
None
GBFD-111202
None
GBFD-118609
GBFD-118630
GBFD-113801
GBFD-111207
GBFD-113701
MRFD-210301
GBFD-510104
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113703
GBFD-113701
GBFD-111207
GBFD-113701
MRFD-210301
GBFD-111202
GBFD-111202
GBFD-510104
GBFD-111005
GBFD-111202
GBFD-111801
GBFD-111803
None
GBFD-510002
GBFD-111203 GBFD-118611 GBFD-118622 GBFD-118611 GBFD-118622
GBFD-118611
GBFD-113701 GBFD-114101 GBFD-117301
GBFD-118201
None
GBFD-111207
GBFD-114701
GBFD-111203
MRFD-210301
MRFD-211501
GBFD-111202
GBFD-111203
GBFD-111005
GBFD-111005
GBFD-119501
GBFD-119501
GBFD-114701
GBFD-111202
GBFD-111207
GBFD-111202
GBFD-111207
GBFD-111202
GBFD-111603
GBFD-111202
None
None
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111610
GBFD-111202
GBFD-111202
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201
GBFD-118201 GBFD-111003 GBFD-110301
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118701
GBFD-118605
GBFD-118605
None
GBFD-119110
MRFD-210301
GBFD-111203
GBFD-110101
GBFD-114101
GBFD-510701
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118602
GBFD-111005
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118601
GBFD-118602 GBFD-118604 GBFD-118610
GBFD-118604 GBFD-118610
GBFD-118603
GBFD-118603 GBFD-111203 MRFD-210305
GBFD-111202 GBFD-510301 GBFD-510302
None
MRFD-210304
MRFD-210304
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-510501
GBFD-510501
GBFD-119501
GBFD-111203
GBFD-119105 GBFD-110601 GBFD-510501
GBFD-119105
GBFD-119105
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-115501
GBFD-115501
GBFD-115501
GBFD-115502
GBFD-115502
GBFD-115502
GBFD-115507
GBFD-115507
GBFD-511103
GBFD-110703
GBFD-117601
GBFD-117601
GBFD-511103
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703
GBFD-110703 GBFD-110601 GBFD-510501 GBFD-115501 GBFD-510501 GBFD-110601 GBFD-115502 GBFD-510501 GBFD-110601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-117601
GBFD-110703
GBFD-110703 GBFD-115501 GBFD-115507 GBFD-115501 GBFD-115507 GBFD-115501 GBFD-115507
GBFD-115502
GBFD-115502
GBFD-115502
GBFD-115507
GBFD-115507
GBFD-113201
GBFD-119105
GBFD-111203 GBFD-110601 GBFD-510501
MRFD-210301
None
GBFD-510002 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304 MRFD-210304 MRFD-210601 MRFD-210304 MRFD-210601
MRFD-210304
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113602 GBFD-114101 GBFD-119106 GBFD-114101 GBFD-119106 GBFD-114101 GBFD-114201 GBFD-113101 GBFD-119106 GBFD-119303 GBFD-114201 GBFD-119501 GBFD-119106 GBFD-114101 GBFD-113101 GBFD-119303 GBFD-119501
GBFD-510803
GBFD-510803
GBFD-119203 GBFD-114101 GBFD-119106 GBFD-114101 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-114201 GBFD-119106 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-510309
GBFD-118601 GBFD-110703 GBFD-117601
GBFD-118605
None GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501 GBFD-110601 GBFD-510501
GBFD-110203
GBFD-119203
GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106
GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106 GBFD-118901 GBFD-119106
GBFD-116201
GBFD-111203
GBFD-114101 GBFD-111203 MRFD-210403
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-113201
GBFD-113201 GBFD-114301 GBFD-114302
GBFD-111202 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302 GBFD-510301 GBFD-510302
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-111705
GBFD-118605
None
None
None GBFD-118611 GBFD-118622
GBFD-118630
GBFD-118601 GBFD-118630 MRFD-210301
None
None
None
GBFD-118601
GBFD-118601
MRFD-210301
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
MRFD-210304
MRFD-210304
MRFD-210304
GBFD-111202
GBFD-111202
GBFD-110501
GBFD-115501
GBFD-115502
None GBFD-110202 GBFD-110521
GBFD-117002
None
GBFD-111202
MRFD-210304 GBFD-111203 MRFD-210305 GBFD-115402 GBFD-118201
GBFD-111202
GBFD-118609
GBFD-118601 GBFD-111203 MRFD-210305
GBFD-118602
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
GBFD-111202
MRFD-210301
GBFD-111202
MRFD-210301
None
GBFD-111202
GBFD-111203
GBFD-113728
GBFD-117801
GBFD-111701 GBFD-116101 MRFD-210301
Feature Name
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Abis Bypass
GSM Flow Control
GSM Flow Control
GSM Flow Control
EGPRS
EGPRS
BTS Local Switch
Flex Abis
PDCH Dynamic Adjustment
Configuration Management
Soft-Synchronized Network
Voice Quality Index (Uplink VQI)
Access
Access
Access Control Class(ACC)
Access Control Class(ACC)
Concentric Cell
Access Control Class(ACC)
Adaptive Adjustment of Uplink and Downlink Channels
Access Control Class(ACC)
Access Control Class(ACC)
Access Control Class(ACC) Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1
BSS Paging Coordination Basic Cell Re-selection System Information Sending AMR FR TFO AMR HR TFO WB AMR TFO Call Control Handover Re-establishment
Soft-Synchronized Network
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS HUAWEI I Handover HUAWEI II Handover
O&M of BTS
GSM Flow Control
GSM Flow Control
O&M of BTS
A Interface Protocol Process
Soft-Synchronized Network
Dynamically Adjusting the Uplink MCS Coding
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Faulty Management
O&M of BTS
O&M of BTS
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
Acoustic Echo Cancellation(AEC)
AMR Wireless Link Timer
AMR Wireless Link Timer
BSC/RNC Clock
BSC/RNC Clock
AMR Wireless Link Timer
AMR Wireless Link Timer
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
Faulty Management
TRX Cooperation
Faulty Management
Faulty Management
End-to-End MS Signaling Tracing
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
A over IP
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Automatic Level Control (ALC)
Gb Over FR
Gb Over FR
IP QOS
GPRS
PDCH Dynamic Adjustment
Enhanced Channel Assignment Algorithm
EDA(Extended Dynamic Allocation)
Network-Controlled Cell Reselection (NC2)
Enhanced Channel Assignment Algorithm
A Interface Circuit Management
O&M of BSC Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Power Control
BSS-Based LCS (Cell ID + TA)
BSC/RNC Clock
BSS-Based LCS (Cell ID + TA)
BSC/RNC Clock
Faulty Management
Faulty Management O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier)
AMR Power Control
HUAWEI III Power Control Algorithm
AMR Coding Rate Threshold Adaptive Adjustment
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
Enhanced Power Control Algorithm
AMR HR
AMR HR
AMR Coding Rate Threshold Adaptive Adjustment
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
AMR Power Control
A Interface Circuit Management
A Interface Circuit Management
Automatic Noise Compensation (ANC)
Automatic Noise Compensation (ANC)
Automatic Noise Compensation (ANC) Abis overElectrical IP Remote Tilt A over IP IP QOS Abis IP over E1/T1 A IP over E1/T1
None
Faulty Management
Automatic Noise Restraint (ANR)
Automatic Noise Restraint (ANR)
Automatic Noise Restraint (ANR)
Automatic Noise Restraint (ANR) BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network BTS GPS Synchronization BTS/NodeB Clock BTS GPS Synchronization BTS/NodeB Clock Abis IP over E1/T1 A IP over E1/T1
O&M of BTS
Remote Electrical Tilt
O&M of BTS
Multi-site Cell
O&M of BTS
A Interface Protocol Process
A over IP
Semi-Permanent Connection
PS Active Package Management
PS Active Package Management
PS Active Package Management
PS Active Package Management
PS Active Package Management
PS Active Package Management
PS Active Package Management
PS Active Package Management
Configuration Management
BSC/RNC Software Management
BSC/RNC Software Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
IP Fault Detection Based on BFD Abis IP over E1/T1 A IP over E1/T1
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
Faulty Management
Faulty Management
Assignment and Immediate Assignment
Direct Retry
Concentric Cell
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
2G/3G Neighboring Cell Automatic Optimization
Assignment and Immediate Assignment
O&M of BSC
A Interface Circuit Management
GSM Flow Control
GSM Flow Control O&M of BSC A Interface Circuit Management
O&M of BSC
A Interface Circuit Management
Concentric Cell
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Flex Ater
Flex Ater
Flex Ater
O&M of BSC
BSC Local Switch
O&M of BSC
Semi-Permanent Connection
Configuration Management
Configuration Management
O&M of BSC
Ater Compression Transmission
O&M of BTS
A Interface Protocol Process
IMSI Detach O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier)
None
None
Security Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1
IP Fault Detection Based on BFD
Configuration Management
AMR FR
AMR HR
O&M of BTS
Abis over IP
O&M of BTS
Security Management
Security Management
None
A Interface Protocol Process
Faulty Management
Faulty Management
None
None
None
None
BSC/RNC Clock
BSC/RNC Clock O&M of BSC Security Management
Configuration Management
Radio Dedicated Channel Management
GPRS
None
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD
Active Backup Power Control
Active Backup Power Control
Multi-band Sharing One BSC
Multi-band Sharing One BSC
Multi-band Sharing One BSC HUAWEI I Handover HUAWEI II Handover
O&M of BTS
Soft-Synchronized Network
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
BSC Node Redundancy Processing of Measurement Report Pre-processing of Measurement Report
O&M of BTS
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Frequency Band
Frequency Hopping (RF hopping, baseband hopping)
Gb Over FR
Gb Over FR
Gb over IP
Gb Over FR
O&M of BTS
O&M of BTS
O&M of BTS
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP A Interface Protocol Process STP（Signaling Transport Point)
BSC Node Redundancy
EGPRS
GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD Processing of Measurement Report Pre-processing of Measurement Report
TRX Cooperation
Soft-Synchronized Network
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Gb Over FR
Gb Over FR
None
None
None
GSM Flow Control Abis IP over E1/T1 A IP over E1/T1
Faulty Management
O&M of BTS
O&M of BTS HUAWEI I Handover HUAWEI II Handover
HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI II Handover
Configuration Management
Configuration Management
Configuration Management
Configuration Management
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
Configuration Management
None
None
None
None
O&M of BTS
O&M of BTS
Fast Ring Network Switch
Simplified Cell Broadcast
Simplified Cell Broadcast O&M of BSC Security Management Radio Common Channel Management Location Updating Paging
A over IP
TRX Power Amplifier Intelligent Shutdown
A Interface Circuit Management TC Pool
Short Message Service Cell Broadcast (TS23)
Soft-Synchronized Network
Soft-Synchronized Network Ater Compression Transmission IP QOS TC Pool
Configuration Management
Soft-Synchronized Network
Short Message Service Cell Broadcast (TS23)
Abis over IP
BSC Local Switch
Connection Inter BSC over IP
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP)
Semi-Permanent Connection
Short Message Service Cell Broadcast (TS23)
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP)
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Semi-Permanent Connection
Semi-Permanent Connection
Semi-Permanent Connection
Soft-Synchronized Network
TC Pool
TC Pool
Semi-Permanent Connection
GPRS
Pre-processing of Measurement Report
Configuration Management Paging Radio Common Channel Management
Configuration Management
Configuration Management BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSS Paging Coordination BSS Paging Coordination
BSC/RNC Clock
BSC/RNC Software Management
BSC/RNC Software Management
None
None
None
None
None
None
None
Remote Electrical Tilt
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS Ater Interface 4:1 Multiplexing TC Pool
Ater Interface 4:1 Multiplexing
O&M of BTS
O&M of BTS
Abis over IP
Abis over IP
O&M of BTS
Abis over IP
IP QOS
O&M of BTS
O&M of BTS
Abis Transmission Optimization
O&M of BTS
Soft-Synchronized Network
Remote Electrical Tilt
Security Management
Abis over IP
BTS Local Switch
Abis over IP
Pre-processing of Measurement Report
O&M of BTS
Abis Transmission Optimization
O&M of BTS
Abis over IP
Active Backup Power Control
Enhanced Power Control Algorithm
Network Support SAIC
O&M of BTS
Abis Transmission Optimization
O&M of BTS
Compact BTS Automatic Configuration and Planning
O&M of BTS
IP Fault Detection Based on BFD
BTS Test Function
O&M of BTS
Fast Ring Network Switch
A over IP
Gb Interface Function
Gb Interface Function
Gb Interface Function
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS Processing of Measurement Report Pre-processing of Measurement Report
Configuration Management
GPRS
GPRS
O&M of BTS
O&M of BTS
Configuration Management
Call Reestablishment
O&M of BTS Frequency Hopping (RF hopping, baseband hopping) System Information Sending
Compact BTS Automatic Capacity Planning
O&M of BTS
IP QOS
IP QOS
None Basic Cell Selection Basic Cell Re-selection
Short Message Service Cell Broadcast (TS23)
Short Message Service Cell Broadcast (TS23)
Short Message Service Cell Broadcast (TS23)
Short Message Service Cell Broadcast (TS23)
Short Message Service Cell Broadcast (TS23) Basic Cell Selection Location Updating
IP QOS
Short Message Service Cell Broadcast (TS23)
Enhanced Measurement Report(EMR)
Enhanced Measurement Report(EMR)
Configuration Management
Security Management
Radio Common Channel Management
Radio Common Channel Management
Gb over IP
Ethernet OAM
Direct Retry GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Power Control GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability System Information Sending GPRS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
Configuration Management
MBSC Load Balancing
Configuration Management
Configuration Management
O&M of BTS
2G/3G Neighboring Cell Automatic Optimization
Configuration Management
Configuration Management
Remote Electrical Tilt
Enhanced Dual-Band Network HUAWEI I Handover HUAWEI II Handover
Configuration Management
A Interface Protocol Process
SDCCH Dynamic Adjustment
Configuration Management
MBSC Load Balancing
O&M of BTS
Configuration Management
RAN Sharing Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report
Radio Common Channel Management
O&M of BTS
O&M of BTS
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2) Uplink EGPRS2-A Downlink EGPRS2-A
Fast 3G Reselection at 2G CS Call Release
Faulty Management
Faulty Management
O&M of BTS
O&M of BTS
O&M of BTS Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report
GSM Flow Control
Security Management
O&M of BTS
IP QOS
Compact BTS Automatic Configuration and Planning
O&M of BTS
O&M of BTS
O&M of BTS O&M of BSC Security Management O&M of BSC Security Management O&M of BSC Security Management
O&M of BSC
O&M of BSC
PICO Automatic Configuration and Planning O&M of BSC Security Management
GPRS
O&M of BSC
O&M of BSC
O&M of BSC
Chain Cell Handover
O&M of BTS
Enhanced Channel Assignment Algorithm
None
O&M of BSC
O&M of BSC
Simplified Cell Broadcast
Enhanced Channel Assignment Algorithm
A Interface Protocol Process
None
IP QOS
Tree Topology O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier)
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD
O&M of BTS
O&M of BTS
A over IP
A over IP
A over IP
IP Fault Detection Based on BFD
BTS Test Function
Configuration Management
O&M of BSC
Configuration Management
BTS Test Function
Configuration Management
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
Enhanced Channel Assignment Algorithm
None
GSM Flow Control
GSM Flow Control
GSM Flow Control
Configuration Management
Configuration Management
Configuration Management
A Interface Circuit Management
O&M of BSC
Voice Fault Diagnosis
Voice Fault Diagnosis
Voice Fault Diagnosis
Voice Fault Diagnosis
Voice Fault Diagnosis
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
IP QOS
Enhanced Channel Assignment Algorithm
O&M of BTS
O&M of BTS
Class11 DTM
Call Control Abis IP over E1/T1 A IP over E1/T1
O&M of BTS
O&M of BTS
BSC/RNC Clock
BTS/NodeB Clock
O&M of BTS
Faulty Management
O&M of BTS
O&M of BSC Security Management O&M of BSC Security Management
O&M of BSC
Configuration Management
O&M of BTS
IP Fault Detection Based on BFD
O&M of BTS
O&M of BTS
O&M of BTS
BSC Node Redundancy
MSC Pool
SGSN Pool
MSC Pool
License Management
BSC Node Redundancy
Faulty Management
O&M of BTS
O&M of BTS O&M of BSC Security Management
Faulty Management
Faulty Management HUAWEI I Handover HUAWEI II Handover
Simplified Cell Broadcast
O&M of BTS
Soft-Synchronized Network
Active Power Control Radio Common Channel Management Location Updating IMSI Detach
Security Management
O&M of BTS HUAWEI I Handover HUAWEI II Handover
O&M of BTS
2G/3G Co-Transmission Resources Management on MBSC
None
None
None
None
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
None
None
None
None
2G/3G Co-Transmission Resources Management on MBSC HUAWEI I Handover HUAWEI II Handover
Tree Topology
Configuration Management O&M of BSC Security Management
MBSC Load Balancing HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
BTS Test Function
TRX Power Amplifier Intelligent Shutdown
Configuration Management
O&M of BTS Basic Cell Re-selection Location Updating Paging
Security Management
Security Management Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service
Basic Cell Re-selection
O&M of BSC A over IP A IP over E1/T1
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
IP QOS
IP QOS
IP QOS
IP QOS
GSM Flow Control
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
GSM Flow Control
O&M of BSC
IP QOS
O&M of BSC
IP QOS
IP QOS
IP QOS
GSM Flow Control
None
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
GSM Flow Control
GSM Flow Control
Soft-Synchronized Network
GPRS
O&M of BTS
Remote Electrical Tilt
Remote Electrical Tilt
Remote Electrical Tilt
Remote Electrical Tilt
IP QOS
O&M of BTS
O&M of BTS
Configuration Management
A Interface Protocol Process
O&M of BTS
None
BSC/RNC Software Management HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover G3 Fax (TS61, TS62) 14.4kbit/s Circuit Switched Data Bearer Service O&M of BSC Security Management
O&M of BSC
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
O&M of BTS
Co-BCCH Cell
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Faulty Management
Faulty Management
O&M of BTS
PDCH Dynamic Adjustment
Call Control A over IP A IP over E1/T1 O&M of BSC Security Management
O&M of BTS
None
None
None
None
Compact BTS Automatic Configuration and Planning
O&M of BTS
MBSC Load Balancing
MBSC Load Balancing
MBSC Load Balancing
Configuration Management
O&M of BSC
IP Fault Detection Based on BFD
O&M of BTS
Remote Electrical Tilt
Remote Electrical Tilt
None
None GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
O&M of BTS
O&M of BTS
MSC Pool O&M of BSC Security Management
BSC/RNC Clock Abis IP over E1/T1 A IP over E1/T1
None
O&M of BTS SDCCH Handover Enhanced Channel Assignment Algorithm
O&M of BSC
O&M of BSC O&M of BSC License Management
O&M of BTS
Direct Retry
Direct Retry
HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover
GSM/WCDMA Interoperability
Downlink EGPRS2-A
Downlink EGPRS2-A
EGPRS
Transmit Diversity
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
Gb Over FR
Adaptive Adjustment of Uplink and Downlink Channels
Dual Carriers in Downlink HUAWEI I Handover HUAWEI II Handover
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
GPRS
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
AMR FR
AMR FR
AMR FR
AMR HR
AMR HR
AMR HR
WB AMR
WB AMR HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI II Handover
GSM and UMTS Load Balancing Based on Iur-g
Enhanced Power Control Algorithm
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
GSM and UMTS Load Balancing Based on Iur-g
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover
AMR FR HUAWEI II Handover HUAWEI I Handover AMR HR HUAWEI II Handover HUAWEI I Handover
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Extended Uplink TBF Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service
AMR FR
AMR FR
AMR FR
AMR HR
AMR HR
AMR HR
WB AMR
WB AMR
O&M of BTS
O&M of BTS
Clock over IP support 1588V2
Coding Scheme EGPRS Coding Scheme EGPRS Coding Scheme
Downlink EGPRS2-A
Downlink EGPRS2-A GPRS Coding Scheme GPRS Coding Scheme EGPRS Coding Scheme EGPRS Coding Scheme
Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm
Point To Point Short Message Service (TS21, TS22)
GPRS
Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme
Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme
Faulty Management
Active Power Control A Interface Protocol Process STP（Signaling Transport Point)
A Interface Protocol Process
A Interface Circuit Management
A Interface Circuit Management
MSC Pool A Interface Protocol Process STP（Signaling Transport Point)
A Interface Protocol Process A over IP A IP over E1/T1
MBSC Load Balancing HUAWEI I Handover HUAWEI II Handover
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
None
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
2G/3G Co-Transmission Resources Management on MBSC
Active Backup Power Control
Active Backup Power Control
Active Backup Power Control
Simplified Cell Broadcast
Discontinuous Reception (DRX)
O&M of BTS
None
Abis IP over E1/T1 A IP over E1/T1
A over IP Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
IP QOS
GPRS
Configuration Management
Configuration Management
Faulty Management
Configuration Management
GPRS
GPRS Support of Daylight Saving Time Configuration Management
O&M of BTS
None
IP Fault Detection Based on BFD
Abis over IP
None
Abis over IP
None
None
Direct Retry
Public Voice Group Call Service
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
A5/1 Encryption Flow Optimization
Abis over IP
BTS Test Function
BTS Test Function
BTS Test Function GPRS PDCH Dynamic Adjustment Load Sharing Adaptive BTS TestAdjustment Function of Uplink and Downlink Channels GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
Soft-Synchronized Network
O&M of BTS
O&M of BSC
O&M of BTS GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels PDCH Dynamic Adjustment GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels GPRS PDCH Dynamic Adjustment GPRS PDCH Dynamic Adjustment
TRX Power Amplifier Intelligent Shutdown
Dynamic Transmit Diversity
O&M of BTS
O&M of BTS
Abis Transmission Optimization
BTS Test Function
None
BTS/NodeB Clock
IP-Based 2G/3G Co-Transmission on Base Station Side
BTS/NodeB Clock
IP QOS
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
System Information Sending
Faulty Management
O&M of BSC
Faulty Management
Faulty Management
O&M of BTS Support of Daylight Saving Time Configuration Management
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
EGPRS
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI I Handover
HUAWEI II Handover
HUAWEI I Handover
O&M of BTS
11-Bit EGPRS Access Uplink EGPRS2-A Downlink EGPRS2-A
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2) Support of Daylight Saving Time Configuration Management Emergency Call Service (TS12) Guaranteed Emergency Call
A Interface Protocol Process
None Abis IP over E1/T1 A IP over E1/T1
Enhanced Multi Level Precedence and Preemption(EMLPP)
Group Call EMLPP
Enhanced Multi Level Precedence and Preemption(EMLPP) Abis IP over E1/T1 A IP over E1/T1
IP QOS
O&M of BTS Support of Daylight Saving Time Configuration Management
O&M of BTS
Group Call Reliability Enhancing
O&M of BTS A5/1 and A5/2 Ciphering Algorithm A5/3 Ciphering Algorithm
O&M of BSC
O&M of BSC
End-to-End MS Signaling Tracing
Faulty Management
A Interface Circuit Management
O&M of BSC
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
TRX Power Amplifier Intelligent Shutdown
Ater Interface 4:1 Multiplexing
A Interface Circuit Management
O&M of BTS
O&M of BSC
O&M of BSC
Concentric Cell
2G/3G Co-Transmission Resources Management on MBSC
Concentric Cell
Concentric Cell
Concentric Cell
Concentric Cell
IP QOS
IP QOS
Concentric Cell
Dynamic Adjustment Between FR and HR A over IP A IP over E1/T1
A over IP
Concentric Cell
Enhancement Packet Loss Concealment(EPLC) O&M of BSC Security Management
Emergency Call Service (TS12)
Ethernet OAM
Ethernet OAM
None
None
IP QOS
O&M of BTS
Faulty Management
Assignment and Immediate Assignment
Simple Mode LCS(Cell ID + TA)
Fast Ring Network Switch Support of Daylight Saving Time Configuration Management
O&M of BSC
O&M of BSC
O&M of BSC O&M of BSC Security Management
Faulty Management
Faulty Management
Simplified Cell Broadcast O&M of BSC Security Management
O&M of BTS O&M of BSC Security Management O&M of BSC Security Management Support of Daylight Saving Time Configuration Management Support of Daylight Saving Time Configuration Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
GPRS
O&M of BSC
Active Power Control
Active Power Control
Configuration Management
O&M of BTS
Configuration Management
O&M of BTS
Configuration Management
Configuration Management
Extended Cell
O&M of BTS Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report Processing of Measurement Report Pre-processing of Measurement Report
Extended Cell
Extended Uplink TBF Public Voice Group Call Service Public Voice Broadcast Service
Group Call EMLPP
Group Call EMLPP
O&M of BTS
Enhanced Channel Assignment Algorithm HUAWEI I Handover HUAWEI II Handover
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Configuration Management
Assignment and Immediate Assignment
Fast Ring Network Switch
O&M of BSC
None
Abis over IP
GSM Flow Control
None
None Abis IP over E1/T1 A IP over E1/T1
None
None
2G/3G Co-Transmission Resources Management on MBSC
None
Compact BTS Automatic Configuration and Planning
O&M of BTS
GSM Flow Control
Link aggregation
O&M of BTS
GSM Flow Control
O&M of BTS
GSM/WCDMA Interoperability
Configuration Management
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability GSM/WCDMA Interoperability Processing of Measurement Report Pre-processing of Measurement Report
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM/WCDMA Interoperability
GSM Flow Control
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Voice Quality Index (Uplink VQI)
Frequency Hopping (RF hopping, baseband hopping) O&M of BSC Security Management O&M of BSC BSC/RNC Software Management O&M of BSC Security Management
Configuration Management O&M of BSC Faulty Management
Network-Controlled Cell Reselection (NC2) O&M of BSC Security Management
HUAWEI III Power Control Algorithm
O&M of BTS
Flex Abis
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Flex Abis
Flex MAIO A5/1 Encryption Flow Optimization Soft-Synchronized Network Flex MAIO
Adaptive Adjustment of Uplink and Downlink Channels
Adaptive Adjustment of Uplink and Downlink Channels
None
None
None Abis IP over E1/T1 A IP over E1/T1
None
IP QOS 2G/3G Co-Transmission Resources Management on MBSC
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
GPRS Radio Common Channel Management System Information Sending
O&M of BTS
Inventory Management O&M of BSC BSC/RNC Software Management
O&M of BSC
Configuration Management
License Management
O&M of BTS
O&M of BTS PDCH Dynamic Adjustment EGPRS Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
A Interface Protocol Process
Automatic Level Control (ALC)
GPRS Call Control Enhanced Full Rate HUAWEI I Handover HUAWEI II Handover
O&M of BTS
O&M of BTS
None
Compact BTS Automatic Capacity Planning
PICO Automatic Configuration and Planning
Compact BTS Automatic Configuration and Planning Abis MUX UDP MUX for A Transmission
Soft-Synchronized Network
Configuration Management Discontinuous Transmission (DTX) Downlink AMR FR O&M of BSC Security Management
O&M of BSC
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
Frequency Band
AFC(Automatic Frequency Correction)
AFC(Automatic Frequency Correction)
Configuration Management
Enhanced Channel Assignment Algorithm
Cell Frequency Scan
Configuration Management
2G/3G Neighboring Cell Automatic Optimization
Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover Discontinuous Transmission (DTX) Uplink AMR FR
Compact BTS Automatic Configuration and Planning
O&M of BTS
Compact BTS Automatic Configuration and Planning
O&M of BTS O&M of BSC Security Management
IP QOS
IP QOS
None
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
IP QOS
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
A over IP
Power Control
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Streaming QoS(GBR) Public Voice Group Call Service Public Voice Broadcast Service
BSC/RNC Clock Public Voice Group Call Service Public Voice Broadcast Service
Group Call EMLPP
None
GPRS System Information Sending GPRS
GPRS
GPRS
EGPRS
GPRS
GPRS
Network-Controlled Cell Reselection (NC2)
GPRS BTS GPS Synchronization BTS/NodeB Clock
BSC/RNC Clock
Resource Reservation
Group Call Reliability Enhancing
Group Call Reliability Enhancing
BSC Node Redundancy
BSC Node Redundancy
Flex Abis
IP QOS
IP QOS
Simplified Cell Broadcast
IP QOS
IP QOS
Multi-band Sharing One BSC
GSM/TD-SCDMA Interoperability
O&M of BTS
Abis over IP
Abis over IP
Half Rate Speech
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier)
A over IP
O&M of BTS
HUAWEI II Handover
HUAWEI II Handover
O&M of BTS
O&M of BTS
Frequency Band
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP)
O&M of BTS
Enhanced Channel Assignment Algorithm
Security Management
HMC DTM
Concentric Cell
RAN Sharing HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
O&M of BSC
O&M of BSC
HUAWEI I Handover
Chain Cell Handover
Chain Cell Handover
Chain Cell Handover
Fast Move Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
Fast Move Handover
O&M of BSC HUAWEI I Handover HUAWEI II Handover
Concentric Cell HUAWEI I Handover HUAWEI II Handover
Enhanced Dual-Band Network
Frequency Hopping (RF hopping, baseband hopping)
IBCA (Interference Based Channel Allocation)
Frequency Hopping (RF hopping, baseband hopping)
BTS power lift for handover HUAWEI I Handover HUAWEI II Handover
Frequency Hopping (RF hopping, baseband hopping)
Antenna Frequency Hopping
Antenna Frequency Hopping
Frequency Hopping (RF hopping, baseband hopping) HUAWEI I Handover HUAWEI II Handover
Soft-Synchronized Network GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
A Interface Protocol Process HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Fast Move Handover
BSC Node Redundancy
BSC Node Redundancy
HUAWEI I Handover HUAWEI II Handover
Fast Move Handover
Antenna Frequency Hopping
Antenna Frequency Hopping
O&M of BTS
Resource Reservation O&M of BTS BTS Power Management O&M of BTS BTS Power Management Half Rate Speech System Information Sending Discontinuous Transmission (DTX) Downlink Half Rate Speech AMR HR
Concentric Cell Discontinuous Transmission (DTX) Uplink Half Rate Speech AMR HR
Frequency Hopping (RF hopping, baseband hopping)
O&M of BTS
Flex MAIO
O&M of BTS
IP Fault Detection Based on BFD
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
A Interface Protocol Process
BTS Test Function
O&M of BTS
O&M of BTS
A Interface Protocol Process
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
Intelligent Combiner Bypass
O&M of BTS
IP QOS
Gb over IP
Gb over IP
Gb over IP
O&M of BSC
O&M of BSC
O&M of BTS
A over IP
None
SDCCH Dynamic Adjustment
O&M of BTS
None
Configuration Management
Configuration Management
MBSC Load Balancing
Configuration Management
O&M of BTS
O&M of BTS
Semi-Permanent Connection
Configuration Management
O&M of BSC
Short Message Service Cell Broadcast (TS23)
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Fast Move Handover
O&M of BSC
A Interface Protocol Process
Assignment and Immediate Assignment
Packet Assignment Taken Over by the BTS
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Concentric Cell
Concentric Cell
Soft-Synchronized Network
Assignment and Immediate Assignment
O&M of BSC
GPRS
HUAWEI I Handover HUAWEI II Handover
Soft-Synchronized Network
Soft-Synchronized Network
BSS-Based LCS (Cell ID + TA)
O&M of BTS
O&M of BTS
AMR FR/HR Dynamic Adjustment
AMR FR/HR Dynamic Adjustment
MBSC Load Balancing
Faulty Management
AMR FR/HR Dynamic Adjustment
AMR FR/HR Dynamic Adjustment
Enhanced Channel Assignment Algorithm
AMR FR
AMR HR
WB AMR
Semi-Permanent Connection
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Configuration Management
Configuration Management
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Semi-Permanent Connection
O&M of BTS
O&M of BSC
BSS-Based LCS (Cell ID + TA)
SDCCH Handover
Semi-Permanent Connection
O&M of BTS
Semi-Permanent Connection
O&M of BTS
Simplified Cell Broadcast HUAWEI I Handover HUAWEI II Handover
Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm TRX Management Enhanced Channel Assignment Algorithm
Soft-Synchronized Network
Enhanced Channel Assignment Algorithm
GSM and UMTS Traffic Steering Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
MBSC Handover based on Load Enhancement
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
GSM and UMTS Load Balancing Based on Iur-g O&M of BSC Security Management
None Processing of Measurement Report Pre-processing of Measurement Report
Enhanced Dual-Band Network
HUAWEI I Handover
HUAWEI I Handover HUAWEI II Handover
AMR FR/HR Dynamic Adjustment HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
MBSC Load Balancing
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
GSM and UMTS Load Balancing Based on Iur-g
Semi-Permanent Connection
O&M of BSC
O&M of BSC
O&M of BSC
Enhanced Measurement Report(EMR)
Configuration Management O&M of BSC License Management
Gb over IP
Gb over IP
Abis over IP
O&M of BTS
IP QOS Abis IP over E1/T1 A IP over E1/T1 IP-Based 2G/3G Co-Transmission on MBSC Side
IP-Based 2G/3G Co-Transmission on MBSC Side
None
None
None
Gb over IP
Gb over IP
Clock over IP
Gb over IP
Clock over IP
Gb over IP
Gb over IP
Ethernet OAM
Ethernet OAM
Abis IP over E1/T1 A IP over E1/T1
Link aggregation Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
None
Abis over IP
Abis over IP
O&M of BTS
Soft-Synchronized Network
Chain Cell Handover
Clock over IP
Clock over IP
Ring Topology
O&M of BTS
EGPRS
IP QOS
GPRS
Configuration Management
TC Pool
Multi-site Cell
Network-Controlled Cell Reselection (NC2)
Gb over IP
None
Soft-Synchronized Network
O&M of BTS
Abis Transmission Backup
BTS Local Switch
TC Pool
Configuration Management
Configuration Management
O&M of BTS O&M of BTS Intelligent Shutdown of TRX Due to PSU Failure
Configuration Management
Configuration Management
Configuration Management
Configuration Management
IP QOS
IP QOS
Concentric Cell PDCH Dynamic Adjustment Concentric Cell Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
Concentric Cell
Concentric Cell Concentric Cell Enhanced Dual-Band Network
Ethernet OAM Abis MUX UDP MUX for A Transmission
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Abis Transmission Optimization
Multi-Carrier Intelligent Voltage Regulation
Abis over IP
None HUAWEI I Handover HUAWEI II Handover
None
Configuration Management
Compact BTS Automatic Capacity Planning
Board Switchover
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSC/RNC Clock
BSC/RNC Clock
Link aggregation
None
IP QOS
IP QOS
IP QOS HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover
None
None Abis over IP Flex Abis Abis over IP Flex Abis Abis over IP Flex Abis A over IP A IP over E1/T1 O&M of BSC Security Management
O&M of BSC
None
IP QOS Processing of Measurement Report Pre-processing of Measurement Report HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Configuration Management
Configuration Management Abis IP over E1/T1 A IP over E1/T1
Configuration Management
O&M of BSC
O&M of BTS
Faulty Management
Faulty Management
O&M of BSC
None
A Interface Protocol Process
Faulty Management
Configuration Management Abis IP over E1/T1 A IP over E1/T1
O&M of BTS
O&M of BTS
None
Semi-Permanent Connection A over IP A IP over E1/T1
A Interface Protocol Process
A over IP HUAWEI I Handover HUAWEI II Handover
MSC Pool
Network-Controlled Cell Reselection (NC2)
O&M of BTS
HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI I Handover HUAWEI II Handover
O&M of BTS
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) GSM/WCDMA Interoperability GSM/WCDMA Load Based Handover
Network-Controlled Cell Reselection (NC2)
Enhanced Channel Assignment Algorithm
HUAWEI I Handover
None
BSC Node Redundancy
None
O&M of BTS
Abis IP over E1/T1
Abis IP over E1/T1
Gb over IP
Gb over IP
Multi-site Cell
Multi-site Cell
Faulty Management
A over IP A IP over E1/T1 A over IP A IP over E1/T1 O&M of BSC Security Management A over IP A IP over E1/T1
Configuration Management
O&M of BTS
GSM Flow Control
GSM Flow Control
None
None
None
GSM Flow Control
GSM Flow Control
GSM Flow Control
O&M of BSC
O&M of BTS
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSS-Based LCS (Cell ID + TA)
BSC/RNC Clock
BSC/RNC Clock
Configuration Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
O&M of BSC
IBCA (Interference Based Channel Allocation)
O&M of BSC
O&M of BSC
None
None
O&M of BSC
None
Flex Abis
Flex Abis
O&M of BTS
Concentric Cell
O&M of BTS
O&M of BTS
O&M of BTS
IP QOS
None
None
IP QOS
None
EGPRS
O&M of BTS
O&M of BTS Abis over IP Flex Abis
O&M of BSC Security Management
Configuration Management
Configuration Management
BSC/RNC Software Management O&M of BSC Security Management O&M of BSC Security Management
O&M of BTS
O&M of BTS
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
AMR Coding Rate Threshold Adaptive Adjustment
Voice Fault Diagnosis
O&M of BTS
O&M of BTS O&M of BTS BTS Power Management
A over IP
Configuration Management
Ethernet OAM
Ethernet OAM
Frequency Hopping (RF hopping, baseband hopping)
None
Enhanced BCCH Power Consumption Optimization
Enhanced BCCH Power Consumption Optimization
Enhanced BCCH Power Consumption Optimization
Enhanced BCCH Power Consumption Optimization
Enhanced BCCH Power Consumption Optimization
Ethernet OAM
Abis over IP
Multi-site Cell
Tree Topology
O&M of BTS
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation)
IBCA (Interference Based Channel Allocation) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
O&M of BTS
Ethernet OAM Configuration Management
None Abis IP over E1/T1 A IP over E1/T1
Ethernet OAM
None
None
Short Message Service Cell Broadcast (TS23)
Abis over IP
Abis IP over E1/T1
Abis IP over E1/T1
Clock over IP
Clock over IP
Enhanced Power Control Algorithm
A over IP IP Fault Detection Based on BFD Link aggregation HUAWEI I Handover HUAWEI II Handover
GPRS
GPRS
Active Backup Power Control Compact BTS Automatic Configuration and Planning PICO Automatic Configuration and Planning
Compact BTS Automatic Capacity Planning
IP QOS
O&M of BTS Abis MUX UDP MUX for A Transmission Abis IP over E1/T1 A IP over E1/T1
Security Management
Faulty Management
O&M of BTS
A over IP
GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels PDCH Dynamic Adjustment GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
GPRS
Security Management
O&M of BTS
O&M of BTS HUAWEI I Handover HUAWEI II Handover
Access
Access
Access
Access Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm Adjustment of Adaptive Timing Advance Extended Cell
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
BSC/RNC Clock
Flex Abis
None
Enhanced Power Control Algorithm
Security Management
None
IP Fault Detection Based on BFD Multi-band Sharing One BSC System Information Sending
Enhanced Measurement Report(EMR)
Enhanced Measurement Report(EMR)
Soft-Synchronized Network
Soft-Synchronized Network
Configuration Management
Compact BTS Automatic Capacity Planning
None
Abis IP over E1/T1
Configuration Management
O&M of BTS
O&M of BTS
Enhanced Channel Assignment Algorithm
O&M of BTS
None Ethernet OAM Configuration Management
Ethernet OAM Ethernet OAM Configuration Management
Packet System Information
GSM and UMTS Load Balancing Based on Iur-g Enhanced Measurement Report(EMR) Processing of Measurement Report Pre-processing of Measurement Report
Ethernet OAM Ethernet OAM Configuration Management
Ethernet OAM
Ethernet OAM
Abis IP over E1/T1
Network-Controlled Cell Reselection (NC2) Abis IP over E1/T1 A IP over E1/T1
GSM/WCDMA Interoperability HUAWEI I Handover HUAWEI II Handover Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Direct Retry
SDCCH Dynamic Adjustment GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
None
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD
IP Fault Detection Based on BFD
None
None
Configuration Management
Compact BTS Automatic Capacity Planning
GSM Flow Control
BSC/RNC Clock A over IP A IP over E1/T1
Configuration Management
Configuration Management
None
None
Board Switchover Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier) O&M of BTS Reporting the Temperature List of the BTS Equipment Room O&M of BTS Reporting the Temperature List of the BTS Equipment Room
O&M of BTS
Fast Move Handover
Abis IP over E1/T1
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
None
Abis IP over E1/T1
LAPD Multiplexing at Abis Interface
O&M of BTS
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Configuration Management
Configuration Management
Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover
HUAWEI III Power Control Algorithm
Pre-processing of Measurement Report
O&M of BTS
O&M of BTS
O&M of BSC
O&M of BSC
Abis over IP
Soft-Synchronized Network
Call Control
MSC Pool
MSC Pool
MSC Pool
MSC Pool
MSC Pool
A Interface Protocol Process
Call Reestablishment
O&M of BSC BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch BSC Local Switch BTS Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BSC Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
BTS Local Switch
Fast Move Handover Radio Common Channel Management Location Updating Paging Assignment and Immediate Assignment
Board Switchover
MSRD
MSRD
O&M of BTS HUAWEI I Handover HUAWEI II Handover
Network-Controlled Cell Reselection (NC2)
Gb Interface Function
BSC Node Redundancy
GPRS
None
GSM Flow Control
None
A Interface Protocol Process
None
A over IP Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1
O&M of BTS
GPRS
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC Abis IP over E1/T1 A IP over E1/T1
None Abis MUX UDP MUX for A Transmission
O&M of BTS Abis MUX UDP MUX for A Transmission
Ring Topology
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
GPRS
GPRS GPRS Dynamically Adjusting the RRBP Frequency
Gb Over FR
Gb Over FR
Gb Over FR Network Assisted Cell Change (NACC) PS Handover
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
IP QOS
A over IP
A over IP
A over IP
A over IP
A over IP
GPRS
Enhanced Channel Assignment Algorithm AMR PowerFR Control AMR HR TFO Enhanced Full Rate TC Pool
Configuration Management
IBCA (Interference Based Channel Allocation)
Configuration Management
IBCA (Interference Based Channel Allocation)
Configuration Management
Configuration Management
Configuration Management
Configuration Management
PICO Automatic Configuration and Planning
Configuration Management
Configuration Management
Configuration Management
Configuration Management Network-Controlled Cell Reselection (NC2) Network Assisted Cell Change (NACC)
Network-Controlled Cell Reselection (NC2) Network-Controlled Cell Reselection (NC2) PS Handover
Configuration Management
Configuration Management Basic Cell Selection Basic Cell Re-selection System Information Sending Processing of Measurement Report Pre-processing of Measurement Report
Fast Move Handover HUAWEI I Handover HUAWEI II Handover
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization
2G/3G Neighboring Cell Automatic Optimization Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service Networking Control Mode GSM/TD-SCDMA Interoperability PS Handover System Information Sending
A Interface Protocol Process
Configuration Management HUAWEI I Handover HUAWEI II Handover
None
None
None
Abis IP over E1/T1
A Interface Protocol Process
BSC/RNC Software Management Network Operation Mode Support DTM
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover
HUAWEI II Handover Ater Compression Transmission IP QOS TC Pool HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
O&M of BTS
HUAWEI III Power Control Algorithm
Networking Control Mode Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Network-Controlled Cell Reselection (NC2)
O&M of BTS
GSM Flow Control
Radio Dedicated Channel Management
Group Call Reliability Enhancing
None
Enhanced Measurement Report(EMR)
Enhanced Measurement Report(EMR) MSC Pool SGSN Pool
SGSN Pool
System Information Sending
Gb Interface Function
Gb Interface Function HUAWEI I Handover HUAWEI II Handover
BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network
Gb Over FR
Gb Over FR
O&M of BTS
O&M of BTS
Public Voice Group Call Service Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1 O&M of BTS Abis IP over E1/T1 A IP over E1/T1 O&M of BTS IP QOS O&M of BTS O&M of BTS Link aggregation
O&M of BTS O&M of BTS Link aggregation
Remote Electrical Tilt
BTS Test Function
O&M of BSC
None
Faulty Management
Faulty Management
Configuration Management
Streaming QoS(GBR)
Concentric Cell
OML Backup
O&M of BTS
Abis Bypass
O&M of BTS
O&M of BTS
O&M of BTS
None
IP QOS
O&M of BTS
Abis over IP
O&M of BTS
O&M of BTS
O&M of BSC Security Management Configuration Management RAN Sharing
O&M of BTS
A Interface Circuit Management
RAN Sharing
RAN Sharing
RAN Sharing
BSC/RNC Software Management
A Interface Circuit Management
Ater Interface 4:1 Multiplexing
A Interface Circuit Management
O&M of BSC
RAN Sharing
Concentric Cell
Concentric Cell
Concentric Cell
Enhanced Channel Assignment Algorithm
O&M of BTS
O&M of BTS
O&M of BTS
MBSC Load Balancing
IP-Based 2G/3G Co-Transmission on Base Station Side
BSC/RNC Software Management
Frequency Band
EGPRS
Concentric Cell
Enhanced Dual-Band Network HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Enhanced Dual-Band Network
Enhanced Channel Assignment Algorithm
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Enhanced Dual-Band Network
Semi-Permanent Connection
Semi-Permanent Connection
O&M of BSC
O&M of BSC
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Multi-site Cell
Multi-site Cell
Multi-site Cell
Enhanced Dual-Band Network
O&M of BTS
Semi-Permanent Connection
O&M of BSC
Semi-Permanent Connection
GSM and UMTS Load Balancing Based on Iur-g
GSM/WCDMA Service Based Handover
GSM/WCDMA Service Based Handover
MBSC Load Balancing
Semi-Permanent Connection Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Radio Common Channel Management
O&M of BTS
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
Multi-Carrier Intelligent Voltage Regulation
Packet Assignment Taken Over by the BTS
GSM Flow Control
Paging
GSM Flow Control
Paging
GPRS
GPRS
GPRS
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
O&M of BTS
Abis over IP IP QOS A over IP IP QOS Abis IP over E1/T1 A IP over E1/T1
None
Active Power Control Abis over IIIPHandover HUAWEI A over IP IP QOS Abis IP over E1/T1 A IP over E1/T1
BSC/RNC Software Management
Power Control
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
HUAWEI I Handover
GPRS
Enhanced Power Control Algorithm
Power Control
O&M of BSC
GPRS
O&M of BSC
GPRS PDCH Dynamic Adjustment Load O&M Sharing of BTS Adaptive Flex Abis Adjustment of Uplink and Downlink Channels GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
Power Optimization Based on Channel Type GPRS PDCH PDCH Dynamic Dynamic Adjustment Adjustment Load Sharing Load Sharing Adaptive Adaptive Adjustment Adjustment of of Uplink Uplink and and Downlink Downlink Channels Channels GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels A over IP A IP over E1/T1
BSC Node Redundancy
Abis over IP Abis over IP BSC Node Redundancy Abis over IP BSC Node Redundancy Abis over IP BSC Node Redundancy Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
IP Fault Detection Based on BFD
Abis IP over E1/T1
Abis IP over E1/T1 A over IP A IP over E1/T1 A over IP A IP over E1/T1 Abis over IP IP QOS A over IP IP QOS Abis IP over E1/T1 A IP over E1/T1 A over IP A IP over E1/T1
O&M of BTS HUAWEI I Handover HUAWEI II Handover
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2) HUAWEI I Handover HUAWEI II Handover
IP QOS
2G/3G Neighboring Cell Automatic Optimization Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1
Streaming QoS(GBR)
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
IP QOS Abis MUX UDP MUX for A Transmission Basic Cell Re-selection System Information Sending
Security Management
Ethernet OAM
Ethernet OAM
None
Abis MUX
Packet SI Status
None
Ethernet OAM
Access
EGPRS
Access
Access
EGPRS
Access
EGPRS
IP QOS
IP QOS
O&M of BSC
O&M of BSC
O&M of BSC
GSM Flow Control
GSM Flow Control
Paging
Paging
Paging
GSM Flow Control
GSM Flow Control
GSM Flow Control
Configuration Management
Faulty Management
Configuration Management
Ater Interface 4:1 Multiplexing
A Interface Circuit Management
None
O&M of BSC
Faulty Management
None
None
None
None
None
Board Switchover
None
None
None
None
IP Fault Detection Based on BFD
None
None
Gb Over FR
O&M of BSC
O&M of BTS
Faulty Management
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
PoC QoS
PoC QoS
PoC QoS
PoC QoS
O&M of BTS
O&M of BTS
Configuration Management
Configuration Management
O&M of BSC
Ring Topology
OML Backup
O&M of BSC
O&M of BSC
None
Configuration Management
Ethernet OAM
IP-Based 2G/3G Co-Transmission on Base Station Side
2G/3G Cell Reselection Based on MS State
O&M of BTS
O&M of BTS
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
Downlink EGPRS2-A
Downlink EGPRS2-A
O&M of BTS
O&M of BTS
Configuration Management
Configuration Management
Abis IP over E1/T1
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1 A IP over E1/T1
None
Abis IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
None
Enhanced Multi Level Precedence and Preemption(EMLPP)
Enhanced Multi Level Precedence and Preemption(EMLPP) Emergency Call Service (TS12) Guaranteed Emergency Call
Pre-processing of Measurement Report
Abis over IP System Information Sending GPRS
GSM Flow Control
Pre-processing of Measurement Report
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Flex Abis
GPRS A Interface Protocol Process A over IP A IP over E1/T1 A Interface Protocol Process A over IP A IP over E1/T1
None
Abis over IP
Abis over IP
Abis over IP
Security Management
Abis over IP
A Interface Protocol Process
Gb Over FR
O&M of BTS
Dynamic Cell Power Off
TRX Power Amplifier Intelligent Shutdown
None
None
None
None
None
None
None
None
IP QOS
IP QOS
PS Handover
None
None
GSM Flow Control System Information Sending Packet System Information
Packet System Information
IP QOS
IP QOS
GSM Flow Control
Concentric Cell
None
Radio Common Channel Management
Multi-site Cell
None
GSM Flow Control
GSM Flow Control
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Concentric Cell
PSU Smart Control
None
Faulty Management
O&M of BSC
Basic Cell Re-selection
Gb Interface Function
Faulty Management
None
None
None
None
Abis Transmission Optimization
None
O&M of BTS
Security Management
O&M of BTS
O&M of BTS
Gb Over FR
Security Management O&M of BSC Security Management
O&M of BTS
Security Management
O&M of BTS
Faulty Management
Faulty Management
Active Power Control
HUAWEI III Power Control Algorithm
Enhanced Power Control Algorithm
Radio Common Channel Management
Radio Common Channel Management
Multi-site Cell
O&M of BTS
Active Backup Power Control
Enhanced Channel Assignment Algorithm
Configuration Management O&M of BTS Connection with TMA (Tower Mounted Amplifier) O&M of BTS Connection with TMA (Tower Mounted Amplifier)
O&M of BTS
None
None
None
None
None GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
QoS ARP&THP GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Enhanced Channel Assignment Algorithm
O&M of BTS
O&M of BTS
Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover
Fast Move Handover
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
Configuration Management
GPRS
Compact BTS Automatic Configuration and Planning
Compact BTS Automatic Configuration and Planning
Compact BTS Automatic Capacity Planning
Radio Common Channel Management
Radio Common Channel Management
Radio Common Channel Management
Multi-site Cell System Information Sending GPRS
GPRS
Radio Common Channel Management
GPRS
Abis over IP AMR Coding Rate Threshold Adaptive Adjustment WB AMR AMR Coding Rate Threshold Adaptive Adjustment TFO
Processing of Measurement Report
Configuration Management
O&M of BSC
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
IP QOS
TCH Re-assignment
TCH Re-assignment Concentric Cell AMR FR Concentric Cell AMR HR
Concentric Cell
Concentric Cell
Concentric Cell
GSM Flow Control
IP QOS
Concentric Cell
Concentric Cell
Configuration Management
GSM Flow Control
GSM Flow Control
BSC/RNC Clock
BSC/RNC Clock
BSC/RNC Clock
BSC/RNC Clock
BSC/RNC Clock
BSC/RNC Clock
BSC/RNC Clock
BTS Local Switch
BSC Node Redundancy
BSC Node Redundancy
BSC Node Redundancy
Soft-Synchronized Network
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
IP QOS
None
Gb over IP
Simplified Cell Broadcast
Robust Air Interface Signalling
Robust Air Interface Signalling
Robust Air Interface Signalling
Faulty Management
O&M of BSC
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2)
Network-Controlled Cell Reselection (NC2)
PDCH Dynamic Adjustment
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
O&M of BTS
Security Management
GPRS
Multi-Carrier Intelligent Voltage Regulation
GPRS
Gb Interface Function
A Interface Protocol Process O&M of BSC License Management Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Faulty Management
MBSC Load Balancing
Resource Reservation
Configuration Management Radio Dedicated Channel Management System Information Sending
O&M of BSC
Voice Fault Diagnosis
BTS GPS Synchronization
Network Assisted Cell Change (NACC)
None
Radio Dedicated Channel Management
Ater Compression Transmission
Configuration Management
MBSC Load Balancing
MBSC Load Balancing
MBSC Load Balancing
Security Management
Gb over IP
Gb over IP
Voice Quality Index (Uplink VQI)
Networking Control Mode Networking Control Mode GSM/TD-SCDMA Interoperability
IP QOS
Voice Quality Index (Uplink VQI)
Enhanced Measurement Report(EMR)
Enhanced Measurement Report(EMR)
IP QOS
None
IP QOS HUAWEI I Handover HUAWEI II Handover GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
None
None
GPRS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Abis over IP
Configuration Management
2G/3G Neighboring Cell Automatic Optimization
BSC/RNC Software Management
O&M of BSC
A Interface Protocol Process
Abis IP over E1/T1
Emergency Call Service (TS12)
None
None
None
None
None
None
None
None
None
None
TRX Power Amplifier Intelligent Shutdown
Board Switchover A over IP A IP over E1/T1
A over IP
A over IP
None
None
Abis over IP
A over IP
A over IP
A over IP Latency A over IPReduction Streaming QoS(GBR) QoS ARP&THP PoC QoS A over IP Conversational QoS Radio Common Channel Management Latency Reduction Streaming QoS(GBR) AMR Coding Rate Threshold Adaptive Adjustment QoS ARP&THP PoC QoS Conversational QoS Radio Common Channel Management
Abis over IP
IP QOS
IP QOS
O&M of BTS
IP QOS
IP QOS
GPRS AMR FR HUAWEI II Handover HUAWEI I Handover
System Information Sending HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
None
None Remote EAC Maintenance Faulty Management
O&M of BTS
Public Voice Group Call Service
Network Support SAIC
Network Support SAIC
Network Support SAIC
Faulty Management
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
Radio Dedicated Channel Management
Faulty Management Remote EAC Maintenance Faulty Management Remote EAC Maintenance Faulty Management
O&M of BTS
O&M of BTS
Soft-Synchronized Network
Soft-Synchronized Network
Enhanced Measurement Report(EMR)
Gb over IP
Fast Move Handover
Configuration Management
O&M of BTS
Simplified Cell Broadcast
O&M of BTS
O&M of BSC
O&M of BSC
O&M of BSC GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
Faulty Management A over IP A IP over E1/T1
O&M of BSC
Faulty Management
Faulty Management
Faulty Management
Board Switchover
O&M of BTS Support of Daylight Saving Time Configuration Management
Configuration Management
Assignment and Immediate Assignment
Assignment and Immediate Assignment
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
SDCCH Dynamic Adjustment
Board Switchover
A5/3 Ciphering Algorithm
Active Backup Power Control HUAWEI I Handover HUAWEI II Handover
HUAWEI III Power Control Algorithm HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Gb over IP
Board Switchover O&M of BTS BTS Power Management
Faulty Management
Faulty Management
O&M of BTS
Enhanced Measurement Report(EMR)
O&M of BTS
System Information Sending
End-to-End MS Signaling Tracing HUAWEI I Handover HUAWEI II Handover
A Interface Protocol Process
Point To Point Short Message Service (TS21, TS22)
Group Call EMLPP
Group Call EMLPP
Multi-Carrier Intelligent Voltage Regulation
System Information Sending
System Information Sending
System Information Sending
O&M of BTS
O&M of BTS
O&M of BSC
O&M of BSC
Remote Electrical Tilt
O&M of BSC A over IP TC Pool
Abis over IP
PICO Automatic Configuration and Planning O&M of BSC Security Management
Abis over IP
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
SGSN Pool
Configuration Management
SGSN Pool
SGSN Pool
SGSN Pool
GPRS
SGSN Pool
GSM Flow Control
O&M of BSC
RAN Sharing
Faulty Management
Active Backup Power Control
System Information Sending HUAWEI I Handover HUAWEI II Handover
Soft-Synchronized Network
A Interface Protocol Process
A Interface Protocol Process
A over IP
Gb over IP
Gb over IP
IP QOS
Soft-Synchronized Network HUAWEI I Handover HUAWEI II Handover A Interface Protocol Process Local Multiple Signaling Points HUAWEI I Handover HUAWEI II Handover
Load Sharing
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
None
None
O&M of BSC
Soft-Synchronized Network
Clock over IP
Multi-site Cell
BTS Test Function
A Interface Protocol Process
BSC Node Redundancy Support of Daylight Saving Time Configuration Management
None
None
Faulty Management Support of Daylight Saving Time Configuration Management
Flow Control
Configuration Management
Configuration Management
None
A over IP
None
None
O&M of BSC
Faulty Management
Faulty Management
None
None
Configuration Management
MBSC Load Balancing
O&M of BTS
IP Fault Detection Based on BFD
Configuration Management
O&M of BSC
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BSC 14-Digit Signaling Point Code A Interface Protocol Process 14-Digit Signaling Point Code A Interface Protocol Process 14-Digit Signaling Point Code A Interface Protocol Process
O&M of BSC
A Interface Protocol Process Radio Common Channel Management Location Updating IMSI Detach
Faulty Management
Faulty Management
Voice Fault Diagnosis
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
Group Call Reliability Enhancing
Group Call Reliability Enhancing
Group Call Reliability Enhancing
None HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover System Information Sending Discontinuous Reception (DRX)
Short Message Service Cell Broadcast (TS23)
MBSC Load Balancing
MBSC Load Balancing
PS Handover
PS Handover
Network Assisted Cell Change (NACC)
Public Voice Group Call Service
GPRS
GPRS
GPRS
GPRS
RAN Sharing
Latency Reduction
RAN Sharing
O&M of BSC
A Interface Protocol Process
O&M of BTS
O&M of BTS
O&M of BTS HUAWEI I Handover HUAWEI II Handover
Configuration Management
Configuration Management
Configuration Management
Configuration Management
O&M of BSC
BSC/RNC Clock
BSC/RNC Clock HUAWEI I Handover HUAWEI II Handover
IP Fault Detection Based on BFD
Configuration Management
Configuration Management
None
Configuration Management
None
BSC/RNC Clock
None
Configuration Management
Configuration Management
None
None
A over IP
None
None
Faulty Management
None
Configuration Management
MBSC Load Balancing
O&M of BTS
IP Fault Detection Based on BFD
Configuration Management
O&M of BSC
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BSC
O&M of BSC
Configuration Management
O&M of BTS
BSC/RNC Clock
Faulty Management
Gb over IP
Gb over IP O&M of BTS Intelligent Shutdown of TRX Due to PSU Failure
IP QOS HUAWEI I Handover HUAWEI II Handover
Faulty Management
Faulty Management
Faulty Management
Faulty Management HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Configuration Management
MBSC Load Balancing
Faulty Management HUAWEI I Handover HUAWEI II Handover Support of Daylight Saving Time Configuration Management
O&M of BSC
O&M of BSC O&M of BSC Security Management
Faulty Management
Faulty Management
Simplified Cell Broadcast
Faulty Management
Frequency Hopping (RF hopping, baseband hopping)
GSM Flow Control
A Interface Circuit Management
O&M of BSC
TRX Power Amplifier Intelligent Shutdown
O&M of BTS
TRX Power Amplifier Intelligent Shutdown
GSM Flow Control
GSM Flow Control
O&M of BTS
Group Call Reliability Enhancing
TRX Power Amplifier Intelligent Shutdown
Ater Interface 4:1 Multiplexing
A Interface Circuit Management
O&M of BTS
O&M of BTS
O&M of BTS
A Interface Circuit Management
O&M of BTS O&M of BSC Security Management
2G/3G Neighboring Cell Automatic Optimization
A Interface Protocol Process
O&M of BTS
EICC
A5/1 Encryption Flow Optimization
Group Call Reliability Enhancing
A Interface Protocol Process
Semi-Permanent Connection
Cell Frequency Scan
O&M of BTS
O&M of BTS
O&M of BTS O&M of BSC Security Management
O&M of BTS
O&M of BTS
TC Pool
TC Pool
O&M of BTS Abis MUX UDP MUX for A Transmission
Abis MUX
O&M of BSC
None
Flex Abis
Flex Abis
O&M of BSC
O&M of BTS
A Interface Circuit Management
BSC/RNC Clock
BSC/RNC Clock
Simplified Cell Broadcast PDCH Dynamic Adjustment MS High multislot classes Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
DTM PDCH Dynamic Adjustment EDA(Extended Dynamic Allocation) Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
DTM
BTS Local Switch
TFO
MBSC Handover based on Load Enhancement
Access
Gb over IP
Gb over IP
Faulty Management
O&M of BSC
O&M of BSC
O&M of BTS
O&M of BTS Support of Daylight Saving Time Configuration Management
Configuration Management
None
License Management
IP Fault Detection Based on BFD
O&M of BTS AMR FR AMR HR TFO
A over IP
A over IP
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BTS O&M of BSC Security Management Support of Daylight Saving Time Configuration Management
Soft-Synchronized Network
GSM/TD-SCDMA Interoperability IBCA (Interference Based Channel Allocation) Soft-Synchronized Network
Clock over IP
Clock over IP
Clock over IP
Clock over IP
Configuration Management
Configuration Management HUAWEI I Handover HUAWEI II Handover
Configuration Management
Public Voice Group Call Service
Configuration Management
Configuration Management
Gb Interface Function
Abis over IP
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
Gb Interface Function
Abis over IP
Ring Topology
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Radio Link Management
Fast Ring Network Switch
A Interface Protocol Process
A Interface Protocol Process
A Interface Protocol Process
Gb Interface Function
Abis over IP HUAWEI I Handover HUAWEI II Handover
Public Voice Broadcast Service
GPRS
GPRS
Location Updating
Gb Over FR
A Interface Protocol Process
Gb Interface Function
A Interface Protocol Process
Gb Interface Function
A Interface Protocol Process
Gb Interface Function
Gb Interface Function
A Interface Protocol Process HUAWEI I Handover HUAWEI II Handover
Concentric Cell HUAWEI I Handover HUAWEI II Handover
Concentric Cell
HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Talker Identification HUAWEI I Handover HUAWEI II Handover
Soft-Synchronized Network
HUAWEI II Handover
Concentric Cell
Power Control
Power Control
O&M of BSC
O&M of BTS
OML Backup
Ring Topology
A Interface Protocol Process
Gb Interface Function
O&M of BTS O&M of BSC TC Pool
Dynamic Adjustment Between FR and HR
Enhanced Channel Assignment Algorithm
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management
Radio Dedicated Channel Management HUAWEI I Handover HUAWEI II Handover
HUAWEI III Power Control Algorithm
Enhanced Channel Assignment Algorithm
A5/1 Encryption Flow Optimization
A5/1 Encryption Flow Optimization
Concentric Cell
Concentric Cell
A Interface Protocol Process
A Interface Protocol Process
O&M of BSC
O&M of BTS
None
TC Pool
None
None
Configuration Management
GSM/TD-SCDMA Interoperability
Configuration Management
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
Configuration Management
GSM/TD-SCDMA Interoperability
GSM/TD-SCDMA Interoperability
IP QOS
IP QOS
O&M of BSC
O&M of BSC
O&M of BSC
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
Configuration Management
Configuration Management
Configuration Management
Configuration Management O&M of BTS BTS Power Management
O&M of BTS
O&M of BTS
System Information Sending
Gb Interface Function
Simplified Cell Broadcast
TFO
BTS Test Function
Configuration Management
O&M of BSC
None
None
None
None
None
GPRS
O&M of BTS
O&M of BTS
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
QoS ARP&THP
IP QOS
SGSN Pool
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
BCCH Dense Frequency Multiplexing
IBCA (Interference Based Channel Allocation)
MSC Pool O&M of BSC Security Management
O&M of BSC
Cell Frequency Scan HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Concentric Cell
Ethernet OAM
Ethernet OAM
Ethernet OAM
Ethernet OAM
Abis MUX HUAWEI I Handover HUAWEI II Handover
None
Power Optimization Based on Channel Type HUAWEI I Handover HUAWEI II Handover
Concentric Cell
Enhanced Channel Assignment Algorithm
MSC Pool O&M of BSC Security Management
GPRS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
O&M of BSC
IP QOS
None
None
BTS Test Function
Call Control
Faulty Management
O&M of BSC
Faulty Management
A Interface Protocol Process
A Interface Protocol Process
Configuration Management
Satellite Transmission over Ater Interface
O&M of BSC Support of Daylight Saving Time Configuration Management
Basic Cell Re-selection
IP-Based 2G/3G Co-Transmission on Base Station Side
IP-Based 2G/3G Co-Transmission on Base Station Side
IP-Based 2G/3G Co-Transmission on Base Station Side
O&M of BSC
O&M of BTS HUAWEI I Handover HUAWEI II Handover
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
Adaptive Adjustment of Uplink and Downlink Channels
Adaptive Adjustment of Uplink and Downlink Channels
A over IP
Satellite Transmission over Abis Interface
O&M of BSC
IP QOS
IP QOS
IP QOS
O&M of BTS
Abis over IP
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
GPRS HUAWEI I Handover HUAWEI II Handover
Link aggregation
Link aggregation
Link aggregation
O&M of BTS
IP QOS
None
None Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
IP QOS
None
O&M of BTS
None
IP Fault Detection Based on BFD
Ethernet OAM
TRX Cooperation
BTS Test Function
Frequency Hopping (RF hopping, baseband hopping)
Configuration Management
Multi-site Cell
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Antenna Frequency Hopping
Frequency Hopping (RF hopping, baseband hopping)
BTS Test Function
Frequency Hopping (RF hopping, baseband hopping)
Configuration Management
O&M of BTS
O&M of BTS
Multi-site Cell
Enhanced Channel Assignment Algorithm
O&M of BTS
Ater Interface 4:1 Multiplexing
A Interface Circuit Management
None
Gb Over FR
O&M of BSC Abis IP over E1/T1 A IP over E1/T1 Abis IP over E1/T1 A IP over E1/T1
Abis IP over E1/T1
Frequency Hopping (RF hopping, baseband hopping) GPRS Flex Abis
Soft-Synchronized Network
None
BTS Test Function
Semi-Permanent Connection
O&M of BSC
Configuration Management
IP-Based 2G/3G Co-Transmission on Base Station Side
O&M of BTS
O&M of BSC
Enhanced Channel Assignment Algorithm
Enhanced Channel Assignment Algorithm
Adaptive Adjustment of Uplink and Downlink Channels
Adaptive Adjustment of Uplink and Downlink Channels
Semi-Permanent Connection
O&M of BTS
BTS Test Function
O&M of BTS
BTS Test Function
O&M of BTS
TRX Power Amplifier Intelligent Shutdown on Timeslot Level
O&M of BTS
None
None
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
Dynamic Cell Power Off
O&M of BTS
O&M of BTS
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network
Soft-Synchronized Network Radio Common Channel Management Location Updating
RAN Sharing
RAN Sharing
RAN Sharing
RAN Sharing
RAN Sharing
RAN Sharing
RAN Sharing
RAN Sharing
IP QOS
IP QOS
None
Access
Configuration Management
O&M of BSC
Frequency Band
GPRS
Compact BTS Automatic Configuration and Planning
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
A over IP
Enhanced Channel Assignment Algorithm
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
Abis over IP
A over IP Abis MUX UDP MUX for A Transmission
Abis MUX UDP MUX for A Transmission
Gb over IP
Gb over IP O&M of BSC Security Management
O&M of BTS Public Voice Group Call Service Public Voice Broadcast Service
None
Faulty Management
Faulty Management
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI II Handover
HUAWEI II Handover
Adaptive Adjustment of Uplink and Downlink Channels
O&M of BSC
RLC Mode HUAWEI I Handover HUAWEI II Handover
RLC Mode
RLC Mode
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
AMR FR
AMR FR
AMR FR
AMR HR
AMR HR
AMR HR
WB AMR
WB AMR
GSM and UMTS Load Balancing Based on Iur-g
Enhanced Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
GSM and UMTS Load Balancing Based on Iur-g
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm HUAWEI I Handover HUAWEI II Handover AMR FR HUAWEI II Handover HUAWEI I Handover AMR HR HUAWEI II Handover HUAWEI I Handover
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
HUAWEI III Power Control Algorithm
Enhanced Power Control Algorithm
Enhanced Power Control Algorithm AMR FR WB AMR AMR FR WB AMR AMR FR WB AMR
AMR HR
AMR HR
AMR HR
WB AMR
WB AMR
Concentric Cell
RLC Mode
O&M of BSC HUAWEI I Handover HUAWEI II Handover
Configuration Management
None
Gb Over FR Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management Faulty Management Connection with TMA (Tower Mounted Amplifier) Faulty Management Connection with TMA (Tower Mounted Amplifier)
Faulty Management
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Simplified Cell Broadcast GPRS Coding Scheme GPRS Coding Scheme GPRS EGPRS PDCH CodingDynamic Scheme Adjustment Load Sharing EGPRS Adaptive Adjustment of Uplink and Downlink Channels Coding Scheme GPRS PDCH Dynamic Adjustment Load Sharing Adaptive Adjustment of Uplink and Downlink Channels
Uplink EGPRS2-A
Uplink EGPRS2-A
Extended Uplink TBF GPRS Coding Scheme GPRS Coding Scheme EGPRS Coding Scheme EGPRS Coding Scheme HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Group Call Reliability Enhancing
Abis over IP Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm
IP QOS
None HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover HUAWEI I Handover HUAWEI II Handover
Point To Point Short Message Service (TS21, TS22)
Extended Uplink TBF
Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme
Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme CS-3/CS-4 Coding Scheme
Network-Controlled Cell Reselection (NC2)
O&M of BSC
GPRS O&M of BSC License Management
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Concentric Cell
Concentric Cell
Concentric Cell
Concentric Cell
Concentric Cell
Concentric Cell GSM/WCDMA Interoperability GSM/TD-SCDMA Interoperability
O&M of BTS Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service Public Voice Group Call Service Public Voice Broadcast Service
GSM Flow Control
GSM Flow Control
GSM Flow Control
GSM Flow Control
IP QOS
None
None
None Abis IP over E1/T1 A IP over E1/T1
Ethernet OAM
Abis over IP Ethernet OAM Configuration Management
None
None
None
Abis over IP
Abis over IP
Configuration Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
Faulty Management
Faulty Management
Faulty Management
O&M of BTS
O&M of BTS
Call Control
AMR FR
AMR HR
None Emergency Call Service (TS12) Guaranteed Emergency Call
IBCA (Interference Based Channel Allocation)
None
O&M of BTS
Faulty Management O&M of BSC Security Management BSS-Based LCS (Cell ID + TA) Soft-Synchronized Network
O&M of BTS
IP Fault Detection Based on BFD
Abis over IP O&M of BSC Security Management
A over IP
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
O&M of BTS
Configuration Management
O&M of BTS
Configuration Management
None
O&M of BTS
O&M of BSC
OML Backup
Ring Topology
Board Switchover Support of Daylight Saving Time Configuration Management
Value Type
GUI Value Range
Interval Type
0~70
Interval Type
0~70
Interval Type
10~80
Enumeration Type
TRUE(Support), FALSE(Not Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
10~255
Interval Type
Enumeration Type
10~255 IDLETSALLOC_0(Any idle timeslots under the same site), IDLETSALLOC_1(Idle timeslots on same E1 primary link preferred), IDLETSALLOC_2(Idle timeslots on same E1 primary link only), IDLETSALLOC_3(Idle timeslots on same 64K primary link only)
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Interval Type
0~100
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~3600
Enumeration Type
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
Interval Type
1~255
Interval Type
0~250
Enumeration Type
8BIT(8BIT), 11BIT(11BIT)
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Enumeration Type
OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Interval Type
0~31
Enumeration Type
ULPRIORITY(Uplink Priority), NEUTRAL(Neutral Priority), DLPRIORITY(Downlink Priority)
Interval Type
0~9
Interval Type
1~10
Interval Type
15~7200
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
COMPUL0(Compulsory 0), COMPUL1(Compulsory 1), FLEX(Flexible)
Bit Field Type
4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S~5 10_2KBIT/S~6 12_2KBIT/S
Bit Field Type
4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S
Bit Field Type
6_60KBIT/S, 8_85KBIT/S, 12_65KBIT/S
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
60~300
Interval Type
610~3000
Interval Type
600~2990
Interval Type
60~300
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~254
Interval Type
0~50
Interval Type
0~768
Bit Field Type
PORT0_CDEF, PORT1_CDEF
Interval Type
1~16777215
Enumeration Type
BYMANUAL(By Manual), BYAUTO(By Auto)
Enumeration Type
0(Not support dynamic adjustment), 1(According to downlink quality measurements reported by MS), 2(According to uplink quality measurements reported by BTS)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
COMMON_DLD(Common Download), QUICK_DLD1(Quick Download No Traffic), QUICK_DLD2(Quick Download Reserve BCCH)
Enumeration Type
LOCK(Lock), UNLOCK(Unlock), SHUTDOWN(Shutdown)
Enumeration Type
Lock(Lock), Unlock(Unlock), Shutdown(Shutdown)
Enumeration Type
Lock(Lock), Unlock(Unlock), Shutdown(Shutdown)
Compound Type
hour, min
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Compound Type
hour, min
Enumeration Type
RATIORULE(Ratio Rule)
String Type
None
String Type
None
Interval Type
0~600
Interval Type
0~60
Interval Type
-60~-35,0
Interval Type
0~1000
Interval Type
0~15
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
10~100
Interval Type
1~10
Enumeration Type
4_Times, 8_Times, 12_Times, 16_Times, 20_Times, 24_Times, 28_Times, 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times
Interval Type
0~63
Interval Type
0~65534
Enumeration Type
BSC(BSC)
Enumeration Type
4_Times, 8_Times, 12_Times, 16_Times, 20_Times, 24_Times, 28_Times, 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times
Interval Type
0~63
Interval Type
65334~65383
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
65033~65533
String Type
None
Interval Type
1~60
Enumeration Type
ALL(All), ONEBYONE(One by One)
Enumeration Type
ALL(all), ONEBYONE(one by one)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
ABIS(Abis), A(A)
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Enumeration Type
NO(Not Supported), R3(Only R3 Supported), R2(Only R2 Supported), R2ANDR3(R2 And R3 Supported)
Interval Type
-12~12
Interval Type
-23~-4
Interval Type
3~12
Interval Type
-23~-4
Interval Type
-23~-4
Enumeration Type
FIXEDLEVEL(Fixed level mode), ADAPTIVE(Adaptive mode), FIXEDGAIN(Fixed gain mode)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
5~15
Interval Type
1~255
Interval Type
0~4000000
Enumeration Type
NOTALLOW(Not Allow), ALLOW(Allow)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~100
Enumeration Type
NOTALLOW(Not Allow), ALLOW(Allow)
Interval Type
0~16
Interval Type
0~100
Enumeration Type
ALLCIC(Set all Timeslots CIC), ALLNULL(Set all Timeslots Null)
Enumeration Type
ALLCIC(Set all Timeslots CIC), ALLNULL(Set all Timeslots Null)
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~65535
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~65534
Interval Type
0~65535
Interval Type
0~15
Interval Type
45~155
Interval Type
125~175
Interval Type
0~65535
Interval Type
0~100
Interval Type
0~100
Interval Type
0~250
Interval Type
0~250
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
flt(Fault), evt(Event), all(All)
Enumeration Type
0(0.0), 1(0.1), 2(0.2), 3(0.3), 4(0.4), 5(0.5), 6(0.6), 7(0.7), 8(0.8), 9(0.9), 10(1.0)
Interval Type
0~9
Interval Type
-1000~10000
Interval Type
0~6553
Interval Type
-3281~32810
Bit Field Type
Critical, Major, Minor, Warning
Enumeration Type
Critical(Critical), Major(Major), Minor(Minor), Warning(Warning)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Interval Type
1~16
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~20
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
0~100
Interval Type
0~255
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~100
Interval Type
0~32
Interval Type
0~30
Interval Type
0~30
Interval Type
0~30
Interval Type
0~32
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~15
Interval Type
0~4
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~99
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~20
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~65535
Interval Type
0~65535
Interval Type
3~30
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
10~30
String Type
None
Interval Type
0~4599
Interval Type
0~4599
String Type
None
Enumeration Type
MODE0(Mode 0), MODE1(Mode 1), MODE2(Mode 2)
Interval Type
-32~0
Interval Type
-64~0
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~360
Interval Type
0~1000
Enumeration Type
SENDPOWER(Send Power), NOPOWER(No Power)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~35
Enumeration Type
A(A), B(B)
Enumeration Type
A(A), B(B)
Enumeration Type
A(A), B(B), NULL(NULL)
Interval Type
0~335
Enumeration Type
M3UA(M3UA), BBAP(BBAP)
Enumeration Type
MTP2(MTP2), OTHER(OTHER), TCSTM1(TCSTM1)
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Interval Type
1~65535
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~65535
Interval Type
0~65535
Enumeration Type
PRIMARY(Primary Area), STANDBY(Standby Area), ALL(Primary and Standby Area)
Enumeration Type
PRIMARY(Primary), STANDBY(Standby)
Interval Type
0~80
Interval Type
5~126
Interval Type
5~100
Interval Type
3~10
Interval Type
3~10
Interval Type
0~27
Interval Type
0~27
Interval Type
0~11
Bit Field Type
power, env, sig, trunk, hardware, software, run, comm, service, handle
Enumeration Type
power(Power System), env(Environment System), sig(Signaling System), trunk(Trunk System), hardware(Hardware System), software(Software System), run(Running System), comm(Communication System), service(QoS), handle(Processing Error)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~61
Interval Type
0~62,255
Interval Type
0~62
Interval Type
0~23,255
Interval Type
0~23
Interval Type
0~255
Interval Type
0~254
Interval Type
0~63
Interval Type
500~60000
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Interval Type
1~300
Enumeration Type
NO(Close), YES(Open)
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Close(Close), Open(Open)
Interval Type
80~100
Interval Type
0~254
Interval Type
0~100
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
NO, YES
Interval Type
0~1
Interval Type
0~254
Interval Type
0~2047
Enumeration Type
TDM(TDM), IP(IP)
Enumeration Type
A(Tributary A), B(Tributary B), ALL(All Tributary)
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Interval Type
0~15
Interval Type
1~65535
Interval Type
1~60
Enumeration Type
NONE(Verify None), PEER(Verify Peer Certificate)
Enumeration Type
SERVER(SERVER), CLIENT(CLIENT)
Enumeration Type
SERVER(SERVER), CLIENT(CLIENT)
Enumeration Type
SERVER(Server), CLIENT(Client)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO_V(NO_V), PAP_V(PAP_V), CHAP_V(CHAP_V)
Enumeration Type
NO_V(NO_V), PAP_V(PAP_V), CHAP_V(CHAP_V)
Enumeration Type
NO_V(No Validate), PAP_V(PAP Validate), CHAP_V(CHAP Validate)
Enumeration Type
ENABLE, DISABLE
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
BTSAUTODLDACT(BTS Software Auto DL and ACT), TMUAUTOACT(TMU Software Auto ACT)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~65535
Enumeration Type
AU4(AU4), AU3(AU3)
Enumeration Type
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
Enumeration Type
LOW(LOW), HIGH(HIGH) O1E3_R1E4(OCCUR:1E-3, RECOVERY:1E-4), O1E4_R1E5(OCCUR:1E-4, RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, RECOVERY:1E-6), O1E6_R1E7(OCCUR:1E-6, LOW(LOW), HIGH(HIGH) RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-9), O1E3_R1E4(OCCUR:1E-3, O1E4_R1E5(OCCUR:1E-4, O1E9_R1E10(OCCUR:1E-9,RECOVERY:1E-4), RECOVERY:1E-10), RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, RECOVERY:1E-6), O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, O1E11_R1E12(OCCUR:1E-11, RECOVERY:1E-12) RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-9), O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11), O1E11_R1E12(OCCUR:1E-11, RECOVERY:1E-12)
Enumeration Type
Enumeration Type
Enumeration Type
Enumeration Type
O1E4_R1E5(OCCUR:1E-4, RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, RECOVERY:1E-6), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-9), O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), O1E4_R1E5(OCCUR:1E-4, RECOVERY:1E-5), O1E5_R1E6(OCCUR:1E-5, O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11) RECOVERY:1E-6), O1E6_R1E7(OCCUR:1E-6, RECOVERY:1E-7), O1E7_R1E8(OCCUR:1E-7, RECOVERY:1E-8), O1E8_R1E9(OCCUR:1E-8, RECOVERY:1E-9), O1E9_R1E10(OCCUR:1E-9, RECOVERY:1E-10), O1E10_R1E11(OCCUR:1E-10, RECOVERY:1E-11)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
String Type
None
Interval Type
0~70
Enumeration Type
CLOSE(Close), LOCALTLLI(Local TLLI Opt), ALLTLLI(All TLLI Opt)
String Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type
BYTRX(Turn off TRX), BYPWR(Reduce Backup Power)
Enumeration Type
BYCOVER(Cover Priority), BYCAP(Capability Priority), BYSAVING(Saving Priority)
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
1~200
Enumeration Type
String Type
None
Interval Type
0~2047
Enumeration Type
Battery1Temp(Battery 1 Temperature), Battery2Temp(Battery 2 Temperature)
Enumeration Type
Battery1Temp(Battery 1 Temperature), Battery2Temp(Battery 2 Temperature)
Interval Type
30~1000
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~90
Enumeration Type
NO_BAT(No Storage Battery), INSIDE_BAT(Inside Storage Battery), OUTSIDE_BAT(Outside Storage Battery)
Interval Type
1024~65535
Interval Type
0~254
Interval Type
0~5000
Interval Type
0~7
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
NO_Hop(No hop), Hop(Hop)
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~511
Interval Type
5~25
Interval Type
433~576
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
MTP3(MTP3), M3UA(M3UA), MTP3_M3UA(MTP3 and M3UA)
Interval Type
1~60
Interval Type
0~10
Interval Type
0~3
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
3~10
Interval Type
1~2
Interval Type
10~254
Enumeration Type
ALL(All), PART(Part)
Interval Type
-10000~10000
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~65534
Interval Type
60~65534
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~6
Interval Type
1~120
Interval Type
0~335
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
0~5000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
nonrpt(Not Report), rpt(Report)
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), NULL(NULL)
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), NULL(NULL)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~16
Interval Type
0~127
Interval Type
1~16
Enumeration Type
SCU, GCU, XPU, INT, TNU
Enumeration Type
SCU, GCU, XPU, DPU, INT, TNU
Enumeration Type
SCU, GCU, MPU, GCP, DPU, INT, TNU
Enumeration Type
INT, DPU, XPU, TNU, OMU, SAU
Interval Type
0~72
Interval Type
0~47
Interval Type
0~1000
Enumeration Type
DPMU_MAIN, DPTU_MAIN, DRFU_MAIN, DRFUBOOT_MAIN, DRRU_MAIN, DRRUBOOT_MAIN, DRU_MAIN, DTCU_MAIN, DTMU_MAIN, DTRU_MAIN, ETR_MAIN, FMU_MAIN, FMUA_MAIN, GATM_MAIN, GTMU_MAIN, IASU_MAIN, IOMU_MAIN, MFU_3001C, MMU_3001C, MRRU_MAIN, MTR_MAIN, NFCB_MAIN, PBU_MAIN, QTRU_MAIN, TMU_MAIN, TRX_MAIN, GRRU_MAIN, BTS3900B_MAIN, BTS3900BBOOT_MAIN, MRFU_MAIN, GRFU_MAIN, MRRUBOOT_MAIN, MRFUBOOT_MAIN, USCU_MAIN, BTS3900E_MAIN, BTS3900EBOOT_MAIN, BOOTROM_PCK, UBRI_MAIN, UTRP_MAIN
Interval Type
0~1000
Enumeration Type
DPUa, DPUc
Enumeration Type
PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, OMUa, OMUb, SAUa
Enumeration Type
FG2a, GOUa, FG2c, GOUc
Enumeration Type
PEUa, POUc
Enumeration Type
PEUa, POUc
Enumeration Type
PEUa, POUc
Enumeration Type
Enumeration Type
MRRU, GRRU, MRFU, GRFU, BTS3900E TMU(TMU/DTMU), DTRU(DTRU), DPTU(DPTU), QTRU(QTRU), MRRU(MRRU), GRRU(GRRU), BTS3900B(BTS3900B), MRFU(MRFU), GRFU(GRFU), BTS3900E(BTS3900E), DRFU(DRFU), DRRU(DRRU), UBRI(UBRI), UTRP(UTRP)
Interval Type
0~255
Any Type
None
Interval Type
2~3600
Enumeration Type
ENTIRE(Entire Backup), INCREMENTAL(Incremental Backup)
Interval Type
0~7
Interval Type
1~16777215
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
MAINBSC(MAIN BSC), SUBBSC(SUB BSC)
IP Address Type
None
Compound Type
hour, min
Compound Type
hour, min
Interval Type
0~15
Interval Type
0~15
Interval Type
5~60
IP Address Type
None
IP Address Type
None
Enumeration Type
UNCONDITIONALSTART(Unconditional Start), ATERCONGESTS(Start When Ater Congests), PREFIXNUMBER(Start by Prefix Number)
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~335
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~65535
Interval Type
0~27
Interval Type
0~11
Interval Type
0~7
Interval Type
0~2500
Interval Type
0~15
Interval Type
1~15
Interval Type
1~31
Interval Type
0~15
Enumeration Type
NO(No), YES(Yes)
Interval Type
Enumeration Type
0~12 2_M_PERIOD(2 Multiframe Period), 3_M_PERIOD(3 Multiframe Period), 4_M_PERIOD(4 Multiframe Period), 5_M_PERIOD(5 Multiframe Period), 6_M_PERIOD(6 Multiframe Period), 7_M_PERIOD(7 Multiframe Period), 8_M_PERIOD(8 Multiframe Period), 9_M_PERIOD(9 Multiframe Period)
Interval Type
1~4
Interval Type
0~12
Enumeration Type
NEITHERSTART(Neither Start), BTSPRIORITY(BTS Priority), BSCPRIORITY(BSC Priority), BTSONLY(BTS Only), BSCONLY(BSC Only)
Enumeration Type
NONSUPPORT(Not Support), BASIC(Basic Fun), ENHANCED(Enhanced Fun)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
PEUa, EIUa, OIUa, POUc
Enumeration Type
SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa
Enumeration Type
SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, ALL
Enumeration Type
PEUa, POUc, EIUa, OIUa
Enumeration Type
PEUa, POUc, EIUa
Enumeration Type
PEUa, POUc, EIUa, OIUa
Enumeration Type
POUc, OIUa
Enumeration Type
POUc, OIUa
Enumeration Type
FG2a, GOUa, FG2c, GOUc, POUc
Enumeration Type
EIUa PWC(PWC), EAC_EMUA(EAC_EMUA), DTMU(DTMU), DATM_DATU(DATM_DATU), NFCB(NFCB), EMU_DEMU(EMU_DEMU), DATU(DATU), GATM(GATM), DRRU(DRRU), MRRU(MRRU), DPMU(DPMU), DCBM_DCOM(DCBM_DCOM), DHEU(DHEU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), BTS3900E(BTS3900E) ECOM(ECOM), MFU(MFU), MPW(MPW), MCD(MCD), IASU(IASU), CDU(CDU), PCDU(PCDU), DCDU(DCDU), CDUC(CDUC), CDUP(CDUP), PTU(PTU), TMU(TMU), PSU_APSU(PSU_APSU), RCDU(RCDU), CDUR(CDUR), CDUE(CDUE), EDU(EDU), PEDU(PEDU), PMU_APMU(PMU_APMU), 3001C_MFU(3001C_MFU), TEU(TEU), REDU(REDU), DEDU(DEDU), EDUC(EDUC), EDUP(EDUP), EDUR(EDUR), TES(TES), PBU(PBU), DPBU(DPBU), RPBU(RPBU), PPBU(PPBU), EDUE(EDUE), DDPM_DDPU(DDPM_DDPU), DFCU(DFCU), DFCB(DFCB) SCU(SCU), MDU(MDU), UPEU(UPEU), UEIU(UEIU), FMU(FMU), FMUA(FMUA), DTCU(DTCU), GATM(GATM), DGPS(DGPS), USCU(USCU), UBRI(UBRI), FAN(FAN), EMU(EMU), PMU(PMU), TCU(TCU), PSU(PSU), UTRP(UTRP)
Enumeration Type
Enumeration Type
Enumeration Type
Enumeration Type
DRRU(DRRU), DRFU(DRFU), MRRU(MRRU), XRRU(XRRU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), XRFU(XRFU), BTS3900E(BTS3900E) TRX(TRX_DEFAULT), TRX_GPRS(TRX_GPRS), DRU(TRX_30), PTRX(PTRX), ETRX(ETRX), RTRX(RTRX), DTRX(DTRX), RETR(RETR), DETR(DETR), EETR(EETR), PETR(PETR), MTR(MTR), TRU(TRU/DTRU), QTRU(QTRU) CDU(CDU), CDUC(CDUC), CDUP(CDUP), CDUR(CDUR), CDUE(CDUE), PCDU(PCDU), RCDU(RCDU), DCDU(DCDU), EDU(EDU), EDUC(EDUC), EDUP(EDUP), EDUR(EDUR), EDUE(EDUE), PEDU(PEDU), REDU(REDU), DEDU(DEDU), DDPM_DDPU(DDPM_DDPU), DFCU(DFCU), DFCB(DFCB)
Enumeration Type
CFGBM(BM), CFGTC(TC)
Enumeration Type
CFGBM(BM), CFGTC(TC)
Enumeration Type
NO(No), YES(Yes)
String Type
None
Enumeration Type
LOGICIP(Logic IP), PORTIP(Port IP), PPP/MP(PPP/MP)
Enumeration Type
LOGICIP(Logic IP), PORTIP(Port IP), PPP/MP(PPP/MP)
Enumeration Type
Enumeration Type
String Type
None
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Enumeration Type
BYIDX(By BTS Index), BYNAME(By BTS Name)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~2047,65535
IP Address Type
None
Enumeration Type
UNCONDITIONALSTART(Unconditional Start), ABISCONGESTS(Start When Abis Congests), PREFIXNUMBER(Start by Prefix Number)
IP Address Type
None
Enumeration Type
BSC_Preprocessing(BSC preprocessing), BTS_Preprocessing(BTS preprocessing)
String Type
None
String Type
None
String Type
None
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~16
Enumeration Type
OFF(Off), ON(On)
String Type
None
Interval Type
Enumeration Type
1~250 BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900B_GSM, BTS3900E_GSM, BTS3900L_GSM BTS3012(BTS3012), BTS3006C(BTS3006C), BTS3002E(BTS3002E), BTS3012AE(BTS3012AE), BTS3012_II(BTS3012_II), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM),GSM) BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900L_GSM(BTS3900L GSM), BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E GSM)
Interval Type
0~1000000
Enumeration Type
BIULOOP(BIU Loopback Test), TRXSELFTEST(TRX Self Loopback Test)
Enumeration Type
NO_BAT(No Storage Battery), INSIDE_BAT(Inside Storage Battery), OUTSIDE_BAT(Outside Storage Battery)
Interval Type
10~255
Enumeration Type
NO(NO), YES(YES)
Interval Type
2~65534
Interval Type
2~65534
Interval Type
1000~3000
Enumeration Type
Enumeration Type
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~200000
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
100~1000
Enumeration Type
FULL_DUPLEX(Full Duplex), HALF_DUPLEX(Half Duplex)
Interval Type
0~100
Interval Type
20~100
Enumeration Type
BYIDX(By Cell Index), BYNAME(By Cell Name)
Enumeration Type
C31NOTUSE(Not Use c31 standard), C31STANDARD(Use c31 standard)
Interval Type
0~1
String Type
None
Interval Type
0~8
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~4095
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
GSM900(GSM900), DCS1800(DCS1800), GSM850(GSM850), PCS1900(PCS1900)
Enumeration Type
NULL(NULL), IPLGCPORT(IP Logic Port), RSCGRP(Resource Group)
Enumeration Type
ETHER, IPLOGICPORT, TRUNK, PPP, MP
Enumeration Type
ETHPORT, TRUNK
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~3
IP Address Type
None
Interval Type
0~63
Interval Type
0~65535
Interval Type
5~180
Enumeration Type
NO(No), YES(Yes)
Interval Type
4500~32767
Interval Type
1~5
Interval Type
0~31
Interval Type
0~31
Interval Type
0~65535
Enumeration Type
DISABLE(Disabled), ENABLE(Enabled)
Interval Type
0~255
Interval Type
20~100
Interval Type
0~63
Enumeration Type
10, 100, 1000
Interval Type
0~100
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1023
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~1023
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~50
Interval Type
0~7
Interval Type
0~7
Enumeration Type
Permit(Permit Cell Access), NoPermit(Prohibit Cell Access)
Enumeration Type
OUTDOOR_CELL(Outdoor Cell), INDOOR_CELL(Indoor Cell)
Interval Type
240~289
Interval Type
433~576
Interval Type
240~289
Interval Type
432~575
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~2047,65535
Interval Type
0~2047
Interval Type
0~2047
String Type
None
Enumeration Type
BYNAME(By name), BYID(By index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
Inner(Inner), Extra(Extra)
Enumeration Type
1, 2, 3, 4
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
OP1(Operator 1), OP2(Operator 2), OP3(Operator 3), OP4(Operator 4), NONE(Not Shared)
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Enumeration Type
NO(NO), YES(YES)
Interval Type
350~553
Enumeration Type
2G(Preference for 2G Cell), 3G(Preference for 3G Cell)
Interval Type
0~100
Enumeration Type
COMMON(COMMON), MULTIPATH(MULTIPATH), INDOOR(INDOOR), HIGHWAY(HIGHWAY)
Enumeration Type
NO(No), YES(Yes)
Interval Type
400~790
Interval Type
-190~50
Interval Type
0~1000
Interval Type
-500~0
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~63
Interval Type
0~63
Interval Type
20~90
String Type
None
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NULL(NULL), IPLGCPORT(IP Logic Port), RSCGRP(Resource Group)
Enumeration Type
AUTO(AUTOPLAN), NORMAL(NORMAL)
Enumeration Type
ENABLE(Enable), DISABLE(Disable)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Password Type
None
Bit Field Type
G_15, G_16, G_17, G_18, G_19, G_20, G_21, G_22, G_23, G_24, G_25, G_26, G_27, G_28, G_29, G_30, G_31 G_0~0 G_1~1 G_2~2 G_3~3 G_4~4 G_5~5 G_6~6 G_7~7 G_8~8 G_9~9 G_10~10 G_11~11 G_12~12 G_13~13 G_14~14 G_15~15 G_16~16 G_17~17 G_18~18 G_19~19 G_20~20 G_21~21 G_22~22 G_23~23 G_24~24 G_25~25 G_26~26 G_27~27 G_28~28 G_29~29 G_30~30 G_31
Interval Type
20~90
Interval Type
20~90
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
Interval Type
0~2
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Enumeration Type
QUICK_HO_NCELL_TYPE_A(QUICK_HO_NCELL_TYPE_A), QUICK_HO_NCELL_TYPE_B(QUICK_HO_NCELL_TYPE_B)
Enumeration Type
CHAINTORING(ChainToRing), COMBINECHAINS(CombineChains)
Enumeration Type
Enumeration Type
CAPABILITY(Capability preferred), QUALITY(Quality preferred), PSRELATIVELY(PS relatively preferred), PSABSOLUTELY(PS absolutely preferred)
Interval Type
0~100
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~64
Interval Type
1~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
MODE1(Mode 1), MODE2(Mode 2), MODE3(Mode 3)
Enumeration Type
MODE1(Mode 1), MODE2(Mode 2), MODE3(Mode 3)
Interval Type
0~511
Interval Type
0~511
Interval Type
5~20
Interval Type
5~20
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ALDER32(ALDER32), CRC32(CRC32)
Enumeration Type
SBFD, ARP, MBFD
Interval Type
0~12
Interval Type
1~7
Interval Type
0~169
Interval Type
0~7
Enumeration Type
TRXRFSELFLOOP(TRX RF Self Loopback Test), BIULOOP(BIU Loopback Test), BTSSPEECHLOOP(BTS Speech Loopback Test), TRXSPEECHLOOP(TRX Speech Loopback Test)
Enumeration Type
FULLTCH(FULLTCH), HALFTCH(HALFTCH)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOSENDING(Force NO Sending), SYSTEMOPT(System Optimization), SENDING(Force Sending)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
10~800
Interval Type
10~800
Interval Type
Enumeration Type
TCHFR(TCH 100~600000 Full Rate), TCHHR(TCH Half Rate), SDCCH8(SDCCH8), MBCCH(Main BCCH), CBCCH(Combined BCCH), BCH(BCH), BCCH_CBCH(BCCH+CBCH), SDCCH_CBCH(SDCCH+CBCH), PBCCH_PDTCH(PBCCH+PDTCH), PCCCH_PDTCH(PCCCH+PDTCH), PDTCH(PDTCH), DPDCH(Dynamic PDCH)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~160
Interval Type
1~12
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~100
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSENDING(Not sending), SENDINGPRO(sending according to protocol), SENDING(unconditionally sending)
Enumeration Type
NOTSENDING(Not sending), SENDINGPRO(sending according to protocol), SENDING(unconditionally sending)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1562
Interval Type
0~22
Interval Type
0~27
Interval Type
0~11
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
Enumeration Type
NO(No), YES(Yes) ERR_PFM_1E6(RECOVERY:1E-6), ERR_PFM_5E6(RECOVERY:5E-6), ERR_PFM_1E5(RECOVERY:1E-5), ERR_PFM_5E5(RECOVERY:5E-5), ERR_PFM_1E4(RECOVERY:1E-4), ERR_PFM_5E4(RECOVERY:5E-4), ERR_PFM_1E3(RECOVERY:1E-3)
Enumeration Type
INCLK(Internal Clock), BSCCLK(Trace BSC Clock), EXCLK(External Synchro Clock), IPCLK(IP Clock), TRANSCLK(Trace Trans Clock), GPSCLK(Trace GPS Clock), UMCLK(Um Clock), PEERCLK(PEER Clock)
Enumeration Type
HW_DEFINED(Huawei User-defined), PTP(PTP Protocol)
Enumeration Type
Enumeration Type
GCUa, GCGa INT_CLK(Internal Clock), TRCBSC_CLK(Trace BSC Clock), EXTSYN_CLK(External Sync clock), IP_TIME(IP Clock), IP_TRANSFER(Trace Transport Clock), TRCGPS_CLK(Trace GPS Clock), UM_CLK(Um Clock), PEER_CLK(Peer Clock)
Interval Type
0~255
Bit Field Type
cleared, uncleared
Interval Type
0~255
String Type
None
String Type
None
Interval Type
0~19
Interval Type
1~3
Interval Type
0~62
Interval Type
0~62
Interval Type
0~62
Interval Type
0~62
Interval Type
0
Interval Type
1~60
Interval Type
0~4095
Interval Type
0~4095
Interval Type
0~31
Interval Type
0~3
Enumeration Type
NONE(None), AINTFBLOCK(AInterf Block)
Interval Type
1~150000
Enumeration Type
BTS3002C, BTS3012A, BTS3006A
Enumeration Type
BTS3012(BTS3012), BTS3012AE(BTS3012AE), BTS3006C(BTS3006C), BTS3012_II(BTS3012 II), BTS3002E(BTS3002E), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900_GSM_6RFC(BTS3900 GSM 6RFC), BTS3900A_GSM_6RFC(BTS3900A GSM 6RFC), BTS3036_6RFC(BTS3036 6RFC), BTS3036A_6RFC(BTS3036A 6RFC)
Interval Type
10000~50000
Interval Type
0~250
Interval Type
0~250
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1023
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
BYSITE(By Site), BYCELL(By Cell)
Interval Type
0~100
Bit Field Type
L0_FORBID, L1_FORBID, L2_FORBID, L3_FORBID, L4_FORBID, L5_FORBID, L6_FORBID, L7_FORBID, L8_FORBID, L9_FORBID
Bit Field Type
LOWERCASE, UPPERCASE, DIGIT, SPECIALCHARACTER
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~335
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ALL(ALL Type), ONLY_SSL(Only SSL Connection)
Enumeration Type
INNER(Internal RNC), EXTERNAL(External RNC)
Interval Type
0~60
Interval Type
1~200
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~28
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Enumeration Type
OFF(Off), ON(On), NOTSUPPORT(Not Support)
Enumeration Type
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB
String Type
None
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Interval Type
1~255
Interval Type
0~63
Interval Type
1~255
Enumeration Type
UNAVAILABLE(UNAVAILABLE), AVAILABLE(AVAILABLE)
Bit Field Type
VOICEINF, MR, CALLAPPENDINF, CALLINNERINF
Interval Type
0~100
Enumeration Type
OFF(Not Output), ON(Output)
Bit Field Type
RESINSUFF, UMABNORM, TRAFFREJECT, MSCREL, MSCDISCON, BADQUALITY
Interval Type
0~100
Enumeration Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~100
Interval Type
0~7
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), MRHOFAIL(Preferentially Output MR of HO Failure), MRHOLATEST(Preferentially Output MR of Latest HO)
Enumeration Type
COMMONUSRM(Common User Mode), SPECUSRM(Specified User Mode)
Enumeration Type
ABNORMREC(Output Abnormal Records in BSC), ALLBSCREC(Output All Records in BSC), ALLCELLREC(Output All Records in Cells)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(Not Output), ALL(Output All), AINTF(Output A Interface Signaling), ABISINTF(Output Abis Interface Signaling)
Interval Type
30~100
Bit Field Type
LU, SMS, CALL
Interval Type
0~100
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~100
Interval Type
0~7
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
40000~50000
Interval Type
5000~150000
Interval Type
1000~2000
Interval Type
400~600
Interval Type
7500~9500
Interval Type
80~120
Interval Type
3000~6000
Interval Type
500~2000
Interval Type
1~100
Interval Type
30~100
Interval Type
30~100
Interval Type
1~16777215
Enumeration Type
4BURST(4Burst), RLC/MAC(RLC/MAC)
Enumeration Type
NO(Cancel Control Flag), YES(Set Control Flag)
Interval Type
0~62
Interval Type
0~5
Interval Type
0~23
Interval Type
0~254
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27,255
Interval Type
0~11,255
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~99
Interval Type
10~255
String Type
None
Interval Type
1~31
Interval Type
1~31
Bit Field Type
NT14_5K~0 NT12K~1 NT6K~2 T14_4K~3 T9_6K~4 T4_8K~5 T2_4K~6 T1_2K~7 T600_BITS~8 T1200_75
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Compound Type
YEAR, MONTH, DAY
Interval Type
1~12
Interval Type
0~31
Interval Type
0~30
Enumeration Type
Inner(Inner), Extra(Extra)
Interval Type
0~2047
String Type
None
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
350~556
Interval Type
580~600
Interval Type
433~555
Interval Type
580~600
Interval Type
0~32
Interval Type
500~60000
Interval Type
0~186
String Type
None
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
1~1000
Enumeration Type
BSC, BTS
Enumeration Type
BTS, BSC, DXX, OTHER
Interval Type
0~27
Interval Type
0~11
Interval Type
0~7
Interval Type
0~3071
Interval Type
0~255
Interval Type
3~10
Enumeration Type
OFF(OFF), ON(ON)
String Type
None
Interval Type
0~35
IP Address Type
None
Enumeration Type
LOGIC_IP(Logical IP Address)
Interval Type
0~16383
Interval Type
0~23
Interval Type
0~254
Enumeration Type
NO(Not Default DPC), YES(Default DPC)
Enumeration Type
DEFAULTPORT(Default 21 Port), CUSTOMPORT(Custom Port)
Interval Type
1~60
IP Address Type
None
Interval Type
0~63
Enumeration Type
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE) MON_1(No.1), MON_2(No.2), MON_3(No.3), MON_4(No.4), MON_5(No.5), MON_6(No.6), MON_7(No.7), MON_8(No.8), MON_9(No.9), MON_10(No.10), MON_11(No.11), MON_12(No.12), MON_13(No.13), MON_14(No.14), NO(No), YES(Yes)MON_15(No.15), MON_16(No.16), MON_17(No.17), MON_18(No.18), MON_19(No.19), MON_20(No.20), MON_21(No.21), MON_22(No.22), MON_23(No.23), MON_24(No.24), MON_25(No.25), MON_26(No.26), MON_27(No.27), MON_28(No.28), MON_29(No.29), MON_30(No.30), MON_31(No.31)
Enumeration Type
SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
String Type
None
Enumeration Type
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Enumeration Type
NO(No), YES(Yes)
Interval Type
4~32
Interval Type
4~32
Interval Type
4~32
Enumeration Type
N0(No), YES(Yes)
Interval Type
0~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
16~1007
Interval Type
1~255
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Interval Type
0~63
Interval Type
1~10
Interval Type
1~30
Interval Type
1~30
Interval Type
0~127
Interval Type
1~30
Interval Type
1~30
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~63
Interval Type
0~70
Interval Type
1~100
Interval Type
1~20
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~100
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~10
Interval Type
0~19
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Interval Type
0~10
Interval Type
0~19
Interval Type
1~20
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
0~300
Interval Type
0~255
Interval Type
1~255
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS7(MCS7), MCS8(MCS8), DAS5(DAS5), DAS6(DAS6), DAS7(DAS7), DAS8(DAS8), DAS9(DAS9), DAS10(DAS10), DAS11(DAS11), DAS12(DAS12) MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS7(MCS7), MCS8(MCS8), DAS5(DAS5), DAS6(DAS6), DAS7(DAS7), DAS8(DAS8), DAS9(DAS9), DAS10(DAS10), DAS11(DAS11), DAS12(DAS12), UNFIXED(UNFIXED)
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4), UNFIXED(UNFIXED)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9), UNFIXED(UNFIXED)
Enumeration Type
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~5000
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~255
Interval Type
1~16777215
String Type
None
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
STP(STP), A(A), IUR_G(IUR_G), LB(LB)
Interval Type
0~186
Interval Type
0~182
Interval Type
0~128
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
0~1
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
10~150
Interval Type
1~60
Interval Type
0~12
Interval Type
2~10
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0(0), 1(1), 2(2), 4(4), 8(8), 16(16), 32(32), 64(64)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Interval Type
0~335
Interval Type
0~335
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
1~3600
Interval Type
0~27
Interval Type
0~21
Interval Type
0~27
Interval Type
0~21
Interval Type
0~21
Interval Type
0~30
Enumeration Type
NO(NO), YES(YES)
String Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~335
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~12
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1
Interval Type
0~1,255
Interval Type
0~23
Interval Type
0~23,255
Interval Type
0~53
Interval Type
0~53,255
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
FULL(FULL), HALF(HALF)
Interval Type
0~12
Interval Type
1~24
Interval Type
0~59
Interval Type
0~59
Interval Type
10~80
Interval Type
0~63
Interval Type
0~2047
Interval Type
0~2047
Interval Type
0~15
Interval Type
10~3600
Enumeration Type
LEVEL0(Preempt all dynamic TCHFs), LEVEL1(No preempt of CCHs), LEVEL2(No preempt of service TCHF)
Interval Type
0~8
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSUPPORT(Not Support), DDIVERSITY(DDIVERSITY), DPBT(DPBT)
Interval Type
1~60
Interval Type
0~7
Interval Type
0~31
Enumeration Type
ACTIVE(ACTIVE TMU/MMU/IOMU/DOMU), ACTIVESTANDBY(ACTIVE/STANDBY TMU), SLAVE1(SLAVE TMU1/DOMU1), SLAVE2(SLAVE TMU2/DOMU2), UTRP(UTRP)
Interval Type
0~83
Interval Type
0~7
Interval Type
16~19
Enumeration Type
E1(E1), T1(T1)
IP Address Type
None
Interval Type
0~49
Interval Type
0~49
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~2147483646
Compound Type
year, month, date
Compound Type
year, month, day
Compound Type
year, month, day
Compound Type
year, month, day
Interval Type
1~31
Interval Type
1~255
Interval Type
1~255
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Enumeration Type
NO(Effect Later), YES(Effect Immediately)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type
0~31
Enumeration Type
DATE(Input with date), WEEK(Input with week), DATEWEEK(Input with date and week)
Interval Type
1~15
Enumeration Type
Enumeration Type
OFF(OFF), ON(ON) ERR_PFM_5E6(OCCUR:5E-6), ERR_PFM_1E5(OCCUR:1E-5), ERR_PFM_5E5(OCCUR:5E-5), ERR_PFM_1E4(OCCUR:1E-4), ERR_PFM_5E4(OCCUR:5E-4), ERR_PFM_1E3(OCCUR:1E-3), ERR_PFM_5E3(OCCUR:5E-3)
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NoPriority(No Priority), Priority4(Priority 4), Priority3(Priority3), Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority B), PriorityA(Priority A)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~7
Interval Type
2~4094
Enumeration Type
JAN(January), FEB(February), MAR(March), APR(April), MAY(May), JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)
IP Address Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
ENABLED(Enabled), DISABLED(Disabled)
Bit Field Type
A5/0~0 A5/1~1 A5/2~2 A5/3~3 A5/4~4 A5/5~5 A5/6~6 A5/7
Enumeration Type
AUTO(Automatic), PLAINTEXT(Plain Text), ENCRYPTED(SSL Encrypted)
Enumeration Type
AUTO(Auto), PLAINTEXT(Plain Text), ENCRYPTED(SSL Encrypte)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~65535
Interval Type
0~65535
Interval Type
0~65535
Interval Type
1~31
Interval Type
-990~400
Enumeration Type
JAN(Jan.), FEB(Feb.), MAR(Mar.), APR(Apr.), MAY(May), JUN(Jun.), JUL(Jul.), AUG(Aug.), SEP(Sep), OCT(Oct.), NOV(Nov.), DEC(Dec)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Compound Type
hour, min
Interval Type
8~255
Interval Type
1~31
Interval Type
1~31
Enumeration Type
DISABLED(Prohibit to Use), ENABLED(Available)
Enumeration Type
DISABLED(Prohibit to Use), ENABLED(Available)
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~255
Interval Type
0~63
Interval Type
0~100
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
M3UA_ASP~0||(M3UA_ASP)$$(M3UA_ASP)** M3UA_IPSP(M3UA_ASP)** M3UA_IPSP~2||(M3UA_IPSP)$$(M3UA_IPSP)
Enumeration Type
M3UA_SGP(M3UA SGP), M3UA_IPSP(M3UA IPSP), M3UA_SS7SP(M3UA SS7SP), M3UA_SP(M3UA SP)
Interval Type
0~63
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~4294967295
Enumeration Type
Enumeration Type
NO(No), YES(Yes) O1E3_R5E4(OCCUR:1E-3, RECOVERY:5E-4), O5E4_R1E4(OCCUR:5E-4, RECOVERY:1E-4), O1E4_R5E5(OCCUR:1E-4, RECOVERY:5E-5), O5E5_R1E5(OCCUR:5E-5, RECOVERY:1E-5), O1E5_R5E6(OCCUR:1E-5, RECOVERY:5E-6), O5E6_R1E6(OCCUR:5E-6, RECOVERY:1E-6)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~63
Interval Type
0~7
Interval Type
0~7
Interval Type
2~4094
Interval Type
1~2147483646
Interval Type
500~60000
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~255
Compound Type
HOUR, MIN, SEC
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min
Enumeration Type
ONE_BY_ONE(Execute One by One), PARALLEL(Parallel Execute)
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min, sec
Compound Type
hour, min, sec
Compound Type
year, month, day, hour, min, sec
Compound Type
year, month, day
Compound Type
hour, min, sec
Enumeration Type
LOGINEVENT(Login Event), MANAGEEVENT(Management Event), AUTHEVENT(Authentication Event), OTHEREVENT(Other Event)
Compound Type
hour, min, sec
Enumeration Type
SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
Enumeration Type
FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
VOLTAGE(Voltage), CURRENT(Current)
String Type
None
String Type
None
Enumeration Type
NoExclusive(NoExclusive), Exclusive(Exclusive)
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
2048~5047
String Type
None
Interval Type
5048~8047
String Type
None
Interval Type
2048~5047
String Type
None
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
EM0(EM0), EM1(EM1)
Enumeration Type
60sec(60sec), 120sec(120sec), 240sec(240sec), 480sec(480sec), 960sec(960sec), 1920sec(1920sec), 3840sec(3840sec), 7680sec(7680sec)
Enumeration Type
TYPE1(TYPE1), TYPE2(TYPE2), TYPE3(TYPE3)
Enumeration Type
Normal_cell(Normal cell), DualTS_ExtCell(Double Timeslot Extension Cell)
Enumeration Type
SEND(SEND), NOTSEND(NOTSEND)
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Enumeration Type
PLUS_1(Current FanSpeed Plus 1), MINUS_1(Current FanSpeed Minus 1)
Enumeration Type
HIGH_SPEED, LOW_SPEED
Interval Type
55~100
Enumeration Type
CONTINUOUS(Continuous), DISCRETE(Discrete), DUTY_RATIO(Duty Ratio)
Enumeration Type
NORMAL_FAN(Normal Fan), IND_FAN(Independent Fan)
Enumeration Type
NO_SPEED_ADJUSTMENT(No Speed Adjustment), HW_AUTO_TEMPERATURE_CONTROL(Auto Temperature Control), SPECIFY_RATE(Specify Rate), SOFTWARE_CONTROL(Software Control)
Enumeration Type
IND_FAN(Independent Fan), NORMAL_FAN(Normal Fan)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~100
Interval Type
0~1999
Interval Type
0~1999
Interval Type
0~1999
Interval Type
0~1999
Interval Type
10~1999
Interval Type
0~1999
Interval Type
2~1999
Interval Type
0~62
Interval Type
0~62
Interval Type
0~100
Enumeration Type
None(None), 16bit(16bit), 32bit(32bit)
Enumeration Type
None(None), 16bit(16bit), 32bit(32bit)
Enumeration Type
ON, OFF
Interval Type
432~575
Enumeration Type
AUTO(Auto), MANU(Manu)
Enumeration Type
AUTO(Auto), MANU(Manu)
Interval Type
0~7
Interval Type
0~7
Interval Type
0~1
Interval Type
0~16383
Interval Type
0~49
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
0~15
Enumeration Type
RSCP(RSCP), EcN0(Ec/N0)
Interval Type
0~15
Interval Type
0~63
Interval Type
0~511
Interval Type
1~1000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Enumeration Type
NO_FH(No frequency hopping), BaseBand_FH(Baseband frequency hopping), RF_FH(RF frequency hopping), Hybrid_FH(Hybrid frequency hopping)
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
txt(.txt File), csv(.csv File)
Interval Type
0~32
Enumeration Type
FALSE(Failed), TRUE(Succeeded)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Interval Type
0~100
Interval Type
0~65534
Interval Type
0~65534
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
60~65534
Interval Type
60~65534
Enumeration Type
FIX_16K_ABIS(Fix Abis), FLEX_ABIS(Flex Abis), SEMI_ABIS(Semisolid Abis)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~65535
Interval Type
0~65535
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~20
Interval Type
0~200
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~19
Enumeration Type
INDOOR(Indoor), OUTDOOR(Outdoor)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
OPEN(Open), CLOSE(Close)
Interval Type
1~300
Interval Type
0~30
Enumeration Type
Close(Close), Open(Open)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type
0~23
Interval Type
1~30
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
128~1024
Interval Type
-2715647~2715647
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Enumeration Type
ONTIME(Fixed Time), RELATIVE_T(Relative Time) ONTIME(Fixed Time), DAILY_T(Day Based Scheduling), DAILY_C(Day Based Duration), WEEKLY_T(Week Based Scheduling), WEEKLY_C(Week Based Duration), MONTHLY_T(Month Based Scheduling), MONTHLY_C(Month Based Duration)
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Interval Type
Enumeration Type
PGSM900(PGSM900), EGSML25(EGSM), EGSM35M(EGSM<35M>), 0~65535 RGSML25(RGSM), GSM900_RGSM39M(GSM900_RGSM<39M>), DCS1800(DCS1800), PCS1900(PCS1900), GSM850(GSM850), EGSM24M(EGSM<24M>), DCS1800_L(DCS1800), DCS1800_H(DCS1800)
Interval Type
0~100
Interval Type
0~1023
Enumeration Type
LOOSE(Loose), TIGHT(Tight)
String Type
None
Enumeration Type
MainDiversity(MainDiversity), MaximumMeanValue(MaximumMeanValue)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
May_Use(May Use), Shall_Use(Shall Use), Shall_NOT_Use(Shall not Use)
Interval Type
0~23
Interval Type
0~23
Interval Type
0~255
Interval Type
0~254
Enumeration Type
TXT(Plain Text Type), CSV(CSV Type)
Interval Type
0~33
Interval Type
1~33
Interval Type
0~33
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~200000
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~100
Interval Type
0~100
Interval Type
0~200000
Interval Type
0~200
Interval Type
0~100
Enumeration Type
A0, U1
Interval Type
0~31
Compound Type
hour, min
Interval Type
0~100
Enumeration Type
OFF(OFF), ON(ON)
Compound Type
hour, min
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
DEG(DEG), SEC(SEC)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Disable the golbal route management), ON(Enable the golbal route management)
Interval Type
4~32
Enumeration Type
NO(Not support), SupportAsInnPcu(Support as built-in PCU), SupportAsExtPcu(Support as external Pcu)
Enumeration Type
NO(Not Support), SupportAsInnPcu(Support As Inner Pcu), SupportAsExtPcu(Support As Outer Pcu)
Enumeration Type
0dB(0dB), 2dB(2dB), 4dB(4dB), 6dB(6dB), 8dB(8dB), 10dB(10dB), 12dB(12dB), 14dB(14dB) DB110(-110dB), DB108(-108dB), DB106(-106dB),Normal DB104(-104dB), GPRS(GPRS Channel), EGPRSNORCH(EGPRS Channel), DB102(102dB), DB100(-100dB), DB98(-98dB), DB96(-96dB), DB94(-94dB), DB92(EGPRSPRICH(EGPRS Priority Channel), EGPRSSPECH(EGPRS Special 92dB), DB90(-90dB), DB88(-88dB), DB86(-86dB), DB84(-84dB), DB82(Channel), NONGPRS(Non-GPRS Channel) 40sec(40sec), 50sec(50sec), 10sec(10sec), 20sec(20sec), 30sec(30sec), 82dB), DB80(-80dB), DB78(-78dB), DB76(-76dB), DB74(-74dB), DB72(60sec(60sec), 70sec(70sec), 80sec(80sec), 90sec(90sec), 100sec(100sec), 72dB), DB70(-70dB), DB68(-68dB), DB66(-66dB), DB64(-64dB), DB62(110sec(110sec), 120sec(120sec), 130sec(130sec), 140sec(140sec), 62dB), DB60(-60dB), DB58(-58dB), DB56(-56dB), DB54(-54dB), DB52(150sec(150sec), 160sec(160sec), 52dB), DB50(-50dB), DB48(-48dB),170sec(170sec), nouse(no use) 180sec(180sec), 190sec(190sec), 200sec(200sec), 210sec(210sec), 220sec(220sec), 230sec(230sec), 240sec(240sec), 250sec(250sec), 260sec(260sec), 270sec(270sec), 280sec(280sec), 290sec(290sec), 300sec(300sec), 310sec(310sec), 320sec(320sec), nouse(no use)
Interval Type
0~7
Enumeration Type
0db(0db), 10db(10db), 20db(20db), 30db(30db), 40db(40db), 50db(50db), 60db(60db), infinity(infinity), nouse(no use)
Enumeration Type
GPS(GPS), GLONASS(Glonass), GPSGlonass(GPSGlonass)
Interval Type
1~60
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100000000
Interval Type
0~100000000
Interval Type
0~65534
String Type
None
Interval Type
0~512
Interval Type
0~2047
Enumeration Type
IP(IP)
Enumeration Type
Enumeration Type
Enumeration Type
Enumeration Type
LAC_CI(CELL IMME), PLMN(ALL), LAC(LAC), CI(CELL)
Interval Type
0~100
Interval Type
1~15
Interval Type
0~3
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Bit Field Type
ECHOREPLY, UNREACH, SOURCEQUENCH, REDIRECT, ECHO, ROUTERADVERT, ROUTERSOLICIT, TIMXCEED, PARAMPROB, TSTAMP, TSTAMPREPLY, IREQ, IREQREPLY, MASKREQ, MASKREPLY
IP Address Type
None
IP Address Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~600
Interval Type
1~32
Interval Type
0~255
Interval Type
1~32
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
1000~600000
Interval Type
0~62
Interval Type
1~16
Interval Type
1~16
Interval Type
0~65535
Interval Type
0~65535
Enumeration Type
DCS1800, PCS1900
Interval Type
1~14
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
SysOpt(System optimization), OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~63
Enumeration Type
BYCELLNAME(By cell name), BYCGI(By CGI)
String Type
None
Enumeration Type
HOALGORITHM1(Handover algorithm I), HOALGORITHM2(Handover algorithm II)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~16
Interval Type
0~16
Interval Type
0~63
Interval Type
1~32
Interval Type
1~32
Interval Type
0~49
Interval Type
1~32
Enumeration Type
FREE(Free), INCELL(Intra-cell), OUTCELL(Outgoing cell), OUTST(Outgoing site), OUTBSC(Outgoing BSC), OUTSYS(Outgoing system), SPCELL(Specified cell)
Interval Type
0~127
Interval Type
0~61
Enumeration Type
Pre_2G_Cell(Preference for 2G cell), Pre_3G_Cell(Preference for 3G cell), Pre_2G_CellThres(Preference 2G cell by thresh)
Interval Type
0~255
Interval Type
0~63
Interval Type
0~63
Enumeration Type
BaseBand_FH(BaseBand FH), RF_FH(RF FH)
Enumeration Type
NO(Not StartUp), YES(StartUp), NONE(None)
Interval Type
0~63
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Interval Type
0~23
Enumeration Type
NO_FH(No Frequency Hopping), BaseBand_FH(Baseband Frequency Hopping), RF_FH(RF Frequency Hopping)
Interval Type
0~63
Interval Type
1~60
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
1~32
Interval Type
1~32
Enumeration Type
SINGLEHOST(SINGLEHOST), PRIMHOST(PRIMHOST), SLAVEHOST(SLAVEHOST)
Enumeration Type
SINGLEHOST(Single Host), PRIMHOST(Primary Host), SLAVEHOST(Slave Host)
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO_HPANT(No), YES_HPANT(Yes), NONE(None)
Enumeration Type
NO_HPANT(No), YES_HPANT(Yes)
Interval Type
0~5
Interval Type
1~14
Enumeration Type
NO(NO), YES(YES)
Interval Type
350~556
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
May_Use(May Use), Shall_Use(Shall Use), Shall_NOT_Use(Shall not Use)
Interval Type
0~63
Interval Type
0~23
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~254
Enumeration Type
SBFD(SINGLE_HOP), MBFD(MULTI_HOP)
Interval Type
-99~70
Interval Type
0~30
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
0~1000
Interval Type
1~30
Interval Type
180~1260
Interval Type
1~60
Enumeration Type
E1PORT0(E1 PORT0), E1PORT1(E1 PORT1), E1PORT2(E1 PORT2), E1PORT3(E1 PORT3), OPTICALPORT0(OPTICAL PORT0), OPTICALPORT1(OPTICAL PORT1)
Enumeration Type
MAINDOMU(MAIN DOMU), SLAVEDOMU1(SLAVE DOMU1), SLAVEDOMU2(SLAVE DOMU2)
Interval Type
60~600
Interval Type
0~23
Interval Type
0~23
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~20
Interval Type
1~4
Interval Type
0~14
Interval Type
0~14
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~20
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Interval Type
0~23
Interval Type
0~20
Interval Type
0~23
Interval Type
0~31
Enumeration Type
NO(No), YES(Yes)
Interval Type
2~600
Interval Type
0~63
Interval Type
0~63
Interval Type
0~22
Interval Type
0~22
Interval Type
0~63
Enumeration Type
0(Max. optimized MAIO), 1(Randomization MAIO)
Interval Type
5~40
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~30
Interval Type
0~20
Interval Type
0~16
Interval Type
0~63
Interval Type
2~600
Interval Type
0~50
Interval Type
0~10
Interval Type
0~63
Interval Type
0~160
Interval Type
0~23
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Interval Type
0~63
Enumeration Type
NO(Disabled in OL and UL subcell), UNDER(Enabled in UL subcell), INNER( Enabled in OL subcell), YES(Enabled in OL and UL subcell)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~23
Enumeration Type
NO(NO), YES(YES), NULL(NULL)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
44~1024
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
1~30
Interval Type
1~30,100~32767
Interval Type
0~65535
Interval Type
0~255
Interval Type
0~255
Interval Type
0~63
Enumeration Type
BYIDX(By Index), BYNAME(By Name)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By name), BYID(By index), BYCGI(By CGI)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
Interval Type
0~255
Enumeration Type
BYTLLI(By TLLI), BYIMSI(By IMSI)
Enumeration Type
BYCELL(By Cell), BYBSC(By BSC)
Enumeration Type
YES(Yes), NO(No)
Interval Type
0~15
Enumeration Type
Positive(Positive), Minus(Minus)
Interval Type
0~125
Enumeration Type
NO(Not Report), YES(Need Report)
Interval Type
0~32
String Type
None
Interval Type
1000~30000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~254
Interval Type
1~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~255
String Type
None
String Type
None
Interval Type
500~60000
Interval Type
0~8
Interval Type
1~30
Interval Type
0~360
Interval Type
0~62
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~32
Interval Type
1~32
Bit Field Type
CELLCAPCLASS, NACCRELATED
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~39
Interval Type
0~39
Interval Type
0~50
Interval Type
0~3
Interval Type
0~3
Interval Type
0~2
Bit Field Type
TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~2047
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
0~63
Interval Type
0~100
Interval Type
0~335
Interval Type
0~23
Interval Type
0~15
Enumeration Type
Degree(Degree), D_min_sec(Degree Minute Second)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~27
Interval Type
0~23
Interval Type
0~11
Interval Type
0~254
Interval Type
2~3600
Interval Type
0~127
Enumeration Type
INTBANI(INTBANI), INTBANII(INTBANII)
Interval Type
0~127
Interval Type
0~255
Interval Type
1~16
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
48~115
Interval Type
0~60
Interval Type
1~31
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~49
Interval Type
0~49
Interval Type
1~49
Interval Type
1~91
Interval Type
0~91
Interval Type
1~91
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Service-based(Service-based), Load-based(Load-based), Dynamicbased(Dynamic Service/Load-based), CnService-based(CN Service-based), OFF(OFF)
Interval Type
1~240
Interval Type
1~10
Interval Type
0~31
Interval Type
0~63
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~49
Interval Type
1~255
Interval Type
0~91
Interval Type
0~255
Interval Type
0~31
Interval Type
1~1440
Interval Type
30~1024
Enumeration Type
NO(No), YES(Yes)
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~100
Interval Type
0~100
Enumeration Type
No_HC(No_HC), UDP/IP_HC(UDP/IP_HC), RTP/UDP/IP_HC(RTP/UDP/IP_HC)
Enumeration Type
No_HC(No_HC), UDP/IP_HC(UDP/IP_HC), RTP/UDP/IP_HC(RTP/UDP/IP_HC)
Interval Type
0~5
Interval Type
0~5
Interval Type
0~12999
Enumeration Type
IP_OVER_FE/GE, IP_OVER_E1
Enumeration Type
IP_OVER_FE/GE(IP_OVER_FE/GE), IP_OVER_E1(IP_OVER_E1)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
UNSUPPORT(Not Support Reducy), SUPPORT(Support Reducy)
Enumeration Type
UNSUPPORT(Not Support Reducy), SUPPORT(Support Reducy)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not support), YES(Support)
Enumeration Type
STATIC(Static), DYNAMIC(Dynamic)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
YES(Configure), NO(Not Configure)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
YES(YES), NO(NO)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NOT_CONFIG(NOT CONFIGURED), CONFIG(CONFIGURED)
Interval Type
1~64
Interval Type
1~30
Enumeration Type
TRUE(Support), FALSE(Not Support)
Interval Type
0~65535
Enumeration Type
ABIS(Abis Interface), A(A Interface), ATER(ATER Interface), IUR_G(IUR_G Interface)
Enumeration Type
PPP(PPP), MP(MP)
Enumeration Type
OVERLAID(Overlaid Subcell), UNDERLAID(Underlaid Subcell), NONE(None)
Enumeration Type
CONVERT0(Only convert at UL), CONVERT1(Only convert at OL), CONVERT2(UL first and convert allowed), CONVERT3(OL first and convert allowed)
Interval Type
1~32
Interval Type
1~32
Enumeration Type
Normal_cell(Normal Cell), Concentric_cell(Concentric Cell), EDB_cell(Enhanced Double Frequency Cell)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
String Type
None
String Type
None
Enumeration Type
NULL, 1byte, 16byte, 64byte
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
String Type
None
String Type
None
Enumeration Type
NULL, 1byte, 16byte, 64byte
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
Hexadecimal(Hex decimal), Character_String(Character String)
Enumeration Type
NULL, 1BYTE, 16BYTE, 64BYTE
String Type
None
String Type
None
Enumeration Type
ZERO(zero), SPACE(space)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Enumeration Type
DENY(Deny), ALLOW(Allow)
Enumeration Type
NOT-INDICATE-END(NOT-INDICATE-END), INDICATE-END(INDICATEEND)
Interval Type
0~63
Interval Type
1~30
Interval Type
1~65533,65535
Interval Type
1~65533,65535
Enumeration Type
STATIC_LACP, MANUAL_AGGREGATION
String Type
None
Interval Type
0~90
Interval Type
0~90
Interval Type
0~59
Interval Type
0~9
Interval Type
0~59
Interval Type
-90000000~90000000
String Type
None
Interval Type
1~100
Interval Type
0~100
Interval Type
0~10000
Interval Type
0~15
Interval Type
0~15
Enumeration Type
1, 2, 3, 4
Enumeration Type
1, 2, 3, 4
Interval Type
0~100
Interval Type
0~300
Interval Type
0~300
Enumeration Type
CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Enumeration Type
CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Enumeration Type
CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Interval Type
0~186
Enumeration Type
CRITICAL(Critical), MAJOR(Major), MINOR(Minor)
Enumeration Type
INFO(Information Level), WARN(Warn Level), ERR(Error Level), AST(Assert Level)
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
0~7
Enumeration Type
NO(Not Support), YES(Support), NONE(Invalid)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
1~32
Interval Type
1~32
Enumeration Type
OAM, TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP, SAU
Enumeration Type
TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP
Enumeration Type
IP, Abis_IP
Enumeration Type
A/Gb, Abis/Ater/Pb/Gb
Interval Type
5120~5375
Interval Type
0~99
Interval Type
90~99
Interval Type
70~95
Interval Type
0~17407
Enumeration Type
DIFFERENCE, ALL
Enumeration Type
64K(64Kbit/s), 2M(2Mbit/s)
Enumeration Type
TS1(Time_slot_1), TS2(Time_slot_2), TS3(Time_slot_3), TS4(Time_slot_4), TS5(Time_slot_5), TS6(Time_slot_6), TS7(Time_slot_7), TS8(Time_slot_8), None TS9(Time_slot_9), TS10(Time_slot_10), TS11(Time_slot_11), TS12(Time_slot_12), TS13(Time_slot_13), TS14(Time_slot_14), TS15(Time_slot_15), TS16(Time_slot_16), TS17(Time_slot_17), TS18(Time_slot_18), TS19(Time_slot_19), TS20(Time_slot_20), None TS21(Time_slot_21), TS22(Time_slot_22), TS23(Time_slot_23), TS24(Time_slot_24), TS25(Time_slot_25), TS26(Time_slot_26), TS27(Time_slot_27), TS28(Time_slot_28), TS29(Time_slot_29), TS30(Time_slot_30), TS31(Time_slot_31)
Interval Type
0~40
Interval Type
40~80
Enumeration Type
LUCENT_MODE, HUAWEI_MODE, ALCATEL_MODE
Enumeration Type
8K(8Kbit/s), 16K(16Kbit/s), 32K(32Kbit/s), 64K(64Kbit/s), 2M(2Mbit/s)
String Type
String Type
Enumeration Type
Enumeration Type
M3UA_MASTER_MOD(M3UA_MASTER_MOD), M3UA_SLAVE_MOD(M3UA_SLAVE_MOD) B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Enumeration Type
B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Interval Type
0~100
Enumeration Type
RANDOMALG(Random Algorithm), OTHERALG(MS ID Algorithm)
Interval Type
1~10
Interval Type
0~1000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~127
Interval Type
0~255
Interval Type
0~63
Interval Type
1~255
Interval Type
1~63
Interval Type
1~16
Interval Type
0~63
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
FORBID(Forbid), PERMIT(Permit)
Interval Type
0~63
Interval Type
0~100
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSTADYNPDCH(Not count dynamic PDCH), DYNPDCHASOCCUPY(Count dynamic PDCH(Occupy)), DYNPDCHASIDLE(Count dynamic PDCH(Idle))
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~65534
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~1023
Interval Type
0~1
Interval Type
0~35
Interval Type
0~35
String Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type
OFF(Unlock), ON(Lock)
Interval Type
1024~65535
Enumeration Type
LFB(Load from OMU and write flash), CL(Consult Load)
Enumeration Type
NORMMODE(Normal Mode), RAPMODENOSERV(Rapid Mode), RAPMODERESSERV(Rapid Mode)
Interval Type
30~100
Interval Type
30~100
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~988
Interval Type
0~5,8~27
Interval Type
30~100
Bit Field Type
PFM_RESULT, HOST_PFM_RESULT, ACTIVE_DEF_MEAS_FILE, 30~100 STANDBY_DEF_MEAS_FILE, PFM_SWITCHS, HISTORY_ALARM, HISTORY_FAULT, ALM_SYSTEM_CFG, SECURITY_LOG, OPT_LOG, OMU_LOG, BSC_CFG_MML, CELL_BASIC_INFO, BSC_SERIES_NO, DB_BAK, ON, OFF MEM_DB_BAK, BTS_BASIC_INFO, BTS_CHECK_LOG, BTS_DEBUG_LOG, BTS_CHR_LOG, TRX_LOG, BTS_NET_TABLE, DEBUG_LOG, LAST_WORD, DSP_DEBUG_LOG, HOST_LOG, 2G_CHR_LOG, 2G_UNILATERAL_CONNECT, BSC_INFO, GCSR_LOG, GPSR_LOG, AIDG_LOG, BIOS_LOG
Enumeration Type
COMLOG(Common Log), CMPLOG(Compress Log)
String Type
None
Interval Type
Enumeration Type
Interval Type
0~180
Interval Type
0~180
Interval Type
0~59
Interval Type
0~9
Interval Type
0~59
Interval Type
-180000000~180000000
String Type
None
Interval Type
1~3
Enumeration Type
BYLOCAL(By Local Loop), BYREMOTE(By Remote Loop)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
LOOPTYPE_TDM(Line Loop), LOOP_TYPE_LVDS(LVDS Loop), LOOPTYPE_MCC(MCC Loop)
Interval Type
Enumeration Type
0~100 NSSAINTF(NSS Interface Unit), NSSTCTOABIS(NSS TC(Near Abis Interface)), NSSTCTOA(NSS TC(Near A Interface)), NSSTNUTOABIS(NSS TNU(Near Abis Interface)), NSSTNUTOA(NSS TNU(Near A Interface)), NSSATERINTF(NSS Interface Unit), BSSATERINTF(BSS Ater Interface MSC(MSC Direction),Ater MS(MS Direction) Unit), BSSTCTOABIS(BSS TC(Near Abis Interface)), BSSTCTOA(BSS TC(Near A Interface)), BSSTNUTOABIS(BSS TNU(Near Abis Interface)), BSSTNUTOA(BSS TNU(Near A Interface)), BSSABISINTF(BSS Interface Unit), BTSTMU(TMU/PTU), BTSTRUDSP(TRU DSP) NO_LOOP(No loop), REMOTE_LOOP(Remote loop), LINE_REM_LOOP(Line remote loop), LOCAL_LOOP(Local loop), PAYLOAD_LOOP(payload loop), SIN_CHN_LOC(single channel local loop), SIN_CHN_REM(single channel remote loop)
Enumeration Type
NO_LOOP(NO_LOOP), LOCAL_LOOP(LOCAL_LOOP), REMOTE_LOOP(REMOTE_LOOP)
Interval Type
60~600
Enumeration Type
Enumeration Type
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
E1(E1 Loopback), TIMESLOT(Timeslot Loopback)
Interval Type
0~988
Interval Type
0~988,1024~1535
Interval Type
0~988,1024~1535
Interval Type
0~5,8~27
Enumeration Type
Hub(Hub), Leaf(Leaf)
Enumeration Type
IR(IR), LA(LA)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
350~556
Enumeration Type
CLOSE(Close), PSDOWN(PS Downspeeding), AMRC(AMRC), CSPH(CS Preference TCHH), CSFHHO(CS TCHF-TCHH HO)
Enumeration Type
EXCLUDE(Exclude List Command), INCLUDE(Include List Command)
Enumeration Type
HORIZONTAL(HORIZONTAL), VERTICAL(VERTICAL)
Enumeration Type
HORIZONTAL(HORIZONTAL), VERTICAL(VERTICAL)
Enumeration Type
APPLICATION(Application Program), SCNDCPU_PROG(Secondary Thread Program), BOOTROM(BOOTROM Program), DATA(Data file), DSP(DSP Program), FAN(Fan Program)
Enumeration Type
OPTLOG(Operation Log), SECLOG(Security Log)
Enumeration Type
OPTLOG(Operation Log), SECLOG(Security Log)
Interval Type
-99~70
Interval Type
-99~99
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
2~255
Interval Type
0~12
Enumeration Type
14(1.4), 15(1.5), 16(1.6), 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 33(3.3), 36(3.6), 88(8.8)
Enumeration Type
18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 32(3.2), 35(3.5), 38(3.8), 41(4.1), 45(4.5), 88(8.8)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
1024~65535
Interval Type
0~8191
Interval Type
0~100
Interval Type
0~100
Enumeration Type
CA_MA(CA+MA), Frequency_List(Frequency List), OPTIMIZED_CA_MA(Optimized CA+MA)
Interval Type
0~499
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Compound Type
hour, min
Interval Type
0~15
Compound Type
hour, min
String Type
None
String Type
None
Interval Type
0~35
Interval Type
0~1
Interval Type
0~9999
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
String Type
None
String Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~32
Interval Type
0~254
Interval Type
1~1562
Interval Type
1~20
Interval Type
0~5
Interval Type
0~5
Interval Type
0~20
Interval Type
1~2
Interval Type
1~2
Interval Type
24~1031
Interval Type
50~200
Interval Type
1~1500
Interval Type
1~1500
Interval Type
1~255
Interval Type
10000~150000
Interval Type
1~1000
Interval Type
0~254
Interval Type
0~100
Interval Type
0~8
Interval Type
0~100
Interval Type
0~5
Interval Type
1~255
Enumeration Type
49C(0.49C), 50C(0.50C), 51C(0.51C), 52C(0.52C), 53C(0.53C), 54C(0.54C), 55C(0.55C), 56C(0.56C), 57C(0.57C), 58C(0.58C), 59C(0.59C), 60C(0.60C), 61C(0.61C), 62C(0.62C), 63C(0.63C), 64C(0.64C), 65C(0.65C), 66C(0.66C), 67C(0.67C), 68C(0.68C), 69C(0.69C), 70C(0.70C), 71C(0.71C), 72C(0.72C), 73C(0.73C), 74C(0.74C), 75C(0.75C), 76C(0.76C), 77C(0.77C), 78C(0.78C), 79C(0.79C), 80C(0.80C), 81C(0.81C), 82C(0.82C), 83C(0.83C), 84C(0.84C), 85C(0.85C), 86C(0.86C), 87C(0.87C), 88C(0.88C), 89C(0.89C), 90C(0.90C), 91C(0.91C), 92C(0.92C), 93C(0.93C), 94C(0.94C), 95C(0.95C), 96C(0.96C), 97C(0.97C), 98C(0.98C), 99C(0.99C)
Enumeration Type
5C(0.05C), 7C(0.07C), 10C(0.10C), 12C(0.12C), 15C(0.15C), 18C(0.18C), 20C(0.2C), 22C(0.22C), 25C(0.25C)
Interval Type
1~255
Enumeration Type
1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Enumeration Type
1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Enumeration Type
1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Enumeration Type
1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Interval Type
1~746
Interval Type
1~746
Interval Type
0~30
Interval Type
0~30
Interval Type
0~30
Interval Type
0~255
Interval Type
0~31
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~255
Interval Type
1~24
Interval Type
0~32
Interval Type
2~255
Interval Type
0~32
Interval Type
1~999
Interval Type
0~511
IP Address Type
None
Interval Type
0~3
Interval Type
0~31
Interval Type
0~31
Interval Type
0~2047
String Type
None
String Type
None
String Type
None
Interval Type
4,8
Interval Type
4,8
Interval Type
0~2047
String Type
None
Interval Type
0~62
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
CLASS0(Class0), CLASS1(Class1), CLASS2(Class2)
Interval Type
0~7
Interval Type
0~7
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~5
Enumeration Type
EnhMeasReport(Enhanced Measurement Report), ComMeasReport(Common Measurement Report)
Interval Type
1~1000
Interval Type
1~8191
Enumeration Type
LocalMep(LocalMep), RemoteMep(RemoteMep)
Enumeration Type
LONG(LONG), SHORT(SHORT)
Enumeration Type
LONG(Long List Head), SHORT(Short List Head)
Interval Type
0~63
Interval Type
1~1562
Interval Type
0~49
Interval Type
0~63
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
0~2000
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~63
Interval Type
60~3600
Interval Type
0~63
Interval Type
10~1000
Interval Type
10~1000
Interval Type
10~1000
Interval Type
10~1000
Interval Type
0~11
Interval Type
0~11
Enumeration Type
UP(upstream mirror), DOWN(downstream mirror)
String Type
None
String Type
None
Interval Type
50~95
Enumeration Type
MANUAL(Manual Handover), AUTO(Auto Handover), FREE(Free-run)
Enumeration Type
SERVER(SERVER MOD), CLIENT(CLIENT MOD)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
GO(GSM), UO(UMTS), GU(GSM and UMTS)
Enumeration Type
FIXED(File of a Fixed Size), CYCLE(Periodical Generation of New File)
Enumeration Type
MODE1(1:1 Protection Switching), MODE2(1+1 Unidirectional Protection Switching), MODE3(1+1 Bidirectional Protection Switching), MODE4(Y Line)
Enumeration Type
CHECK_ON_INDEPENDENT_PORT, CHECK_ON_PRIMARY_PORT, CHECK_ON_STANDBY_PORT
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
MODE1(Mode1), MODE2(Mode2), MODE3(Mode3)
Enumeration Type
30MINS(30 Minutes), 60MINS(60 Minutes), 120MINS(120 Minutes), 240MINS(240 Minutes)
Interval Type
1~1440
Interval Type
0~12
Interval Type
0~600
Interval Type
0~100
Interval Type
0~100
Interval Type
0~167
Interval Type
0~167
Interval Type
0~3
Enumeration Type
MODE1_1, MODE2_1, MODE3_1, MODE4_1, MODE5_1, MODE6_1, MODE16K
Interval Type
0~1
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Enumeration Type
MLPPP, MCPPP
Interval Type
0~27
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~31
Interval Type
1~255
Enumeration Type
NOreport(Do not report), Twice_ps(Twice every second), Once_ps(Once every second), Once_2s(Once every two second), Once_4s(Once every four second)
Interval Type
4~30
Interval Type
4~30
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
OFF(Off), ON_WITH_SDCCH(On with SDCCH), ON_WITHOUT_SDCCH(On without SDCCH)
Interval Type
128~1500
Interval Type
1~16
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~65535
Interval Type
1~10
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFFLOAD(Offload), NORMAL(Normal), UNAVAIL(Unavailable)
Enumeration Type
R98_or_below(R98 or below), R99_or_above(R99 or above)
Interval Type
5000~40000
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
1_Times(1_Times), 2_Times(2_Times), 4_Times(4_Times), 7_Times(7_Times)
Enumeration Type
CLEAR(Cleared), LOP(Lockout of Protection), FS(Forcibly switchover working link to protection link), MS(Manual switchover from working link to protection link), EXERS(Exercisely switch working link to protection link)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9)
Interval Type
10~80
Interval Type
0~254
Interval Type
0~63
Interval Type
0~255
Interval Type
1000~3000
Interval Type
1~600
Interval Type
0~31
Enumeration Type
ON(ON), OFF(OFF)
Interval Type
50~95
Enumeration Type
ALARM_METHOD(Alarm method), LOOP_METHOD(Loop method)
Interval Type
0~63
Enumeration Type
MET(Metric), IMP(Imperial)
Interval Type
500~1500
Interval Type
256~1650
Interval Type
0~1500
Interval Type
190~240
Enumeration Type
REPORT6(Report six), REPORT1(Report one), REPORT2(Report two), REPORT3(Report three)
Interval Type
0~255
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
0~10
Interval Type
0~15
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~1500
Interval Type
1~1500
Enumeration Type
UDPMUX, ABISMUX, ATERMUX
Interval Type
0~12
Interval Type
1~512
Interval Type
1~3
Interval Type
5~254
Interval Type
34~254
Interval Type
29~254
Enumeration Type
OFF(Off), ON(On)
Interval Type
5~254
Interval Type
5~254
Interval Type
23~254
Interval Type
8~30
Interval Type
2~5
Interval Type
3~10
Interval Type
1~255
Interval Type
1~10
Interval Type
1~10
Enumeration Type
NO(No), YES(Yes)
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~5047
String Type
None
Interval Type
0~5047
String Type
None
Interval Type
0~5047
String Type
None
Interval Type
5048~8047
String Type
None
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~65535
Interval Type
1~65533,65535
String Type
None
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NotSupport(Not Support), Support(Support)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~7
Bit Field Type
SELECTION0_PERM, SELECTION1_PERM, SELECTION2_PERM, SELECTION3_PERM, SELECTION4_PERM, SELECTION5_PERM, SELECTION6_PERM, SELECTION7_PERM
Interval Type
0~255
Interval Type
1~20
Interval Type
1~31
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~127
Interval Type
0~7
Interval Type
0~7
Enumeration Type
NC0(NC0), NC1(NC1), NC2(NC2)
Enumeration Type
NO(NO_DIRECT_CONNECT), YES(DIRECT_CONNECT)
IP Address Type
None
Interval Type
0~60
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Enumeration Type
INT(INT), INTB(INTB), NAT(NAT), NATB(NATB)
String Type
None
Enumeration Type
NMOI(Network Operation Mode I), NMOII(Network Operation Mode II), NMOIII(Network Operation Mode III)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Interval Type
40~45
Interval Type
55~59
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
0~100
Interval Type
0~255
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Interval Type
0~100
Enumeration Type
ABIS(Abis Interface), A(A Interface), BSC(Ater Interface on BSC), TC(Ater Interface on TC), IUR_G(IUR_G Interface)
Interval Type
0~64
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~70
Interval Type
1~1000
Enumeration Type
OFF(Not Allowed), ON(Allowed)
Enumeration Type
NODRX(NODRX), 0.24sec(0.24sec), 0.48sec(0.48sec), 0.72sec(0.72sec), 0.96sec(0.96sec), 1.20sec(1.20sec), 1.44sec(1.44sec), 1.92sec(1.92sec)
Interval Type
100~10000
Interval Type
100~10000
Enumeration Type
FORBID(Forbid), PERMIT(Permit)
Interval Type
400~700
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~255
Interval Type
10~255
Interval Type
1~10
Interval Type
0~31
Interval Type
0~31
Interval Type
0~1023
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65534
Interval Type
0~65534
Interval Type
1~31
Enumeration Type
North_latitude(North latitude), South_latitude(South latitude)
Interval Type
0~65534
Interval Type
0~1023
Interval Type
0~30
Interval Type
0~30
Interval Type
1~255
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
SITE(SITE), CELL(CELL), BOARD(BOARD)
Enumeration Type
BYCELL(By CELL), BYTRX(By TRX)
Interval Type
0~499
Interval Type
0~499
Enumeration Type
ALL(Shield by Alarm ID), BOARD(Shield by Board), PORT(Shield by Port), DSP(Shield by DSP)
Enumeration Type
BTS(BTS), CELL(CELL), LOC(LOC), BOARD(BOARD), PORT(PORT)
Enumeration Type
CELL(Cell), TRX(TRX), CHN(Channel)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
4~255
Interval Type
0~63
Interval Type
0~256
Interval Type
0~256
Interval Type
0~7
Interval Type
0~7
Interval Type
2~4094
Interval Type
0~96
IP Address Type
None
IP Address Type
None
String Type
None
Interval Type
1~16777215
Interval Type
1~16777215
Interval Type
0~4
Enumeration Type
PRIM(Primary Operator), SEC(Secondary Operator)
Interval Type
0~3
Bit Field Type
OPINDEX0, OPINDEX1, OPINDEX2, OPINDEX3
Enumeration Type
NORMAL(Normal), FORCE(Force)
Enumeration Type
BYCICRANGE(BY CIC RANGE), BYCICVALUE(BY CIC VALUE)
Enumeration Type
BYTSRANGE(BY TS RANGE), BYTSVALUE(BY TS VALUE)
Enumeration Type
BYTSRANGE(BY TS RANGE), BYTSVALUE(BY TS VALUE)
Enumeration Type
BYCICRANGE(BY CIC RANGE), BYCICVALUE(BY CIC VALUE)
String Type
None
Enumeration Type
SysOpt(System optimization), OSubcell(Overlaid subcell), USubcell(Underlaid subcell), NoPrefer(No preference)
Interval Type
0~63
Interval Type
0~255
Enumeration Type
L0(Level0), L1(Level1), L2(Level2), L3(Level3), L4(Level4), L5(Level5), L6(Level6), L7(Level7)
Enumeration Type
SDH, SONET
Enumeration Type
MANUAL(MANUAL), FORCED(FORCED), CLEARALARMA(CLEARALARMA)
Enumeration Type
FORBID(Forbid), RESTORE(Restore)
Interval Type
0~4
Interval Type
0~7
Enumeration Type
One_touch(execute on all boards in all subracks), Step_by_Step
String Type
None
Interval Type
0~36
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100
Interval Type
0~50
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
1~255
Interval Type
0~63
Interval Type
0~100
Bit Field Type
TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~335
Interval Type
0~15
Interval Type
0~31
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Enumeration Type
HIGH(High), LOW(Low)
Interval Type
10~2000
Interval Type
300~530
Enumeration Type
0_1dB(0.1dB), 0_1W(0.1W)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~27
Interval Type
0~27
Interval Type
0~11
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
1~60
Interval Type
0~255
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
100~10000
Interval Type
100~10000
Interval Type
1~255
Interval Type
400~700
Interval Type
50~95
Interval Type
50~95
Interval Type
50~95
Interval Type
50~95
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(Not Support), YES(Support)
Interval Type
10~65535
Interval Type
0~255
Interval Type
10~65535
Interval Type
1~8
Enumeration Type
Pan_0(0), Pan_1(1), Pan_2(2), Pan_3(3), Pan_4(4), Pan_5(5), Pan_6(6), Pan_7(7), 255(not use)
Enumeration Type
Pan_0(0), Pan_1(1), Pan_2(2), Pan_3(3), Pan_4(4), Pan_5(5), Pan_6(6), Pan_7(7), 255(not use)
Enumeration Type
Pan_4(4), Pan_8(8), Pan_12(12), Pan_16(16), Pan_20(20), Pan_24(24), Pan_28(28), Pan_32(32), 255(not use)
Enumeration Type
L0(Level0), L1(Level1), L2(Level2), L3(Level3), L4(Level4), L5(Level5), L6(Level6), L7(Level7)
Interval Type
0~9999
Interval Type
0~99
Enumeration Type
ENABLED(Enabled), DISABLED(Disabled)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
0~255
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
QoS(QoS), BE(BE), AF11(AF11), AF12(AF12), AF13(AF13), AF21(AF21), AF22(AF22), AF23(AF23), AF31(AF31), AF32(AF32), AF33(AF33), AF41(AF41), AF42(AF42), AF43(AF43), EF(EF)
Enumeration Type
MAINCPU_PATCH(Main programme patch), DSP_PATCH(DSP programme patch), UCODE_PATCH(Marcrocode patch)
Enumeration Type
DB0(0dB), DB2(-2dB), DB4(-4dB), DB6(-6dB), DB8(-8dB), DB10(-10dB), DB12(-12dB), DB14(-14dB), DB16(-16dB), DB18(-18dB), DB20(-20dB), DB22(-22dB), DB24(-24dB), DB26(-26dB), DB28(-28dB), DB30(-30dB)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~32
Interval Type
0~127
Interval Type
1~32
Interval Type
0~65535
Interval Type
1~15
Enumeration Type
BCCH(BCCH), PDCH(PDCH)
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~160
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Interval Type
10~70
Interval Type
1~10
Interval Type
0~65534
Interval Type
0~65534
IP Address Type
None
IP Address Type
None
Interval Type
0~2047
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
IP Address Type
None
Interval Type
1024~65535
String Type
None
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
0~63
Interval Type
0~255
Interval Type
1~60
Interval Type
1~48
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
Disable(Disable), Enable(Enable)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No Support), YES(Support)
Interval Type
0~2
Interval Type
10~1000
Interval Type
10~2000
Interval Type
100~600000
Enumeration Type
BE(BE), AF11(AF11), AF12(AF12), AF13(AF13), AF21(AF21), AF22(AF22), AF23(AF23), AF31(AF31), AF32(AF32), AF33(AF33), AF41(AF41), AF42(AF42), AF43(AF43), EF(EF)
Bit Field Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DISABLE(Disabled), ENABLE(Enabled)
Interval Type
5~64
Interval Type
64~1024
Interval Type
2~1500
Interval Type
24~1031
Enumeration Type
NO(No), YES(Yes)
Interval Type
20~1500
Interval Type
Enumeration Type
0_level(0_level), 1_level(1_level), 2_level(2_level), 3_level(3_level), 95~512 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 16_level(16_level), nouse(no use)
Interval Type
0~50
Enumeration Type
Enumeration Type
0_level(0_level), 1_level(1_level), 2_level(2_level), 3_level(3_level), 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 0_level(0_level), 1_level(1_level), 16_level(16_level), nouse(no use) 2_level(2_level), 3_level(3_level), 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 16_level(16_level), nouse(no use)
Enumeration Type
0_level(0_level), 1_level(1_level), 2_level(2_level), 3_level(3_level), 0~50 4_level(4_level), 5_level(5_level), 6_level(6_level), 7_level(7_level), 8_level(8_level), 9_level(9_level), 10_level(10_level), 11_level(11_level), 12_level(12_level), 13_level(13_level), 14_level(14_level), 16_level(16_level), nouse(no use)
Interval Type
0~50
Interval Type
1~100
Interval Type
0~1000
Enumeration Type
A(A Interface), ABIS(Abis Interface)
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~600
Interval Type
30~100
Interval Type
30~100
Interval Type
1~8
Interval Type
2~15
Enumeration Type
CLOSE(Forced turn-off), OPEN(Forced turn-on), AUTO(Self-adaptive)
Interval Type
30~100
Interval Type
30~100
Interval Type
Enumeration Type
ON, OFF
Interval Type
0~11
Interval Type
1~32
Interval Type
0~3
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~7
Interval Type
0~335
Interval Type
0~335
Interval Type
0~335
Interval Type
0~7
Interval Type
0~11
Interval Type
0~7
Interval Type
0~7
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~335
Interval Type
0~31
Interval Type
0~335
Interval Type
0~335
Interval Type
0~355
Interval Type
0~255
Interval Type
0~23
Interval Type
0~23
Interval Type
0~335
Interval Type
0~1
Interval Type
0~1
Interval Type
0~255
Interval Type
250~650
Interval Type
6~120
Interval Type
6~120
Enumeration Type
NotSupport(Not Support), Support(Support)
Interval Type
0~9
Interval Type
0~9
String Type
None
String Type
None
Interval Type
21~65535
Interval Type
0~1
Interval Type
0~1
Interval Type
0~15
Interval Type
1~16
Enumeration Type
IP, HDLC
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
ETHER, TRUNK
Enumeration Type
TOPEXTOUTPORT(TOP Extended Out Port), TOPEXTINPORT(TOP Extended In Port)
Enumeration Type
BCCHNorm(BCCHNorm), BCCHExt(BCCHExt)
Enumeration Type
BYBTSTYPE(By BTS Type), BYBTS(By BTS)
Interval Type
1~1000
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
CLOSE(Close), OPEN(Open)
Interval Type
0~1000
Interval Type
0~50
Interval Type
0~50
Enumeration Type
POWER_48_24(48/24 Power Module), POWER_240_24(240/24 Power Module)
Enumeration Type
80W(80W), 63W(63W), 60W(60W), 55W(55W), 50W(50W), 45W(45W), 220VAC(220V AC), N48VDC(-48V P24VDC(+24V DC) 25W(25W), 40W(40W), 31W(31W), 30W(30W),DC), 27W(27W), 26W(26W), 24W(24W), 21W(21W), 20W(20W), 19W(19W), 18W(18W), 17W(17W), 16W(16W), 15W(15W), 14W(14W), 13_3W(13.3W), 13W(13W), 12_5W(12.5W), 12W(12W), 11_5W(11.5W), 11W(11W), 10W(10W), 0~13 9_5W(9.5W), 9W(9W), 8_5W(8.5W), 8W(8W), 7_5W(7.5W), 7W(7W), 6_5W(6.5W), 6W(6W), 5_5W(5.5W), 5W(5W), 4_5W(4.5W), 4W(4W), 3_7W(3.7W), 3_1W(3.1W), 3W(3W), 2_5W(2.5W), 2W(2W), 200mW(200mW), DEFAULT(Default)
Interval Type
0~100
Interval Type
0~100
Interval Type
0~499
Enumeration Type
Interval Type
Interval Type
0~499
Interval Type
0~499
Interval Type
0~15
Enumeration Type
Disable(Disable), Enable(Enable)
Interval Type
0~5
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOT_ALLOWED(Not Allowed), ALLOWED(Allowed)
Enumeration Type
OFF(Off), ON(On)
Interval Type
1~255
Interval Type
0~255
Enumeration Type
0(No packet access), 3(Packet access of level 1), 4(Packet access of levels 1-2), 5(Packet access of levels 1-3), 6(Packet access of level 1-4)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Enumeration Type
PRIOR-1(Priority-1), PRIOR-2(Priority-2), PRIOR-3(Priority-3), PRIORON, OFF 4(Priority-4), PRIOR-5(Priority-5), PRIOR-6(Priority-6), PRIOR-7(Priority-7), PRIOR-8(Priority-8), PRIOR-9(Priority-9), PRIOR-10(Priority-10), PRIOR11(Priority-11), PRIOR-12(Priority-12), PRIOR-13(Priority-13), PRIOR14(Priority-14), PRIOR-15(Priority-15), PRIOR-16(Priority-16)
Enumeration Type
Prior-1, Prior-2, Prior-3, Prior-4, Prior-5, Prior-6, Prior-7, Prior-8, Prior-9, Prior-10, Prior-11, Prior-12, Prior-13, Prior-14, Prior-15, Prior-16
Interval Type
0~100
Enumeration Type
0(0), 1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), nouse(no use)
Interval Type
0~99
Interval Type
0~99
Enumeration Type
HIGH, LOW
Enumeration Type
TDME1_O(TDM E1 0 Port), TDME1_1(TDM E1 1 Port), FE_E(FE Electric Port), FE_O(FE Optical Port), IPOE(IP over E1)
Enumeration Type
1(1), 2(2)
Enumeration Type
TDME1_O(TDM E1 0 Port), TDME1_1(TDM E1 1 Port), FE_E(FE Electric Port), FE_O(FE Optical Port), IPOE(IP over E1)
String Type
None
Enumeration Type
DEFAULT(Default Sequence), CUSTOMIZDE(Customized Sequence), DISABLE(DISABLE)
Enumeration Type
ITUT(ITUT), ANSI(ANSI), TTC(TTC)
Enumeration Type
Q933(Q933), ANSI(Ansi)
Interval Type
5~300
Interval Type
0~255
Enumeration Type
Interval Type
60~3600
Enumeration Type
ALL(Select all ports), SINGLE(Select one port)
Enumeration Type
ALL(Select all ports), SINGLE(Select one port)
Enumeration Type
ALL(Select all E1/T1 ports), PORT(Select all E1/T1 ports of one channelized optical port), SINGLE(Select one E1/T1 port)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Enumeration Type
OFF(Not Output), ON(Output)
Interval Type
0~100
Interval Type
0~100
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~7
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
Interval Type
0~7
Interval Type
0~7
Interval Type
0~63
Enumeration Type
COMMONUSRM(Common User Mode), SPECUSRM(Specified User Mode)
Interval Type
-121~-104
Interval Type
-121~-104
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
10~10000
Interval Type
100~600000
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~63
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
BOOL(BOOL), VALUE(VALUE)
Interval Type
123~65534
Interval Type
0~31
Enumeration Type
GB_OVER_FR(Gb over FR), GB_OVER_IP(Gb over IP)
Enumeration Type
BOOL(BOOL), VALUE(VALUE)
Enumeration Type
Enumeration Type
B8ZS(B8ZS), HDB3(HDB3), AMI(AMI), AMI_ZCS(AMI_ZCS) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), T1_SUPER_FRAME(T1_SUPER_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), T1_SUPER_FRAME(T1_SUPER_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME) E1_DOUBLE_FRAME(E1_DOUBLE_FRAME), E1_CRC4_MULTI_FRAME(E1_CRC4_MULTI_FRAME), T1_SUPER_FRAME(T1_SUPER_FRAME), T1_EXTENDED_SUPER_FRAME(T1_EXTENDED_SUPER_FRAME)
Interval Type
0~15
Enumeration Type
FE, GE APM100(APM100), APM200(APM200), APM30(APM30), EPS4890(EPS4890), EPS4815(EPS4815), SC48200~5||(SC48200)$$ (SC48200)** CUSTOM(SC48200)** CUSTOM~100||(自定义电源)$$ (CUSTOM)
Enumeration Type
Enumeration Type
Enumeration Type
String Type
None
String Type
None
String Type
None
Interval Type
1~65535
Password Type
None
Password Type
None
Password Type
None
Interval Type
6~32
Interval Type
0~31
Bit Field Type
BIT0, BIT1, BIT6, BIT7, BIT8, BIT9, BIT14, BIT15, BIT16, BIT17, BIT22, BIT23, BIT24, BIT25, BIT29, BIT30, BIT31
Bit Field Type
BIT0, BIT1, BIT2, BIT3, BIT4, BIT5, BIT6, BIT7, BIT8, BIT9, BIT10, BIT11, BIT12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
PWR2(Power control II), PWR3(Power controlIII)
Interval Type
0~3
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OnlyCurPwrLoc(Only Current Working Location TRXes be Turned On), ALLPwrLoc(All Location TRXes be Turned On)
Enumeration Type
CLASS0(Class0), CLASS1(Class1), CLASS2(Class2)
Interval Type
0~720
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DB0(0.0dB), DB2(-0.2dB), DB4(-0.4dB), DB6(-0.6dB), DB8(-0.8dB), DB10(1.0dB), DB12(-1.2dB), DB14(-1.4dB), DB16(-1.6dB), DB18(-1.8dB), Default(Default)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
Use_Qsearch_I(Use Qsearch_I), Always(Always)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Interval Type
0~255
Interval Type
1~10
Interval Type
0~15
Interval Type
1~32
Interval Type
1~32
Enumeration Type
NO(Not Support), YES(Support)
Interval Type
0~15
Interval Type
0~15
Enumeration Type
NO(Close), YES(Open)
Interval Type
1~16
Interval Type
1~16
Enumeration Type
NONE(None), DYNAMIC(Dynamic power sharing)
Interval Type
3~20
Interval Type
3~20
Interval Type
0~4
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Bit Field Type
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage Battery), OUTSIDE_300AH(300AH Outside Storage Battery), OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery)
Enumeration Type
007C(0.07C), 010C(0.10C), 015C(0.15C)
Enumeration Type
INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery)
Bit Field Type
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
Enumeration Type
INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage OUTSIDE_300AH(300AH Outside Storage Battery), NO(No), Battery), YES(Yes) OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery)
Enumeration Type
007C(0.07C), 010C(0.10C), 015C(0.15C)
Enumeration Type
INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery)
Bit Field Type
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
Enumeration Type
Enumeration Type
INSIDE_100AH(100AH Inside Storage Battery), INSIDE_50AH(50AH Inside Storage OUTSIDE_300AH(300AH Outside Storage Battery), NO(No), Battery), YES(Yes) OUTSIDE_400AH(400AH Outside Storage Battery), OUTSIDE_500AH(500AH Outside Storage Battery), OUTSIDE_650AH(650AH Outside Storage Battery), OUTSIDE_200AH(200AH Outside Storage Battery)
Enumeration Type
007C(0.07C), 010C(0.10C), 015C(0.15C)
Enumeration Type
INSIDE_BATTERY(Inside Storage Battery), OUTSIDE_BATTERY(Outside Storage Battery)
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Enumeration Type
Interval Type
0~255
Interval Type
0~255
Interval Type
-121~-104
Interval Type
0~63
Interval Type
0~65535
Interval Type
-121~-104
Interval Type
0~7
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Enumeration Type
0dB(0dB), 2dB(2dB), 4dB(4dB), 6dB(6dB), 8dB(8dB), 10dB(10dB), 12dB(12dB), 14dB(14dB), nouse(no use)
Enumeration Type
10M(10M), 100M(100M), AUTO(Auto)
Enumeration Type
ALG1(Algorithm I), ALG2(Algorithm II), NONE(None)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
1~255
Enumeration Type
LASTRBP(last rollbackpoint), APPOINTRBP(appointed rollbackpoint)
Enumeration Type
REC_ALL(Record All), REC_ERR(Record Errors), REC_NON(Record None)
Interval Type
0~249
Interval Type
0~249
Interval Type
0~249
Enumeration Type
INDEPENDENT(Independent Receiver), DIVIDING(Dividing Receiver), FOURDIVERSITY(Four Diversity Receiver), MAINDIVERSITY(Main Diversity), NONE(None)
Interval Type
0~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Same_Band(Same Band), Diff_Band(Different Band)
Interval Type
0~70
Interval Type
0~70
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
20~99
Interval Type
0~70
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
YES(YES), NO(NO)
Interval Type
0~50
Interval Type
0~768
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Interval Type
0~31
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~95
Compound Type
hour, min, sec
Interval Type
1~3600
Enumeration Type
REHOSTRIGHTNOW(ReHostRightNow), REHOSTDELAY(ReHostDelay), REHOSTWHEN(ReHostWhen)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~62
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
OFF(OFF), POWERSHARING(Power Sharing Between Boards), RF_FH(RF Frequency Hopping Between Boards)
Interval Type
0~23
Interval Type
0~255
Enumeration Type
A(A), B(B), NONE(NONE)
String Type
None
String Type
None
Interval Type
0~1023
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~7
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
1~10
Interval Type
1~32
Interval Type
1~32
Interval Type
0~8
Interval Type
0~16
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
1~60
Interval Type
1~255
Interval Type
1~15
Interval Type
1~120
Enumeration Type
MSLOST(RADIO_STS_MS_LOST), QUALITYBAD(RADIO_STS_QUALITY_BAD), CELLRESELECT(RADIO_STS_CELL_RESELECT)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
2~5
Interval Type
2~5
Bit Field Type
Noneed, Manually, Reset, Normally, Correlative, Configuration, Expired
Interval Type
0~86400
Interval Type
0~190
Interval Type
0~21
Interval Type
0~255
Interval Type
1~100
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
RGPS(RGPS), GPS(GPS)
Enumeration Type
NO(No Support), YES(Support)
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Enumeration Type
4_Times, 8_Times, 12_Times, 16_Times, 20_Times, 24_Times, 28_Times, 32_Times, 36_Times, 40_Times, 44_Times, 48_Times, 52_Times, 56_Times, 60_Times, 64_Times
Enumeration Type
STANDALONETC(Stand Alone TC ), MASTERINPOOLTC(Master in Pool TC), SLAVEINPOOLTC(Slave in Pool TC)
Interval Type
0~4095
Interval Type
0~16,255
Interval Type
0~16
String Type
None
String Type
None
Interval Type
1~100
Interval Type
1~100
Enumeration Type
DISABLE(Disable), ENABLE(Enable), UNSUPPORT(Unsupport)
Enumeration Type
0.48sec(0.48sec), 0.96sec(0.96sec), 1.92sec(1.92sec), 3.84sec(3.84sec), 7.68sec(7.68sec), 15.36sec(15.36sec), 30.72sec(30.72sec), 61.44sec(61.44sec)
Enumeration Type
0.48sec(0.48sec), 0.96sec(0.96sec), 1.92sec(1.92sec), 3.84sec(3.84sec), 7.68sec(7.68sec), 15.36sec(15.36sec), 30.72sec(30.72sec), 61.44sec(61.44sec)
Interval Type
20~99
Enumeration Type
NO(Not report), YES(Report), NONE(None)
Interval Type
0~31
Interval Type
0~31
Interval Type
0~2047
Enumeration Type
SHARE(SHARE)
Enumeration Type
SHARE, EXCLUSIVE
Interval Type
0~255
Interval Type
0~63
Interval Type
0~63
Enumeration Type
Enumeration Type
BASIS_OF_B1, BASIS_OF_B2 MINUS_52db(-52db), MINUS_48db(-48db), MINUS_44db(-44db), MINUS_40db(-40db), MINUS_36db(-36db), MINUS_32db(-32db), MINUS_28db(-28db), MINUS_24db(-24db), MINUS_20db(-20db), MINUS_16db(-16db), MINUS_12db(-12db), MINUS_10db(-10db), BASIS_OF_B1, BASIS_OF_B2 MINUS_8db(-8db), MINUS_6db(-6db), MINUS_4db(-4db), MINUS_2db(2db), Zerodb(0db), 2db(2db), 4db(4db), 6db(6db), 8db(8db), 10db(10db), 12db(12db), 16db(16db), 20db(20db), 24db(24db), 28db(28db), 32db(32db), 36db(36db), 40db(40db), 44db(44db), 48db(48db), nouse(no use)
Interval Type
0~64
Interval Type
0~63
Interval Type
0~7
Interval Type
0~64
Interval Type
2~4094
Enumeration Type
Interval Type
0~96
Enumeration Type
COMMISSIONING(Commissioning), UPGRADE(Upgrade), RESTORE(Restore)
Interval Type
0~127
String Type
None
String Type
None
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
1~65535
Interval Type
0~190
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~3
Enumeration Type
NON-REVERTIVE(NON-REVERTIVE), REVERTIVE(REVERTIVE)
Interval Type
0~4294967295
Interval Type
1~5
Enumeration Type
OFF(Close), ON(Open)
IP Address Type
None
IP Address Type
None
Interval Type
0~15
Interval Type
0~100
Interval Type
0~100
Interval Type
500~60000
Interval Type
500~60000
Interval Type
500~60000
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
10~80
Enumeration Type
NEXTHOP(Next Hop), OUTIF(Out Interface)
Interval Type
0~1000
Interval Type
1~100
Interval Type
0~999
Interval Type
1~3000000
Interval Type
0~4000000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~249
Interval Type
0~249
Interval Type
0~249
Enumeration Type
RXUNAME(By RXU Name), RXUPOS(By RXU Position No), SRNSN(By Subrack No)
Enumeration Type
RXUNAME(RXUName), RXUPOS(RXUPOS), SRNSN(SRNSN)
String Type
None
String Type
None
String Type
None
Interval Type
1~6
Interval Type
1~6
Interval Type
1~6
Enumeration Type
DRRU(DRRU), DRFU(DRFU), MRRU(MRRU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), BTS3900E(BTS3900E)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~15
Bit Field Type
48VDISABLE, RES0, RES1, RES2, TSDISABLED, HSDISABLED, RES3, RES4
Bit Field Type
BT1_DISABLE, AH_DISABLE, AT1_DISABLE, AT2_DISABLE, BT2_DISABLE
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~2
Interval Type
0~4
Bit Field Type
T1_DISABLE, ET_DISABLE, ET1_DISABLE, ET2_DISABLE, T2_DISABLE
Interval Type
0~2047
Enumeration Type
BYNAME(By name), BYID(By index)
Interval Type
1~16
Interval Type
0~100
String Type
None
Interval Type
0~63
Bit Field Type
WATER_IMMERSED, SMOG, GM_DISABLE
Bit Field Type
WIDISABLE, SMDISABLE, IMDISABLE, GMDISABLE
Bit Field Type
WILOW, SMLOW, IMLOW, GMLOW
Enumeration Type
NO(NO), YES(YES)
Bit Field Type
WS_DISABLE, SS_DISABLE, GS_DISABLE
Interval Type
0~2047
String Type
None
Enumeration Type
ADD0dB(+0dB), ADD10dB(+10dB), Automatic(Automatic)
Interval Type
Enumeration Type
0~63 GERMAN(GERMAN), ENGLISH(ENGLISH), ITALIAN(ITALIAN), FRENCH(FRENCH), SPANISH(SPANISH), DUTCH(DUTCH), SWEDISH(SWEDISH), DANISH(DANISH), PORTUGUESE(PORTUGUESE), FINNISH(FINNISH), NORWEGIAN(NORWEGIAN), GREEK(GREEK), 1~20 TURKISH(TURKISH), HUNGARIAN(HUNGARIAN), POLISH(POLISH), GB2312(GB2312), KOI8-R(Cyrillic KOI8-R), KOI8-U(Cyrillic KOI8-U), KOI8(Cyrillic KOI8), WINDOWS-1251(Cyrillic Windows), ASMO_449(Arabic 0~2047 WINDOWS-1256(Arabic Windows), WINDOWS-874(Thai Windows), ASMO), WINDOWS-1253(Greek Windows), WINDOWS-1254(Turkish Windows), WINDOWS-1255(Hebrew Windows), WINDOWS-1257(Baltic Windows), WINDOWS-1250(Eastern European Windows), WINDOWS-1252(Western None European Windows), BINARY(BINARY), UCS2(UCS2), RCS-1(Reserved Code Scheme 1), RCS-2(Reserved Code Scheme 2), RCS-3(Reserved Code Scheme 3), RCS-4(Reserved Code Scheme 4), RCS-5(Reserved Code Scheme 5)
Interval Type
0~1
Any Type
None
Enumeration Type
BYBTSID(By BTS ID), BYCELLID(By Cell ID)
Interval Type
0~23
Interval Type
0~511
Interval Type
1~2147483646
Interval Type
0~1199
Interval Type
Interval Type
String Type
Compound Type
year, month, date
Compound Type
year, month, day
Compound Type
year, month, day
Interval Type
7~90
Enumeration Type
1E-3, 1E-4, 1E-5, 1E-6, 1E-7, 1E-8, 1E-9
Compound Type
year, month, day
Interval Type
1~31
Interval Type
1~191
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~63
Interval Type
0~70
Interval Type
0~63
Interval Type
0~70
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
DISABLE, ENABLE
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Interval Type
0~60
Interval Type
0~5
Interval Type
0~255
Interval Type
0~63
Interval Type
0~63
Enumeration Type
HIGH(HIGH), LOW(LOW)
Interval Type
40~70
Interval Type
0~65535
Interval Type
0~65535
Interval Type
350~556
Enumeration Type
NO(No), YES(Yes)
String Type
None
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NoPriority(No Priority), Priority4(Priority 4), Priority3(Priority3), Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority B), PriorityA(Priority A)
Enumeration Type
NoPriority(No Priority), Priority4(Priority 4), Priority3(Priority3), Priority2(Priority 2), Priority1(Priority 1), Priority0(Priority 0), PriorityB(Priority B), PriorityA(Priority A)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~6
Enumeration Type
SUPPORT(Support), UNSUPPORT(Not Support)
Interval Type
1024~65535
Interval Type
1024~65535
String Type
None
IP Address Type
None
Enumeration Type
SEPARATE(Separate), TOGETHER(Together), AIP(AIP)
Enumeration Type
TDM, HDLC, HDLC_HubBTS, IP
Enumeration Type
TDM, HDLC, IP
Enumeration Type
SYSTEM(System Command), CONFIG(Configuration Management), MAINTAIN(Maintenance Management), STAT(Statistic Measurement), ALARM(Alarm Management)
Enumeration Type
OML(OML), RSL(RSL), EML(EML), ESL(ESL), CSVOICE(CS Voice), CSDATA(CS Data), PSHIGHPRI(PS High PRI), PSLOWPRI(PS Low PRI), OTHERDATA(Other Data)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~5
Interval Type
0~65535
String Type
None
Interval Type
1~10
Interval Type
0~1023
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0( Release 98 or older), 1(Release 99 onwards)
Enumeration Type
UNISTALL(Uninstall), ALLOW(Allow), DENY(Deny)
Interval Type
50~95
Interval Type
0~27
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
unshielded(Unshielded), shielded(Shielded)
Interval Type
0~12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~10
Interval Type
0~186
Interval Type
0~186
Interval Type
0~15
Interval Type
0~255
Interval Type
0~255
Interval Type
0~7
Interval Type
1~10
Interval Type
1~31
Interval Type
0~15
Interval Type
1~31
Interval Type
0~65535
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
String Type
None
IP Address Type
None
IP Address Type
None
Interval Type
0~65535
Interval Type
0~255
IP Address Type
None
Interval Type
0~35
Enumeration Type
Enumeration Type
E1SELFLOOP(E1 Self Loopback), IASUSELFLOOP(IASU Self Loopback) B0000(B0000), B0001(B0001), B0010(B0010), B0011(B0011), B0100(B0100), B0101(B0101), B0110(B0110), B0111(B0111), B1000(B1000), B1001(B1001), B1010(B1010), B1011(B1011), B1100(B1100), B1101(B1101), B1110(B1110), B1111(B1111)
Interval Type
1~600
Enumeration Type
DATE(Input with date), WEEK(Input with week), DATEWEEK(Input with date and week)
Interval Type
0~3
Enumeration Type
NOTSUPPORT(Not Support), INNER(Inner), OUTER(Outer)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
JAN(January), FEB(February), MAR(March), APR(April), MAY(May), JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)
Interval Type
2~2000
Interval Type
0~27
Interval Type
0~3,8~27
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~5,8~27
Interval Type
0~5,8~27
Interval Type
0~27
Interval Type
0~27
Interval Type
0~27
Interval Type
0~5,8~27
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27
Interval Type
0~27
Interval Type
0~23
Interval Type
0~23
Interval Type
0,2,4,8,10,12,14,16,18,20,22,24,26
Interval Type
0~27
Interval Type
0~23
Interval Type
0~27
Interval Type
Enumeration Type
0~7 NOCOMB(No Combination), PBT(PBT), WBANDCOMB(Wideband Combination), DIVERSITY(Transmit Diversity), DDIVERSITY(Dynamic SGL_ANTENNA(Single Feeder[1TX + 1RX]), Transmit Diversity), DPBT(DPBT), DTIC(Transmit Independency or SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), Combination), NONE(none) DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), SGL_ANTENNA(Single Feeder[1TX +Feeder[1TX 1RX]), DOUBLESINGLE_ANTENNA(Double + 1RX]), SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), SGL_ANTENNA(Single Feeder[1TX +Feeder[1TX 1RX]), DOUBLESINGLE_ANTENNA(Double + 1RX]), SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), SGL_ANTENNA(Single Feeder[1TX +Feeder[1TX 1RX]), DOUBLESINGLE_ANTENNA(Double + 1RX]), SGLDOUBLE_ANTENNA(Single Feeder[1TX + 2RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX]) DOUBLE_ANTENNA(Double Feeder[2TX + 2RX]), DOUBLEFOUR_ANTENNA(Double Feeder[2TX + 4RX]), DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX])
Enumeration Type
SGL_ANTENNA(Single Feeder[1TX + 1RX]), DOUBLESINGLE_ANTENNA(Double Feeder[1TX + 1RX]), DOUBLEDOUBLE_ANTENNA(Double Feeder[1TX + 2RX])
Interval Type
1~60
Interval Type
1~16777215
Enumeration Type
BIT14(BIT14), BIT16(BIT16), BIT24(BIT24)
String Type
None
Interval Type
0~65535
Enumeration Type
WNF(Whole Number Format), DNF(Divided Number Format)
Bit Field Type
L11_FORBID, L12_FORBID, L13_FORBID, L14_FORBID, L15_FORBID
Bit Field Type
ET_DISABLE0, ET_DISABLE1, SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
Bit Field Type
SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
Enumeration Type
Enumeration Type
Enumeration Type
Enumeration Type
Interval Type
1~12
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
PSMODE(Protocol Standard Mode), VGCSMODE(VGCS Mode)
Enumeration Type
PSMODE(Protocol Standard Mode), VGCSMODE(VGCS Mode)
Enumeration Type
FR(FR), EFR(EFR)
Enumeration Type
1000M(1000M), AUTO(AUTO)
Interval Type
0~63
Interval Type
0~255
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NOTSPPRTBC(NotSupport CB), SPPRTSTANDARD(SupportStandard CB), SPPRTSIMPLE(SupportSimple CB)
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
YES(Support), NO(Not Support)
Interval Type
0~4
Enumeration Type
SUPPORT(Support), NOT_SUPPORT(Not Support)
Enumeration Type
SUPPORT(Support), NOT_SUPPORT(Not Support)
Enumeration Type
SUPPORT~1||(支持SRAN)$$(Support SRAN)** NOT_SUPPORT(Support SRAN)** NOT_SUPPORT~0||(不支持)$$(Not Support)
Interval Type
0~2047
String Type
None
Interval Type
0~2047
String Type
None
Interval Type
0~65535
String Type
None
Interval Type
1~4
Interval Type
1~4
Enumeration Type
HOALGORITHM1(Handover algorithm I), HOALGORITHM2(Handover algorithm II)
IP Address Type
None
Interval Type
1~65533,65535
String Type
None
Interval Type
1~1000
String Type
Enumeration Type
None BITS1-2MHZ(2MHZ Building Integrated Timing Supply system 1), BITS22MHZ(2MHZ Building Integrated Timing Supply system 2), BITS12MBPS(2MBPS Building Integrated Timing Supply system 1), BITS22MBPS(2MBPS Building Integrated Timing Supply system 2), 8KHZ(8KHZ), 0~335 GPS(Globe Positioning System), LINE1_8KHZ(8KHZ line1), LINE2_8KHZ(8KHZ line2), BITS1-T1BPS(T1BPS Building Integrated Timing Supply system 1), BITS2-T1BPS(T1BPS Building Integrated Timing Supply system 2)
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~11
Interval Type
1~11
Interval Type
0~11
Interval Type
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Interval Type
0~254
Interval Type
0~254
Interval Type
0~11
Interval Type
0~11
Interval Type
0~254
Interval Type
0~11
Interval Type
0
Interval Type
0~11
Interval Type
0~11
String Type
None
Interval Type
0~5
Enumeration Type
MPS, EPS, TCS
Enumeration Type
DES(Descent), ASC(Ascent)
Interval Type
0~255
Interval Type
0~255
Enumeration Type
GSM_PRIOR(GSM Traffic Prior), UMTS_PRIOR(UMTS Traffic Prior)
Enumeration Type
CSVOICE(CS Voice), CSDATA(CS Data), PSHIGHPRI(PS High PRI), PSLOWPRI(PS Low PRI)
Interval Type
0~63
Interval Type
20~99
Interval Type
30~100
Interval Type
20~99
Interval Type
30~100
Interval Type
1~32
Interval Type
1~32
Interval Type
0~7
Interval Type
0~7
Interval Type
1~2147483646
Interval Type
0~63
Compound Type
HOUR, MIN, SEC
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min
Compound Type
year, month, date, hour, min, sec
Compound Type
hour, min, sec
Compound Type
hour, min, sec
Compound Type
year, month, day, hour, min, sec
Interval Type
1~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
0~65535
Interval Type
1~31
Interval Type
-990~400
Enumeration Type
JAN(Jan.), FEB(Feb.), MAR(Mar.), APR(Apr.), MAY(May), JUN(Jun.), JUL(Jul.), AUG(Aug.), SEP(Sep), OCT(Oct.), NOV(Nov.), DEC(Dec)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Interval Type
60~600
Compound Type
hour, min
Interval Type
8~255
Interval Type
1~31
Interval Type
1~31
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Enumeration Type
DISABLED(Disabled), ENABLED(Enabled)
Interval Type
0~65535
Interval Type
0~62
Compound Type
year, month, day
Interval Type
1~32
Enumeration Type
NO(NO), YES(YES)
Compound Type
hour, min, sec
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
OFF(Off), ON(On)
Interval Type
60~300
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~23
Compound Type
hour, min, sec
Interval Type
0~23
Interval Type
0~254
Interval Type
0~7
Enumeration Type
BTS30(BTS30), BTS312(BTS312), BTS3001C(BTS3001C), hour, min, sec BTS3001CP(BTS3001CP), BTS3002C(BTS3002C), BTS3012A(BTS3012A), BTS3006A(BTS3006A), BTS3012(BTS3012), BTS3006C(BTS3006C), BTS3002E(BTS3002E), BTS3012AE(BTS3012AE), BTS3012_II(BTS3012 II), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), 1~31 BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900L_GSM(BTS3900L GSM), BTS3900B_GSM(BTS3900B GSM), BTS3900E_GSM(BTS3900E GSM)
Interval Type
1~15
Interval Type
1~15
String Type
None
Interval Type
16~1023
Interval Type
16~1023
Interval Type
1~50
Compound Type
Interval Type
Interval Type
1~124,128~189
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
0(0), 2(2), 4(4), 6(6)
Interval Type
0~65535
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
UNSUPPORT(Not Support), SUPPORT(Support)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(Not Support), YES(Support)
Enumeration Type
NO(No Support), YES(Support)
Enumeration Type
T_12(12), T_15(15), T_20(20), T_30(30), T_41(41), T_55(55), T_76(76), T_109(109), T_163(163), T_217(217)
IP Address Type
None
Interval Type
0~65535
Enumeration Type
CLOSE(CLOSE), OPEN(OPEN)
Enumeration Type
ON, OFF
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
Enumeration Type
CLOSE, OPEN
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
ON(ON), OFF(OFF)
Enumeration Type
BFD_OFF(OFF), BFD_ON(ON)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~254
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
0~4294967295
Interval Type
3~5
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)
Interval Type
0~2500
Enumeration Type
SyncCase1(Sync case 1), SyncCase2(Sync case 2)
Enumeration Type
AISS(Air Interface Software Sync), GPS(GPS Synchronization)
Enumeration Type
CONSYN(Consecutive Synchronizing), INTERSYN(Intermittent Synchronizing)
Interval Type
1~7
Interval Type
0~23
Interval Type
0~59
String Type
None
String Type
None
Interval Type
0,8~11
String Type
None
Enumeration Type
NO(No), YES(Yes)
String Type
None
String Type
None
Interval Type
1000~30000
Interval Type
1~60
Interval Type
30000~60000
Interval Type
800~1500
Interval Type
800~1500
Interval Type
2000~3000
Interval Type
800~1500
Interval Type
800~1200
Interval Type
1000~120000
Interval Type
1~60
Interval Type
6~240
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~255
Interval Type
1~10
Interval Type
180000~360000
Interval Type
180000~360000
Interval Type
1400~2000
Interval Type
1000~10000
Interval Type
1~60
Interval Type
0~255
Interval Type
1~255
Enumeration Type
500ms(500ms), 1000ms(1000ms), 1500ms(1500ms), 2000ms(2000ms), 2500ms(2500ms), 3000ms(3000ms), 3500ms(3500ms), 4000ms(4000ms)
Enumeration Type
0ms(0ms), 80ms(80ms), 120ms(120ms), 160ms(160ms), 200ms(200ms), 500ms(500ms), 1000ms(1000ms), 1500ms(1500ms)
Interval Type
0~255
Interval Type
5~30
Interval Type
800~1200
Interval Type
1000~10000
Interval Type
800~1200
Interval Type
1000~30000
Interval Type
800~1200
Interval Type
1000~10000
Interval Type
1000~10000
Interval Type
800~1200
Interval Type
1~31
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~255
Interval Type
1~16
Interval Type
0~255
Interval Type
0~255
Interval Type
1~31
Interval Type
0~7
Interval Type
1~16
Interval Type
0~255
Interval Type
0~25
Interval Type
0~25
Interval Type
1~12
Interval Type
1~12
Interval Type
30~300
Interval Type
60~300
Interval Type
1~254
Interval Type
1000~10000
Interval Type
0~500
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~100
Interval Type
0~1000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~1000
Interval Type
0~63
Interval Type
0~70
Interval Type
0~60
Interval Type
0~10
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~600
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~100
Interval Type
0~100
Interval Type
1~15
Enumeration Type
SEPERATE_PRINCIPAL(Principal BSC), SEPERATE_SUBORDINATE(Subordinate BSC), TOGETHER(BSC/TC Together), SEPERATE_BSC_INTERFACE(BSC Interface)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
0~62
Interval Type
0~335
Interval Type
0~4095
Interval Type
0~5,8~27
Interval Type
0~11
Enumeration Type
GTC(GTC), UTC(UTC), ITC(ITC)
Enumeration Type
AUTO(Auto), Manual(Manual)
Enumeration Type
AUTO(Auto), Manual(Manual)
Interval Type
0~7
Interval Type
0~15
Interval Type
0~7
Interval Type
0~1
Interval Type
0~16383
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~63
Interval Type
0~127
Interval Type
0~127
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~1
Interval Type
0~100
Interval Type
0~100
Interval Type
0~5
Interval Type
0~5
Interval Type
0~127
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Interval Type
-500~1000
Interval Type
-490~1000
Interval Type
-500~1000
Interval Type
-500~990
Interval Type
0~5000
String Type
None
Interval Type
1~65535
Interval Type
32768~65535
String Type
None
Interval Type
50~70
Interval Type
-400~0
Interval Type
-400~0
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Any Type
None
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~1023
Interval Type
0~65535
Enumeration Type
ACTIVE(Active OMU), STANDBY(Standby OMU)
Interval Type
0~255
IP Address Type
None
IP Address Type
None
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
5000~60000
Interval Type
220~280
Interval Type
220~280
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Interval Type
1~10
Enumeration Type
PERCENTAGE(Percentage), BANDWIDTH(Band Width)
Interval Type
1~15
Interval Type
0~63
Interval Type
0~7
Interval Type
1~32
Interval Type
0~100
Interval Type
1~32
Interval Type
0~7
Enumeration Type
OFF(Off), ON(On)
Interval Type
0~63
Interval Type
3~15
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Compound Type
HOUR, MIN, SEC
Interval Type
0,5~1440
Interval Type
0~255
Interval Type
0~255
Interval Type
0~255
Interval Type
200~10000
Interval Type
1~65535
Interval Type
1~3
Interval Type
1~10
Interval Type
1~20
Interval Type
0~255
Interval Type
1~1024
Enumeration Type
NO(No), YES(Yes), NULL(Null)
Interval Type
0~255
Interval Type
10~255
Interval Type
1~30
Interval Type
1~15
Interval Type
7~365
Interval Type
0~4294967295
Interval Type
-99~70
Interval Type
-19~5
Interval Type
-99~99
Compound Type
hour, min
Compound Type
hour, min
Compound Type
hour, min
Enumeration Type
SHMDCLEGDELAYTHRESHPARAS, SIB5POWEROFFSET, SMAPITFPARA, SMLCAPB, SMLCIURCOMMSCCP, SPGPARAS, SPIFACTOR, SPUCPUID, SRNSRPARAS, SSCH, SSEARCHRAT, TAAL2PATHTBL, TAAL2ROUTETBL, TADJMAPTBL, TADJNODETBL, TALAMTHRESHOLDTBL, TALARMFILTERTBL, TATMOAMVCCCCTBL, TATMTRAFFICTBL, TATMVCLCXTBL, TBOARDTYPETBL, TBOARDVTFLTTHRESHOLDTBL, TCBSADDRTBL, TCLOCKSRCTBL, TCMBPROGTBL, TCMBPVCTBL, TCNNODETBL, TCOPTLNKTBL, hour, min TCTRLFACTORTBL, TDEFAULTFACTORTBL, TDEFAULTTRMMAPTBL, TDHCPSERVERTBL, TDSCPMAPTBL, TDSPTBL, TDSX1TBL, TEMSIPTBL, TETHERPORTTBL, TETHIPTBL, TETHREDPORTTBL, TFACTORTBL, TFANMONITORFLTENABLETBL, hour, min TFANMONITORSPEEDTBL, TFLOWCONTROLCPUTHRESHOLDTBL, TFLOWCONTROLMSGTHRESHOLDTBL, TFLOWCONTROLSWITCHTBL, TFMRDSPSTATUSTBL, TFMRPARASTBL, TFRACTIONALLINKTBL, hour, min TGATEWAYCHECKTBL, TGPSTBL, TGTCODETBL, TGTPUPARATBL, TIMAGROUPTBL, TIMALINKTBL, TIP2MCPRIOTBL, TIP2VLANPRIOTBL, TIPADDRESSTBL, TIPCCONFIGTBL, TIPOAVCLCONFIGURETBL, TIPPATHTBL, TIPPMTBL, TIPROUTETBL, TIUBLINKCCPTBL, 14~163 TIUBLINKNCPTBL, TLOGPORTTBL, TM3UADETBL, TM3UALETBL, TM3UALINKSETTBL, TM3UALINKTBL, TM3UARTTBL, TMUTIMERTBL, TMDSPADDRTBL, TMLPPPLINKTBL, TMLPPPTBL, TMTP3BSIGLINKSETTBL, TMTP3BSIGLINKTBL, TMTP3BSIGROUTETBL, 0~163 TMTP3BTIMERTBL, TNODEBIDTBL, TNODEBIPTBL, TOPTTBL, TOSPTBL, TPATHRSCGRPTBL, TPIUOPTICALPORTMSPINFOSTBL, TPORTCTRLERTBL, TPORTFLOWCTRLPARATBL, 1~120 TPORTFLOWCTRLSWTBL, TPOWERMONITORBUZZERTBL, TPOWERMONITORFLTENABLETBL, TPOWERMONITORPARATBL, TPOWERMONITORRACKLEDTBL, TPPPLINKTBL, TPROGSDPTBL, TQAAL2TIMERTBL, TRCLKCLOCKMODETBL, TRCLKCLOCKSRCTBL, NON_FDR(NON_FDR), FDR(FDR) TSAALLINKTBL, TSCCPTIMERTBL, TSCTPLINKTBL, TSCTPSVRPORTTBL, TSD539TSTBL, TSLOTSTATUSTBL, TSPUSHARETHRESHOLDTBL, TSUBRACKTBL, TTRMMAPTBL, TUNITBL, 2~4 TVLANMAPTBL, TVPTBL, TYPRABAMRLCCNGCTRLINFO, TYPRABAMRLCPOLLINFO, TYPRABAMRLCRECEIVEPARAS, TYPRABAMRLCSENDERPARAS, TYPRABAQMPARAS, TYPRABDCCCPARAS, TYPRABDYNTF, TYPRABHSDPA, 0~100 TYPRABHSUPA, TYPRABOLPCPARAS, TYPRABPARAS, TYPRABQUALITYMEASPARAS, TYPRABRLCMAXDATRETRPARAS, TYPRABRLCNODISCARDPARAS, TYPRABRLCPARAS, 0~4294967294 TYPRABRLCTIMERBASEDEXPPARAS, TYPRABRLCTIMERBASEDNOEXPPARAS, TYPRABSEMISTATICTF, TYPRABSUBFLOWPARAS, TYPRABSUBFLOWRLCPARAS, TYPRABTMRLCPARAS, TYPRABTOAWPARAS, 0~100 TYPSRBAMRLCPOLLINFO, TYPSRBAMRLCRECEIVEPARAS, TYPSRBAMRLCSENDERPARAS, TYPSRBDYNTF, TYPSRBHSDPA, TYPSRBHSUPA, TYPSRBLOCHPARAS, TYPSRBOLPCPARAS, 8000~12000 TYPSRBPARAS, TYPSRBRLCMAXDATRETRPARAS, TYPSRBRLCNODISCARDPARAS, TYPSRBRLCPARAS, TYPSRBRLCTIMERBASEDEXPPARAS, TYPSRBRLCTIMERBASEDNOEXPPARAS, TYPSRBSEMISTATICTF, 30000~90000 TYPSRBTMRLCPARAS, TYPSRBTOAWPARAS, UECONNECTEDMODETIMERCONST, UEIDLEMODETIMERCONST, USERGBRMAPINFO, USERPRIORITYMAP, UTRANREGISTERINFO, WPSALGO
Enumeration Type
TRRS(Terrestrial Transmission), SATEL(Satellite Transmission)
Enumeration Type
TRRS(Terrestrial Transmission), SATEL(Satellite Transmission)
Interval Type
-120~-1,1~120
Compound Type
Compound Type
Compound Type
Interval Type
Interval Type
Interval Type
Enumeration Type
Interval Type
Interval Type
Interval Type
Interval Type
Interval Type
Interval Type
Interval Type
0~7
Interval Type
0~62
Interval Type
0~23
Interval Type
0~254
Enumeration Type
NORMAL(TXT FORMAT), FORMAT(BIN FORMAT)
Interval Type
0~5
Interval Type
1~30
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Interval Type
30~100
Enumeration Type
ON, OFF
Interval Type
1~255
Interval Type
1~255
Enumeration Type
M3UA_OVERRIDE_MOD(Active/Standby Mode), M3UA_LOADSHARE_MOD(Load Sharing Mode)
Enumeration Type
TER_TRANS(Terrestrial Transmission), SAT_TRANS(Satellite Transmission), TER_AND_SAT_TRANS(Terrestrial and Satellite)
Interval Type
0~27
Enumeration Type
IP(IP)
Enumeration Type
IP(IP), HDLC(HDLC)
Enumeration Type
IP(IP), HDLC(HDLC), TDM(TDM)
Enumeration Type
IP, HDLC, TDM
Enumeration Type
HDLC, IP
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
ENABLE(Enable Trace Range Limit), DISABLE(Disable Trace Range Limit)
Enumeration Type
5sec(5sec), 10sec(10sec), 15sec(15sec), 20sec(20sec), 30sec(30sec), 60sec(60sec), 120sec(120sec), 300sec(300sec), nouse(no use)
Interval Type
0~100
Interval Type
0~11
Interval Type
0~5,8~27
Interval Type
0~11
Interval Type
0~163
Interval Type
0~199
Interval Type
0~199
Interval Type
10~199
Interval Type
0~199
Interval Type
0~199
Interval Type
0~199
Interval Type
0~199
Enumeration Type
OFF(OFF), ON(ON)
Interval Type
0~11
Interval Type
0~11
Interval Type
0~11
Enumeration Type
TRXAid_NotAllow(TRX Aiding Not Allowed), AllowReForbid(Allowed & Recover Forbidden), AllowReImmed(Allowed & Recover Immediately), AllowReCheckRes(Allowed & Recover When Chk Res)
Interval Type
5~10
Interval Type
0~63,255
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
Interval Type
0~3071
String Type
None
Interval Type
0~3071
Interval Type
0~63
Interval Type
0~71
Interval Type
0~8
Interval Type
0~7
Interval Type
0~7
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
TRX(TRX), TRU(TRU/DTRU), QTRU(QTRU), DRRU(DRRU), DRFU(DRFU), MRRU(MRRU), MRFU(MRFU), GRFU(GRFU), GRRU(GRRU), BTS3900B(BTS3900B), BTS3900E(BTS3900E)
Interval Type
Interval Type
Enumeration Type
TS1(Time_slot_1), TS2(Time_slot_2), TS3(Time_slot_3), TS4(Time_slot_4), TS5(Time_slot_5), TS6(Time_slot_6), TS7(Time_slot_7), TS8(Time_slot_8), 8~255 TS9(Time_slot_9), TS10(Time_slot_10), TS11(Time_slot_11), TS12(Time_slot_12), TS13(Time_slot_13), TS14(Time_slot_14), TS15(Time_slot_15), TS16(Time_slot_16), TS17(Time_slot_17), TS18(Time_slot_18), TS19(Time_slot_19), TS20(Time_slot_20), 1~31 TS21(Time_slot_21), TS22(Time_slot_22), TS23(Time_slot_23), TS24(Time_slot_24), TS25(Time_slot_25), TS26(Time_slot_26), TS27(Time_slot_27), TS28(Time_slot_28), TS29(Time_slot_29), TS30(Time_slot_30), TS31(Time_slot_31)
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
1~31
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~7
Interval Type
0~512
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~65535
Interval Type
1~144
Interval Type
0~127
String Type
None
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Bit Field Type
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31
Interval Type
0~23
Interval Type
1~31
Interval Type
0~7
Interval Type
0~50
Interval Type
0~65535
Enumeration Type
Close(Close), Open(Open)
Enumeration Type
8K(8K), 16K(16K), 32K(32K), 64K(64K)
Interval Type
0~254
Enumeration Type
TRXLOOPBACK(TRX Loopback Test), CHLLOOPBACK(Channel Loopback Test), CHLCODEC(Speech codec Test), CPRILOOPBACK(CPRI Loopback Test)
Interval Type
0~31
Enumeration Type
SIMPLETEST(Simple Test), MANUALTEST(Manual Test)
Enumeration Type
PIM(Passive Intermodulation Test)
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
CHAIN(Chain), RING(Ring)
Interval Type
1~255
Interval Type
1~128
Interval Type
0~8
Compound Type
HOUR, MINUTE
Compound Type
HOUR, MINUTE
Enumeration Type
DISABLE(Disable), ENABLE(Enable), SLEEPING(Sleeping)
Interval Type
0~100
Interval Type
40~79
Interval Type
-99~99
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Interval Type
1~60
Enumeration Type
TX_3(3), TX_4(4), TX_5(5), TX_6(6), TX_7(7), TX_8(8), TX_9(9), TX_10(10), TX_11(11), TX_12(12), TX_14(14), TX_16(16), TX_20(20), TX_25(25), TX_32(32), TX_50(50)
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
0~10000
Interval Type
1~3000000
Interval Type
0~4000000
Interval Type
200~10000
Enumeration Type
T_2(2), T_3(3), T_4(4), T_5(5), T_6(6), T_7(7), T_8(8), T_9(9), T_10(10), T_12(12), T_14(14), T_16(16), T_20(20), T_25(25), T_32(32), T_50(50)
Enumeration Type
EPS, TCS
Enumeration Type
Enumeration Type
ANY_ERR_RETURN(Stop at Error),BTS3001C(BTS3001C), ALL_END_RETURN(Stop at End) BTS30(BTS30), BTS312(BTS312), BTS3001CP(BTS3001CP), BTS3002C(BTS3002C), BTS3012A(BTS3012A), BTS3006A(BTS3006A), BTS3012(BTS3012), BTS3006C(BTS3006C), GSM900, DCS1800, GSM900_DCS1800, GSM850, PCS1900, BTS3002E(BTS3002E), BTS3012AE(BTS3012AE), BTS3012_II(BTS3012 GSM850_1800, GSM850_1900 II), DBS3900_GSM(DBS3900 GSM), BTS3900_GSM(BTS3900 GSM), BTS3900A_GSM(BTS3900A GSM), DBS3036(DBS3036), BTS3036(BTS3036), BTS3036A(BTS3036A), BTS3900B_GSM(BTS3900B OUTER(External PCU), INNER(Built-in PCU) GSM), BTS3900E_GSM(BTS3900E GSM), BTS3900_GSM_6RFC(BTS3900 GSM 6RFC), BTS3900A_GSM_6RFC(BTS3900A GSM 6RFC), BTS3036_6RFC(BTS3036 6RFC), BTS3036A_6RFC(BTS3036A 6RFC), APM30(APM30), TMC(TMC), GSM900, DCS1800, GSM850,BBC(BBC), PCS1900 APM100(APM100), APM200(APM200), PS4890(PS4890), OMB(OMB), RFC-6(RFC-6), BTS3900(BTS3900), BTS3900L(BTS3900L), BTS3900AL(BTS3900AL), BTS3900AS(BTS3900AS), BTS3900B(BTS3900B), BTS3900E(BTS3900E), VIRTUAL(VIRTUAL)
Enumeration Type
GSM900(GSM900), DCS1800(DCS1800)
Interval Type
0~15
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1,255
Enumeration Type
Enumeration Type
Enumeration Type
Interval Type
0~23,255
Interval Type
0~53,255
Interval Type
0~15
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
1(1), 2(2), 3(3), 4(4), 5(5), 6(6), 7(7), 8(8), 9(9), 10(10), 11(11), 12(12)
Interval Type
0~1,255
Interval Type
0~23,255
Interval Type
0~53,255
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Enumeration Type
OFF(Off), ON(On)
Enumeration Type
NORTPCOMP, RTPCOMP
Enumeration Type
NORTPCOMP, RTPCOMP
Interval Type
1214~2001,2005~3783,3786~4783,4785~65000
Interval Type
0~65535
Enumeration Type
Administrators(Administrator), Operators(Operator), Users(User), Guests(Guest), Customs(Custom)
Interval Type
0~99
Interval Type
0~64
Interval Type
300~1000
String Type
None
String Type
None
Interval Type
0~255
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~8
Interval Type
1~8
Interval Type
1~255
Interval Type
0~240
Interval Type
1~64
Interval Type
0~63
Interval Type
1~64
Interval Type
1~64
Interval Type
1~10
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
1~30
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
0~15
Interval Type
1~100
Interval Type
1~20
Interval Type
1~30
Interval Type
1~30
Interval Type
1~100
Interval Type
0~3
Interval Type
0~7
Interval Type
0~7
Interval Type
1~20
Interval Type
0~7
Interval Type
0~63
Interval Type
0~70
Interval Type
0~70
Interval Type
0~70
Interval Type
0~10
Interval Type
0~19
Interval Type
0~63
Interval Type
0~63
Interval Type
1~20
Interval Type
0~10
Interval Type
0~19
Interval Type
1~20
Interval Type
0~100
Interval Type
0~100
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~64
Enumeration Type
NO(Not Allowed), YES(Allowed)
Interval Type
0~255
Enumeration Type
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
Enumeration Type
NO(NO), YES(YES)
Interval Type
1~6
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
10~3500
Interval Type
0~2047
Interval Type
0~2047
Enumeration Type
BYNAME(By Name), BYID(By Index)
Enumeration Type
BYNAME(By Name), BYID(By Index)
String Type
None
String Type
None
Interval Type
0~15
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9)
Interval Type
10~70
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), UAS7(UAS7), UAS8(UAS8), UAS9(UAS9), UAS10(UAS10), UAS11(UAS11)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), UAS7(UAS7), UAS8(UAS8), UAS9(UAS9), UAS10(UAS10), UAS11(UAS11), UNFIXED(UNFIXED)
Interval Type
0~5000
Enumeration Type
CS1(CS1), CS2(CS2), CS3(CS3), CS4(CS4), UNFIXED(UNFIXED)
Enumeration Type
MCS1(MCS1), MCS2(MCS2), MCS3(MCS3), MCS4(MCS4), MCS5(MCS5), MCS6(MCS6), MCS7(MCS7), MCS8(MCS8), MCS9(MCS9), UNFIXED(UNFIXED)
Interval Type
0~70
Interval Type
0~63
Interval Type
10~255
Interval Type
0~96
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~2047
Interval Type
512~1535
Interval Type
1~16
Interval Type
1~10
Interval Type
1~16
Enumeration Type
NO(No), YES(Yes)
Interval Type
0~300
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Interval Type
0~64
Enumeration Type
FORBID(Forbid), PERMIT(Permit)
Enumeration Type
BYTMSI(By TMSI), BYIMSI(By IMSI), BYMSISDN(By MSISDN), BYIMEI(By IMEI)
Enumeration Type
NOTSUPPORT(Not Support), SUPPORT(Support)
String Type
None
String Type
None
Compound Type
HOUR, MINUTE
Compound Type
HOUR, MINUTE
Interval Type
-99~99
Interval Type
0~8
Interval Type
0~255
Interval Type
0~63
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
1~63
Enumeration Type
FDD(FDD), TDD(TDD)
String Type
None
Interval Type
Enumeration Type
0~190,255 No_Priority~0||(无优先策略)$$(No Priority)** Public_Network_First~1||(公网优 先)$$(Public Network First)** VGCS_First(No Priority)** Public_Network_First~1||(公网优先)$$(Public Network First)** VGCS_First~2||(集群优先)$$(VGCS First)
Interval Type
0~190
Interval Type
50~95
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
NONE(None), LEVEL4(User Level 4), LEVEL3(User Level 3), LEVEL2(User Level 2), LEVEL1(User Level 1), LEVEL0(User Level 0), LEVELB(User Level B), LEVELA(User Level A)
Interval Type
50~95
Enumeration Type
DISABLE(Disable), ENABLE(Enable)
Enumeration Type
DISABLE, ENABLE
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Enumeration Type
DISABLE(DISABLE), ENABLE(ENABLE)
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
2~4094
Interval Type
0~7
Interval Type
0~7
Enumeration Type
NO(N0), YES(Yes)
Bit Field Type
FULL_RATE_VER1, FULL_RATE_VER2, FULL_RATE_VER3, HALF_RATE_VER1, HALF_RATE_VER2, HALF_RATE_VER3, FULL_RATE_VER5
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Enumeration Type
CLOSE(Close), OPEN(Open)
String Type
None
String Type
None
Enumeration Type
NO(NO), YES(YES)
Interval Type
0~12
Interval Type
1~30
Enumeration Type
14(1.4), 15(1.5), 16(1.6), 18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 33(3.3), 36(3.6), 88(8.8)
Enumeration Type
18(1.8), 20(2.0), 22(2.2), 24(2.4), 26(2.6), 28(2.8), 30(3.0), 32(3.2), 35(3.5), 38(3.8), 41(4.1), 45(4.5), 88(8.8)
Interval Type
0~12
Interval Type
0~999
Interval Type
4000~33000
Interval Type
3000~34000
Interval Type
3000~34000
Interval Type
0~1000
Interval Type
1~30
Interval Type
0~60
Interval Type
0~1000
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
CLOSE(Close), OPEN(Open)
Enumeration Type
NOLIMIT(No Limit), LIMIT(Limit)
Enumeration Type
East_Longitude(East Longitude), West_Longitude(West Longitude)
Enumeration Type
INACTIVE(Inactive), ACTIVE(Active)
Enumeration Type
NO(NO), YES(YES)
Enumeration Type
DENY(Deny), ALLOW(Allow)
Enumeration Type
SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)
Enumeration Type
M3UA_ASP(M3UA_ASP), M3UA_IPSP(M3UA_IPSP)
Interval Type
0~24
Enumeration Type
NO(No), YES(Yes)
Interval Type
1~255
Interval Type
0~24
Enumeration Type
NO(No), YES(Yes)
Enumeration Type
Active(Format active area), Standby(Format standby area)
Enumeration Type
GSM_AND_UMTS(GSM AND UMTS), UMTS(UMTS), GSM(GSM)
Enumeration Type
GO(GSM Only)
Enumeration Type
E1_UNBA(E1 Unbalance), E1_BA(E1 Balance), T1(T1), E1(E1)
Enumeration Type
E1(E1), T1(T1)
Interval Type
Interval Type
Interval Type
Interval Type
Enumeration Type
GMT-1200(GMT-12:00), GMT-1100(GMT-11:00), GMT-1000(GMT-10:00), GMT-0930(GMT-09:30), GMT-0900(GMT-09:00), GMT-0800(GMT-08:00), 1~127 GMT-0700(GMT-07:00), GMT-0600(GMT-06:00), GMT-0500(GMT-05:00), GMT-0430(GMT-04:30), GMT-0400(GMT-04:00), GMT-0330(GMT-03:30), GMT-0300(GMT-03:00), GMT-0200(GMT-02:00), GMT-0100(GMT-01:00), GMT(GMT), GMT+0100(GMT+01:00), GMT+0200(GMT+02:00), 30~300 GMT+0300(GMT+03:00), GMT+0330(GMT+03:30), GMT+0400(GMT+04:00), GMT+0430(GMT+04:30), GMT+0500(GMT+05:00), GMT+0530(GMT+05:30), 60~300 GMT+0545(GMT+05:45), GMT+0600(GMT+06:00), GMT+0630(GMT+06:30), GMT+0700(GMT+07:00), GMT+0800(GMT+08:00), GMT+0845(GMT+08:45), GMT+0900(GMT+09:00), GMT+0930(GMT+09:30), 30~60000 GMT+1000(GMT+10:00), GMT+1030(GMT+10:30), GMT+1100(GMT+11:00), GMT+1130(GMT+11:30), GMT+1200(GMT+12:00), GMT+1245(GMT+12:45), GMT+1300(GMT+13:00), GMT+1400(GMT+14:00)
Actual Value Range
Unit
Default Value
0~70
None
50
0~70
None
50
1~8, step:0.1
s
40
TRUE, FALSE
None
NO, YES
None
10~255
s
30
10~255
s
60
IDLETSALLOC_0, IDLETSALLOC_1, IDLETSALLOC_2, IDLETSALLOC_3
None
IDLETSALLOC_0
CLOSE, OPEN
None
CLOSE
0~100
per cent
NO, YES
None
10~3600
s
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
1~255
None
40
0~250
None
100
8BIT, 11BIT
None
FALSE
YES
90
NO
15
GSM_PHASE_2
8BIT
0~65535
None
0
NO, YES
None
NO
0~31
None
None
OSubcell, USubcell, NoPrefer
None
Usubcell
0~31
None
None
ULPRIORITY, NEUTRAL, DLPRIORITY
None
NEUTRAL
0~9
None
0
1~10
None
2
15~7200
s
Disable, Enable
None
Enable
NO, YES
None
YES
CLOSE, OPEN
None
COMPUL0, COMPUL1, FLEX
None
4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/S, 10_2KBIT/S, 12_2KBIT/S
None
4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/S
None
CLOSE 4_75KBIT/S1&5_15KBIT/S0&5_90KBIT/S1&6_70KBIT/SFLEX 0&7_40KBIT/S1&7_95KBIT/S4_75KBIT/S0&10_2KBIT/S1&5_15KBIT/S0&12_2KBIT/S-1 0&5_90KBIT/S1&6_70KBIT/S0&7_40KBIT/S1&7_95KBIT/S-0
0~7
None
6_60KBIT/S1&8_85KBIT/S1&12_65KBIT/S-1
NO, YES
None
NO
120
1~255
min
10
60~300
V
180
61.0~300.0 (step: 0.1)
V
2800
60.0~299.0 (step: 0.1)
V
1800
60~300
V
280
NO, YES
None
NO
0~254
None
None
0~50
ms
0
0~768
None
2
PORT0_CDEF, PORT1_CDEF
None
None
1~16777215
None
None
BYMANUAL, BYAUTO
None
BYAUTO
0, 1, 2
None
OFF, ON
None
OFF
COMMON_DLD, QUICK_DLD1, QUICK_DLD2
None
None
Lock, Unlock, Shutdown
None
UNLOCK
Lock, Unlock, Shutdown
None
Unlock
2
Lock, Unlock, Shutdown
None
Unlock
hour{0~23} min{0~59}
None
None
0~100
None
OFF, ON
None
OFF
hour{0~23} min{0~59}
None
None
RATIORULE
None
None
1~51 characters
None
None
1~51 characters
None
None
0~600
ms
400
0~60
dB
20
-60~-35, 0
dBm
0~1000
ms
0
0~15
dB
6
CLOSE, OPEN
None
10~100
None
1~10
s
1920~30720, step:480
ms
10
-50
CLOSE
20
4
64_Times
0~30240, step:480
ms
48
0~65534
None
None
BSC
None
None
1920~30720, step:480
ms
52_Times
0~30240, step:480
ms
65334~65383
None
None
1~65535
None
None
1~65535
None
None
1~65535
None
None
1~65535
None
None
65033~65533
None
None
1~1024 characters
None
None
1~60
min
ALL, ONEBYONE
None
None
ALL, ONEBYONE
None
None
NO, YES
None
NO
NO, YES
None
YES
32
15
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
ABIS, A
None
ABIS
0~100
per cent
5
0~100
per cent
5
0~100
per cent
5
0~100
per cent
10
0~100
per cent
10
0~100
per cent
10
NO, R3, R2, R2ANDR3
None
-12~12
dB
-23~-4
dBm
3~12
dB
-23~-4
dBm
-4
-23~-4
dBm
-23
NO
0
-18
6
FIXEDLEVEL, ADAPTIVE, FIXEDGAIN
None
FIXEDGAIN
CLOSE, OPEN
None
CLOSE
5~15
None
5
1~255
s
3
0~4000000
kbit/s
None
NOTALLOW, ALLOW
None
ALLOW
OFF, ON
None
OFF
0~100
per cent
NOTALLOW, ALLOW
None
0~16
None
0~100
per cent
ALLCIC, ALLNULL
None
None
ALLCIC, ALLNULL
None
ALLCIC
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
0~2000
mA
30
100
NOTALLOW
4
100
0~2000
mA
30
0~2000
mA
30
0~65535
s
None
NO, YES
None
YES
0~65534
None
None
0~65535
None
None
0~15
mA
10
45~155
mA
100
125~175
mA
150
0~65535
s
0~100
per cent
0
0~100
per cent
0
0~250
None
0
0~250
None
0
NO, YES
None
NO
flt, evt, all
None
all
0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10
None
None
6
0~0.9, step:0.1
m
0
-1000~10000
m
0~6553
m
-3281~32810
feet
None
Critical, Major, Minor, Warning
None
None
Critical, Major, Minor, Warning
None
None
DISABLED, ENABLED
None
DISABLED
DISABLED, ENABLED
None
DISABLED
DISABLED, ENABLED
None
DISABLED
DISABLED, ENABLED
None
DISABLED
DISABLED, ENABLED
None
DISABLED
DISABLED, ENABLED
None
DISABLED
2~32, step:2
dB
OFF, ON
None
ON
NO, YES
None
NO
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~3
None
0
None
40
16
0~7
None
0
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
2
0~63
dB
8
0~63
dB
33
0~63
dB
25
NO, YES
None
0~255
dB
2
0~255
dB
20
0~255
dB
1
0~255
dB
100
0~7
None
0~100
per cent
0~255
dB
4
0~255
dB
108
NO, YES
None
NO
0
75
NO
0~7
None
3
0~100
per cent
0~32
dB
8
0~30
dB
2
0~30
dB
0
0~30
dB
0
0~32
dB
8
NO, YES
None
480~7200, step:480
ms
3
0~4
dB
4
0~15
None
0
OFF, ON
None
0~99
per cent
NO, YES
None
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~3
None
0
0~7
None
0
15
YES
ON
55
NO
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
3
0~63
dB
6
0~63
dB
30
0~63
dB
18
0~65535
None
2
0~65535
None
2
3~30
dB
6
CLOSE, OPEN
None
10~30
dB
1~5 characters
None
None
0~4599
None
None
0~4599
None
None
1~100 characters
None
None
MODE0, MODE1, MODE2
None
MODE0
-32~0
dB
CLOSE
12
-13
-64~0
dB
-48
CLOSE, OPEN
None
0~360
degree
0~1000
m
SENDPOWER, NOPOWER
None
NOPOWER
OFF, ON
None
OFF
NO, YES
None
NO
0~35
None
None
A, B
None
None
A, B
None
None
A, B, NULL
None
NULL
0~335
None
None
M3UA, BBAP
None
None
MTP2, OTHER, TCSTM1
None
None
1~65535
packet
1~65535
bit
1024
1~65535
bit
256
CLOSE
360
0
20
1~65535
packet
20
1~65535
packet
10
1~65535
packet
20
CLOSE, OPEN
None
1~65535
bit
0~65535
None
PRIMARY, STANDBY, ALL
None
PRIMARY
PRIMARY, STANDBY
None
PRIMARY
0~80
per cent
5~126
None
100
5~100
per cent
100
3~10
None
3
3~10
ms
3
0~27
None
None
0~27
None
None
0~11
None
None
power, env, sig, trunk, hardware, software, run, comm, service, handle
None
None
CLOSE
384
0
50
power, env, sig, trunk, hardware, software, run, comm, service, handle
None
None
OFF, ON
None
OFF
DISABLE, ENABLE
None
DISABLE
0~61
dB
0~62, 255
None
None
0~62
None
None
0~23, 255
None
None
0~23
None
None
0~255
None
None
0~254
None
None
0~63
dB
30
500~60000
ms
10000
1~300
s
30
1~300
s
60
1~300
s
30
1~300
s
60
1~300
s
30
35
1~300
s
30
1~300
s
20
NO, YES
None
0~63
dB
2
0~63
dB
10
NO, YES
None
YES
Close, Open
None
Open
80~100
per cent
0~254
None
NO
85
None
0~100 per cent TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
90
None
NO, YES
None
None
0~1
None
None
0~254
None
None
0~2047
None
None
TDM, IP
None
TDM
A, B, ALL
None
None
TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
NO, YES
None
YES
0~15
dB
0
0~15
dB
0
1~65535
min
1~60
min
NONE, PEER
None
None
SERVER, CLIENT
None
None
SERVER, CLIENT
None
None
SERVER, CLIENT
None
None
1~63 characters
None
None
1~63 characters
None
None
1~64 characters
None
None
1~15 characters
None
None
1~15 characters
None
None
1~16 characters
None
None
NO_V, PAP_V, CHAP_V
None
NO_V
None
1
NO_V, PAP_V, CHAP_V
None
NO_V
NO_V, PAP_V, CHAP_V
None
NO_V
ENABLE, DISABLE
None
None
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
DISABLED, ENABLED
None
ENABLED
BTSAUTODLDACT, TMUAUTOACT
None
None
OFF, ON
None
ON
1~65535
min
None
AU4, AU3
None
None
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
GSM_PHASE_2
LOW, HIGH
None
HIGH
LOW, HIGH
None
LOW
O1E3_R1E4, O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11, O1E11_R1E12
None
None
O1E3_R1E4, O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11, O1E11_R1E12
None
None
O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11
None
None
O1E4_R1E5, O1E5_R1E6, O1E6_R1E7, O1E7_R1E8, O1E8_R1E9, O1E9_R1E10, O1E10_R1E11
None
None
OFF, ON
None
OFF
OFF, ON
None
OFF
0~200 characters
None
None
0~128 characters
None
None
0~70
None
CLOSE, LOCALTLLI, ALLTLLI
None
ALLTLLI
1~64 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
BYTRX, BYPWR
None
BYTRX
BYCOVER, BYCAP, BYSAVING
None
BYCOVER
0~1
None
1
0~1
None
1
0~1
None
1
1~200
s
55
20
1~80 characters
None
None
0~2047
None
None
Battery1Temp, Battery2Temp
None
Battery1Temp
Battery1Temp, Battery2Temp
None
Battery1Temp
30~1000
Ah
NO, YES
None
0~90
per cent
NO_BAT, INSIDE_BAT, OUTSIDE_BAT
None
1024~65535
None
58000
0~254
None
8
0~5000
Ah
0~7
None
None
0~7
None
None
0~7
None
None
0~1023
None
None
0~1023
None
None
NO_Hop, Hop
None
None
50
NO
50
NO_BAT
36
0~100
per cent
80
0~100
per cent
60
0~63
None
14
0~511
None
5~25
per cent
43.3~57.6 (step: 0.1)
V
NO, YES
None
1~10
None
8
1~10
None
4
1~10
None
2
MTP3, M3UA, MTP3_M3UA
None
1~60
s
1
0~10
None
5
0~3
None
1
NO, YES
None
NO
NO, YES
None
YES
0.5~16, step:0.5
s
None
15
565
NO
None
4
0.5~16, step:0.5
s
6
3~10
None
3
1~2
None
10~254
None
ALL, PART
None
ALL
-10000~10000
None
None
1~10
None
4
1~10
None
2
1~10
None
1
DISABLE, ENABLE
None
0~65534
s
0
60~65534
s
900
DISABLE, ENABLE
None
1~6
None
1~120
s
0~335
None
None
0~5, 8~27
None
None
None
30
ENABLE
ENABLE
4
10
0~11
None
None
0~5000
s
NO, YES
None
None
nonrpt, rpt
None
None
0, 1, 2, 3, 4, 5, 6, NULL
None
NULL
0, 1, 2, 3, 4, 5, 6, NULL
None
NULL
NO, YES
None
YES
0.5~8, step:0.5
s
0~127
dB
0.5~8, step:0.5
s
SCU, GCU, XPU, INT, TNU
None
None
SCU, GCU, XPU, DPU, INT, TNU
None
None
SCU, GCU, MPU, GCP, DPU, INT, TNU
None
None
INT, DPU, XPU, TNU, OMU, SAU
None
None
0~72
None
None
0~47
None
None
0~100000 (step: 100)
kbit/s
None
1000
1
69
1
DTMU_MAIN, DTRU_MAIN, ETR_MAIN, FMU_MAIN, FMUA_MAIN, GATM_MAIN, GTMU_MAIN, IASU_MAIN, IOMU_MAIN, MFU_3001C, MMU_3001C, MRRU_MAIN, MTR_MAIN, NFCB_MAIN, PBU_MAIN, QTRU_MAIN, TMU_MAIN, TRX_MAIN, GRRU_MAIN, BTS3900B_MAIN, BTS3900BBOOT_MAIN, MRFU_MAIN, GRFU_MAIN, MRRUBOOT_MAIN, MRFUBOOT_MAIN, USCU_MAIN, BTS3900E_MAIN, BTS3900EBOOT_MAIN, BOOTROM_PCK, UBRI_MAIN, UTRP_MAIN
None
None
0~100000 (step: 100)
kbit/s
None
DPUa, DPUc
None
None
PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, OMUa, OMUb, SAUa
None
None
FG2a, GOUa, FG2c, GOUc
None
None
PEUa, POUc
None
None
PEUa, POUc
None
None
PEUa, POUc
None
None
MRRU, GRRU, MRFU, GRFU, BTS3900E
None
None
TMU, DTRU, DPTU, QTRU, MRRU, GRRU, BTS3900B, MRFU, GRFU, BTS3900E, DRFU, DRRU, UBRI, UTRP
None
None
0~255
s
1~80 characters
None
2~3600
s
ENTIRE, INCREMENTAL
None
0~7
None
1~16777215
None
None
NO, YES
None
NO
0
Cell name
60
INCREMENTAL
1
MAINBSC, SUBBSC
None
None
0.0.0.0~255.255.255.255
None
None
hour{0~23} min{0~59}
None
None
hour{0~23} min{0~59}
None
None
0~15
None
None
0~15
None
None
5~60
d
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
UNCONDITIONALSTART, ATERCONGESTS, PREFIXNUMBER
None
UNCONDITIONALSTART
1~64 characters
None
None
NO, YES
None
YES
NO, YES
None
NO
0~335
None
None
0~65535
None
None
NO, YES
None
YES
NO, YES
None
YES
5
NO, YES
None
NO
0~65535
None
65535
0~65535
None
65535
0~65535
None
65535
0~4294967295
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
0
0~65535
None
65535
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~65535
None
65535
0~65535
None
65535
0~65535
None
65535
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
0~65535
None
65535
0~27
None
None
0~11
None
None
0~7
None
None
0~2500
None
None
0~15
None
None
1~15
None
None
1~31
None
None
0~15
None
NO, YES
None
0~12
None
940~4230, step: 470
ms
1~4
None
1
0~12
None
1
NEITHERSTART, BTSPRIORITY, BSCPRIORITY, BTSONLY, BSCONLY
None
NEITHERSTART
NONSUPPORT, BASIC, ENHANCED
None
NONSUPPORT
NO, YES
None
YES
PEUa, EIUa, OIUa, POUc
None
None
SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa
None
None
SCUa, GCUa, GCGa, PEUa, FG2a, GOUa, EIUa, OIUa, POUc, FG2c, GOUc, XPUa, XPUb, DPUa, DPUb, DPUc, DPUd, TNUa, ALL
None
None
PEUa, POUc, EIUa, OIUa
None
None
PEUa, POUc, EIUa
None
None
10
YES
4
2_M_PERIOD
PEUa, POUc, EIUa, OIUa
None
None
POUc, OIUa
None
None
POUc, OIUa
None
None
FG2a, GOUa, FG2c, GOUc, POUc
None
None
EIUa
None
None
DATU, GATM, DRRU, MRRU, MRFU, GRFU, GRRU, BTS3900E
None
None
CDU, PCDU, DCDU, CDUC, CDUP, RCDU, CDUR, CDUE, BIE, EAC, EMUA, MCK, DTMU, DATM_DATU, NFCB, EDU,PWC, PEDU, REDU, DEDU, EDUC, EDUP, EDUR, EDUE, EMU_DEMU, DPMU, DCBM_DCOM, DHEU, ECOM, MFU, DDPM_DDPU, DFCU, DFCB None MPW, MCD, IASU, PTU, TMU, PSU, PMU, APMU, 3001C_MFU, TEU, TES, PBU, DPBU, RPBU, PPBU, SCU, MDU, UPEU, UEIU, FMU, FMUA, DTCU, GATM, DGPS, USCU, UBRI, FAN, EMU, PMU, TCU, PSU, UTRP None
None
None
DRRU, DRFU, MRRU, XRRU, MRFU, GRFU, GRRU, XRFU, BTS3900E None
None
TRX_30_OR_DRU, TRX_GPRS, PTRX, ETRX, RTRX, DTRX, RETR, DETR, EETR, PETR, MTR, TRU, QTRU
None
None
CDU, CDUC, CDUP, CDUR, CDUE, PCDU, RCDU, DCDU, EDU, EDUC, EDUP, EDUR, EDUE, PEDU, REDU, DEDU, DDPM_DDPU, DFCU, DFCB
None
None
CFGBM, CFGTC
None
None
CFGBM, CFGTC
None
None
NO, YES
None
YES
1~64 characters
None
None
LOGICIP, PORTIP, PPP/MP
None
LOGICIP
LOGICIP, PORTIP, PPP/MP
None
None
0~64 characters
None
None
CLOSE, OPEN
None
CLOSE
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047
None
None
BYIDX, BYNAME
None
None
BYNAME, BYID
None
None
0~2047, 65535
None
None
0.0.0.0~255.255.255.255
None
None
UNCONDITIONALSTART, ABISCONGESTS, PREFIXNUMBER
None
UNCONDITIONALSTART
0.0.0.0~255.255.255.255
None
None
BSC_Preprocessing, BTS_Preprocessing
None
BTS_Preprocessing
1~64 characters
None
None
1~64 characters
None
None
1~2048 characters
None
None
OFF, ON
None
ON
NO, YES
None
NO
2~32, step:2
dB
OFF, ON
None
OFF
1~256 characters
None
None
BTS30, 1~250 BTS312, BTS3001C, BTS3001CP, BTS3002C, None BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900B_GSM, BTS3900E_GSM, BTS3900L_GSM None
None
BTS3900B_GSM, BTS3900E_GSM None BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900L_GSM, BTS3900B_GSM, BTS3900E_GSM None
None
16
None
None
0~1000000
s
3
BIULOOP, TRXSELFTEST
None
None
NO_BAT, INSIDE_BAT, OUTSIDE_BAT
None
NO_BAT
10~255
s
YES, NO
None
NO
2~65534
None
None
2~65534
None
None
1000~3000
ms
60
1000
OFF, ON
None
None
0~200000
kbit/s
0
0~200000
kbit/s
0
0~100
per cent
20
0~100
per cent
15
0~200000
kbit/s
0
0~100
per cent
1
0~200000
kbit/s
0
0~100
per cent
0
0~100
per cent
5
0~200000
kbit/s
0
100~1000
per cent
FULL_DUPLEX, HALF_DUPLEX
None
0~100
per cent
25
20~100
per cent
80
BYIDX, BYNAME
None
None
C31NOTUSE, C31STANDARD
None
C31STANDARD
120
None
0~1
None
0
1~200 characters
None
None
0~8
None
None
NO, YES
None
None
NO, YES
None
YES
0~4095
None
None
NO, YES
None
YES
OFF, ON
None
None
GSM900, DCS1800, GSM850, PCS1900
None
GSM900
NULL, IPLGCPORT, RSCGRP
None
NULL
ETHER, IPLOGICPORT, TRUNK, PPP, MP
None
None
ETHPORT, TRUNK
None
None
NO, YES
None
NO
0~3
None
None
0.0.0.0~255.255.255.255
None
None
0~63
None
0~65535
None
30
None
5~180
s
15
NO, YES
None
4500~32767
byte
1~5
s
3
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~65535
None
DISABLE, ENABLE
None
0~255
s
15
20~100
per cent
80
0~63
None
46
10, 100, 1000
ms
0~100
per cent
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
0~1023
None
None
AUTO, MANU
None
None
NO
4500
86
None
1000
90
0~1023
None
None
AUTO, MANU
None
None
0~50
None
0
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
Permit, NoPermit
None
Permit
OUTDOOR_CELL, INDOOR_CELL
None
OUTDOOR_CELL
24.0~28.9 (step: 0.1)
V
283
43.3~57.6 (step: 0.1)
V
565
24.0~28.9 (step: 0.1)
V
268
43.2~57.5 (step: 0.1)
V
535
0~2047
None
None
0~2047
None
None
0~2047
None
None
0~2047, 65535
None
None
0~2047
None
None
0~2047
None
None
1~400 characters
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
Inner, Extra
None
None
1, 2, 3, 4
None
0~5000 characters
None
None
NO, YES
None
NO
0~255
None
1~64 characters
None
None
1~64 characters
None
None
1~64 characters
None
None
0~5000 characters
None
None
OP1, OP2, OP3, OP4, NONE
None
0~63
dB
0~63
None
1
1~20
None
4
3
80
255
30
NO, YES
None
YES
35.0~55.3 (step: 0.1)
V
2G, 3G
None
0~100
per cent
COMMON, MULTIPATH, INDOOR, HIGHWAY
None
COMMON
NO, YES
None
NO
40.0~79.0 (step: 0.1)
degree Celsius
500
-19.0~5.0 (step: 0.1)
degree Celsius
-100
0.0~100.0 (step: 0.1)
degree Celsius
800
-50.0~0.0 (step: 0.1)
degree Celsius
-200
NO, YES
None
0~63
dB
0~63
None
20~90
per cent
0~200 characters
None
None
NO, YES
None
None
NULL, IPLGCPORT, RSCGRP
None
NULL
430
2G
30
NO
20
1
80
AUTO, NORMAL
None
None
DISABLE, ENABLE
None
None
NO, YES
None
None
NO, YES
None
None
1~32 characters
None
None
G_15, G_16, G_17, G_18, G_19, G_20, G_21, G_22, G_23, G_24, G_25, G_26, G_27, G_28, G_29, G_30, G_31 None G_0, G_1, G_2, G_3, G_4, G_5, G_6, G_7, G_8, G_9, G_10, G_11, G_12, G_13, G_14, G_15, G_16, G_17, G_18, G_19, G_20, G_21, G_22, G_23, G_24, G_25, G_26, G_27, G_28, G_29, G_30, G_31 None
None
None
20~90
None
80
20~90
None
80
OFF, ON
None
None
1~32 characters
None
None
0~2
None
None
30~100
None
90
30~100
None
90
30~100
None
90
QUICK_HO_NCELL_TYPE_A, QUICK_HO_NCELL_TYPE_B
None
QUICK_HO_NCELL_TYP E_A
CHAINTORING, COMBINECHAINS
None
None
CAPABILITY, QUALITY, PSRELATIVELY, PSABSOLUTELY None
CAPABILITY
0~100
per cent
0
OFF, ON
None
0~100
per cent
0~65535
None
None
NO, YES
None
YES
NO, YES
None
NO
1~64
s
1~5
None
NO, YES
None
YES
MODE1, MODE2, MODE3
None
MODE2
MODE1, MODE2, MODE3
None
MODE2
0~511
None
None
0~511
None
None
5~20
None
10
5~20
None
10
NO, YES
None
OFF
100
10
5
NO
NO, YES
None
NO
ALDER32, CRC32
None
CRC32
SBFD, ARP, MBFD
None
None
0~12
h
None
1~7
None
None
0~169
None
None
0~7
None
None
TRXRFSELFLOOP, BIULOOP, BTSSPEECHLOOP, TRXSPEECHLOOP
None
None
FULLTCH, HALFTCH
None
None
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NOSENDING, SYSTEMOPT, SENDING
None
SYSTEMOPT
NO, YES
None
NO
OFF, ON
None
OFF
10~800
None
100
10~800
None
200
100~600000
ms
TCHFR, TCHHR, SDCCH8, MBCCH, CBCCH, BCH, BCCH_CBCH, SDCCH_CBCH, PBCCH_PDTCH, PCCCH_PDTCH, PDTCH, DPDCH
None
TCHFR
0~65535
None
None
0~65535
None
None
0~65535
None
None
0~65535
None
None
0~160
frame
0
1~12, step: 5
min
3
OFF, ON
None
1~100
per cent
1~60
s
NO, YES
None
YES
NO, YES
None
YES
NOTSENDING, SENDINGPRO, SENDING
None
NOTSENDING
1000
OFF
80
5
NOTSENDING, SENDINGPRO, SENDING
None
NOTSENDING
NO, YES
None
YES
NO, YES
None
YES
64~100000, step:64
kbit/s
None
0~22
dB
0~27
None
None
0~11
None
None
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
ERR_PFM_1E6, ERR_PFM_5E6, ERR_PFM_1E5, ERR_PFM_5E5, ERR_PFM_1E4, ERR_PFM_5E4, ERR_PFM_1E3
None
None
INCLK, BSCCLK, EXCLK, IPCLK, TRANSCLK, GPSCLK, UMCLK, PEERCLK
None
None
HW_DEFINED, PTP
None
PTP
GCUa, GCGa
None
GCUa
INT_CLK, TRCBSC_CLK, EXTSYN_CLK, IP_TIME, IP_TRANSFER, TRCGPS_CLK, UM_CLK, PEER_CLK
None
None
0~255
s
cleared, uncleared
None
0~255
s
22
255
None
255
1~200 characters
None
None
0~128 characters
None
None
0~19
None
None
1~3
None
None
0~62
None
None
0~62
None
0~62
None
None
0~62
None
None
0 None
None
0
1~60
s
30
0~4095
None
None
0~4095
None
None
0~31
None
None
0~3
None
None
NONE, AINTFBLOCK
None
NONE
1~150000
None
None
BTS3002C, BTS3012A, BTS3006A
None
None
BTS3012, BTS3012AE, BTS3006C, BTS3012_II, BTS3002E, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900_GSM_6RFC, BTS3900A_GSM_6RFC, BTS3036_6RFC, BTS3036A_6RFC
None
None
10000~50000
None
None
0~250
None
0
0~250
None
0
NO, YES
None
YES
1~1023
None
None
INACTIVE, ACTIVE
None
INACTIVE
BYSITE, BYCELL
None
0~10, step:0.1
dB
L0_FORBID, L1_FORBID, L2_FORBID, L3_FORBID, L4_FORBID, L5_FORBID, L6_FORBID, L7_FORBID, L8_FORBID, L9_FORBID
None
L0_FORBID0&L1_FORBIDNone 0&L2_FORBID0&L3_FORBID0&L4_FORBID0&L5_FORBID0&L6_FORBID0&L7_FORBID0&L8_FORBID0&L9_FORBID-0
LOWERCASE, UPPERCASE, DIGIT, SPECIALCHARACTER
None
None
1~100
None
NO, YES
None
NO
BYNAME, BYID
None
None
10~150
ms
15
10~150
ms
15
10~150
ms
15
45
100
10~150
ms
15
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
25
10~150
ms
50
10~150
ms
50
NO, YES
None
NO
0~335
None
None
NO, YES
None
NO
ALL, ONLY_SSL
None
None
INNER, EXTERNAL
None
None
0~60
s
4
1~200
s
6
NO, YES
None
NO
1~28
None
1~60
s
None
NO, YES
None
NO
0~7
None
None
OFF, ON, NOTSUPPORT
None
NOTSUPPORT
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB
dB
6dB
0~200 characters
None
None
DISABLE, ENABLE
None
None
10~2550, step: 10
ms
1~255
None
3
0~126, step: 2
dB
0
1~255
None
UNAVAILABLE, AVAILABLE
None
UNAVAILABLE
VOICEINF, MR, CALLAPPENDINF, CALLINNERINF
None
None
0~100
None
OFF, ON
None
OFF
None
RESINSUFF,UMABNOR M,TRAFFREJECT,MSCR EL
RESINSUFF, UMABNORM, TRAFFREJECT, MSCREL, MSCDISCON, BADQUALITY
5
10
255
5
0~100
per cent
100
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
0~7
None
None
0~100
per cent
0~7
None
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, MRHOFAIL, MRHOLATEST
None
OFF
COMMONUSRM, SPECUSRM
None
None
ABNORMREC, ALLBSCREC, ALLCELLREC
None
ABNORMREC
OFF, ON
None
None
OFF, ALL, AINTF, ABISINTF
None
OFF
30~100
per cent
LU, SMS, CALL
None
0~100
per cent
OFF, ON
None
OFF
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
100
5
90
CALL
50
0~7
None
None
0~100
per cent
0~7
None
ON, OFF
None
40000~50000
ms
45000
5000~150000
ms
30000
1000~2000
ms
1300
400~600
ms
500
7500~9500
ms
8200
80~120
ms
100
3000~6000
ms
5000
500~2000
ms
1500
1~100
ms
100
30~100
per cent
95
30~100
per cent
95
1~16777215
None
None
4BURST, RLC/MAC
None
4BURST
50
3
None
YES, NO
None
None
0~62
None
None
0~5
None
None
0~23
None
None
0~254
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27, 255
None
None
0~11, 255
None
None
ON, OFF
None
None
NO, YES
None
NO
0~99
None
None
10~255
min
1~63 character
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
30
None
4
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
NT14_5K, NT12K, NT6K, T14_4K, T9_6K, T4_8K, T2_4K, T1_2K, T600_BITS, T1200_75
None
NT14_5K-0&NT12K1&NT6K-1&T14_4K0&T9_6K-1&T4_8K1&T2_4K-1&T1_2K0&T600_BITS0&T1200_75-0
NOLIMIT, LIMIT
None
NOLIMIT
4
2000-1-1~2099-12-31
None
None
1~12
None
None
0~31
None
None
0~30
degree Celsius
Inner, Extra
None
None
0~2047
None
None
1~64 characters
None
None
BYNAME, BYID
None
None
0~255
None
None
0~255
None
None
0~255
None
None
0~255
None
None
35.0~55.6 (step: 0.1)
V
None
58.0~60.0 (step: 0.1)
V
580
43.3~55.5 (step: 0.1)
V
450
58.0~60.0 (step: 0.1)
V
580
0~32
None
2
0
500~60000
ms
1000
0~186
None
None
1~110 characters
None
None
INACTIVE, ACTIVE
None
INACTIVE
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
1~1000
None
None
BSC, BTS
None
None
BTS, BSC, DXX, OTHER
None
None
0~27
None
None
{0~11}
None
None
0~7
None
None
0~3071
None
None
0~255
s
None
3~10
None
OFF, ON
None
3
None
0~50 characters
None
None
0~35
None
None
0.0.0.0~255.255.255.255
None
None
LOGIC_IP
None
None
0~16383
None
None
0~23
None
None
0~254
None
None
NO, YES
None
YES
DEFAULTPORT, CUSTOMPORT
None
None
1~60
min
0.0.0.0~255.255.255.255
None
None
0~63
None
None
DISABLE, ENABLE
None
DISABLE
NO, YES
None
NO
MON_1~MON_31
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
1~128 characters
None
None
1
1~256 characters
None
None
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
NO
0~15
s
NO, YES
None
0.5~4, step: 1/8
bit
4
0.5~4, step: 1/8
bit
4
0.5~4, step: 1/8
bit
4
N0, YES
None
3
None
N0
TCH:480~122400, step:480; SDCCH:470~119850, step:470 ms
3
1~30
dB
14
1~30
dB
14
1~30
dB
16
1~30
dB
16
16~1007
None
1~255
None
None
5
UNSUPPORT, SUPPORT
None
UNSUPPORT
0~63
dB
1~10
None
1~30
dB
16
1~30
dB
16
0~127
None
1~30
dB
18
1~30
dB
18
0~15
None
2
0~15
None
3
0~15
None
3
0~15
None
3
0~15
None
4
0~15
None
15
0~15
None
2
0~15
None
2
0~63
dB
20
3
0
35
0~70
None
40
1~100
None
90
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
2~255
None
2
2~255
None
8
2~255
None
60
2~255
None
2
1~30
dB
4
1~30
dB
8
1~100
None
100
0~3
None
0
0~7
None
0
0~7
None
2
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
2
0~63
dB
10
0~70
None
55
0~70
None
60
0~70
None
55
0~10
None
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
0~63
dB
20
0~63
dB
20
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
1
0~10
None
6
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
1
0~100
None
5
0~100
None
55
0~63
dB
45
0~63
dB
28
0~300
ms
140
0~255
s
0
1~255
None
5
0~63
dB
12
0~63
dB
17
0~63
dB
25
0~63
dB
23
0~63
dB
31
0~63
dB
63
0~63
dB
12
0~63
dB
18
0~255
None
None
0~255
None
None
0~255
None
None
CS1, CS2, CS3, CS4
None
CS2
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9
None
MCS6
MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, , DAS6, DAS7, DAS8, DAS9, DAS10, DAS11, DAS12 None
DAS6
MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, , DAS6, DAS7, DAS8, DAS9, DAS10, DAS11, DAS12, UNFIXED None
UNFIXED
CS1, CS2, CS3, CS4, UNFIXED
None
UNFIXED
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9, UNFIXED
None
UNFIXED
NO, YES
None
YES
NO, YES
None
NO
0~5000
ms
0~64
per cent
10
0~64
per cent
5
0~64
per cent
5
0~64
per cent
5
0~64
per cent
2
0~64
per cent
2
CLOSE, OPEN
None
0~25.5, step:0.1
dB
1~16383(BIT14), 1~65535(BIT16), 1~16777215(BIT24)
None
None
1~11 characters
None
None
0~31
None
None
0~31
None
0~31
None
None
STP, A, IUR_G, LB
None
None
2400
OPEN
30
0
0~186
None
None
0~182
None
None
0~128
dB
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
72
0~1
None
1
0~1
None
1
0~1
None
1
0~1
None
1
10~150
ms
60
10~150
ms
60
10~150
ms
60
10~150
ms
60
10~150
ms
80
10~150
ms
80
1~60
min
10
0~12
h
3
2~10
dB
2
NO, YES
None
0, 1, 2, 4, 8, 16, 32, 64
s
INACTIVE, ACTIVE
None
INACTIVE
0~335
None
None
YES
4
0~31(PEUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
0~63
None
48
0~63
None
0
0~63
None
0~63
None
1~3600
s
0~27
None
None
0 to 21
None
None
0~27
None
None
0~21
None
None
0~21
None
None
0~30
s
YES, NO
None
NO
1~128 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
None
0
180
15
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~335 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
None
0~100
per cent
85
NO, YES
None
YES
1~12
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0, 1
None
None
0~1, 255
None
None
0~23
None
None
0~23, 255
None
None
0~53
None
None
0~53, 255
None
None
OFF, ON
None
OFF
FULL, HALF
None
FULL
0~12
h
None
1~24
h
None
0~59
min
None
0~59
s
None
10~80
None
20
0~63
None
20
0~2047
None
None
0~2047
None
None
0~15
None
None
10~3600
s
LEVEL0, LEVEL1, LEVEL2
None
0~8
None
NO, YES
None
YES
NOTSUPPORT, DDIVERSITY, DPBT
None
NOTSUPPORT
1~60
min
None
0~7
None
None
0~31
None
None
ACTIVE, ACTIVESTANDBY, SLAVE1, SLAVE2, UTRP
None
None
20
LEVEL0
2
0~83
None
None
0~7
None
None
16~19
None
None
E1, T1
None
None
0.0.0.0~255.255.255.255
None
None
0~49
dB
3
0~49
dB
30
NO, YES
None
1~2147483646
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-01-01~2050-12-31
None
None
1~31
d
None
1~255
s
4
1~255
s
5
0~11
None
YES
2147483646
10
NO, YES
None
NO
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
6
0.5~16, step:0.5
s
1
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
1
0.5~16, step:0.5
s
6
YES, NO
None
None
NO, YES
None
YES
NO, YES
None
NO
0~31
None
16
0~31
None
7
DATE, WEEK, DATEWEEK
None
1~15
None
OFF, ON
None
OFF
ERR_PFM_5E6, ERR_PFM_1E5, ERR_PFM_5E5, ERR_PFM_1E4, ERR_PFM_5E4, ERR_PFM_1E3, ERR_PFM_5E3
None
None
0~63
None
None
None
15
NO, YES
None
NO
NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA
None
Priority4
NO, YES
None
NO
0~7
None
None
0~7
None
2~4094
None
None
JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
None
0.0.0.0~255.255.255.255
None
None
NO, YES
None
NO
ENABLED, DISABLED
None
None
A5/0, A5/1, A5/2, A5/3, A5/4, A5/5, A5/6, A5/7
None
A5/0-1&A5/1-0&A5/20&A5/3-0&A5/4-0&A5/50&A5/6-0&A5/7-0
AUTO, PLAINTEXT, ENCRYPTED
None
AUTO
AUTO, PLAINTEXT, ENCRYPTED
None
None
NO, YES
None
NO
1~65535
None
None
0~65535
None
None
0~65535
None
None
7
1~31
None
None
-99.0~40.0 (step: 0.1)
degree Celsius
JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
None
0, 2, 4, 6
None
None
00:00~23:59
None
None
8~255
None
None
1~31, step:8
None
None
1~31
None
None
DISABLED, ENABLED
None
None
DISABLED, ENABLED
None
ENABLED
0~100
per cent
OFF, ON
None
OFF
OFF, ON
None
ON
1~255
s
5
0~63
dB
5
0~100
per cent
OFF, ON
None
0
70
20
ON
OFF, ON
None
ON
0~100
per cent
NO, YES
None
YES
M3UA_ASP, M3UA_IPSP
None
None
M3UA_SGP, M3UA_IPSP, M3UA_SS7SP, M3UA_SP
None
None
0~63
dB
OFF, ON
None
OFF
1~4294967295
None
None
NO, YES
None
NO
O1E3_R5E4, O5E4_R1E4, O1E4_R5E5, O5E5_R1E5, O1E5_R5E6, O5E6_R1E6
None
O5E4_R1E4
OFF, ON
None
OFF
0~63
None
None
0~7
None
None
0~7
None
2~4094
None
1~2147483646
None
500~60000
ms
80
63
0
None
2147483646
3000
CLOSE, OPEN
None
CLOSE
0~255
s
HOUR, MIN, SEC
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00~23:59
None
None
ONE_BY_ONE, PARALLEL
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00:00~23:59:59
None
None
00:00:00~23:59:59
None
None
1970-1-1 00:00:00~2538-12-31 23:59:59
None
None
2000-1-1~2037-12-31
None
None
00:00:00~23:59:59
None
None
LOGINEVENT, MANAGEEVENT, AUTHEVENT, OTHEREVENT
None
None
00:00:00~23:59:59
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
FIRST, SECOND, THIRD, FOURTH, LAST
None
None
1~9 characters
V or A
0
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
1~9 characters
V or A
100
1~9 characters
V or A
0
1~9 characters
V or A
0.02
1~9 characters
V or A
0
VOLTAGE, CURRENT
None
CURRENT
CURRENT
CURRENT
CURRENT
1~9 characters
V or A
100
1~9 characters
V or A
0
NoExclusive, Exclusive
None
NoExclusive
0~100
per cent
None
0~63
dB
30
0~63
dB
30
2048~5047
None
None
1~64 characters
None
None
5048~8047
None
None
1~64 characters
None
None
2048~5047
None
None
1~64 characters
None
None
CLOSE, OPEN
None
CLOSE
NO, YES
None
YES
EM0, EM1
None
EM0
60sec, 120sec, 240sec, 480sec, 960sec, 1920sec, 3840sec, 7680sec s
60sec
TYPE1, TYPE2, TYPE3
TYPE1
None
Normal_cell, DualTst_ExtCell
None
Normal_cell
SEND, NOTSEND
None
SEND
0~12750, step: 50
ms
NO, YES
None
NO
NO, YES
None
NO
OFF, ON
None
None
OFF, ON
None
OFF
0~63
dB
PLUS_1, MINUS_1
None
None
HIGH_SPEED, LOW_SPEED
None
None
55~100
None
None
CONTINUOUS, DISCRETE, DUTY_RATIO
None
None
NORMAL_FAN, IND_FAN
None
None
8
30
NO_SPEED_ADJUSTMENT, HW_AUTO_TEMPERATURE_CONTROL, SPECIFY_RATE, SOFTWARE_CONTROL None
SOFTWARE_CONTROL
IND_FAN, NORMAL_FAN
None
None
0~100
per cent
NO, YES
None
0
NO
OFF, ON
None
OFF
OFF, ON
None
None
CLOSE, OPEN
None
CLOSE
0~100
per cent
0~1999
None
0~1999
None
0
0~1999
None
0
0~1999
None
0
10~1999
None
0~1999
None
2~1999
None
None
0~62
None
None
0~62
None
None
0~100
per cent
None, 16bit, 32bit
None
16bit
None, 16bit, 32bit
None
16bit
ON, OFF
None
ON
55
None
None
0
85
43.2~57.5 (step: 0.1)
V
535
AUTO, MANU
None
None
AUTO, MANU
None
None
0~42, step: 6
dB
0
0~36, Positive infinity, step: 6
dB
0
0~1
None
None
0~16383
None
None
0~49
dB
0~3
None
2
-20, -6, -18, -8, -16, -10, -14, -12
dB
0
0~7
dB
0
Negative infinity, -28~28, step: 4
dB
8
RSCP, EcN0
None
-114~-84, step: 2
dBm
6
0~63
None
10
0~511
None
1~1000
None
10
RSCP
None
4
NO, YES
None
NO
0~1000
per mill
2
0~1000
per mill
4
0~1000
per mill
8
0~1000
per mill
16
0~1000
per mill
32
0~1000
per mill
64
0~1000
per mill
128
NO_FH, BaseBand_FH, RF_FH, Hybrid_FH
None
NO_FH
1~128 characters
None
None
1~200 characters
None
None
0~200 characters
None
None
0~128 characters
None
None
txt, csv
None
csv
0~32
None
FALSE, TRUE
None
None
NO, YES
None
NO
6
INACTIVE, ACTIVE
None
INACTIVE
0~100
per cent
0~65534
s
0
0~65534
s
0
DISABLE, ENABLE
None
60~65534
s
900
60~65534
s
900
FIX_16K_ABIS, FLEX_ABIS, SEMI_ABIS
None
FIX_16K_ABIS
OFF, ON
None
OFF
OFF, ON
None
OFF
0~65535
ms
4500
0~65535
ms
1000
OFF, ON
None
None
OFF, ON
None
ON
OFF, ON
None
ON
OFF, ON
None
ON
OFF, ON
None
ON
80
ENABLE
OFF, ON
None
None
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~20
None
10
0~200
None
0
CLOSE, OPEN
None
0~19
None
INDOOR, OUTDOOR
None
None
0~128 characters
None
None
1~100 characters
None
None
1~128 characters
None
None
0~128 characters
None
None
OPEN
5
0~100 characters
None
None
1~256 characters
None
None
1~256 characters
None
None
OPEN, CLOSE
None
OPEN
1~300
s
15
0~30
s
0
Close, Open
None
Close
NO, YES
None
NO
NO, YES
None
YES
0~31
None
None
0~23
None
None
1~30
ms
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
128~1024
byte
-2715647~2715647
None
2
256
None
0~255
None
0
NO, YES
None
YES
ONTIME, RELATIVE
None
None
ONTIME, DAILY_T, DAILY_C, WEEKLY_T, WEEKLY_C, MONTHLY_T, MONTHLY_C
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
0~1023
None
None
NO, YES
None
NO
0~65535
None
PGSM900, EGSML25, EGSM35M, RGSML25, GSM900_RGSM39M, DCS1800, PCS1900, GSM850, EGSM24M, DCS1800_L, DCS1800_H
None
0~100
per cent
0~1023
None
None
LOOSE, TIGHT
None
LOOSE
1~800 characters
None
None
MainDiversity, MaximumMeanValue
None
MaximumMeanValue
NO, YES
None
YES
May_Use, Shall_Use, Shall_NOT_Use
None
Shall_Use
0~23
None
None
0~23
None
None
0~255
None
None
0~254
None
None
TXT, CSV
None
TXT
0~33
None
None
36671
None
25
1~33
None
None
0~33
None
None
0~255
dB
0~600
s
5
0.5~16, step:0.5
s
4
0~255
dB
0~600
s
1
0.5~16, step:0.5
s
6
0~200000
kbit/s
0
0~200000
kbit/s
0
0~100
per cent
20
0~100
per cent
15
0~200000
kbit/s
0
0~100
per cent
1
0~200000
kbit/s
0
0~100
per cent
0
0~100
per cent
5
20
10
0~200000
kbit/s
0
-100~100
per cent
0~100
None
A0, U1
None
0~31
None
hour{0~23} min{0~59}
None
0~100
None
OFF, ON
None
None
hour{0~23} min{0~59}
None
None
NO, YES
None
NO
OFF, ON
None
OFF
DEG, SEC
None
DEG
NO, YES
None
YES
NO, YES
None
YES
OFF, ON
None
None
0.5~4, step: 1/8
bit
NO, SupportAsInnPcu, SupportAsExtPcu
None
110
10
A0
12
None
40
20
NO
NO, SupportAsInnPcu, SupportAsExtPcu
None
NO
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB
dB
2dB
None
NONGPRS
dB
DB110
s
10sec
GPRS, EGPRSNORCH, EGPRSPRICH, EGPRSSPECH, DB110, DB108, DB106, DB104, DB102, DB100, DB98, NONGPRS DB96, DB94, DB92, DB90, DB88, DB86, DB84, DB82, DB80, DB78, DB76, DB74, DB72, DB70, DB68, DB66, DB64, DB62, DB60, DB58, DB56, DB54, DB52, DB50, 10sec, 20sec, DB48, no use 30sec, 40sec, 50sec, 60sec, 70sec, 80sec, 90sec, 100sec, 110sec, 120sec, 130sec, 140sec, 150sec, 160sec, 170sec, 180sec, 190sec, 200sec, 210sec, 220sec, 230sec, 240sec, 250sec, 260sec, 270sec, 280sec, 290sec, 300sec, 310sec, 320sec, no use
0~7
None
5
0db, 10db, 20db, 30db, 40db, 50db, 60db, infinity, no use
dB
10db
GPS, GLONASS, GPSGlonass
None
GPS
1~60
min
NO, YES
None
NO
0~100000000
None
None
0~100000000
None
None
0~65534
None
None
1~20 characters
None
None
0~512
None
0~2047
None
None
IP
None
None
10
0
LAC_CI, PLMN, LAC, CI
None
None
0~100
per cent
80
1~15
None
10
0~3
None
3
UNSUPPORT, SUPPORT None ECHOREPLY, UNREACH, SOURCEQUENCH, REDIRECT, ECHO, ROUTERADVERT, ROUTERSOLICIT, TIMXCEED, PARAMPROB, TSTAMP, TSTAMPREPLY, IREQ, IREQREPLY, MASKREQ, MASKREPLY None
SUPPORT
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
NO, YES
None
NO
0~255
dB
0~600
s
5
0.5~16, step:0.5
s
4
0~255
dB
0.5~16, step:0.5
s
NO, YES
None
NO
NO, YES
dB
NO
1000~600000
None
None
None
20
10
6
0~62
None
None
0.5~8, step:0.5
s
2
0.5~8, step:0.5
s
3
0~65535
None
65535
0~65535
None
65535
DCS1800, PCS1900
None
1~14
None
YES, NO
None
NO
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
1~10
d
None
UNSUPPORT, SUPPORT
None
UNSUPPORT
SysOpt, OSubcell, USubcell, NoPrefer
None
SysOpt
NO, YES
None
NO
0~63
dB
10
0~63
dB
0
DCS1800
1
BYCELLNAME, BYCGI
None
None
1~64 characters
None
None
HOALGORITHM1, HOALGORITHM2
None
HOALGORITHM1
NO, YES
None
NO
0~16
None
3
0~16
None
3
0~63
dB
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
8
0~49
dB
0.5~16, step:0.5
s
FREE, INCELL, OUTCELL, OUTST, OUTBSC, OUTSYS, SPCELL
None
0~127
dB
68
0~61
dB
32
Pre_2G_Cell, Pre_3G_Cell, Pre_2G_CellThres
None
0~255
s
0~63
None
50
35
3
None
Pre_2G_CellThres
5
None
0~63
None
None
BaseBand_FH, RF_FH
None
None
NO, YES, NONE
None
YES
0~63
dB
OFF, ON
None
0~63
None
0~23
None
None
NO_FH, BaseBand_FH, RF_FH
None
NO_FH
0~63
dB
63
1~60
min
15
0~63
dB
50
NO, YES
None
0.5~16, step:0.5
s
10
0.5~16, step:0.5
s
10
0.5~16, step:0.5
s
4
SINGLEHOST, PRIMHOST, SLAVEHOST
None
SINGLEHOST
SINGLEHOST, PRIMHOST, SLAVEHOST
None
SINGLEHOST
25
OFF
0
YES
0~63
dB
25
0~63
dB
50
NO_HPANT, YES_HPANT, NONE
None
NONE
NO_HPANT, YES_HPANT
None
None
0~5
None
None
1~14
None
NO, YES
None
35.0~55.6 (step: 0.1)
V
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
May_Use, Shall_Use, Shall_NOT_Use
None
Shall_Use
0~63
None
0~23
None
None
OFF, ON
None
OFF
0~254
None
None
SBFD, MBFD
None
None
1
NO
440
0
-99~70
degree Celsius
0~30
degree Celsius
None
DISABLE, ENABLE
None
ENABLE
CLOSE, OPEN
None
OPEN
1~9 characters
per cent
80
1~9 characters
per cent
10
0.0~100.0 (step: 0.1)
None
1000
0.0~100.0 (step: 0.1)
None
800
0.0~100.0 (step: 0.1)
None
0
0.0~100.0 (step: 0.1)
None
100
1~30
min
180~1260
s
1~60
min
None
E1PORT0, E1PORT1, E1PORT2, E1PORT3, OPTICALPORT0, OPTICALPORT1
None
None
MAINDOMU, SLAVEDOMU1, SLAVEDOMU2
None
None
60~600
s
0~23
dB
40
15
720
90
4
0~23
dB
10
NO, YES
None
0~10, Step: 0.5
s
4
TCH:480~1920, step:480; SDCCH:470~1880, step:470
ms
4
0~14
dB
0
0~14
dB
4
0~63
dB
7
NO, YES
None
0~10, Step: 0.5
s
OFF, ON
None
OFF
OFF, ON
None
OFF
0~23
dB
0~10, Step: 0.5
s
0~23
dB
13
0~31
dB
10
NO, YES
None
2~600
s
NO
NO
0
10
2
YES
4
0~63
dB
0
0~63
dB
0
0~22
dB
0
0~22
dB
0
0~63
dB
4
0, 1
None
0
5~40
None
20
NO, YES
None
0~63
dB
0
0~30
dB
7
0~10, Step: 0.5
s
5
0~16
None
4
0~63
None
0
2~600
s
8
0~50
dB
0~10
None
6
0~63
dB
4
NO
15
0~160
dB
110
0~23
dB
1
NO, YES
None
NO
OFF, ON
None
OFF
0~63
None
NO, UNDER, INNER, YES
None
UNDER
NO, YES
None
NO
0~23
dB
NO, YES, NULL
None
NO
DISABLE, ENABLE
None
ENABLE
44~1024
byte
64
0~63
None
22
0~63
None
20
0~63
None
18
1~30
None
None
1~30, 100~32767
None
None
0~65535
None
None
20
5
0~255
None
84
0~255
None
0~63
None
BYIDX, BYNAME
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID, BYCGI
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
BYNAME, BYID
None
None
0~255
None
None
BYTLLI, BYIMSI
None
None
BYCELL, BYBSC
None
None
YES, NO
None
YES
0~3071
None
None
Positive, Minus
None
Positive
None
2
0~125
None
0
NO, YES
None
0~32
None
1~15 characters
None
1000~30000
ms
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
0~254
ms
4
1~5
None
2
NO, YES
None
NO
NO, YES
None
NO
0~255
bit
NO, YES
None
0~255
s
1~15 characters
None
None
1~15 characters
None
None
YES
1
None
5000
0
NO
10
500~60000
ms
10000
0~8
bit
4
1~30
d
3
0~360
degree
0~62
None
None
NO, YES
None
NO
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
10
CELLCAPCLASS, NACCRELATED
None
CELLCAPCLASS
CLOSE, OPEN
None
OPEN
0~39
None
25
0~39
None
12
0~50
W
8
0~3
None
1
0~3
None
0
0~2 None TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
2
360
None
NO, YES
None
NO
NO, YES
None
YES
0~2047
None
None
1~64 characters
None
None
NO, YES
None
NO
1~255
s
0~63
dB
0~100
per cent
0~335
None
None
0~23
None
None
0~15
None
None
Degree, D_min_sec
None
Degree
NO, YES
None
NO
0~27
None
None
0~23
None
None
0~11
None
None
0~254
None
None
10
5
90
2~3600
s
None
0~127
dB
INTBANI, INTBANII
None
0~127
dB
68
0~255
s
15
0.5~8, step:0.5
s
2
0.5~8, step:0.5
s
3
NO, YES
None
YES
NO, YES
None
YES
48~115
None
110
48~115
None
105
48~115
None
98
48~115
None
92
48~115
None
87
48~115
None
85
0~60
d
480~14880, step: 480
ms
67
INTBANII
3
20
NO, YES
None
NO
1~100
None
NO, YES
None
NO
NO, YES
None
NO
1~49
dB
20
0~49
dB
49
1~49
dB
5
1~91
dB
60
0~91
dB
91
1~91
dB
10
NO, YES
None
NO
{0~4}
None
OFF
1~240
h
72
1~10
s
1
0~31
None
1
0~63
dB
500~60000
ms
80
30
None
500~60000
ms
10000
NO, YES
None
YES
NO, YES
None
NO
500~60000
ms
NO, YES
None
0~49
dB
25
1~255
s
10
0~91
dB
30
0~255
None
None
0~31
None
None
1~1440
min
30~1024
d
None
NO, YES
None
NO
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
10000
None
30
0.0.0.0~255.255.255.255
None
255.255.255.255
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~100
per cent
10
0~100
per cent
5
No_HC, UDP/IP_HC, RTP/UDP/IP_HC
None
UDP/IP_HC
No_HC, UDP/IP_HC, RTP/UDP/IP_HC
None
UDP/IP_HC
0~5
None
None
0~5
None
None
0~12999
None
None
IP_OVER_FE/GE, IP_OVER_E1
None
IP_OVER_FE/GE
IP_OVER_FE/GE, IP_OVER_E1
None
None
NO, YES
None
NO
NO, YES
None
None
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
None
UNSUPPORT, SUPPORT
None
None
NO, YES
None
NO
YES, NO
None
NO
NO, YES
None
YES
NO, YES
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
None
NO, YES
None
None
NO, YES
None
NO
STATIC, DYNAMIC
None
None
NO, YES
None
None
NO, YES
None
NO
YES, NO
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
YES, NO
None
None
NO, YES
None
NO
NO, YES
None
NO
NOT_CONFIG, CONFIG
None
NOT_CONFIG
1~64
None
None
1~30
None
None
TRUE, FALSE
None
None
0~65535
None
ABIS, A, ATER, IUR_G
None
None
PPP, MP
None
None
OVERLAID, UNDERLAID, NONE
None
NONE
CONVERT0, CONVERT1, CONVERT2, CONVERT3
None
CONVERT0
0.5~16, step:0.5
s
8
0.5~16, step:0.5
s
10
Normal_cell, Concentric_cell, EDB_cell
None
Normal_cell
OFF, ON
None
None
Hexadecimal, Character_String
None
Character_String
0~124 characters
None
None
0~124 characters
None
None
NULL, 1byte, 16byte, 64byte
None
None
OFF, ON
None
None
Hexadecimal, Character_String
none
Character_String
0~124 characters
None
None
65535
0~124 characters
None
None
NULL, 1byte, 16byte, 64byte
None
None
OFF, ON
None
None
Hexadecimal, Character_String
None
None
NULL, 1BYTE, 16BYTE, 64BYTE
None
None
0~64 characters
None
None
0~64 characters
None
None
ZERO, SPACE
None
None
DISABLE, ENABLE
None
None
1~255, (step: 20)
ms
None
DENY, ALLOW
None
DENY
NOT-INDICATE-END, INDICATE-END
None
None
0~63
dB
0
1~30
s
2
1~65533, 65535
None
None
1~65533, 65535
None
None
STATIC_LACP, MANUAL_AGGREGATION
None
None
1~5 characters
degree
None
0~90
degree
None
0~90
degree
None
0~59
minute
None
0~9
second
None
0~59
second
None
-90~90, step: 0.000001
degree
None
-90:00:00.000~90:00:00.000
SEC
None
100~10000, step:100
ms
2
0~100
None
4
0~10000
ms
0~15
None
3
0~15
None
8
1, 2, 3, 4
None
3
1, 2, 3, 4
None
3
0~100
None
0
0~300
s
25
20
0~300
s
30
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
CSFHHO
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
PSDOWN
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
AMRC
0~186
None
None
CRITICAL, MAJOR, MINOR
None
None
INFO, WARN, ERR, AST
None
None
ON, OFF
None
None
0~7
None
NO, YES, NONE
None
YES
NO, YES
None
YES
0~63
dB
2
0.5~16, step:0.5
s
4
0.5~16, step:0.5
s
6
0
OAM, TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP, SAU None
None
TDM_Switching, GCP, RGCP, MCP, GTC, GPCU, IP, FR, HDLC, TDM, GbIP, Abis_TDM, Ater_TDM, Pb_TDM, A_TDM, Abis_IP
None
None
IP, Abis_IP
None
None
A/Gb, Abis/Ater/Pb/Gb
None
None
5120~5375
None
None
0~99
None
10
90~99
per cent
90
70~95
per cent
70
0~17407
None
None
DIFFERENCE, ALL
None
DIFFERENCE
64K, 2M
bit/s
64K
0~9 characters
None
1~8 characters None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
10
None
None
0~40
V
35
40~80
V
45
LUCENT_MODE, HUAWEI_MODE, ALCATEL_MODE
None
None
8K, 16K, 32K, 64K, 2M
None
None
M3UA_MASTER_MOD, M3UA_SLAVE_MOD
None
M3UA_MASTER_MOD
B0000, B0001, B0010, B0011, B0100, B0101, B0110, B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
B1111
B0000, B0001, B0010, B0011, B0100, B0101, B0110, B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
0~100
per cent
RANDOMALG, OTHERALG
None
1~10
s
0~1000
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
-64dB ~ 63dB
None
0~255
s
10
0~63
dB
63
1~255
s
10
1~63
dB
5
1~16
None
3
0~63
dB
NO, YES
None
B1111
80
RANDOMALG
4
100
0
25
NO
FORBID, PERMIT
None
PERMIT
0~63
None
40
0~100
per cent
60
0~100
per cent
85
NO, YES
None
YES
NOTSTADYNPDCH, DYNPDCHASOCCUPY, DYNPDCHASIDLE
None
DYNPDCHASIDLE
OFF, ON
None
None
0~65534
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~1023
None
None
0~1
None
None
0~35
None
None
0~35
None
None
1~200 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
OFF, ON
None
ON
1024~65535
None
None
LFB, CL
None
None
NORMMODE, RAPMODENOSERV, RAPMODERESSERV
None
NORMMODE
30~100
per cent
90
30~100
per cent
90
NO, YES
None
None
0~988
None
None
0~5, 8~27
None
None
PFM_RESULT, HOST_PFM_RESULT, 30~100 per cent ACTIVE_DEF_MEAS_FILE, STANDBY_DEF_MEAS_FILE, PFM_SWITCHS, HISTORY_ALARM, HISTORY_FAULT, ALM_SYSTEM_CFG, SECURITY_LOG, OPT_LOG, 30~100 per cent OMU_LOG, BSC_CFG_MML, CELL_BASIC_INFO, BSC_SERIES_NO, DB_BAK, MEM_DB_BAK, BTS_BASIC_INFO, BTS_CHECK_LOG, BTS_DEBUG_LOG, BTS_CHR_LOG, TRX_LOG, BTS_NET_TABLE, ON, OFF None DEBUG_LOG, LAST_WORD, DSP_DEBUG_LOG, HOST_LOG, 2G_CHR_LOG, 2G_UNILATERAL_CONNECT, BSC_INFO, GCSR_LOG, GPSR_LOG, AIDG_LOG, BIOS_LOG None
80
80
ON
None
COMLOG, CMPLOG
None
None
1~5 characters
degree
None
0~180
degree
None
0~180
degree
None
0~59
minute
None
0~9
second
None
0~59
second
None
-180~180, step: 0.000001
degree
None
-180:00:00.000~180:00:00.000
SEC
None
1~3
None
None
BYLOCAL, BYREMOTE
None
None
OFF, ON
None
None
LOOPTYPE_TDM, LOOP_TYPE_LVDS, LOOPTYPE_MCC None
None
0~100
per cent
MSC, MS None NSSAINTF, NSSTCTOABIS, NSSTCTOA, NSSTNUTOABIS, NSSTNUTOA, NSSATERINTF, BSSATERINTF, BSSTCTOABIS, BSSTCTOA, BSSTNUTOABIS, BSSTNUTOA, BSSABISINTF, BTSTMU, BTSTRUDSP None
80
None
None
NO_LOOP, REMOTE_LOOP, LINE_REMOTE_LOOP, LOCAL_LOOP, PAYLOAD_LOOP, SIN_CHN_LOC, CIN_CHN_REM
None
None
NO_LOOP, REMOTE_LOOP, LOCAL_LOOP
None
None
60~600
s
180
1~100
None
1
NO, YES
None
NO
NO, YES
None
NO
OFF, ON
None
ON
OFF, ON
None
OFF
NO, YES
None
NO
NO, YES
None
NO
E1, TIMESLOT
None
None
0~988
None
None
FG2a/GOUa board:0~119;FG2c board:0~489, 512~767;GOUc board:0~499, 512~767;POUc(IP)board:0~988, 1024~1535
None
None
FG2a/GOUa/UOIa(IP) board:0~119;FG2c board:0~489, 512~767;GOUc board:0~499, 512~767;POUc(IP) board:0~988, 1024~1535
None
None
0~5, 8~27
None
None
Hub, Leaf
None
None
IR, LA
None
IR
DISABLE, ENABLE
None
DISABLE
35.0~55.6 (step: 0.1)
V
None
CLOSE, PSDOWN, AMRC, CSPH, CSFHHO
None
CSPH
EXCLUDE, INCLUDE
None
None
HORIZONTAL, VERTICAL
None
HORIZONTAL
HORIZONTAL, VERTICAL
None
HORIZONTAL
APPLICATION, SCNDCPU_PROG, BOOTROM, DATA, DSP, FAN
None
APPLICATION
OPTLOG, SECLOG
None
OPTLOG
OPTLOG, SECLOG
None
None
-99~70
degree Celsius
0
-99~99
degree Celsius
-1
2~255
None
2
2~255
None
8
2~255
None
60
2~255
None
2
0~12
None
0
14, 15, 16, 18, 20, 22, 24, 26, 28, 30, 33, 36, 88
None
20
18, 20, 22, 24, 26, 28, 30, 32, 35, 38, 41, 45, 88
None
30
DISABLE, ENABLE
None
1024~65535
None
ENABLE
2905
0~8191
None
None
0~100
per cent
None
0~100
per cent
None
CA_MA, Frequency_List, OPTIMIZED_CA_MA
None
CA_MA
0~499
None
None
NO, YES
None
YES
NO, YES
None
NO
00:00~23:59
None
None
0~3, Step:0.2
dB
00:00~23:59
None
1~64 characters
None
None
1~64 characters
None
None
0~35
None
None
0~1
None
0~9999
None
None
0~11
None
None
0~11
None
None
0
0:00
0
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
1~20 characters
None
None
1~20 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~32
dB
0~254
None
None
64~100000, step:64
kbit/s
None
1~20
None
3
0~5
None
2
8
0~5
None
1
0~20
dB
1~2
None
1
1~2
None
1
24~1031
byte
1031
50~200
None
100
1~1500
byte
256
1~1500
None
None
1~255
None
None
10000~150000
None
None
100~100000 (step: 100)
W
0~254
None
0~100
None
3
0~8
None
8
0~100
per cent
0~5
None
1~255
d
10
125
None
30
5
None
1C, 2C, 3C, 4C, 5C, 6C, 7C, 8C, 9C, 10C, 11C, 12C, 13C, 14C, 15C, 16C, 17C, 18C, 19C, 20C, 21C, 22C, 23C, 24C, 25C, 26C, 27C, 28C, 29C, 30C, 31C, 32C, 33C, 34C, 35C, 36C, 37C, 38C, 39C, 40C, 41C, 42C, 43C, 44C, 45C, 46C, 47C, 48C, 49C, 50C, 51C, 52C, 53C, 54C, 55C, 56C, 57C, 58C, 59C, 60C, 61C, 62C, 63C, 64C, 65C, 66C, 67C, 68C, 69C, 70C, 71C, 72C, 73C, 74C, 75C, 76C, 77C, 78C, 79C, 80C, 81C, 82C, 83C, 84C, 85C, 86C, 87C, 88C, 89C, 90C, 91C, 92C, 93C, 94C, 95C, 96C, 97C, 98C, 99C
None
15C
5C, 7C, 10C, 12C, 15C, 18C, 20C, 22C, 25C
None
15C
1~255
None
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1_Times, 2_Times, 4_Times, 7_Times
None
7_Times
1~746
byte
1~746
None
0~30
dB
2
0~30
dB
0
0~30
dB
0
0~255
None
62
0~31
None
20
OFF, ON
None
0~255
None
1~24
h
30
64
None
OFF
255
12
0~32
None
32
2~255
None
16
0~32
dB
1~999
d
None
0~511
None
None
0.0.0.0~255.255.255.255
None
None
0~3
None
0
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~2047
None
None
1~64 characters
None
None
3 digit
None
None
1~3 characters
None
None
4, 8
None
None
4(Use two bytes to present MC priority number, 4 classes), 8(Use four bytes to present MC priority number, 8 classes)
None
0~2047
None
None
1~64 characters
None
None
8
8
0~62
None
None
ON, OFF
None
OFF
CLASS0, CLASS1, CLASS2
None
CLASS0
0~7
None
None
0~7
None
1~20 characters
None
None
1~20 characters
None
None
NO, YES
None
NO
1~5
s
EnhMeasReport, ComMeasReport
None
ComMeasReport
1~1000
None
None
1~8191
None
None
LocalMep, RemoteMep
None
None
LONG, SHORT
None
LONG
LONG, SHORT
None
LONG
0~63
None
64~100000, step:64
kbit/s
0
3
15
None
0~49
dB
10
0~63
dB
0
10~3500
mA
170
10~3500
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
0~2000
mA
170
10~3500
mA
140
10~3500
mA
140
0~63
dB
16
60~3600
s
60
0~63
dB
10
10~1000
ms
100
10~1000
ms
100
10~1000
ms
100
10~1000
ms
100
0~11
None
None
0~11
None
None
UP, DOWN
None
None
2~3 digit
None
None
1~64 characters
None
None
50~95
per cent
MANUAL, AUTO, FREE
None
AUTO
SERVER, CLIENT
None
None
OFF, ON
None
None
GO, UO, GU
None
None
FIXED, CYCLE
None
None
MODE1, MODE2, MODE3, MODE4
None
None
CHECK_ON_INDEPENDENT_PORT, CHECK_ON_PRIMARY_PORT, CHECK_ON_STANDBY_PORT
None
None
MODE1, MODE2, MODE3
None
MODE1
MODE1, MODE2, MODE3
None
MODE1
80
MODE1, MODE2, MODE3
None
MODE1
MODE1, MODE2, MODE3
None
MODE1
MODE1, MODE2, MODE3
None
MODE1
MODE1, MODE2, MODE3
None
MODE1
30MINS, 60MINS, 120MINS, 240MINS
None
None
1~1440
h
None
0~12
None
None
0~600
m/s
35
0~100
per cent
10
0~100
per cent
5
0~31(PEUa), 0~167(POUc)
None
None
0~167
None
None
0~3
None
None
MODE1_1, MODE2_1, MODE3_1, MODE4_1, MODE5_1, MODE6_1, MODE16K
None
MODE4_1
0~1
None
None
DISABLE, ENABLE
None
ENABLE
MLPPP, MCPPP
None
MCPPP
0~27
None
None
0~11
None
None
NO, YES
None
YES
0~31
None
4
1~255
None
5
NOreport, Twice_ps, Once_ps, Once_2s, Once_4s
None
4~30
dB
4
4~30
dB
4
OFF, ON
None
OFF
OFF, ON_WITH_SDCCH, ON_WITHOUT_SDCCH
None
None
128~1500
None
1500
1~16
None
3
OFF, ON
None
0~65535
None
1800
1~10
None
1
0~1023
None
0
NO, YES
None
Once_ps
OFF
NO
OFFLOAD, NORMAL, UNAVAIL
None
NORMAL
R98_or_below, R99_or_above
None
R98_or_below
5000~40000
ms
1~32 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~10 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
15000
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
NO, YES
None
NO
1_Times, 2_Times, 4_Times, 7_Times
None
4_Times
CLEAR, LOP, FS, MS, EXERS,
None
None
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9
None
MCS5
10~80
None
0~254
None
0~63
dB
0~255
None
1000~3000
ms
1~600
s
0~31
None
ON, OFF
None
50~95
per cent
ALARM_METHOD, LOOP_METHOD
None
None
0~31(EIUa/OIUa), 0~63(POUc)
None
None
MET, IMP
None
MET
500~1500
None
256~1650
byte
0~1500
None
40
None
10
200
1000
45
2
None
85
800
None
1500
19.0~24.0, step:0.1
V
225
REPORT6, REPORT1, REPORT2, REPORT3
None
REPORT6
0~255
s
None
DISABLE, ENABLE
None
None
0~10
s
None
0~15
min
NO, YES
None
1~1500
ls
1~1500
ls
None
UDPMUX, ABISMUX, ATERMUX
None
None
0~12
None
1~16(FG2a/GOUa), 1~512(FG2c/GOUc)
None
1~3
None
3
5~254
None
5
34~254
None
34
29~254
None
29
OFF, ON
None
0
NO
1000
6
None
OFF
5~254
None
5
5~254
None
5
23~254
None
23
8~30
None
20
2~5
None
3
3~10
None
10
1~255
None
6
1~10
None
3
1~10
None
4
NO, YES
None
NO
1~49 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~31 characters
None
None
1~49 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~49 characters
None
None
1~31 characters
None
None
1~50 characters
None
None
NO, YES
None
NO
0~15
None
DISABLE, ENABLE
None
DISABLE
0~5047
None
None
1~64 characters
None
None
0~5047
None
None
1~64 characters
None
None
0~5047
None
None
1~64 characters
None
None
5048~8047
None
None
1~64 characters
None
None
OFF, ON
None
None
2
0~65535
None
None
1~65533, 65535
None
None
1~3 characters
None
None
1~3 characters
None
None
NO, YES
None
NO
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
NO, YES
None
NO
0~7
None
0~7 SELECTION0_PERM, SELECTION1_PERM, SELECTION2_PERM, SELECTION3_PERM, SELECTION4_PERM, SELECTION5_PERM, SELECTION6_PERM, SELECTION7_PERM
None
0~255
None
1
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
4
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
4
0~127
dB
0
0~127
dB
60
0~127
dB
64
0~127
dB
68
None
SELECTION0_PERMNone 1&SELECTION1_PERM1&SELECTION2_PERM1&SELECTION3_PERM1&SELECTION4_PERMNone 1&SELECTION5_PERM1&SELECTION6_PERM1&SELECTION7_PERM1
0~127
dB
72
0~127
dB
74
0~127
dB
76
0~127
dB
80
0~7
None
0
0~7
None
0
NC0, NC1, NC2
None
NC0
NO, YES
None
YES
0.0.0.0~255.255.255.255
None
None
0~60
s
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
INT, INTB, NAT, NATB
None
None
1~62 characters
None
None
NMOI, NMOII, NMOIII
None
NMOII
4
0~255
None
None
0~255
None
None
0~255
None
None
0~255
None
None
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
40~45
V
43
55~59
V
57
NO, YES
None
NO
0~255
dB
2
0~255
dB
30
0~255
dB
1
0~255
dB
95
0~7
None
0~100
per cent
85
0~255
dB
14
0~255
dB
103
NO, YES
None
0~7
None
0~100
per cent
ABIS, A, BSC, TC, IUR_G
None
0~64
None
NO, YES
None
0~70
None
1~1000
Ah
OFF, ON
None
0
NO
2
25
None
8
NO
50
100
ON
NODRX, 0.24sec, 0.48sec, 0.72sec, 0.96sec, 1.20sec, 1.44sec, 1.92sec
s
100~10000
ms
2500
100~10000
ms
2500
FORBID, PERMIT
None
40.0~70.0 (step: 0.1)
degree Celsius
CLOSE, OPEN
None
5~1275, step:5
min
48
10~255
s
30
1~10
None
3
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~1023
None
None
0~1023
None
None
NO, YES
None
YES
0~65534
None
None
0~65534
None
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
0.24sec
PERMIT
500
CLOSE
2
North_latitude, South_latitude
None
None
0~65534
None
None
0~1023
None
None
0~30
degree Celsius
9
0~30
degree Celsius
16
1~255
None
10
0~100
per cent
0~100
per cent
0
0~100
per cent
0
0~100
per cent
0
0~100
per cent
0
0~63
None
None
OFF, ON
None
None
SITE, CELL, BOARD
None
None
BYCELL, BYTRX
None
None
0~499
None
None
0~499
None
None
None
ALL, BOARD, PORT, DSP
None
None
BTS, CELL, LOC, BOARD, PORT
None
None
CELL, TRX, CHN
None
None
OFF, ON
None
OFF
NO, YES
None
YES
NO, YES
None
NO
OFF, ON
None
None
4~255
s
0~63
None
0~256
kbit/s
64
0~256
kbit/s
64
0~7
None
0~7
None
2~4094
None
0~96
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
10
None
None
1
None
1
1~32 characters
None
None
1~16777215
None
None
1~16777215
None
None
0~4
None
None
PRIM, SEC
None
None
0~3
None
None
OPINDEX0, OPINDEX1, OPINDEX2, OPINDEX3
None
None
NORMAL, FORCE
None
None
BYCICRANGE, BYCICVALUE
None
None
BYTSRANGE, BYTSVALUE
None
None
BYTSRANGE, BYTSVALUE
None
None
BYCICRANGE, BYCICVALUE
None
None
0~255 characters
None
None
SysOpt, OSubcell, USubcell, NoPrefer
None
SysOpt
0~63
dB
35
0~255
bit
63
L0, L1, L2, L3, L4, L5, L6, L7
None
L0
SDH, SONET
None
None
MANUAL, FORCED, CLEARALARMA
None
None
FORBID, RESTORE
None
None
0~4
None
None
0~7
None
None
One_touch, Step_by_Step
None
Step_by_Step
1~200 characters
None
None
0~36
None
0~63
dB
NO, YES
None
500~60000
ms
10000
500~60000
ms
10000
NO, YES
None
0~100
per cent
80
0~50
W
15
0~63
dB
25
NO, YES
None
0
20
YES
NO
YES
1~255
s
1
1~255
s
5
0~63
dB
5
0~100 per cent TS0, TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
50
None
0~335
None
None
0~15
None
None
0~31
None
None
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
HIGH, LOW
None
HIGH
1.0~200.0 (step: 0.1)
W
None
30.0~53.0 (step: 0.1)
dB
None
0.1dB, 0.1W
None
None
0~100
per cent
NO, YES
None
90
YES
0~27
None
None
0~27
None
None
0~11
None
None
NO, YES
None
NO
NO, YES
None
NO
CLOSE, OPEN
None
CLOSE
1~60
s
0~255
None
10~3500
mA
320
10~3500
mA
320
10~3500
mA
185
10~3500
mA
280
10~3500
mA
280
10~3500
mA
155
100~10000
ms
1500
100~10000
ms
1500
1~255
s
15
None
15
40.0~70.0 (step: 0.1)
degree Celsius
580
50~95
per cent
90
50~95
per cent
85
50~95
per cent
80
50~95
per cent
75
NO, YES
None
NO
NO, YES
None
NO
10~65535
None
180
0~255
ms
255
10~65535
None
220
1~8
None
4
Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, Pan_6, Pan_7, 255
None
Pan_1
Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, Pan_6, Pan_7, 255
None
Pan_2
Pan_4, Pan_8, Pan_12, Pan_16, Pan_20, Pan_24, Pan_28, Pan_32, 255 None
Pan_20
L0, L1, L2, L3, L4, L5, L6, L7
None
L0
0~9999
None
None
0~99
None
None
ENABLED, DISABLED
None
DISABLED
0~65535
None
None
0~65535
None
None
0~25.5, step:0.01
dB
NO, YES
None
NO
QoS, BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
MAINCPU_PATCH, DSP_PATCH, UCODE_PATCH
None
None
DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, DB20, DB22, DB24, DB26, DB28, DB30
dB
DB2
NO, YES
None
YES
0.5~16, step:0.5
s
0~127
dB
0.5~16, step:0.5
s
6
0~65535
None
2
TCH:480~7200, step:480; SDCCH:470~7050, step:470
ms
3
BCCH, PDCH
None
PDCH
0~31
None
None
0~31
None
None
79
4
68
0~31
None
None
0~31
None
None
NO, YES
None
NO
10~160
None
NO, YES
None
NO
NO, YES
None
NO
10~70
None
1~10
s
0~65534
None
None
0~65534
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~2047
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
80
70
5
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
255.255.255.255
1024~65535
None
None
1~63 characters
None
None
NO, YES
None
YES
0~255
s
10
0~63
None
30
0~255
s
255
1~60
s
5
15~720, step:15
min
None
Disable, Enable
None
Enable
Disable, Enable
None
Enable
NO, YES
None
YES
NO, YES
None
NO
0~2
None
2
10~1000
None
660
10~2000
None
660
100~600000
ms
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, , AF43, EF
None
None
NO, YES
None
YES
DISABLE, ENABLE
None
None
5~64
None
10
64~1024
byte
128
2~1500
byte
24~1031
byte
NO, YES
None
20~1500
byte
56
95~512
byte
128
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
None
0~10, step:0.2
dB
1000
None
1031
NO
12_level
0
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
None
13_level
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
None
14_level
0~10, step:0.2
dB
0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no use
None
0~10, step:0.2
dB
0
100~10000, step:100
ms
10
0~1, step:0.001
None
30
A, ABIS
None
None
OFF, ON
None
None
0~600
s
None
30~100
per cent
60
30~100
per cent
60
50~400, step: 50
ms
2
2~15
None
5
CLOSE, OPEN, AUTO
None
30~100
per cent
50
30~100
per cent
50
0
16_level
OPEN
ON, OFF
None
ON
0~11
None
None
1~32
None
None
0~3
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~335
None
None
0~7
None
None
0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
0~31(PEUa/EIUa), 0~62(E1 of OIUa), 0~83(T1 of OIUa), 0~251(E1 of POUc), 0~335(T1 of POUc)
None
None
0~7
None
None
0~11
None
None
0(OIUa), 0~3(POUc)
None
None
0~7
None
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~11
None
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~335
None
None
0~31
None
None
0~335
None
None
0~335
None
None
0~355
None
None
0~255
None
None
0~23
None
None
0~23
None
None
0~335
None
None
0~1
None
None
0~1
None
None
0~255
None
None
250~650
None
650
6~120
None
16
6~120
None
6
NotSupport, Support
None
0~9
None
2
0~9
None
2
0~250 characters
None
None
1~250 characters
None
None
21~65535
None
None
0~1
None
None
0~1
None
None
0~15
None
None
1~16
None
IP, HDLC
None
None
CLOSE, OPEN
None
CLOSE
ETHER, TRUNK
None
None
TOPEXTOUTPORT, TOPEXTINPORT
None
None
BCCHNorm, BCCHExt
None
BCCHNorm
BYBTSTYPE, BYBTS
None
None
Support
16
0.1~100.0 (step: 0.1)
kVA
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
CLOSE, OPEN
None
CLOSE
0~1000
None
0~10, step: 0.2
dB
0
0~10, step: 0.2
dB
0
POWER_48_24, POWER_240_24
None
POWER_48_24
220VAC, N48VDC, P24VDC
None
220VAC
80W, 0~13 63W, 60W, 55W, 50W, 45W, 40W, 31W, 30W, 27W, None 26W, 25W, 24W, 21W, 20W, 19W, 18W, 17W, 16W, 15W, 14W, 13_3W, 13W, 12_5W, 12W, 11_5W, 11W, 10W, 9_5W, 9W, 8_5W, 8W, 7_5W, 7W, 6_5W, 6W, 5_5W, 5W, 4_5W, 4W, 3_7W, 3_1W, 3W, 2_5W, 2W, 200mW, DEFAULT None
125
100
0
DEFAULT
0~100
per cent
10
0~100
per cent
5
0~499
None
None
0~499
None
None
0~499
None
None
0~15
None
None
Disable, Enable
None
Disable
0~5
None
YES, NO
None
NO
ALLOWED, NOT_ALLOWED
None
NOT_ALLOWED
OFF, ON
None
OFF
1~255
None
1
0~255
None
60
0, 3, 4, 5, 6
None
6
NO, YES
None
NO
NO, YES
None
NO
30~100
per cent
60
30~100
per cent
60
30~100
per cent
50
30~100
per cent
50
2
ON, OFF
None
ON
PRIOR-1, PRIOR-2, PRIOR-3, PRIOR-4, PRIOR-5, PRIOR6, PRIOR-7, PRIOR-8, PRIOR-9, PRIOR-10, PRIOR-11, PRIOR-12, PRIOR-13, PRIOR-14, PRIOR-15, PRIOR-16 None
None
Prior-1, Prior-2, Prior-3, Prior-4, Prior-5, Prior-6, Prior-7, Prior-8, Prior-9, Prior-10, Prior-11, Prior-12, Prior-13, Prior14, Prior-15, Prior-16
None
Prior-1
0~100
per cent
0, 1, 2, 3, 4, 5, 6, 7, no use
None
2
0~99
None
0
0~99
None
0
HIGH, LOW
None
None
TDME1_O, TDME1_1, FE_E, FE_O, IPOE
None
None
1, 2
None
None
TDME1_O, TDME1_1, FE_E, FE_O, IPOE
None
None
0~200 characters
None
None
DEFAULT, CUSTOMIZDE, DISABLE
None
None
ITUT, ANSI, TTC
None
ITUT
Q933, ANSI
None
Q933
5~300
s
0~255
min
80
15
5
60~3600
s
300
ALL, SINGLE
None
None
ALL, SINGLE
None
None
ALL, PORT, SINGLE
None
None
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
ON
OFF, ON
None
OFF
OFF, ON
None
ON
0~100
per cent
100
0~100
per cent
100
NO, YES
None
NO
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
0~7
None
None
0~7
None
4
1~16
None
6
NO, YES
None
NO
BE, AF11, AF12, AF13, AF21, AF22, AF23, AF31, AF32, AF33, AF41, AF42, AF43, EF
None
None
0~7
None
None
0~7
None
6
0~63
None
25
COMMONUSRM, SPECUSRM
None
-121~-104
dBm
-109
-121~-104
dBm
-109
OFF, ON
None
10~10000
None
100~600000
ms
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
None
ON
500
1000
NO, YES
None
YES
NO, YES
None
YES
0~63
None
NO, YES
None
None
ON, OFF
None
None
BOOL, VALUE
None
None
123~65534
None
None
0~31
s
GB_OVER_FR, GB_OVER_IP
None
None
BOOL, VALUE
None
BOOL
B8ZS, HDB3, AMI, AMI_ZCS
None
None
E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME
None
None
E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME
None
None
E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME
None
None
0~15
None
None
FE, GE
None
None
APM100, APM200, APM30, EPS4890, EPS4815, SC48200, CUSTOM None
None
35
0
0~200 characters
None
None
1~50 characters
None
None
1~50 characters
None
None
1~65535
ms
0~64 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
6~32 characters
None
None
0~31
None
None
BIT0, BIT1, BIT6, BIT7, BIT8, BIT9, BIT14, BIT15, BIT16, BIT17, BIT22, BIT23, BIT24, BIT25, BIT29, BIT30, BIT31
None
None
BIT0, BIT1, BIT2, BIT3, BIT4, BIT5, BI16, BIT7, BIT8, BIT9, BIT10, BIT11, BIT12
None
None
NO, YES
None
NO
NO, YES
None
NO
PWR2, PWR3
None
PWR3
0~3
None
NO, YES
None
YES
OnlyCurPwrLoc, ALLPwrLoc
None
ALLPwrLoc
500
1
CLASS0, CLASS1, CLASS2
None
None
0~720
min
NO, YES
None
YES
DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, Default
None
Default
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
0~63
None
None
0~63
None
None
0~63
None
None
0~63
None
None
0~63
None
None
Use_Qsearch_I, Always
None
Use_Qsearch_I
NO, YES
None
NO
1~10
None
0~255
s
1~10
None
5
3
15
2
-98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never)
None
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
6
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
2
NO, YES
None
-98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never)
None
15
-98, -94, -90, -86, -82, -78, -74, (always), -78, -74, -70, -66, -62, -58, -54, Positive infinity(never)
None
15
NO, YES
None
1~16
s
3
1~16
s
5
NONE, DYNAMIC
None
3~20
None
6
3~20
None
6
0~4
dB
2
NO, YES
None
NO
NO, YES
None
NO
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU20&AU3-0&AU4-0&AU50&AU6-0&AU7-0
NO, YES
None
NO
15
NO
NO
NONE
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
INSIDE_BATTERY
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU20&AU3-0&AU4-0&AU50&AU6-0&AU7-0
NO, YES
None
NO
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
INSIDE_BATTERY
AU0, AU1, AU2, AU3, AU4, AU5, AU6, AU7
None
AU0-0&AU1-0&AU20&AU3-0&AU4-0&AU50&AU6-0&AU7-0
NO, YES
None
NO
INSIDE_100AH, INSIDE_50AH, OUTSIDE_300AH, OUTSIDE_400AH, OUTSIDE_500AH, OUTSIDE_650AH, OUTSIDE_200AH
None
INSIDE_50AH
007C, 010C, 015C
None
015C
INSIDE_BATTERY, OUTSIDE_BATTERY
None
INSIDE_BATTERY
0~255
None
0
0~255
None
0
0~255
None
0
0~255
None
None
0~255
None
None
0~255
None
None
-121~-104
dBm
0~63
dB
0~65535
None
5000
-121~-104
dBm
-109
0~7
None
NO, YES
None
0~255
None
0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB, no use
dB
2dB
10M, 100M, AUTO
None
100M
ALG1, ALG2, NONE
None
ALG1
DISABLE, ENABLE
None
DISABLE
1~255
None
LASTRBP, APPOINTRBP
None
None
REC_ALL, REC_ERR, REC_NON
None
None
0~249
None
None
-109
16
1
YES
225
4
0~249
None
None
0~249
None
None
INDEPENDENT, DIVIDING, FOURDIVERSITY, MAINDIVERSITY, NONE
None
NONE
0~100
None
NO, YES
None
YES
Same_Band, Diff_Band
None
Diff_Band
0~70
None
50
0~70
None
40
0~63
dB
5
0~63
dB
30
NO, YES
None
YES
NO, YES
None
NO
20~99
None
30
0~70
None
60
NO, YES
None
NO
YES, NO
None
None
0~50
ms
96
10
0~768
None
3
0~31
None
0
0~31
None
0~31
None
0
0~31
None
0
OFF, ON
None
OFF
OFF, ON
None
OFF
NO, YES
None
NO
0~95
None
None
00:00:00~23:59:59
None
None
1~3600
s
REHOSTRIGHTNOW, REHOSTDELAY, REHOSTWHEN
None
REHOSTDELAY
NO, YES
None
None
0~62
None
None
NO, YES
None
NO
OFF, POWERSHARING, RF_FH
None
OFF
0~23
None
None
None
600
0~255
None
None
A, B, NONE
None
NONE
1~31 characters
None
None
1~250 characters
None
None
0~1023
None
None
0~65535
None
None
NO, YES
None
NO
0~7
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
YES
0~63
None
6
1~10
s
2
1~32
None
10
1~32
None
1
0~8
None
0
0~16
None
2
5
NO, YES
None
NO
0~65535
min
1~60
min
1~255
None
1~15
min
1~120
s
MSLOST, QUALITYBAD, CELLRESELECT
None
None
NO, YES
None
YES
NO, YES
None
NO
2~5
s
3
2~5
s
3
Noneed, Manually, Reset, Normally, Correlative, Configuration, Expired
None
0~86400
s
0~190
None
0
0~21
None
5
0~255
s
1~100
None
5
None
3
None
10
None
30
10
1
NO, YES
None
NO
RGPS, GPS
None
GPS
NO, YES None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
NO
1920~30720, step: 480
52_Times
ms
None
STANDALONETC, MASTERINPOOLTC, SLAVEINPOOLTC None
STANDALONETC
0~4095
None
None
0~16, 255
None
0~16
None
None
1~64 characters
None
None
0~200 characters
None
None
1~100
None
None
1~100
None
None
DISABLE, ENABLE, UNSUPPORT
None
DISABLE
0.48sec, 0.96sec, 1.92sec, 3.84sec, 7.68sec, 15.36sec, 30.72sec, 61.44sec
s
15.36sec
0.48sec, 0.96sec, 1.92sec, 3.84sec, 7.68sec, 15.36sec, 30.72sec, 61.44sec
s
0.96sec
20~99
None
255
20
NO, YES, NONE
None
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
2
TCH:0~14880, step:480; SDCCH:0~14570, step:470
ms
6
0~2047
None
None
SHARE
None
None
SHARE, EXCLUSIVE
None
None
0~255
s
5
0~63
dB
3
0~63
dB
30
BASIS_OF_B1, BASIS_OF_B2
None
None
None
None
dB
MINUS_2db
0~64
kbit/s
None
0~63
None
None
0~7
None
None
0~64
kbit/s
None
2~4094
None
None
MINUS_52db, MINUS_48db, MINUS_44db, MINUS_40db, MINUS_36db, MINUS_28db, MINUS_24db, BASIS_OF_B1,MINUS_32db, BASIS_OF_B2 MINUS_20db, MINUS_16db, MINUS_12db, MINUS_10db, MINUS_8db, MINUS_6db, MINUS_4db, MINUS_2db, Zerodb, 2db, 4db, 6db, 8db, 10db, 12db, 16db, 20db, 24db, 28db, 32db, 36db, 40db, 44db, 48db, no use
NO
0~96
None
4
COMMISSIONING, UPGRADE, RESTORE
None
0~127
dB
1~63 character
None
None
1~50 characters
None
None
OFF, ON
None
OFF
1~65535
ms
0~190
None
OFF, ON
None
None
0~4294967295
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
OFF, ON
None
None
0~4294967295
None
None
0~4294967295
None
None
None
68
3000
0
0~4294967295
None
None
0~3
None
NON-REVERTIVE, REVERTIVE
None
0~4294967295
None
1~5
per cent
OFF, ON
None
ON
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~15
None
None
0~100
per cent
12
0~100
per cent
25
500~60000
ms
1000
500~60000
ms
3000
500~60000
ms
1000
DISABLE, ENABLE
None
10~80
None
NEXTHOP, OUTIF
None
2
None
4294967295
1
DISABLE
30
None
0~1000
None
5
1~100
None
5
0~999
None
None
1~3000000
kbit/s
None
0~4000000
kbit/s
None
0~63
None
2
0~70
None
5
0~63
dB
8
NO, YES
None
0~70
None
60
0~70
None
42
0~70
None
41
0~70
None
40
0~70
None
50
0~70
None
49
0~70
None
48
0~70
None
47
NO
0~70
None
46
0~70
None
45
0~70
None
44
0~70
None
43
0~249
None
None
0~249
None
None
0~249
None
None
RXUNAME, RXUPOS, SRNSN
None
None
RXUNAME, RXUPOS, SRNSN
None
None
1~64 characters
None
None
1~64 characters
None
None
1~64 characters
None
None
1~6
None
None
1~6
None
None
1~6
None
None
DRRU, DRFU, MRRU, MRFU, GRRU, GRFU, BTS3900E
None
None
OFF, ON
None
OFF
48VDISABLE, RES0, RES1, RES2, 0~15 TSDISABLED, HSDISABLED, RES3, RES4
None
None
None
None
BT1_DISABLE(0), AH_DISABLE(1), AT1_DISABLE(2), AT2_DISABLE(3), BT2_DISABLE(4)
None
None
NO, YES
None
NO
NO, YES
None
NO
0~2
None
1
0~4
None
3
T1_DISABLE, ET_DISABLE, ET1_DISABLE, ET2_DISABLE, T2_DISABLE None
None
0~2047
None
None
BYNAME, BYID
None
BYNAME
1~16
None
0~100
per cent
1~64 characters
None
0~30240, step: 480
ms
WATER_IMMERSED, SMOG, GM_DISABLE WIDISABLE, SMDISABLE, IMDISABLE, GMDISABLE WILOW, SMLOW, IMLOW, GMLOW,
None
None
None
None
None
None
5
50
None
32
NO, YES
None
None
WS_DISABLE(0), SS_DISABLE(1), GS_DISABLE(2)
None
None
0~2047
None
None
1~64 characters
None
None
ADD0dB, ADD10dB, Automatic
None
ADD0dB
0~63
None
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
38
4
0~2047 None GERMAN, ENGLISH, ITALIAN, FRENCH, SPANISH, DUTCH, SWEDISH, DANISH, PORTUGUESE, FINNISH, NORWEGIAN, GREEK, TURKISH, HUNGARIAN, POLISH, GB2312, KOI8-R, KOI8-U, KOI8, WINDOWS-1251, 1~64 characters None ASMO_449, WINDOWS-1256, WINDOWS-874, WINDOWS1253, WINDOWS-1254, WINDOWS-1255, WINDOWS-1257, WINDOWS-1250, WINDOWS-1252, BINARY, UCS2, RCS-1, RCS-2, RCS-3, RCS-4, RCS-5 None
None
0~1
None
None
Valid command string, without the ';'at the end of the string.
None
None
BYBTSID, BYCELLID
None
None
0~23
None
None
0~511
None
None
1~2147483646
None
0~1199
None
None
None
1
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
2000-1-1~2037-12-31
None
None
7~90
d
None
1E-3, 1E-4, 1E-5, 1E-6, 1E-7, 1E-8, 1E-9
None
2000-01-01~2050-12-31
None
None
1~31
d
None
1~191
None
OFF, ON
None
0~10, step:0.1
s
0~63
dB
0~70
None
0~63
dB
0~70
None
NO, YES
None
YES
DISABLE, ENABLE
None
None
OFF, ON
None
OFF
1.00E-06
1
OFF
10
6
55
6
55
DISABLE, ENABLE
None
ENABLE
0~60
s
2
0~5
None
1
0~255
s
40
0~63
dB
30
0~63
None
48
HIGH, LOW
None
40~70
degree Celsius
0~65535
s
None
0~65535
s
None
35.0~55.6 (step: 0.1)
V
None
NO, YES
None
YES
1~63 characters
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
None
53
NO, YES
None
YES
NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA
None
NoPriority
NoPriority, Priority4, Priority3, Priority2, Priority1, Priority0, PriorityB, PriorityA
None
NoPriority
NO, YES
None
None
NO, YES
None
NO
NO, YES
None
YES
NO, YES
None
YES
0~6
None
None
SUPPORT, UNSUPPORT
None
UNSUPPORT
1000~65535
None
None
1000~65535
None
None
1~17 characters
None
None
0.0.0.0~255.255.255.255
None
None
SEPARATE, TOGETHER, AIP
None
SEPARATE
TDM, HDLC, HubBTS, IP
None
TDM
TDM, HDLC, IP
None
None
SYSTEM, CONFIG, MAINTAIN, STAT, ALARM
None
None
OML, RSL, EML, ESL, CSVOICE, CSDATA, PSHIGHPRI, PSLOWPRI, OTHERDATA
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
0~5
None
None
0~65535
None
1~20 characters
None
1~10
None
1
0~1023
None
0
NO, YES
None
NO
Release 98 or older, Release 99 onwards
None
Release 99 onwards
UNISTALL, ALLOW, DENY
None
ALLOW
50~95
per cent
0~27
None
None
NO, YES
None
NO
unshielded, shielded
None
None
1800
None
75
0~12
h
3
NO, YES
None
YES
NO, YES
None
NO
1~10
None
0~186
None
None
0~186
None
None
0~15
None
None
0~255
None
100
0~255
None
100
0~7
None
2
1~10
None
5
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~15
None
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~65535
ms
3000
1~32 characters
None
None
1~32 characters
None
None
4
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
1~32 characters
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
0~65535
None
None
0~255
None
0.0.0.0~255.255.255.255
None
None
0~35
None
None
E1SELFLOOP, IASUSELFLOOP
None
None
B0000, B0001, B0010, B0011, B0100, B0101, B0110, B0111, B1000, B1001, B1010, B1011, B1100, B1101, B1110, B1111
None
B0000
1~600
s
DATE, WEEK, DATEWEEK
None
None
0~3
None
None
NOTSUPPORT, INNER, OUTER
None
None
CLOSE, OPEN
None
OPEN
JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
None
2~2000
None
0~27
None
255
300
10
None
0~3, 8~27
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~5, 8~27
None
None
0~5, 8~27
None
None
0~27
None
None
0~27
None
None
0~27
None
None
0~5, 8~27
None
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27
None
None
{0~27}
None
None
0~23
None
None
0~23
None
0, 2, 4, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26
None
None
0~27
None
None
0~23
None
None
6
0~27
None
None
0~7
None
None
NOCOMB, PBT, WBANDCOMB, DIVERSITY, DDIVERSITY, DPBT, DTIC, NONE None
NONE
SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None
DOUBLE_ANTENNA
SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None
DOUBLE_ANTENNA
SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None
DOUBLE_ANTENNA
SGL_ANTENNA, SGLDOUBLE_ANTENNA, DOUBLE_ANTENNA, DOUBLEFOUR_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA None
DOUBLE_ANTENNA
SGL_ANTENNA, DOUBLESINGLE_ANTENNA, DOUBLEDOUBLE_ANTENNA
None
SGL_ANTENNA
1~60
min
None
1~16383(BIT14), 1~65535(BIT16), 1~16777215(BIT24)
None
None
BIT14, BIT16, BIT24
None
None
1~11 characters
None
None
0~65535
None
None
WNF, DNF
None
L11_FORBID, L12_FORBID, L13_FORBID, L14_FORBID, L15_FORBID
None
L11_FORBIDWNF 0&L12_FORBID0&L13_FORBID0&L14_FORBID0&L15_FORBID-0
ET_DISABLE0, ET_DISABLE1, SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
None
None
SMDISABLE, WIDISABLE, GMDISABLE, ARRESTER1, ARRESTER2
None
None
1~12, step: 5
min
12
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
YES
NO, YES
None
NO
PSMODE, VGCSMODE
None
PSMODE
PSMODE, VGCSMODE
None
PSMODE
FR, EFR
None
FR
1000M, AUTO
None
None
0~63
dB
30
0~255
s
40
NO, YES
None
NO
NOTSPPRTBC, SPPRTSTANDARD, SPPRTSIMPLE
None
NOTSPPRTBC
NO, YES
None
NO
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
UNSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
YES, NO
None
None
0~4
None
None
SUPPORT, NOT_SUPPORT
None
NOT_SUPPORT
SUPPORT, NOT_SUPPORT
None
None
SUPPORT, NOT_SUPPORT
None
NOT_SUPPORT
0~2047
None
None
1~64 characters
None
None
0~2047
None
None
1~64 characters
None
None
0~65535
None
None
1~100 characters
None
None
1~4
None
None
1~4
None
None
HOALGORITHM1, HOALGORITHM2
None
HOALGORITHM1
0.0.0.0~255.255.255.255
None
None
1~65533, 65535
None
None
1~3 characters
None
None
1~1000
None
None
1~3 characters
None
None
0~335
None
None
BITS1-2MHZ, BITS2-2MHZ, BITS1-2MBPS, BITS2-2MBPS, GPS, 8KHZ, LINE1_8KHZ, LINE2_8KHZ, BITS1-T1BPS, BITS2-T1BPS None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
None
0~11
None
None
1~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~11
None
None
0~254
None
None
0~254
None
0~11
None
None
0~11
None
None
0~254
None
None
0~11
None
None
0 None
None
0~11
None
None
0~11
None
None
0
1~249 characters
None
None
0~5
None
None
MPS, EPS, TCS
None
None
DES, ASC
None
DES
0~255
None
100
0~255
None
100
GSM_PRIOR, UMTS_PRIOR
None
GSM_PRIOR
CSVOICE, CSDATA, PSHIGHPRI, PSLOWPRI
None
None
0~63
dB
63
20~99
per cent
75
30~100
per cent
85
20~99
per cent
80
30~100
per cent
85
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
6
TCH:480~15360, step:480; SDCCH:470~15040, step:470
ms
2
0~7
None
None
0~7
None
None
1~2147483646
None
None
0~63
dB
HOUR, MIN, SEC
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00~23:59
None
None
2000-1-1 00:00:00~2037-12-31 23:59:59
None
None
00:00:00~23:59:59
None
None
00:00:00~23:59:59
None
None
1970-1-1 00:00:00~2538-12-31 23:59:59
None
None
1~65535
None
None
NO, YES
None
YES
NO, YES
None
YES
0~65535
None
None
0~65535
None
None
1~31
None
None
-99.0~40.0 (step: 0.1)
degree Celsius
JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC
None
63
-100
None
NO, YES
None
YES
NO, YES
None
YES
0, 2, 4, 6
None
None
60~600
s
00:00~23:59
None
None
8~255
None
None
1~31, step:8
None
None
1~31
None
None
DISABLED, ENABLED
None
ENABLED
DISABLED, ENABLED
None
DISABLED
0~65535
None
None
0~62
None
None
2000-1-1~2037-12-31
None
None
1~32
None
None
NO, YES
None
NO
00:00:00~23:59:59
None
None
NO, YES
None
NO
240
OFF, ON
None
OFF
60~300
s
OFF, ON
None
OFF
0~23
None
None
HOUR{0~23}, MIN{0~59}, SEC{0~59}
None
None
0~23
None
None
0~254
None
None
0~7
None
None
00:00:00~23:59:59
None
None
BTS30, 1~31 BTS312, BTS3001C, BTS3001CP, BTS3002C, BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, BTS3012AE, BTS3012_II, BTS3900_GSM, BTS3900A_GSM, BTS3036, BTS3036A, BTS3900L_GSM, BTS3900B_GSM, BTS3900E_GSM
None
None
None
None
1~15
None
None
1~15
None
None
1~64 characters
None
None
16~1023
byte
352
16~1023
byte
352
1~50
None
120
None
1~124, 128~189
None
None
NO, YES
None
NO
NO, YES
None
NO
0, 2, 4, 6
None
None
0~65535
None
None
NO, YES
None
YES
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
UNSUPPORT, SUPPORT
None
UNSUPPORT
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
T_12, T_15, T_20, T_30, T_41, T_55, T_76, T_109, T_163, T_217
None
T_20
0.0.0.0~255.255.255.255
None
None
0~65535
None
None
CLOSE, OPEN
None
CLOSE
ON, OFF
None
None
OFF, ON
None
ON
CLOSE, OPEN
None
None
ON, OFF
None
None
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
CLOSE, OPEN
None
None
ON, OFF
None
None
ON, OFF
None
None
BFD_OFF, BFD_ON
None
None
NO, YES
None
None
CLOSE, OPEN
None
None
NO, YES
None
YES
1~254
None
OFF, ON
None
10
OFF
0~4294967295
None
0
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
OFF, ON
None
OFF
0~4294967295
None
0
0~4294967295
None
0
0~4294967295
None
0
3~5
None
None
OFF, ON
None
ON
FIRST, SECOND, THIRD, FOURTH, LAST
None
None
0~2500
None
SyncCase1, SyncCase2
None
None
AISS, GPS
None
AISS
CONSYN, INTERSYN
None
None
1~7
d
0
1
0~23
h
2
0~59
min
0
1~250 characters
None
None
1~250 characters
None
MBSC
0, 8~11
None
1~250 characters
None
None
NO, YES
None
YES
1~250 characters
None
BSC
1~250 characters
None
None
1000~30000
ms
1~60
s
30000~60000
ms
60000
800~1500
ms
1500
800~1500
ms
1500
2000~3000
ms
3000
800~1500
ms
1500
800~1200
ms
1200
10
3000
5
1000~120000
ms
3000
1~60
s
60~2400 (step: 10)
ms
12
5~1275, step: 5
ms
50
5~1275, step: 5
ms
50
10~2550, step: 10
ms
200
10~2550, step: 10
ms
60
10~2550, step: 10
ms
150
5~1275, step: 5
ms
60
5~1275, step: 5
ms
60
1~10
s
180000~360000
ms
360000
180000~360000
ms
360000
1400~2000
ms
2000
1000~10000
ms
10000
1~60
s
5
0~2550, step:10
ms
7
5
1
1~255
s
10
500ms, 1000ms, 1500ms, 2000ms, 2500ms, 3000ms, 3500ms, 4000ms
ms
500ms
0ms, 80ms, 120ms, 160ms, 200ms, 500ms, 1000ms, 1500ms
ms
500ms
0~1530, step: 6
min
20
5~30
s
10
800~1200
ms
1200
1000~10000
ms
5000
800~1200
ms
1200
1000~30000
ms
1000
800~1200
ms
1200
1000~10000
ms
3000
1000~10000
ms
3000
800~1200
ms
1200
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
4
NO, YES
None
NO
NO, YES
None
YES
0~255
bit
0
0.5~8, step:0.5
s
1
0~255
bit
0~255
s
0
TCH:480~14880, step:480; SDCCH:470~14570, step:470
ms
2
0~7
None
0.5~0.8, step:0.5
s
1
0~255
bit
63
0~25
None
10
0~25
None
10
1~12
None
None
1~12
None
None
30~300
s
90
60~300
s
90
1~254
None
1000~10000
ms
4000
0~500
mV
80
OFF, ON
None
255
None
170
ON
NO, YES
None
NO
0~100
per cent
60
0~1000
per mill
40
0~63
dB
0~70
None
55
0~1000
per mill
40
0~63
dB
0~70
None
0~60
s
2
0~10
None
3
NO, YES
None
1~600
s
OFF, ON
None
0~100
per cent
60
0~100
per cent
70
1~15
None
10
SEPERATE_PRINCIPAL, SEPERATE_SUBORDINATE, TOGETHER, SEPERATE_BSC_INTERFACE
None
6
6
55
YES
60
OFF
None
DISABLE, ENABLE
None
None
0~62
None
None
0~335
None
None
0~4095
None
None
0~5, 8~27
None
None
0~11
None
None
GTC, UTC, ITC
None
None
AUTO, Manual
None
None
AUTO, Manual
None
None
0~42, step: 6
dB
0
Negative infinity, -28~28, step: 4
dB
8
0~36, Positive infinity, step: 6
dB
0
0~1
None
0
0~16383
None
0
NO, YES
None
NO
NO, YES
None
NO
0~63
None
10
0~127
None
None
0~127
None
None
NO, YES
None
NO
0~1
None
None
0~100
per cent
20
0~100
per cent
15
0~5
None
None
0~5
None
None
0~127
None
CLOSE, OPEN
None
1~9 characters
degree Celsius
45
1~9 characters
degree Celsius
0
-50.0~100.0 (step: 0.1)
degree Celsius
500
-49.0~100.0 (step: 0.1)
degree Celsius
500
-50.0~100.0 (step: 0.1)
degree Celsius
0
-50.0~99.0 (step: 0.1)
degree Celsius
0
0.0~500.0 (step: 0.1)
mV
63
OPEN
800
1~64 characters
None
None
1~65535
None
None
32768~65535
None
None
1~64 characters
None
None
50~70
degree Celsius
65
-40.0~0.0 (step: 0.1)
degree Celsius
-100
-40.0~0.0 (step: 0.1)
degree Celsius
-100
NO, YES
None
1~615 characters(GB2312, KOI8-R, KOI8-U, KOI8, WINDOWS-1251, ASMO_449, WINDOWS-1256, 1~255 WINDOWS-874, WINDOWS-1253, WINDOWS-1254, WINDOWS-1255, WINDOWS-1257, WINDOWS-1250, WINDOWS-1252, UCS2), 1~2462 characters(BINARY), 1~1395 characters(others)
YES
s
30
None
None
OFF, ON
None
OFF
0~1023
h
None
0~65535
None
ACTIVE, STANDBY
None
None
0~255
None
None
0.0.0.0~255.255.255.255
None
None
0.0.0.0~255.255.255.255
None
None
65535
0~5, 8~27
None
None
0~11
None
None
5000~60000
ms
220~280
V
264
220~280
V
264
1~10
None
10
1~10
None
6
1~10
None
4
1~10
None
8
1~10
None
4
1~10
None
3
1~10
None
6
1~10
None
3
1~10
None
2
PERCENTAGE, BANDWIDTH
None
1~15
min
5
0~63
dB
30
5000
None
0~7
None
1
0.5~16, step:0.5
s
4
0~100
per cent
0.5~16, step:0.5
s
6
0~7
None
3
OFF, ON
None
0~63
dB
3~15
s
NOLIMIT, LIMIT
None
NOLIMIT
00:00:00~23:59:59
None
None
0, 5~1440
min
None
0~255
s
10
0~255
s
10
0~255
s
10
200~10000
ms
2000
1~65535
ms
3000
1~3
s
80
OFF
40
5
2
1~10
s
2
1~20 (step: 1)
ms
2
0~255
s
1~1024
None
NO, YES, NULL
None
0~255
s
30
10~255
s
40
1~30
s
8
1~15
min
5
7~365
d
None
0~4294967295
None
None
-99~70
degree Celsius
45
-19~5
degree Celsius
-19
-99~99
degree Celsius
-20
00:00~23:59
None
None
00:00~23:59
None
None
00:00~23:59
None
None
10
4
NO
00:00~23:59
None
None
00:00~23:59
None
None
00:00~23:59
None
None
14~163
None
None
0~163
None
None
1~120
min
None
NON_FDR, FDR
None
None
2~4
s
3
0~100
per cent
0
0~4294967294
None
0~100
per cent
8000~12000
ms
12000
30000~90000
ms
60000
0~276
None
None
TRRS, SATEL
None
TRRS
TRRS, SATEL
None
None
-120~-1, 1~120
min
None
None
0
0~7
None
0
0~62
None
None
0~23
None
None
0~254
None
None
NORMAL, FORMAT
None
None
0~5
None
None
1~30
s
30~100
per cent
60
30~100
per cent
60
30~100
per cent
50
30~100
per cent
50
ON, OFF
None
1~255
None
5
1~255
None
5
M3UA_OVERRIDE_MOD, M3UA_LOADSHARE_MOD
None
M3UA_LOADSHARE_MO D
TER_TRANS, SAT_TRANS, TER_AND_SAT_TRANS
None
None
0~27
None
None
8
ON
IP
None
None
IP, HDLC
None
None
IP, HDLC, TDM
None
None
IP, HDLC, TDM
None
None
HDLC IP
None
None
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
NO, YES
None
NO
ENABLE, DISABLE
h
None
5sec, 10sec, 15sec, 20sec, 30sec, 60sec, 120sec, 300sec, no use
s
10sec
0~100
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~5, 8~27
None
None
0~7(FG2a), 0~1(GOUa), 0~11(FG2c), 0~3(GOUc)
None
None
0~163
None
None
0~199
None
90
2
0~199
None
2
10~199
None
0~199
None
2
0~199
None
2
0~199
None
2
0~199
None
None
OFF, ON
None
None
0~11
None
None
0~11
None
None
0~11
None
None
TRXAid_NotAllow, AllowReForbid, AllowReImmed, AllowReCheckRes
None
AllowReCheckRes
5~10
s
None
0~63, 255
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
None
255
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
0~3071
None
None
1~120 characters
None
None
0~3071
None
None
0~63
None
None
0~71
None
None
0~8
None
None
0~7
None
None
0~7
None
None
NO, YES
None
YES
TRX, TRU, QTRU, DRRU, DRFU, MRRU, MRFU, GRFU, GRRU, BTS3900B, BTS3900E
None
None
8~255
None
None
1~31, step:8 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
None
2~4294967294
None
None
1~31 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
0~7
None
None
0~512
None
None
NO, YES
None
NO
0~65535
None
None
10~1440 (step: 10)
min
None
0~127
None
None
1~50 characters None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31 None
None
0~23
None
None
1~31
None
None
0~7
None
None
None
None
None
None
0
0~50
W
20
0~65535
ms
Close, Open
None
Open
8K, 16K, 32K, 64K
kbit/s
None
0~254
None
None
TRXLOOPBACK, CHLLOOPBACK, CHLCODEC, CPRILOOPBACK
None
None
0~31
None
None
SIMPLETEST, MANUALTEST
None
None
PIM
None
None
NO, YES
None
NO
CHAIN, RING
None
None
1~255
None
64
1~128
s
64
0~8
None
6
00:00~23:59
None
0:00
00:00~23:59
None
0:00
DISABLE, ENABLE, SLEEPING
None
5000
None
0~100
per cent
80
40~79
degree Celsius
50
-99~99
degree Celsius
68
1~60
s
5
1~60
s
10
1~60
s
5
1~60
min
10
1~60
min
5
1~60
s
5
1~60
s
5
TX_3, TX_4, TX_5, TX_6, TX_7, TX_8, TX_9, TX_10, TX_11, TX_12, TX_14, TX_16, TX_20, TX_25, TX_32, TX_50
None
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
TX_32
0~100 (step: 0.01)
W
0
0~100 (step: 0.01)
W
0
1~3000000
kbit/s
None
0~4000000
kbit/s
None
200~10000
ms
500
T_2, T_3, T_4, T_5, T_6, T_7, T_8, T_9, T_10, T_12, T_14, T_16, T_20, T_25, T_32, T_50 None
T_20
EPS, TCS
None
None
ANY_ERR_RETURN, ALL_END_RETURN
None
None
GSM900, DCS1800, GSM900_DCS1800, GSM850, PCS1900, GSM850_1800, GSM850_1900
None
None
BTS30, BTS312, BTS3001C, BTS3001CP, BTS3002C, OUTER, INNER BTS3012A, BTS3006A, BTS3012, BTS3006C, BTS3002E, None BTS3012AE, BTS3012_II, DBS3900_GSM, BTS3900_GSM, BTS3900A_GSM, DBS3036, BTS3036, BTS3036A, BTS3900B_GSM, BTS3900E_GSM, BTS3900_GSM_6RFC, None GSM900, DCS1800, GSM850, PCS1900 BTS3900A_GSM_6RFC, BTS3036_6RFC, BTS3036A_6RFC, APM30, TMC, BBC, APM100, APM200, PS4890, OMB, RFC-6, BTS3900, BTS3900L, BTS3900AL, BTS3900AS, BTS3900B, BTS3900E, VIRTUAL None
INNER
None
None
GSM900, DCS1800
None
None
0~15
None
NO, YES
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0~1, 255
None
None
0
0~23, 255
None
None
0~53, 255
None
None
0~15
None
NO, YES
None
None
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
None
None
0~1, 255
None
None
0~23, 255
None
None
0~53, 255
None
None
0~15
None
6
0~15
None
0
0~15
None
1
0~15
None
1
0~15
None
10
0~15
None
3
0~15
None
15
0~15
None
5
0~15
None
15
0
0~15
None
13
0~15
None
13
OFF, ON
None
OFF
NO, YES
None
NO
0~15
None
6
0~15
None
0
0~15
None
1
0~15
None
1
0~15
None
10
0~15
None
3
0~15
None
15
0~15
None
1
0~15
None
15
0~15
None
13
0~15
None
13
OFF, ON
None
OFF
NORTPCOMP, RTPCOMP
None
None
NORTPCOMP, RTPCOMP
None
None
1214~2001, 2005~3783, 3786~4783, 4785~65000
None
None
0~65535
None
None
Administrators, Operators, Users, Guests, Customs
None
Guests
0~99
None
80
0~64
None
64
300~1000
ms
0~9 Characters
None
1~8 characters
None
TCH:480~122400, step:480; SDCCH:470~119850, step:470 ms
1000
90
None
3
1~30
dB
14
1~30
dB
14
1~30
dB
16
1~30
dB
16
0.5~4, step:0.5
s
1
0.5~4, step:0.5
s
1
1~255
None
5
0~240
ms
180
1~64
None
15
0~63
dB
10
1~64
None
20
1~64
None
32
1~10
None
3
1~30
dB
16
1~30
dB
16
1~30
dB
18
1~30
dB
18
0~15
None
2
0~15
None
3
0~15
None
3
0~15
None
3
0~15
None
4
0~15
None
15
0~15
None
2
0~15
None
2
1~100
None
90
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
1~30
dB
6
1~30
dB
8
1~100
None
100
0~3
None
0
0~7
None
0
0~7
None
3
TCH:480~9600, step:480; SDCCH:470~9400, step:470
ms
5
0~7
None
3
0~63
dB
5
0~70
None
55
0~70
None
60
0~70
None
55
0~10
None
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
0~63
dB
18
0~63
dB
18
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
1
0~10
None
6
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
3
TCH:0~9120, step:480; SDCCH:0~8930, step:470
ms
1
0~100
None
6
0~100
None
75
0~63
dB
30
0~63
dB
18
0~63
dB
15
0~63
dB
19
0~63
dB
28
0~63
dB
23
0~63
dB
31
0~63
dB
63
0~63
dB
21
0~63
dB
25
NO, YES
None
1~64
None
NO, YES
None
0~255
s
GSM_PHASE_1, GSM_PHASE_2, GSM_PHASE_2Plus
None
GSM_PHASE_2
NO, YES
None
None
1~6
None
10~3500
mA
40
10~3500
mA
40
10~3500
mA
40
10~3500
mA
60
10~3500
mA
60
10~3500
mA
60
0~2047
None
None
0~2047
None
None
BYNAME, BYID
None
None
YES
32
NO
10
3
BYNAME, BYID
None
None
1~64 characters
None
None
1~64 characters
None
None
0~15
None
None
CS1, CS2, CS3, CS4
None
CS1
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9
None
MCS2
10~70
None
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, UAS8, UAS9, UAS10, UAS11
None
MCS6
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, UAS8, UAS9, UAS10, UAS11, UNFIXED
None
UNFIXED
0~5000
ms
CS1, CS2, CS3, CS4, UNFIXED
None
UNFIXED
MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, MCS8, MCS9, UNFIXED
None
UNFIXED
0~70
None
40
0~63
dB
30
10~255
s
30
0~96
None
None
NO, YES
None
YES
20
2000
0~2047
None
None
512~1535
None
None
1~16
s
4
0.1~1, step:0.1
None
6
1~16
s
5
NO, YES
None
0~300
ms
0~64
per cent
10
0~64
per cent
5
0~64
per cent
5
0~64
per cent
5
0~64
per cent
2
0~64
per cent
2
FORBID, PERMIT
None
PERMIT
BYTMSI, BYIMSI, BYMSISDN, BYIMEI
None
None
NOTSUPPORT, SUPPORT
None
NOTSUPPORT
1~32 characters
None
None
NO
120
1~32 characters
None
None
HOUR 0~23 MINUTE 0~59
None
None
HOUR 0~23 MINUTE 0~59
None
None
-99~99
degree Celsius
0~8
None
0~255
s
10
0~63
dB
35
NO, YES
None
1~255
s
5
1~63
dB
5
FDD, TDD
None
None
2 characters
None
None
0~190, 255
None
No_Priority, Public_Network_First, VGCS_First
None
0~190
None
50~95
per cent
NO, YES
None
50
3
NO
255
No_Priority
0
95
NO
NONE, LEVEL4, LEVEL3, LEVEL2, LEVEL1, LEVEL0, LEVELB, LEVELA
None
50~95
per cent
DISABLE, ENABLE
None
DISABLE
DISABLE, ENABLE
None
None
DISABLE, ENABLE
None
DISABLE
DISABLE, ENABLE
None
DISABLE
2~4094
None
None
2~4094
None
None
2~4094
None
2~4094
None
None
2~4094
None
None
2~4094
None
None
0~7
None
None
0~7
None
LEVEL0
90
2
0
NO, YES
None
Full_rate_Ver1, Full_rate_Ver2, Full_rate_Ver3, Half_rate_Ver1, Half_rate_Ver2, Half_rate_Ver3, Full_rate_Ver5
None
FULL_RATE_VER11&FULL_RATE_VER21&FULL_RATE_VER3NO 0&HALF_RATE_VER11&HALF_RATE_VER20&HALF_RATE_VER30&FULL_RATE_VER5-0
CLOSE, OPEN
None
OPEN
1~9 characters
V
28
1~9 characters
V
20
CLOSE, OPEN
None
1~9 characters
V
57
1~9 characters
V
42
14, 15, NO, YES 16, 18, 18, 20, 20, 0~12 22, 22, 24, 24, 26, 26, 28, 1~30 28, 30, 30, 33, 32, 36, 35, 88 38, 41, 45, 88
None
OPEN
YES
None
2
None
3
None
20
None
30
0~12
None
2
0~999
None
4000~33000
ms
27000
3000~34000
ms
34000
3000~34000
ms
26000
0~1000
s
280
1~30
s
15
None
0~60
s
4
0~1000
s
300
INACTIVE, ACTIVE
None
INACTIVE
CLOSE, OPEN
None
OPEN
NOLIMIT, LIMIT
None
NOLIMIT
East_Longitude, West_Longitude
None
None
INACTIVE, ACTIVE
None
INACTIVE
NO, YES
None
None
DENY, ALLOW
None
DENY
SUN, MON, TUE, WED, THU, FRI, SAT
None
None
M3UA_ASP, M3UA_IPSP
None
M3UA_ASP
0~24
h
NO, YES
None
5~1275, step:5
min
0~24
h
NO, YES
None
NO
Active, Standby
None
Active
22
NO
12
8
GSM_AND_UMTS, UMTS, GSM
None
GSM
GO
None
None
E1_UNBA, E1_BA, T1, E1
None
None
GMT-1200(GMT-12:00), GMT-1100(GMT-11:00), GMTE1, T1 None 1000(GMT-10:00), GMT-0930(GMT-09:30), GMT-0900(GMT09:00), GMT-0800(GMT-08:00), GMT-0700(GMT-07:00), GMT-0600(GMT-06:00), GMT-0500(GMT-05:00), GMT1~127 0430(GMT-04:30), GMT-0400(GMT-04:00), GMT-0330(GMT- None 03:30), GMT-0300(GMT-03:00), GMT-0200(GMT-02:00), GMT-0100(GMT-01:00), GMT(GMT), GMT+0100(GMT+01:00), GMT+0200(GMT+02:00), 30~300 s GMT+0300(GMT+03:00), GMT+0330(GMT+03:30), GMT+0400(GMT+04:00), GMT+0430(GMT+04:30), GMT+0500(GMT+05:00), GMT+0530(GMT+05:30), 60~300 s GMT+0545(GMT+05:45), GMT+0600(GMT+06:00), GMT+0630(GMT+06:30), GMT+0700(GMT+07:00), GMT+0800(GMT+08:00), GMT+0845(GMT+08:45), GMT+0900(GMT+09:00), GMT+0930(GMT+09:30), 30~60000 s GMT+1000(GMT+10:00), GMT+1030(GMT+10:30), GMT+1100(GMT+11:00), GMT+1130(GMT+11:30), GMT+1200(GMT+12:00), GMT+1245(GMT+12:45), GMT+1300(GMT+13:00), GMT+1400(GMT+14:00) None
E1
None
90
90
None
GMT+0800
Recommended Value
YES
Impact
Parameter Relationship
50 Cell
None
50 Cell
None
40 Cell
None
FALSE BTS
None
Cell
None
30 BSC
The value of this parameter should be smaller than "AbisFCTimer2".
60 BSC
The value of this parameter should be greater than "AbisFCTimer1".
IDLETSALLOC_0
BTS
None
CLOSE
BTS
None
90 BSC
None
BTS
None
15 Cell
None
NO
It is recommended that the value of this parameter is the same as that for "A Interface Tag". BSC
40 BSC6900
100 BSC
8BIT
Cell
The value of this parameter is the same as those of "Um Interface Tag" and "A Interface Tag".
None
None
None
0 Cell
None
NO
Cell
None
None
Cell
None
Usubcell
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
None
Cell
None
NEUTRAL
Cell
None
0 Cell
None
2 Cell
None
120 Cell
None
Enable
PPP link
None
YES
BTS
None
CLOSE
BSC
None
FLEX 4_75KBIT/S-1&5_15KBIT/S0&5_90KBIT/S-1&6_70KBIT/S0&7_40KBIT/S-1&7_95KBIT/S0&10_2KBIT/S-0&12_2KBIT/S-1
Cell
None
Cell
None
4_75KBIT/S-1&5_15KBIT/S0&5_90KBIT/S-1&6_70KBIT/S0&7_40KBIT/S-1&7_95KBIT/S-0
Cell
None
6_60KBIT/S-1&8_85KBIT/S1&12_65KBIT/S-1
Cell
None
NO
Cell
None
10 BSC6900
None
180 BTS
The value of this parameter must be smaller than "AC Voltage Upper Threshold".
2800 BTS
The value of this parameter must be greater than "AC undervoltage alarm threshold".
1800 BTS
The value of this parameter must be smaller than "AC overvoltage alarm threshold".
280 BTS
The value of this parameter must be greater than "AC Voltage Lower Threshold".
NO
Cell
None
None
BTS
None
0 BSC
None
2 BSC
None
0 BTS
None
None
BSC6900
None
None
BSC6900
None
2 Cell
None
OFF
BTS
None
None
BTS
None
UNLOCK
Cell
None
Unlock
TRX
None
Unlock
Current BFD session
None
None
BSC6900
None
10 BSC6900
None
OFF
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
BTS
This parameter can be configured only when "BTS Software Version 1" is configured.
None
CLOSE
400 Board
None
20 Board
None
-50 Board
None
0 Board
None
6 Board
None
Board
20 Board
4 Board
64_Times
Cell
If the number of echo cancellations None performed by AEC exceeds "AEC Detect Threshold" within the time specified by "AEC Detect Time", the If the isnumber echo cancellations TFO closedof forcibly. performed by AEC exceeds "AEC Detect Threshold" within the time specified by "AEC Detect Time", the TFO is closed forcibly.
None
48 Cell
None
None
None
None
None
Board
None
52_Times
Cell
None
32 Cell
None
None
None
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
15 Cell
None
None
BSC6900
None
None
BTS
None
NO
BSC
None
YES
BSC
None
YES
BSC
None
YES
BSC
None
YES
BSC
None
NO
BSC
None
ABIS
BSC
None
5 BSC
None
5 BSC
None
5 BSC
None
10 BSC
None
10 BSC
None
10 BSC
None
BSC
None
0 Board
None
-18 Board
None
6 Board
None
-4 Board
None
-23 Board
None
NO
FIXEDGAIN
Board
None
None
Transmission resource group
When "BWMODE" in "ADD RSCGRP" is set to HALF_DUPLEX, this parameter is None valid;if the "BWMODE" in "ADD RSCGRP" of upper class and lower class RSCGRP is set to None HALF_DUPLEX, the "AllBw" in "ADD RSCGRP" of upper class RSCGRP can not less than the "AllBwE" in "ADD RSCGRP" of lower class RSCGRP;The None "AllBw" in "ADD RSCGRP" of upper class RSCGRP can not less than the sum of "TxBw" and "RxBw" in "ADD RSCGRP" of lower class RSCGRP.
ALLOW
BSC
None
OFF
Cell
None
CLOSE
Board
5 BSC
3 BSC
100 Cell
NOTALLOW
BSC
4 Cell
100 Cell
The following condition must be met: "ALLOWAMRHALFRATEUSERPERC" <= "ALLOWHALFRATEUSERPERC".
None
None The following condition must be met: "ALLOWHALFRATEUSERPERC" >= "ALLOWAMRHALFRATEUSERPERC".
ALLCIC
E1/T1 link
None
ALLCIC
PBE1T1
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
30 BTS
None
None
BTS
None
YES
BTS
None
None
BTS
None
None
BTS
None
10 BTS
None
100 BTS
None
150 BTS
None
0 BTS
The Nonerecommended value of this parameter is greater than twice "Alarm Clear Accumulative Time Threshold" and greater than twice "Flash Alarm Occur Threshold".
0 BTS
None
0 BTS
The recommended value of this parameter is greater than twice "Alarm Clear Times Threshold".
0 BTS
None
NO
BTS
None
all
BSC6900
None
None
BTS
6 Cell
None
0 Cell
None
BSC6900
40 Cell
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None
DISABLED
BTS
None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
16 Cell
ON
Cell
NO
Cell
5 Cell
0 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
None This parameter is valid when "PWRCTRLSW" in the "SET This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the "SET GCELLBASICPARA" command is set to YES.
0 Cell
3 Cell
5 Cell
2 Cell
8 Cell
33 Cell
25 Cell
NO
Cell
2 Cell
20 Cell
1 Cell
100 Cell
0 Cell
75 Cell
4 Cell
108 Cell
NO
Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid "AMRDLQLTHRED" >=only when "PWRCTRLSW" in "SET "AMRDLQHTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: "AMRDLQLTHRED" >= "AMRDLQHTHRED". This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET This parameter is valid only when GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET PWR2. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid>= only when "AMRDLSSHTHRED" "PWRCTRLSW" in "SET "AMRDLSSLTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: "AMRDLSSHTHRED" >= "AMRDLSSLTHRED". This parameter is valid only when "HOCTRLSWITCH" is set to This parameter is valid only when HOALGORITHM2. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to YES.
4 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set This parameter is valid only when to YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to YES. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
0 Cell
None
Cell
None
55 Cell
None
3 Cell
15 Cell
8 Cell
2 Cell
0 Cell
0 Cell
8 Cell
YES
Cell
3 Cell
ON
NO
Cell
5 Cell
0 Cell
0 Cell
None This parameter is valid when "PWRCTRLSW" in the "SET This parameter is valid when is set to GCELLPWRBASIC" command "PWRCTRLSW" in the "SET PWR2. GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the "SET This parameter is validcommand only when GCELLBASICPARA" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR2. The following condition must be met: "AMRULQLOWTHRED" >= "AMRULQHTHRED".
3 Cell
5 Cell
3 Cell
6 Cell
30 Cell
18 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must be met: "AMRULQLOWTHRED" >= "AMRULQHTHRED". This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET This parameter is valid only when GCELLPWRBASIC" command is set to "PWRCTRLSW" in "SET PWR2. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid>= only when "AMRULSSHTHRED" "PWRCTRLSW" in "SET "AMRULSSLTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: "AMRULSSHTHRED" >= "AMRULSSLTHRED".
2 BSC
None
2 MSC
None
6 Board
None
Board
None
12 Board
None
None
None
None
None
None
None
None
IP path
None
None
BSC6900
None
MODE0
Board
None
-13 Board
None
CLOSE
-48 Board
None
CLOSE
Board
None
None
Cell
None
0 BTS
None
NOPOWER
BTS
None
OFF
Board
None
NO
BTS
None
None
None
None
None
TRX
None
None
TRX
None
NULL
BTS
The setting of this parameter depends on "Board Type".
None
MTP3 link
None
None
SCTP link
None
None
BSC
None
20 BSC
None
1024 BSC
None
256 BSC
None
20 BSC
None
10 BSC
None
20 BSC
None
BSC
None
384 BSC
None
None
BSC
None
None
None
None
PRIMARY
None
None
CLOSE
50 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
100 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
100 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
3 Ethernet port
None
3 Ethernet port
None
None
MTP3 link
None
None
ATERCONSL
None
None
MTP3 link
None
None
BSC6900
None
None
BSC6900
OFF
Cell
DISABLE
Cell
35 Cell
In an enhanced concentric cell, if "LOWRXLEVOLFORBIDSWITCH" is set to ON, this parameter and "OTOURECEIVETH" determine whether the current uplink receive level meets the condition for assigning channels of the overlaid subcell during the assignment of the underlaid subcell None channels and overlaid subcell channels. In a normal concentric cell, if "LOWRXLEVOLFORBIDSWITCH" is set None to ON, this parameter, together with "RECLEVTHRES" and "RECLEVHYST", determines whether the current uplink receive level meets None the condition for assigning channels of the overlaid subcell during the assignment of the underlaid subcell channels and overlaid subcell channels.
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
30 BSC
None
10000 Cell
None
30 BSC
None
60 MSC
60 MSC
None This parameter is used with "T18 -s" in flow control over the A interface. The value of this parameter should be smaller than "T18 -s". This parameter is used with "T17 -s" in flow control over the A interface. The value of this parameter should be greater than "T17 -s".
30 BSC
None
30 BSC
NO
30 BSC
None
20 MSC
None
Cell
2 Cell
10 Cell
YES
BSC
Open
BSC
85 BSC
None
MTP3 link
90 BSC
This parameter is valid only when "IUOTP" is set to Concentric_cell. This parameter is valid only when "ATCBHoSwitch" is set to OPEN, "IUOTP" is set to EDB_cell, or "TIGHTBCCHSWITCH" is set to ON. This parameter is valid only when "ATCBHoSwitch" is set to OPEN, "IUOTP" is set to EDB_cell, or "TIGHTBCCHSWITCH" is set to ON. If the resource usage on the Ater interface exceeds the value of None "AterCongstRatio" and this parameter is set to Open, the BSC preferentially selects TCHF when assigning traffic channels. This parameter is valid only when "AterCongHRFlag" is set to OPEN.
None
None
None
E1/T1 link
None
None
BSC
None
None
E1/T1 link
None
None
E1/T1 link
None
None
ATERCONSL
None
TDM
BSC
None
None
None
None
None
MTP3 link
None
YES
Cell
None
0 BTS
None
0 BTS
None
60 None
None
1 E1/T1 port
None
None
BSC6900
None
None
PPP link
None
None
MP group
None
None
BTS
None
None
PPP link
None
None
MP group
None
BTS
None This parameter is required only when "Validate protocol type" is set to "PAP_V" or "CHAP_V" with the "ADD PPPLNK" command.
None
PPP link
None
None
MP group
None
BTS
None This parameter is required only when "Validate protocol type" is set to "PAP_V" or "CHAP_V" in the "ADD PPPLNK" command.
NO_V
PPP link
None
NO_V
MP group
None
NO_V
BTS
None
ENABLE
Ethernet port
None
None
None
None
YES
Cell
None
YES
Cell
None
NO
BSC
None
ENABLED
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
GSM_PHASE_2 is recommended in Channelized common scenarios. If AMR services, optical port AU4 inter-RAT handover, eMLPP, or A over IP mode needs to be supported, "GSM_PHASE_2Plus" is recommended. BSC
None Generally, the value of this parameter is equal to "Um Interface Tag" and "Um Interface Tag".
None
None
None
LOW
BTS
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
BSC6900
None
None
BSC6900
None
55 Cell
None
ALLTLLI
BSC
None
None
BTS
None
None
None
None
None
Ethernet port
BYTRX
BTS
This Noneparameter can work with "BTSPOWEROFFLOCKBCCH" in "SET BTSLOCKBCCH" to determine whether to shut down the TRX that carries the main BCCH.
BTS
This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
BYCOVER
1 Cell
None
1 Cell
None
1 Cell
None
20 Cell
None
None
None
None
None
BSC6900
None
For EPS4815 boards, the value of this parameter is always "Battery1Temp".
BTS
None
Battery1Temp
BTS
None
50 BTS
None
BTS
None
50 BTS
None
BTS
None
58000 SCTP link
None
NO
NO_BAT
8 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
36 BTS
None
None
Cell
None
None
Cell
None
None
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
80 BSC
None
60 BSC
None
14 BSC
None
None BC If "Power System Type" is "APM30", the recommended value is "7". For other Power System Type, the recommended value is "15". BTS
None
565 BTS
NO
None
None The value of this parameter must be greater than "Float charging voltage" and at least two volts lower than "DC Voltage Upper Threshold".
BTS
None
8 Cell
None
4 Cell
None
2 Cell
None
SCCP
None
1 BSC
None
5 Cell
None
1 Cell
This Noneparameter is valid only when the ""INTERRATOUTBSCHOEN"" parameter regarding the "SET GCELLHOBASIC" command is set to YES. This This parameter parameter is is valid valid only only when when "BETTERCELLHOEN" is "HOCTRLSWITCH" is setset to to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. HOALGORITHM2. The following condition must be met: "BETTERCELLSTATTIME" >= "BETTERCELLLASTTIME".
NO
Cell
YES
Cell
4 Cell
None
6 Cell
This parameter is valid only when "BETTERCELLHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "BETTERCELLSTATTIME" >= "BETTERCELLLASTTIME".
Current BFD 3 session
None
Current BFD session
None
30 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
ALL
Cell
None
None
BSC6900
None
4 Cell
None
2 Cell
None
1 Cell
None
None
BSC6900
If you set "Switch of stat blinking alarm" to "ENABLE", you need to set "Alarm switch of blinking filter" to "ENABLE".
None
BSC6900
None
None
BSC6900
None
BSC6900
If you set "Switch of stat blinking alarm" to "ENABLE", you need to set "Alarm switch of blinking filter" to "ENABLE".
None
4 BSC
None
10 BSC
None
None
Transport channel
None
None
Transport channel
None
None
Transport channel
1000 BSC
None This parameter is valid when "BMTCFFLAG" in the "SET BSCFCPARA" command is set to ON.
NO
MP group
None
None
BSC6900
None
NULL
BTS
None
BTS
The value of this parameter must be greater than or equal to "Position of Break Point 1".
NULL
YES
Cell
1 Cell
69 Cell
1 Cell
This parameter is valid only when "BQHOEN" is set to YES and None "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "BQSTATTIME" >= "BQLASTTIME". This parameter is valid only when "BQHOEN" is set to YES and None "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "BQSTATTIME" >= "BQLASTTIME".
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
BTS
None
None
None
None
None
BTS
None
None
Board
None
None
None
None
None
Ethernet port
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
None
The Nonesetting of this parameter must meet the following condition: "FallBack Start Time" > "Ring II Wait Time Before Switch" + "Ring II Try Rotating Duration Time".
0 BTS
None
None
Cell
None
60 Cell
None
BSC6900
1 Cell
None
None
None
BSC
None
NO
BSC
None
None
E1/T1 link
None
None
BSC
None
None
BSC6900
None
None
BSC6900
None
None
Adjacent node
None
None
Cell
None
5 BSC6900
None
None
BSC
None
None
BTS
The IP address must have been configured.
UNCONDITIONALSTART
BSC
None
None
BSC
None
YES
BSC
None
NO
BSC
This parameter is valid only when "BSCPMA" is set to YES.
None
BTS
None
BSC
YES
BSC
YES
BSC
When None "BSCPMA" is set to YES and "BSCQAD" is also set to Yes, highpriority calls try to preempt radio resources of low-priority calls firstly if None radio resources are insufficient. If no radio resources of low-priority calls can be preempted, then the high-priority calls Noneare put into the queue. When "BSCPMA" is set to NO and "BSCQAD" is set to Yes, high-priority calls are directly put into the queue if the radio resources are insufficient.
NO
BSC
This parameter is valid only when "BSCQAD" is set to YES.
65535 BSC
None
65535 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
65535 BSC
None
65535 BSC
None
0 BSC
None
0 BSC
None
0 BSC
None
65535 BSC
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
E1/T1 link
When configure TC data, for example, select TC for "BM/TC config Flag", or MTP2 for "Application Type", the parameter should be set.
None
BSC
None
None
BTS
None
10 Cell
None
YES
2_M_PERIOD
Cell
This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_PreprocessingN.
4 Cell
None
Cell
None
1 Cell
None
1 Cell
None
NEITHERSTART
BSC
None
NONSUPPORT
MSC
None
YES
Cell
None
None
None
None
None
None
None
None
None
None
None
E1/T1 port
None
None
Cell
None
None
E1/T1 port
None
None
Board
None
None
Channelized optical port
None
None
IP logical port
None
None
E1/T1 port
None
None
BTS
None
None
BTS
None
None
BTS
The value range of this parameter varies with BTS type. Different types of BTSs support different type of boards.
None
BTS
None
None
BTS
None
None
BTS
None
None
E1/T1 link
None
None
ATERCONSL
None
YES
Cell
None
None
BTS
None
LOGICIP
BTS
None
None
BTS
None
None
BTS
None
CLOSE
BTS
None
None
Adjacent node
None
None
BTS
None
None
BSC6900
None
None
BTS
None
None
None
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
BTS
UNCONDITIONALSTART
BSC
None The value of BtsLsStartMode should be set when "BssLsGenMode" is set to BTSPRIORITY, BSCPRIORITY, or BTSONLY.
None
BTS
BTS_Preprocessing
Cell
If the value of this parameter is BSC_Preprocessing, the pre-processing None is performed on the BSC. In this case, the following parameters are invalid: "PRIMMESPPT", "BSMSPWRLEV", and "MRPREPROCFREQ".
None
BTS
None
None
BTS
None
None
None
None
ON
BTS
None
NO
BTS
OFF
Cell
None
None
None
BTS
None This parameter is valid when "PWRCTRLSW" in the "SET This parameter is used to caculate GCELLPWRBASIC" command is set to BindWidth of BTSAbisHDLCPath: PWR2. 1. When Transmission compression ratio is within range of [1, 200], BindWidth=16K*(amount of TRXs) + None 64K*(amount of TRXs)*(Transmission compression ratio)/100; 2. When Transmission compression ratio Noneis within range of [200, 250], BindWidth=16K*(amount of TRXs) + 64K*(amount of TRXs)*(200 + (Transmission compression ratio 200)*12)/100.
None
BTS
None
None
BTS
None
None
None
None
16 Cell
Current BFD 3 session
None
None
None
None
NO_BAT
BTS
The Nonesetting of this parameter must meet the following condition: "FallBack Start Time" > "Ring II Wait Time Before Switch" + "Ring II Try Rotating Duration Time".
60 BTS
NO
SCTP link
None
None
Cell
None
None
Cell
None
1000 BSC
None
None
IP logical port
0 BSC6900
None
0 BSC6900
None
20 BSC6900
None
15 BSC6900
None
0 BSC6900
None
1 BSC6900
None
0 BSC6900
None
0 BSC6900
None
5 BSC6900
None
0 BSC6900
None
120 IP logical port
None
The dynamic bandwidth switch is turned only when the IPPM function is activated through "ACT IPPM".
Transmission resource group
None When "GRPT" in "ADD RSCGRP" is set to IP, this parameter is valid.
25 IP logical port
None
80 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
None
BSC6900
None
C31STANDARD
Cell
None
None
0 Cell
None
BTS
None
If this parameter is set to NO, the average call drop rate decreases. Nonesetting is applicable in suburbs None This or urban areas with poor coverage. Call reestablishment, however, may take Nonea long time. Therefore, the None subscriber may hang up the phone before the call is re-established. Generally, the recommended value is YES. Cell
None
None
None
None
None
None
YES
Cell
None
None
BTS
None
GSM900
BTS
This parameter has relations with DCOM，DCBM board
NULL
IP path
None
The CBA function applies to special None scenarios. If this parameter is set to IP logical port YES and "Cell Bar Qualify" is set to no, only handovers are allowed in a cell, Noneand direct access of an MS is None not allowed. This condition applies to a dual-network coverage cell. For a common cell, this parameter should be set to NO. Cell
None
None
None
None
BSC
None
None
BSC
None
30 BSC
None
BSC
None
None
15 BSC
NO
Cell
4500 IP logical port
3 BSC
2 Cell
6 Cell
None
None
None
None This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport. This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport.
None
BSC
None
None
BSC6900
None
15 Cell
None
80 Cell
None
46 BSC
None
1000 Ethernet port
None
90 Cell
None
0 Cell
None
0 Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
0 Cell
This parameter is valid only when "EDGE" in "SET GCELLGPRS" is set to YES.
0 Cell
None
0 Cell
None
Permit
Cell
None
OUTDOOR_CELL
Cell
565 BTS
None The value of this parameter must be greater than "Float charging voltage" and at least one volt lower than "DC overvoltage alarm threshold". The value of this parameter must be greater than "Float charging voltage" and at least three volts lower than "DC overvoltage alarm threshold".
268 BTS
The value of this parameter must be smaller than "Even Charging Voltage".
535 BTS
The value of this parameter must be smaller than "Even Charging Voltage".
283 BTS
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
BSC
None
None
Cell
None
None
Cell
None
None
None
None
None
Cell
None
3 Cell
None
None
Cell
None
NO
MSC
None
80 Cell
This parameter is valid only when "SDDYN" in "SET GCELLBASICPARA" is set to YES.
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
255 Cell
The parameter value corresponds to the power None of each passage on the MRRU. If the cell is configured only on one passage of the MRRU, then the power assigned to another passage of the operator must be set to 0.
30 Cell
None
1 Cell
None
4 Cell
None
YES
BTS
430 BTS
2G
None The value of this parameter must be smaller than "DC undervoltage alarm threshold".
Cell
None
30 Cell
None
COMMON
Cell
None
NO
Cell
None
500 BTS
-100 BTS
800 BTS
NO
The value of this parameter must be smaller than "Low Temp Alarm Assembled Bat2".
None The value of this parameter must be greater than "Lower Assembled Bat1 TEMP Measure".
-200 BTS
None
BTS
None
20 Cell
None
1 Cell
None
80 TRX
None
None
BSC6900
None
None
BTS
None
NULL
IP path
None
None
BTS
None
None
None
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
80 ATERCONSL
None
80 ATERCONSL
None
None
Cell
None
None
BSC6900
None
None
BTS
None
90 BSC
None
90 ATERCONSL
None
90 BSC
None
QUICK_HO_NCELL_TYPE_A
Cell
None
None
BTS
None
CAPABILITY
Cell
None
0 Cell
None
Cell
None
100 Cell
None
None
Cell
None
YES
Cell
None
NO
MSC
None
OFF
10 Cell
5 IP path
None When the value of "PATHCHK" in "ADD IPPATH" is set to ENABLED, this parameter is valid.
YES
BSC
None
MODE2
BTS
None
MODE2
BTS
None
None
None
None
None
None
None
NO
10 BTS
None
10 BTS
None
SCTP link
None
NO
SCTP link
None
CRC32
SCTP link
None
None
None
None
None
None
None
None
BTS
None
None
Board
None
None
Physical channel None
None
None
None
None
BTS
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
SYSTEMOPT
MSC
None
Cell
This parameter is valid only when "QTRUPWRSHARE" is not set to NONE.
NO
OFF
BSC
None
100 BSC
None
200 BSC
None
1000 BSC
None
TCHFR
Physical channel None
None
Cell
None
None
Cell
None
None
E1/T1 link
When the value of "OPMODE" of "BLK ACIC" is BYCICVALUE, the value of CIC needs to be set.
None
None
None
0 BSC
None
3 BSC
None
BSC
None
80 BSC
None
5 BSC
None
YES
MSC
None
YES
MSC
None
NOTSENDING
MSC
None
OFF
NOTSENDING
MSC
None
YES
MSC
None
YES
MSC
None
None
IP logical port
None
22 Cell
None
None
BSC6900
None
None
BSC6900
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT.
NO
BSC
None
ERR_PFM_5E6
Board
None
None
None
None
PTP
BTS
None
None
BSC6900
None
None
BTS
None
255 BTS
None
BSC6900
255 BTS
This parameter is valid only when "AntiTheftAllow" is set to YES.
None This parameter is valid only when "AntiTheftAllow" is set to YES.
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
BTS
None The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets. The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets.
0 BTS
None
BSC6900
None
None
None
None
None
None
None
30 Cell
None
None
MSC
None
None
NSE
None
None
BSC
None
None
None
None
NONE
BSC
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
None
None
None
None
None
YES
Cell
None
None
Cell
None
INACTIVE
BTS
None
None
BSC6900
None
L0_FORBID-0&L1_FORBID0&L2_FORBID-0&L3_FORBID0&L4_FORBID-0&L5_FORBID0&L6_FORBID-0&L7_FORBID0&L8_FORBID-0&L9_FORBID-0
None
45 Cell
This parameter is valid only when "PWRBCDALLOWD" is set to YES.
Cell
None
BSC6900
None
100 None
None
NO
Cell
None
None
BTS
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
IP/HDLC:15
BSC6900
None
25 BSC6900
None
25 BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
IP/HDLC:25
BSC6900
None
50 BSC6900
None
50 BSC6900
None
NO
Cell
None
None
BSC6900
None
NO
None
None
None
BSC6900
None
None
BSC
None
NO
4 Cell
None
6 Cell
This parameter, together with "BANTIME", limits the handover frequency in the cell.
Ethernet port
None
5 Ethernet port
None
None
None
NO
TRX
This Noneparameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA" and "DYNOpenTrxPower" in "SET GCELLBASICPARA" are set to YES.
None
BSC
None
NOTSUPPORT
BTS
None
6dB
Cell
None
None
BSC6900
None
None
BSC6900
None
10 Cell
None
3 Cell
None
0 Cell
None
255 BSC
UNAVAILABLE
None
SCTP link
None
BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
5 BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
BSC
This parameter is valid only when "CHR Output Mode" is set to "Specified User Mode".
RESINSUFF,UMABNORM,TRAFFR EJECT,MSCREL BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
None
OFF
When the interface type is Abis, 100 BSC6900 transmission type is IP, the parameter is AF43; When the interface type is A, Ater or Iur-g, the parameter is AF43. BSC6900
None
When the interface type is Abis and transmission type is HDLC, the parameter is 1.
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
BSC6900
100 BSC6900
5 Cell
When the value of "ITFT" in "ADD TRMMAP" is set to A or ABIS, this parameter is valid.
None
None
BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
OFF
BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
None
BSC
None
ABNORMREC
BSC
This parameter is valid only when "CHR Output Mode" is set to "Common User Mode".
ON
BSC
None
OFF
BSC
None
90 TRX
None
BSC
None
OFF
OFF
CALL
50 BSC6900 When OFF the interface type is Abis, BSC transmission type is IP, the parameter is EF; When the interface type is A, Ater or Iur-g, the parameter is EF. BSC6900
None This parameter is valid only when "CHR Output Mode" is set to "Specified User Mode". When the value of "ITFT" in "ADD TRMMAP" is set to A or ABIS, this parameter is valid.
When the interface type is Abis and transmission type is HDLC, the parameter is 1.
BSC6900
50 BSC6900
3 Cell
ON
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
None
None
none
45000 None
None
30000 None
None
1300 None
None
500 None
None
8200 None
None
100 None
None
5000 None
None
1500 None
None
100 None
None
95 Board
None
85 Board
None
None
BSC6900
None
4BURST
Cell
None
None
None
None
BTS
None The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets.
None
BTS
None
None
BTS
None
None
BTS
None
None
Transmission resource group
None
None
BTS
None
None
BTS
None
OFF
BSC6900
None
NO
MSC
None
None
BTS
None
None
None
None
None
None
None
NT14_5K-0&NT12K-1&NT6K1&T14_4K-0&T9_6K-1&T4_8K1&T2_4K-1&T1_2K-0&T600_BITS0&T1200_75-0
NOLIMIT
4 Cell
None
4 Cell
None
Cell
None
BSC6900
None
None
BSC6900
None
None
BSC
None
If the coverage area in the underlaid None is large and tight frequency BTS subcell reuse is used in the overlaid subcell, the recommended value is Inner. If the coverage areas in the overlaid 2 BTS and underlaid subcells are similar and tight frequency reuse is used on the BCCH, the recommended value is Extra. Cell
None
None
None
None
Cell
None
None
Cell
None
None
Cell
None
BTS
None The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets.
None
BTS
The value range of this parameter varies with BTS type.
None
BTS
None
None BTS If "Power System Type" is "SC48200", the recommended value is "470". For Power System Type, the recommended value is "450". BTS
580 BTS
450 BTS
580 BTS
0 Cell
The Nonevalue of this parameter must be greater than "Battery power-off voltage", lower than "DC overvoltage alarm threshold", and at least two volts lower than "Float charging voltage". The value of this parameter must be greater than "DC undervoltage alarm threshold" and at least two volts greater The this parameter must be than value "Evenofcharging voltage". greater than "Battery power-off voltage", lower than "DC overvoltage alarm threshold", and at least three volts lower than "Float charging voltage". The value of this parameter must be greater than "DC Voltage Lower Threshold" and at least one volt greater than "Even charging voltage".
None
1000 Cell
None
None
SCCP
None
None
BSC6900
None
INACTIVE
BTS
None
None
Ethernet port
None
None
BSC6900
None
None
None
None
None
Ethernet port
None
None
BTS
None
None
BTS
None
None
BSC
This parameter is required when the Connection Type is Internal RNC.
None
BSC
This parameter is required when the Connection Type is Internal RNC.
None
BSC
This parameter is required when the Connection Type is Internal RNC.
None
Cell
None
2 Cell
None
Current BFD 3 session
None
BSC6900
None
OFF
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BTS
None
None
BTS
None
YES
MSC
None
DEFAULTPORT
BSC6900
None
1 None
None
None
BSC6900
None
None
BSC6900
None
DISABLE
BTS
None
NO
Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
NO
MSC
None
YES
Cell
None
NO
Cell
None
3 BSC
None
Cell
None
4 Cell
None
4 Cell
None
4 Cell
None
BTS
None
None
N0
3 Cell
14 Cell
14 Cell
16 Cell
16 Cell
None
NSVC
5 BSC
This parameter is valid only when This parameter isinvalid only when "PWRCTRLSW" "SET "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when "DLAFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "DLAFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when >= "DLAFSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "DLAFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when >= "DLAHSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "DLAFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "DLAHSREXQUALHIGHTHRED" >= "DLAFSREXQUALLOWTHRED".
None
None
None Cell The recommended value is 20 when HUAWEI I Handover is used; The recommended value is 15 when HUAWEI II Handover is used. Cell
3 Cell
16 Cell
16 Cell
0 Cell
18 Cell
18 Cell
2 Cell
3 Cell
3 Cell
3 Cell
4 Cell
15 Cell
2 Cell
2 Cell
35 Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid when "FRINGEHOEN" is set to YES or "LOADHOEN" is set to YES. This parameter is valid only when This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when "DLFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "DLFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "DLFSREXQUALHIGHTHRED" >= "DLFSREXQUALLOWTHRED". This parameter is valid only when "PWRCTRLSW" in "SET None GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when>= "DLHSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "DLHSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "DLHSREXQUALHIGHTHRED" >= "DLHSREXQUALLOWTHRED". The setting of this parameter must meet the following condition: "DLTHF1" + "DLHYSTF1" < "DLTHF2" + "DLHYSTF2". The setting of this parameter must meet the following condition: "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3". The setting of this parameter must meet the following condition: "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3". The setting of this parameter must meet the following condition: "DLTHH1" + "DLHYSTH1" < "DLTHH2" + "DLHYSTH2". The setting of this parameter must meet the following condition: "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3". The setting of this parameter must meet the following condition: "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3". The setting of this parameter must meet the following condition: "DLTHWB1" + "DLHYSTWB1" < "DLTHWB2" + "DLHYSTWB2". The setting of this parameter must meet the following condition: "DLTHWB1" + "DLHYSTWB1" < "DLTHWB2" + "DLHYSTWB2".
None
40 Cell
90 BSC
5 Cell
2 Cell The recommended value is 8 when DTX is disabled. The recommended value is 14 when DTX is enabled. Cell
60 Cell
None This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the "SET GCELLBASICPARA" command is set to The YES.setting of this parameter must meet the following conditions: "DLLTFERLOWTH" < "DLLTFERTGT"; "DLLTFERLOWTH" < "DLLTFERUPTH". The setting of this parameter must meet the following condition: "LTFERLOWTH" The setting of this parameter must meet < "DLLTFERTGT" < "LTFERUPTH". the following conditions: "DLLTFERUPTH" > "DLLTFERTGT"; "DLLTFERUPTH" > "DLLTFERLOWTH".
2 Cell
None
4 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
8 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
10 Cell
This parameter is valid when "PWRCTRLSW" in the "SET None GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the "SET This parameter is validcommand only when GCELLBASICPARA" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid only when "DLQLOWTHRED" >= "PWRCTRLSW" in "SET "DLQHIGHTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid "DLQLOWTHRED" >= when "PWRCTRLSW" in the "DLQHIGHTHRED". "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the "SET GCELLBASICPARA" command is set to YES. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
55 Cell
This parameter is valid only when "BQHOEN" in "SET GCELLHOBASIC" is set to YES.
100 BSC
0 Cell
0 Cell
2 Cell
5 Cell
2 Cell
60 Cell
None
55 Cell
None
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
20 Cell
This parameter is valid only when This parameter isinvalid only when "PWRCTRLSW" "SET "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only>= when "DLREXLEVHIGHTHRED" "PWRCTRLSW" in "SET "DLREXLEVLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "DLREXLEVHIGHTHRED" >= "DLREXLEVLOWTHRED".
1 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
6 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
1 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
5 Cell
This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES.
3 Cell
20 Cell
55 Cell
45 Cell
28 Cell
This parameter is valid only when This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid "DLSSHIGHTHRED" >=only when "PWRCTRLSW" in "SET "DLSSLOWTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: "DLSSHIGHTHRED" >= "DLSSLOWTHRED".
140 Cell
None
0 Cell
None
5 Cell
None
12 Cell
17 Cell
The setting of this parameter must meet the following conditions: "DLTHF1" < "DLTHF2"; "DLTHF1" + "DLHYSTF1" < "DLTHF2" + The setting of this parameter must meet "DLHYSTF2". the following conditions: "DLTHF2" < "DLTHF3"; The setting+of"DLHYSTF2" this parameter must meet+ "DLTHF2" < "DLTHF3" the following conditions: "DLHYSTF3". "DLTHF2" < "DLTHF3";
25 Cell
The setting+of"DLHYSTF2" this parameter must meet+ "DLTHF2" < "DLTHF3" the following conditions: "DLHYSTF3". "DLTHH1" < "DLTHH2";
23 Cell
The setting+of"DLHYSTH1" this parameter must meet "DLTHH1" < "DLTHH2" the following conditions: + "DLHYSTH2". "DLTHH2" < "DLTHH3";
31 Cell
The setting+of"DLHYSTH2" this parameter must meet "DLTHH2" < "DLTHH3" the following conditions: + "DLHYSTH3". "DLTHH2" < "DLTHH3";
63 Cell
The setting+of"DLHYSTH2" this parameter must meet "DLTHH2" < "DLTHH3" the following conditions: + "DLHYSTH3". "DLTHWB1" < "DLTHWB2";
12 Cell
The setting of+this parameter must ["DLTHWB1" "DLHYSTWB1" < meet the following conditions: "DLTHWB2" + "DLHYSTWB2". "DLTHWB1" < "DLTHWB2";
18 Cell
["DLTHWB1" + "DLHYSTWB1" < "DLTHWB2" + "DLHYSTWB2".
None
BTS
The setting of this parameter depends on "Board Type".
None
BTS
The setting of this parameter depends on "Board Type".
None
BTS
None
CS2
Cell
None
MCS6
Cell
None
DAS6
Cell
This parameter is valid only when "EGPRS2A" is set to YES.
UNFIXED
Cell
This parameter is valid only when "EGPRS2A" is set to YES.
UNFIXED
Cell
None
UNFIXED
Cell
None
YES
Cell
None
NO
Cell
None
2400 Cell
None
10 Cell
None
5 Cell
None
5 Cell
None
5 Cell
None
2 Cell
None
2 Cell
None
None
None
30 Cell
None This parameter is valid only when "PWRBCDALLOWD" is set to YES.
None
SCCP
When the value of "SPDF" in "ADD N7DPC" is set to DNF, this parameter is valid.
None
SCCP
None
None
E1/T1 link
None
0 E1/T1 link
None
None
BSC
None
None
SCCP
None
None
SCCP
None
None
BSC
DPX of Iur-g type
72 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
1 Cell
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
IP/HDLC:60
BSC6900
None
80 BSC6900
None
80 BSC6900
None
10 BTS
This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
3 BTS
This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
2 BTS
This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
YES
Cell
None
4 Cell
None
INACTIVE
BTS
None
None
PPP link
None
None
MP link
None
48 SCTP link
None
0 Ethernet port
None
BSC6900
None
None
0 BTS
None
180 BSC
None
None
None
None
None
None
None
None
BSC6900
None
None
Board
None
None
BSC
This parameter is valid only when "IDXTYPE" is set to BYCELL.
15 BSC
None
None
BSC6900
None
None
None
None
None
IP route
None
None
Current BFD session
None
None
IP route
None
None
IP route
None
None
IP route
None
None
E1/T1 port
None
None
E1/T1 port
None The value of DTLOADTHRED must be set when "REASSEN" in the "SET GCELLBASICPARA" command is set to DIRECTRYEN.
85 Cell
YES
Cell
None
None
BTS
The setting of this parameter depends on "Board Type".
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
OFF
Cell
None
FULL
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
20 Cell
None
20 BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
20 Cell
None
Cell
None
2 Cell
None
YES
Cell
None
NOTSUPPORT
Cell
None
None
None
None
None
None
None
None
BTS
None
None
None
None
LEVEL0
None
Channelized optical port
None
None
BTS
None
None BTS 1. For a 900/1800 MHz Co-BCCH cell, it is recommended that this parameter be set to Yes. None BTS 2. For a 1800 MHz cell in the dual-band network, it is recommended that this parameter be set to Yes. For other IP path None cells in the dual-band network, it is recommended that this parameter be set to No. 3. 3 Cell When the A5/4-7 encryption algorithm is used, it is recommended that this parameter be set to Yes. 4. When 30 Cell frequencies of the extended frequency band exist on a 900 MHz cell, it is recommended that this parameter be set to Yes. Cell
None
None A 3G neighboring cell can be added into the candidate cell when the When the value ofqueue "PATHCHK" in "ADD following conditions are met: IPPATH" is set to ENABLED, this "INTERRATOUTBSCHOEN" is set to parameter is valid. YES; "BET3GHOEN" is set to YES; the Ec/No of the 3G neighboring cell for a period of time is greater than the sun of "HOECNOTH3G" and "ECNOOFF".
None
None
2147483646 BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BSC6900
This Noneparameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. The following condition must be met: "EDBSTATTIME" >= This parameter is valid only when "EDBLASTTIME". "IUOTP" in "ADD GCELL" is set to EDB_cell. The following condition must be met: "EDBSTATTIME" >= "EDBLASTTIME".
4 Cell
5 Cell
10 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
Cell
4 Cell
6 Cell
1 Cell
4 Cell
1 Cell
6 Cell
This parameter is valid only when This parameter valid only when or "GPRS" is set toisSupportAsInnPcu "HOCTRLSWITCH" SupportAsExtPcu. is set to HOALGORITHM2 and "FRINGEHOEN" is set to YES. The following condition This is valid only when mustparameter be met: "EDGEADJSTATTIME" >= "HOCTRLSWITCH" is set to "EDGEADJLASTTIME". HOALGORITHM2 and "FRINGEHOEN" is set to YES. The following condition This is valid only when mustparameter be met: "EDGEADJSTATTIME" >= "HOCTRLSWITCH" is set to "EDGEADJLASTTIME". HOALGORITHM2 and "FRINGEHOEN" is set to YES. The following condition This is valid only >= when mustparameter be met: "EDGESTAT" "HOCTRLSWITCH" is set to "EDGELAST". HOALGORITHM1 and "FRINGEHOEN" is set to YES. The following condition This is valid only when mustparameter be met: "EDGESTAT1" >= "HOCTRLSWITCH" is set to "EDGELAST1". HOALGORITHM2 and "FRINGEHOEN" is set to YES. The following condition This is valid only >= when mustparameter be met: "EDGESTAT" "HOCTRLSWITCH" is set to "EDGELAST". HOALGORITHM1 and "FRINGEHOEN" is set to YES. The following condition must be met: "EDGESTAT1" >= "EDGELAST1".
None
None
None
YES
Cell
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
None
16 Cell
None
7 Cell
None
BSC6900
15 Cell
None
None
OFF
MTP3 link
None
ERR_PFM_1E5
Board
None
None
BSC6900
None
NO
Cell
None
Priority4
Cell
None
NO
BSC
None
None
BSC6900
None
7 BSC
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
NO
BTS
None
None
None
None
A5/0-1&A5/1-0&A5/2-0&A5/30&A5/4-0&A5/5-0&A5/6-0&A5/7-0
Cell
None
AUTO
BSC6900
None
None
BSC6900
None
NO
BSC
None
None
BSC6900
None
None
E1/T1 link
When the value of "OPMODE" of "BLK ACIC" is BYCICRANGE, the value of ENDCIC needs to be set.
None
PBCIC
None
None
BSC
The setting of this parameter must meet the following condition: When "EndMonthDSTPA" and "StartMonthDSTPA" are set to the same value, "EndDayDSTPA" must be later than "StartDayDSTPA".
None
BSC
The value of this parameter must be greater than "Heater Startup Temperature". The setting of this parameter must meet the following condition: "EndMonthDSTPA" is the same as or is later than "StartMonthDSTPA".
None
BTS
None
BSC
When "BSCDynSwitchTrxPAAllow" is set to YES, the value of "EndTimeTACloseTrxPA" must be set.
E1/T1 link
When the value of "OPMODE" of "BLK ATERE1T1" is BYCICRANGE, the value of ENDTS needs to be set.
None
E1/T1 link
When the value of "OPMODE" of "BLK AE1T1" is BYCICRANGE, the value of ENDTS needs to be set.
None
BTS
None
None
BSC6900
None
0 BTS
None
None
ENABLED
BSC6900
70 Cell
This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. None The following condition must be met: "ENSOVERLDTHRSH" > "ENGOVERLDTHRSH" > "ENLOWLDTHRSH".
OFF
Cell
None
ON
Cell
None
5 Cell
5 Cell
20 Cell
ON
BSC
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when This parameter is GCELL" valid onlyiswhen "IUOTP" in "ADD set to "UTOOTRAFHOALLOW" is set to YES. EDB_cell. The following condition must be met: "ENSOVERLDTHRSH" > "ENGOVERLDTHRSH" > "ENLOWLDTHRSH".
None
ON
BSC
80 Cell
This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. None The following condition must be met: "ENSOVERLDTHRSH" > "ENGOVERLDTHRSH" > "ENLOWLDTHRSH".
None
Cell
None
None
SCCP
None
None
SCCP
63 Cell
Negotiation with the peer network This parameter is valid only when element is required. "IUOTP" in "ADD GCELL" is set to Concentric_cell and "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2.
OFF
Board
None
None
BSC6900
None
NO
Cell
None
O5E4_R1E4
Board
None
OFF
Board
None
None
BSC6900
None
None
BSC6900
None
0 BSC
None
None
BSC6900
None
2147483646 BSC6900
None
3000 Cell
None
CLOSE
MSC
None
0 BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
ONE_BY_ONE
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
BSC6900
None
None
None If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of "Upper Limit Noneof Signal Output of External Analog 1" is V; if "Sensor Type of External Analog 1" is set to CURRENT, the unit of "Upper Limit of Signal Output of External Analog 1" is A.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of "Lower Limit of Signal Output of External Analog 1" is V; if "Sensor Type of External Analog 1" is set to CURRENT, the unit of "Lower Limit of Signal Output of External Analog 1" is A. If "Sensor Type of External Analog 1" is set to VOLTAGE, the unit of "Upper Limit Noneof Measurement Range of External Analog 1" is V; if "Sensor Type of If "SensorAnalog Type of 1" is External 1"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Measurement Limit ofof Measurement Range External Range External Analog 1" isofA. Analog 1" is V; if "Sensor Type of If "SensorAnalog Type of 2" is External 1"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Upper the unit of "Lower Limit of Measurement Limit ofof Signal Output of External Range External Analog 1" is A. Analog 2" is V; if "Sensor Type of If "Sensor Type of External 2" is External Analog 2" is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Signal Output Limit of Signal Output ofA. External of External Analog 2" is Analog 2" is V; if "Sensor Type of External Analog 2" is set to CURRENT, the unit of "Lower Limit of Signal Output of External Analog 2" is A. If "Sensor Type of External Analog 2" is set to VOLTAGE, the unit of "Upper Limit Noneof Measurement Range of External Analog 2" is V; if "Sensor Type of If "SensorAnalog Type of 2" is External 2"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Measurement Limit ofof Measurement Range External Range External Analog 2" isofA. Analog 2" is V; if "Sensor Type of If "SensorAnalog Type of 3" is External 2"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Upper the unit of "Lower Limit of Measurement Limit ofof Signal Output of External Range External Analog 2" is A. Analog 3" is V; if "Sensor Type of If "Sensor Type of External 3" is External Analog 3" is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Signal Output Limit of Signal Output ofA. External of External Analog 3" is Analog 3" is V; if "Sensor Type of External Analog 3" is set to CURRENT, the unit of "Lower Limit of Signal Output of External Analog 3" is A. If "Sensor Type of External Analog 3" is set to VOLTAGE, the unit of "Upper Limit Noneof Measurement Range of External Analog 3" is V; if "Sensor Type of If "SensorAnalog Type of 3" is External 3"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Measurement Limit ofof Measurement Range External Range External Analog 3" isofA. Analog 3" is V; if "Sensor Type of If "SensorAnalog Type of 4" is External 3"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Upper the unit of "Lower Limit of Measurement Limit ofof Signal Output of External Range External Analog 3" is A. Analog 4" is V; if "Sensor Type of If "Sensor Type of External 4" is External Analog 4" is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Signal Output Limit of Signal Output ofA. External of External Analog 4" is Analog 4" is V; if "Sensor Type of External Analog 4" is set to CURRENT, the unit of "Lower Limit of Signal Output of External Analog 4" is A.
None
None
None
None
None
None
None
If "Sensor Type of External Analog 4" is set to VOLTAGE, the unit of "Upper Limit of Measurement Range of External Analog 4" is V; if "Sensor Type of If "SensorAnalog Type of 4" is External 4"External is set to Analog CURRENT, set to VOLTAGE, the unit of "Lower the unit of "Upper Limit of Measurement Limit ofof Measurement Range External Range External Analog 4" isofA. Analog 4" is V; if "Sensor Type of External Analog 4" is set to CURRENT, the unit of "Lower Limit of Measurement Range of External Analog 4" is A.
NoExclusive
Cell
None
25 Cell
None
30 Cell
This parameter is valid only when "PWRBCDALLOWD" is set to YES.
30 Cell
This parameter is valid only when "PWRBCDALLOWD" is set to YES.
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC6900
None
None
BSC6900
None
CLOSE
Cell
None
YES
BTS
None
EM0
Cell
None
60sec
Cell
None
TYPE1
Cell
None
Normal_cell
Cell
SEND
Cell
If "UPEXTTBFINACTDELAY" in the "SET None GCELLPRIVATEOPTPARA" command is set to 0, "EXTUTBFNODATA" must be 0. If "UPEXTTBFINACTDELAY" is not set to 0, "EXTUTBFNODATA" can be 0 or 1.
8 Cell
None
NO
Cell
None
NO
Cell
None
None
BTS
None
None
Cell
None
30 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
SOFTWARE_CONTROL
BSC6900
None
None
None If this parameter is set to "YES", the following condition must be met: The setting of this parameter must meet the None following condition: "FallBack Start Time" > "Ring II Wait Time Before Switch" + "Ring II Try Rotating Duration Time". None If this parameter is set to "NO", the following condition must be met: "FallBack Start Time" > "Ring I Wait Time Before Switch" + "Ring I Try Rotating Duration Time".
0 Cell
NO
BTS
OFF
Board
None
None
Ethernet port
None
CLOSE
BTS
None
75 TRX
None
None
Ethernet port
0 PPP link
0 MP group
0 IP logical port
None
BSC6900
0 Ethernet port
None
None This index can correspond with any threshold (maximum value of 80) in the None six queues. The following condition must be met: threshold x 64 x 1024 x logical port bandwidth < 4294967295(0xFFFFFFFF).
None
None
None
BSC6900
None
None
BTS
None
None
BTS
None
85 TRX
None
16bit
PPP link
None
16bit
MP link
None
None
None
None
535 BTS
The value of this parameter must be smaller than "Even charging voltage" and at least two volts higher than "DC undervoltage alarm threshold".
None
Cell
None
None
Cell
None
0 Cell
None
0 Cell
None
None
Cell
None
None
Cell
None
10 Cell
None
0 Cell
This Noneparameter is valid only when the ""INTERRATCELLRESELEN"" parameter regarding the "SET GCELLHOBASIC" command is set to YES.
0 Cell
None
8 Cell
None
Cell
None
6 Cell
None
10 Cell
None
Cell
None
4 None
None
2 Cell
RSCP
None
For the double-transceiver BTS and NGBTS, the default value is NO; for other BTS, this parameter is invalid.
Cell
None
2 Cell
None
4 Cell
None
8 Cell
None
16 Cell
None
32 Cell
None
64 Cell
None
128 Cell
None
NO_FH
Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
csv
BSC6900
None
6 Cell
None
NO
None
BSC6900
None
Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
INACTIVE
ENABLE
FIX_16K_ABIS
BTS
None
80 BTS
None
0 BTS
None
0 BTS
None
BTS
None
900 BTS
None
900 BTS
None
BTS
None
When tight frequency reuse is used, the recommended value is ON. Cell
This parameter is valid when "FHMODE" in the "SET GCELLHOPTP" command is not set to NO_FH.
OFF
None
Cell
4500 BSC
None
1000 BSC
None
ON
Ethernet port
None
ON
PPP link
None
ON
MP group
None
ON
IP logical port
None
ON
Ethernet port
None
None
BTS
10 Cell
10 Cell
10 Cell
10 Cell
10 Cell
10 Cell
10 Cell
10 Cell
0 Cell
OPEN
BSC
This parameter is valid only when "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met: None This parameter+is"FLTPARAA2" valid only when "FLTPARAA1" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" "FLTPARAA8" This parameter+ valid only when "FLTPARAA1" +is"FLTPARAA2" + "RXQCKFALLHOEN" in "SET + "FLTPARAA3" + "FLTPARAA4" GCELLHOBASIC" is set to YES.+The "FLTPARAA5" + "FLTPARAA6" following condition must be met: = 80. "FLTPARAA7" + "FLTPARAA8" "FLTPARAA1" + "FLTPARAA2" + "FLTPARAA3" + "FLTPARAA4" + "FLTPARAA5" + "FLTPARAA6" + "FLTPARAA7" + "FLTPARAA8" = 80. This parameter is valid only when "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES.
None
5 Cell
None
None
BTS
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
none
BSC6900
None
None
None
None
None
None
None
OPEN
BSC
None
15 MSC
None
0 Board
None
Close
BSC
None
NO
Cell
None
YES
Cell
None
None
BTS
None
None
BTS
None
2 None
None
None
Cell
None
None
Cell
None
None
Cell
None
None
MP group
None
None
BSC6900
None
0 Cell
None
YES
Cell
None
None
BSC6900
None
None
BSC6900
None
None
TRX
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
NO
Cell
None
36671 Cell
None
BTS
None
25 Cell
None
None
Cell
None
LOOSE
TRX
None
None
BSC
None
MaximumMeanValue
Cell
None
YES
Cell
None
Shall_Use
Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
TXT
BSC6900
None
None
The factor table index is configured by setting the value of "FTI" in "ADD FACTORTABLE".
None
None
None
BSC6900
None
None
BSC6900
None
20 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.
5 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.
4 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.
6 Cell
This parameter is valid only when This parameter is valid only "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set to HOALGORITHM2. HOALGORITHM2. The following condition must be met: This parameter is valid only when "FULLTOHALFHODURATION" >= "HOCTRLSWITCH" is set to "FULLTOHALFHOPERIOD". HOALGORITHM2. The following condition must be met: "FULLTOHALFHOSTATTIME" >= "FULLTOHALFHOLASTTIME".
0 BSC6900
None
0 BSC6900
None
20 BSC6900
None
15 BSC6900
None
0 BSC6900
None
1 BSC6900
None
0 BSC6900
None
0 BSC6900
None
5 BSC6900
None
10 Cell
1 Cell
0 BSC6900
A0
110 BSC
None
10 BSC
None
Board
12 Cell
None
None
None
None
BSC6900
None
40 BSC6900
None
ON
BSC6900
None
None
BSC6900
None
NO
Cell
None
OFF
BSC
None
DEG
None
None
YES
Cell
None
YES
Cell
None
None
BSC6900
None
None
20 Cell
None
Cell
None
NO
Cell
None
2dB
Cell
None
NONGPRS
Physical channel None
DB110
Cell
None
10sec
Cell
None
5 Cell
None
10db
Cell
None
GPS
BTS
None
10 None
None
NO
Cell
None
None
BTS
None
None
BTS
None
None
BSC
None
None
BSC
None
0 BTS
None
None
Transmission resource group
None
None
Transmission resource group
None
LAC_CI
Cell
None
80 BSC6900
None
10 BSC
None
3 Cell
This parameter is valid when "MEASURETYPE" is set to EnhMeasReport.
SUPPORT
Cell
None
None
Ethernet port
None
None
BTS
None
255.255.255.255
BTS
None
NO
BSC
None
20 Cell
5 Cell
4 Cell
10 Cell
6 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when This parameter is valid only "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set to HOALGORITHM2. HOALGORITHM2. The following condition must be met: "HALFTOFULLHOSTATTIME" >= "HALFTOFULLHOLASTTIME". This parameter is valid only when This parameter is valid only "HOCTRLSWITCH" is set towhen "HOCTRLSWITCH" is set to HOALGORITHM2. HOALGORITHM2. The following condition must be met: "HALFTOFULLHOSTATTIME" >= "HALFTOFULLHOLASTTIME".
NO
BTS
None
NO
BTS
None
1000(application type is M3UA), 5000(application type is BBAP)
SCTP link
None
None
BTS
2 Cell
3 Cell
This Noneparameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: This parameter is valid only when "HCSSTATTIME" >= "HCSLASTTIME". "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "HCSSTATTIME" >= "HCSLASTTIME".
None
BTS
None
None
BTS
None
DCS1800
BSC
None
1 Cell
This parameter is valid only when "HIGHPRIUSERQUALFIRST" is set to YES.
NO
BSC
None
NO
Cell
None
YES
BTS
None
YES
Cell
None
None
BSC6900
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT.
SysOpt
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BSC
None
None
10 Cell
None
0 Cell
None
None
Cell
None
Cell
HOALGORITHM1
Cell
NO
Cell
When parameter ""Quick handover None enable"" is configured to "YES",then parameter ""Handover Direction The value of this parameter must be the Forecast Enable"" can be configuredinto same as that of "HOCTRLSWITCH" "YES".Furthermore,before "SET GCELLHOBASIC". open "Handover Direction Forecast Enable", parameter ""Chain Neighbour Cell Type"" of cell should be configured correctly.
3 Cell
"Handover Direction Forecast Statistic Times" >= "Handover Direction Forecast Last Times"
3 Cell
"Handover Direction Forecast Statistic Times" >= "Handover Direction Forecast Last Times"
50 Cell
8 Cell
8 Cell
35 Cell
3 Cell
None
Cell
68 Cell
32 Cell
Pre_2G_CellThres
Cell
5 Cell
None
Cell
None
This parameter is valid only when "QUICKHOEN" in "SET This parameter is valid when the GCELLHOBASIC" is setonly to YES. This parameter is valid following conditions areonly met:when "BET3GHOEN" is set to YES. The 1. following condition must be met: "" The ""INTERRATOUTBSCHOEN This parameter>= is "HODURT3G". valid only when "HOSTAT3G" regarding the "SET GCELLHOBASIC" "BET3GHOEN" is set to YES. The command is set to YES. following condition must be met: 2. The ""BET3GHOEN"" "HOSTAT3GTDD" >= parameter is set to YES. "HODURT3GTDD". 3. The ""FDDREP"" parameter regarding the "SET GCELLCCUTRANSYS" command This is setparameter to EcNo. is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met: "HOSTATICTIME" >= "HOLASTTIME".
None This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "LOWRXLEVOLFORBIDSWITCH" is set This parameter is valid only when the to ON. ""INTERRATOUTBSCHOEN"" parameter regarding the "SET GCELLHOBASIC" command is set to YES. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
None
Cell
None
None
Cell
None
YES
Cell
None
25 Cell
OFF
BSC
0 Cell
None
Cell
NO_FH
TRX
63 Cell
15 BSC6900
50 Cell
YES
MSC
10 Cell
10 Cell
4 Cell
SINGLEHOST
SCCP
SINGLEHOST
BTS
This parameter is valid only when "HOOPTSEL" is set to Pre_2G_CellThres.
None
Noneparameter depends on "FHMODE" This in "SET GCELLHOPTP". This parameter can be set to BaseBand_FH only Nonewhen "FHMODE" is set to BaseBand_FH or Hybrid_FH. This parameter can be set to RF_FH only when "FHMODE" is set to RF_FH or Hybrid_FH. This parameter is valid only when the following conditions are met: 1. The ""INTERRATOUTBSCHOEN"" None regarding the "SET GCELLHOBASIC" command is set to YES. 2. The ""BET3GHOEN"" parameter is set to YES. None 3. The ""FDDREP"" parameter regarding the "SET GCELLCCUTRANSYS" command is set to RSCP. This Noneparameter is valid only when "INTERRATOUTBSCHOEN" is set to YES and "BET3GHOEN" is set to YES. This parameter is valid only The following condition mustwhen be met: "INTERRATOUTBSCHOEN" is set to "HOSTAT3G" >= "HODURT3G". YES and "BET3GHOEN" is set to YES. The following condition must be met: "HOSTAT3GTDD" >= This parameter is valid only when "HODURT3GTDD". "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met: "HOSTATICTIME" >= "HOLASTTIME". When None the BTS or cell is activated,the host type of OPC must be single or primary if the host type of BTS is single. Otherwise, the host type of OPC must be consistent with that of the BTS.
25 Cell
None
50 Cell
This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
NONE
Cell
None
None
Cell
None
None
BTS
None
1 Cell
NO
BTS
440 BTS
This parameter is valid only when "GRADEACCALLOW" is set to YES.
None The value of this parameter must be smaller than "DC Undervoltage Alarm Threshold".
NO
Cell
None
YES
Cell
None
YES
Cell
None
Shall_Use
Cell
None
0 Cell
None
BTS
None
OFF
Cell
This parameter is valid when "FHMODE" in the "SET GCELLHOPTP" command is not set to NO_FH.
None
BTS
None
None
Current BFD session
None
None
40 BTS
The value of this parameter must be greater than "Low Temperature Critical Point".
None
BTS
None
ENABLE
BTS
None
None
Board
None
None
Board
None
If "Power System Type" is None Board "SC48200", the recommended value is "900". For other types of Power System, the recommended value is "1000". BTS
None
If "Power System Type" is 800 BTS "SC48200", the recommended value is "100". For other types of Power System, the recommended value is "0". BTS
100 BTS
The value of this parameter must be greater than "Lower Threshold of Humidity Alarm". The value of this parameter must be greater than "Lower Threshold of Humidity Alarm". The value of this parameter must be smaller than "Upper Threshold of Humidity Alarm". The value of this parameter must be smaller than "Upper Threshold of Humidity Alarm".
15 BTS
None
720 SCCP
None
None
None
None
None
None
None
None
None
None
90 SCCP
4 Cell
None This parameter is valid only when "IBCASOFTBLKSWITCH" is set to YES.
10 Cell
NO
This parameter is valid only when "IBCASOFTBLKSWITCH" is set to YES.
Cell
None
4 Cell
None
4 Cell
None
0 Cell
None
4 Cell
None
Set this parameter to YES for the neighboring cell with co-channel 7 Cell interference and the neighboring cell that may cause interference; set this parameter to NO for other neighboring cells. Cell
None
None
0 Cell
None
OFF
Cell
None
OFF
Cell
None
10 Cell
None
2 Cell
None
13 Cell
None
10 Cell
None
Cell
None
4 BSC
None
YES
NO
0 Cell
None
0 Cell
None
0 Cell
None
0 Cell
None
4 Cell
None
0 Cell
None
20 Cell
None
Cell
None
0 Cell
None
7 Cell
None
5 Cell
None
4 Cell
None
0 Cell
None
It is recommended that you set the 8 BSC path loss offset of layer 1 neighboring cells of the serving cell to 15 dB and that of other neighboring cells to 25 dB. Cell
None
None
6 Cell
None
4 Cell
None
110 Cell
None
1 Cell
None
NO
Cell
None
OFF
Cell
None
20 Cell
None
UNDER
Cell
None
NO
Cell
None
5 Cell
None
Cell
None
BTS
None
NO For SingleRAN BTS, the recommended value is "ENABLE". For other types of BTS, the recommended value is "DISABLE".
64 IP path
When the value of "PATHCHK" in "ADD IPPATH" is set to ENABLED, this parameter is valid.
22 BSC
None
20 BSC
None
18 BSC
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
84 Board
None
None
2 Cell
In addition to the condition that the number of idle SDCCHs should be smaller than or equal to "IDLESDTHRES", the following three conditions must be met to trigger the conversion from the TCHF to the SDCCH: 1. "SDDYN" in "SET None GCELLBASICPARA" is set to YES. 2. In the cell, the value of (number of idle TCHFs + number of idle TCHHs/2) is greater than four and is greater than None the number of TRXs. Idle TCHFs exist in the cell. 3. Number of SDCCHs + 8 < "CELLMAXSD".
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
None
BSC
None
None
Subsystem
None
None
BSC
None
YES
Cell
None
None
IP route
None
Positive
BTS
None
0 BTS
YES
None
1 Cell
None
BSC
None
None This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
None
5000 Cell
None
NO
Cell
None
NO
Cell
None
NO
Cell
None
4 Cell
None
2 Cell
None
Cell
None
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
NO
0 Cell
NO
BSC6900
10 Cell
This parameter is valid only when "IMMASSTAALLOW" is set to YES.
None
None
None
BSC
None
None
Subsystem
This parameter is valid only when "IDXTYPE" is set to BYIMSI.
10000 Cell
None
NO
4 BSC6900
None
3 BSC6900
None
360 Cell
None
BTS
None
BTS
8 Cell
10 Cell
CELLCAPCLASS
BSC
None
Board
25 Cell
12 Cell
None
None
This parameter is valid only when "HOCTRLSWITCH" is set to None HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. This parameter is valid only The following condition mustwhen be met: "HOCTRLSWITCH" is set to "INFHHOSTAT" >= "INFHHOLAST". HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. The following condition must be met: "INFHHOSTAT" >= "INFHHOLAST". Set when Allow Info Exchange at Iur-g is set to Yes
None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES.
8 TRX
None
1 Cell
None
0 Cell
None
2 Cell
None
BSC
None
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
YES
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
BSC6900
None
None
BSC6900
None
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
NO
NO
10 Cell
This parameter is valid only when "INNLOADHOEN" is set to YES.
5 Cell
This parameter is valid only when "INNLOADHOEN" is set to YES.
90 Cell
This parameter is valid only when "OUTLOADHOENABLE" is set to YES.
None
BSC
None
None
BTS
None
None
BTS
None
Degree
Cell
None
NO
Cell
This parameter is valid only when "SIGCHANHOEN" in "SET GCELLHOBASIC" is set to YES.
None
BSC
None
None
BTS
None
None
BSC
None
None
BTS
None
60 Cell
67 Cell
INTBANII Cell In densely populated urban areas, the recommended value is 68; in the suburbs, the recommended value is 72. Cell
15 Cell
2 Cell
3 Cell
Inter-layer HO threshold of the serving cell = "Inter-layer HO threshold" - "Interlayer HO Hysteresis". Inter-layer HO threshold of the neighboring cell = "Inter-layer HO threshold" + "Adjacent Cell Inter-layer None HO Hysteresis" - 64. The value of "Inter-layer HOAlgorithm" threshold"in When "Current HO Control can be set through "SET "SET GCELLHOBASIC" is set to GCELLHOBASIC". HOALGORITHM1(Handover algorithm I), "Inter-cell HO Hysteresis" should be set within the range of 64-127. When "Current HO Control Algorithm" in "SET None GCELLHOBASIC" is set to HOALGORITHM2(Handover algorithm II), "Inter-cell HO Hysteresis" should be set within the range of 0-127. This parameter is valid only when This parameter is valid only when "HOCTRLSWITCH" in "SET "INTERFHOEN" is set to YES and GCELLHOBASIC" is set to "HOCTRLSWITCH" is set to HOALGORITHM2. HOALGORITHM2. The following This parameter is valid condition must be met: only when "INTERFHOEN" is set to YES "INTERFERESTATTIME" >= and "HOCTRLSWITCH" is set "INTERFERELASTTIME". to HOALGORITHM2. The following condition must be met: "INTERFERESTATTIME" >= "INTERFERELASTTIME".
YES
Cell
None
YES
Cell
None
110 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES0" > "INTERFTHRES1".
105 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES1" > "INTERFTHRES2".
98 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES2" > "INTERFTHRES3".
92 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES3" > "INTERFTHRES4".
87 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES4" > "INTERFTHRES5".
85 Cell
The setting of this parameter must meet the following condition: "INTERFTHRES4" > "INTERFTHRES5".
3 BSC6900
20 Cell
None
None
NO
Cell
80 BSC
NO
NO
None
Cell
None
Cell
When "Inter-RAT In BSC Handover Enable" is set to NO, this parameter must be set to NO.
20 BSC
None
49 BSC
None
5 BSC
None
60 BSC
None
91 BSC
None
10 BSC
None
NO
Cell
OFF
BSC
This Noneparameter is valid only when the ""INTERRATOUTBSCHOEN"" parameter regarding the "SET GCELLHOBASIC" command is set to YES.
72 BSC6900
None
1 BSC6900
None
1 Cell
None
30 Cell
None
None
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
10000 Cell In the hot-spot areas, densely populated urban areas, urban areas, Cell YES suburbs, and rural areas, the recommended value is YES; in the high-speed circumstances, the recommended value is NO. Cell
10000 Cell
None
None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLHOEN" is set to YES.
None
None
BSC
None
25 BSC
None
10 BSC
None
30 BSC
None
None
BSC
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
NO
Cell
None
None
None
None
None
BSC6900
None
None
NSE
None
None
NSE
None
255.255.255.255
BTS
None
None
None
IP path
The "IPADDR" in "ADD IPPATH" can not be at one network segment with the peer IP address of SCTPLNK or None IPPATH whose local IP address is device IP address of FG2/GOU in this subrack;"IPADDR" and "PEERIPADDR" in "ADD IPPATH" must be at one None network segment; ("IPADDR","PEERIPADDR","PEERMAS K" in "ADD IPPATH") conflicts with other IPPATH whose type is IUPS.
None
BSC6900
None
None
Ethernet port
None
None
Ethernet port
None
None
BSC6900
None
None
Ethernet port
None
None
BSC
None
None
BSC
None
None
BTS
The setting of this parameter cannot be duplicate with "Slave Clock Server IP Address".
None
BSC
None
None
BTS
The value of this parameter cannot be the same as "Master Clock Server IP Address".
None
BSC
None
None
BSC
None
10 Ethernet port
None
5 Ethernet port
None
UDP/IP_HC
PPP link
None
UDP/IP_HC
MP group
None
None
Ethernet port
None
None
Ethernet port
None
None
None
None
IP_OVER_FE/GE
BTS
This parameter is valid only when "SERVICEMODE" in "MOD BTS" is set to IP.
None
BTS
None
NO
BTS
None
NO
BSC6900
None
NO
Cell
None
BTS
None
BTS
None If the redundancy configuration mode is not supported, only one clock server can be configured. Otherwise, two clock servers can be configured. If the redundancy configuration mode is not supported, only one clock server can be configured. Otherwise, two clock servers can be configured.
NO
BTS
None
NO
BTS
None
YES
Cell
None
None
Transmission resource group
None
YES
Cell
None
NO
TRX
None
None
BSC
None
None
BTS
None
NO
Cell
None
None
NSE
None
None
IP Path
None
NO
BSC6900
None
None
None
None
NO
BTS
NO
BTS
None This parameter can be set to YES only when "BssLsGenMode" in "SET BSSLS" is set to BTSPRIORITY, BSCPRIORITY, or BTSONLY.
NO
BSC
None
None
None
None
NO
None
None
NO
BTS
None
NOT_CONFIG
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
65535 Cell
None
None
BSC6900
None
None
IP route
None
NONE
TRX
This parameter is valid only when "IUOTP" in "MOD GCELL" is set to Concentric_cell.
CONVERT0
Cell
None
8 Cell
The following condition must be met: "IUOHOSTATIME" >= "IUOHODURATIME".
10 Cell
The following condition must be met: "IUOHOSTATIME" >= "IUOHODURATIME".
Normal_cell
Cell
None
OFF
Board
None
Character_String
None
None
SBS 155
Board
None
SBS 155
Board
None
16byte
Board
None
OFF
Board
None
Character_String
None
None
SBS 155
Board
None
SBS 155
Board
None
16byte
Board
None
OFF
Channelized optical port
None
None
None
None
None
Channelized optical port
None
None
None
None
None
Channelized optical port
None
SPACE
Board
None
None BTS When the disorder phenomenon is severe in the IP network, the recommended value is ALLOW; None BTS when there is no or little disordered packets, you are recommended to set this parameter to DENY to avoid extra transmission delay. BSC
None
MSP protect group
None
None
None
None
0 Cell
None
2 PPP link
None
None
Cell
None
None
Cell
None
None
Ethernet port
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
2 IP logical port
None
4 IP logical port
None
25 IP logical port
None
3 IP logical port
None
8 IP logical port
None
3 Cell
There are four network layers, that is, layer None 1 to layer 4. A lower layer No. indicates a higher priority. The cell priority is determined by both the network layer and the "PRIOR" parameter.
0 Cell
The parameter is independent of "Load Handover Support" and " Enhanced Load HO Allowed".
3 Cell
20 BSC
Lb Congestion Protection Timer 1
30 BSC
Lb Congestion Protection Timer 1
BSC
If this parameter is not set to CLOSE, it value must not be the same as "LDRSND", "LDRTRD", or "LDRFST".
BSC
If this parameter is not set to CLOSE, it value must not be the same as "LDRSND", "LDRTRD", or "LDRFOUH".
AMRC
BSC
If this parameter is not set to CLOSE, it value must not be the same as "LDRFST", "LDRTRD", or "LDRFOUH".
None
SCCP
None
None
BSC6900
None
None
BSC6900
None
ON
BSC6900
None
CSFHHO
PSDOWN
0 Ethernet port
None
YES
None
Cell
None
Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1.
2 Cell
4 Cell
6 Cell
This Noneparameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "LEVHOEN" is set to YES. The following condition must This parameter is valid when be met: "LEVSTAT" >= only "LEVLAST". "HOCTRLSWITCH" is set to HOALGORITHM1 and "LEVHOEN" is set to YES. The following condition must be met: "LEVSTAT" >= "LEVLAST".
None
None
None
None
None
None
None
Board
None
None
None
None
None
None
None
10 BTS
None
90 None
None
70 None
None
None
LAPDLNK
None
DIFFERENCE
None
None
64K
MTP3 link
None
None
None
None
None
BTS
None
None
None
None
35 BTS
None
45 BTS
None
None
Board
None
None
BSC
None
M3UA_MASTER_MOD
BSC6900
None
B1111
SCCP
None
regarding the "SET GCELLHOINTERRATLDB" command is set to YES. 2. The ""InterRatServiceLoadHoSwitch"" parameter is not set to OFF. B1111
SCCP
80 Cell
RANDOMALG
When the cell is under the BSC, this None parameter is valid only when the ""LoadHoEn"" parameter regarding the "SET GCELLHOBASIC" command is set to YES.
MSC
None
4 BSC
None
100 BTS
None
NO
Cell
This parameter can be set only when "Load Handover Support" is set to Yes.
NO
Cell
None
NO
Cell
None
NO
Cell
The Noneparameter value cannot be larger than the value of "PBGT HO Threshold". The parameter takes effect only when "Enhanced Load HO Allowed" is enabled. This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2.
0 Cell
10 Cell
63 Cell
5 Cell
This parameter is valid only when "LOADHOEN" in "SET This parameter is valid when GCELLHOBASIC" is setonly to YES. "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. The value of this parameter must be smaller than "LOADOFFSET".
3 Cell
The parameter takes effect only when the enhanced load handover algorithm is enabled.
10 Cell
25 Cell
NO
BTS
This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
None
PERMIT
Cell
None
40 Cell
None
60 Cell
None
85 Cell
None
Cell
None
DYNPDCHASIDLE
Cell
The parameter is independent of "Load Handover Support" and "Enhanced Load HO Allowed".
None
BTS
None
None
BSC
None
None
BSC6900
None
None
MP group
None
None
BTS
The IP address must be in the same network segment as "Peer IP address".
None
BTS
The IP address must be in the same network segment as "Peer IP address".
None
NSE
None
None
BSC
None
None
BTS
None
None
BTS
None
None
BSC6900
None
YES
None
SCTP link
None
None
SCTP link
None
OFF
BSC6900
None
None
SCTP link
When the value of "MODE" in "ADD SCTPLNK" is set to Client, this parameter can be modified.
None
BSC6900
None
NORMMODE
None
None
95 Board
None
80 Board
None
None
None
None
SCTP link
This parameter determines whether "LOGPORTSN" and "LOGPORTNO" in "ADD SCTPLNK" are valid.
SCTP link
When the value of "LOGPORTFLAG" in "ADD SCTPLNK" is set to ON, this parameter is valid.
SCTP link
When the value of "LOGPORTFLAG" in "ADD SCTPLNK" is set to ON, this parameter is valid.
85 Board
None
70 Board
None
ON
Board
None
None
BSC6900
None
None
None
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
None
None
None
None
None
None
None
None
None
BC
None
ON
E1/T1 port
None
None
LAPDLNK
None
80 Cell
None
None
BSC
None
None
BSC
None
None
E1/T1 port
None
None
Loopback optical port None
180 BSC
None
1 IP logical port
None
NO
Cell
This parameter is valid when "FLEXABISMODE" in the "MOD BTS" command is set to YES.
NO
BTS
None
ON Cell You are advised to disable this function in the co-BCCH cell with the inter-site distance not more than 1500m. Cell
None
None
For EPS4815 boards, the value of this parameter is set to "NO".
BTS
None
NO
BTS
None
None
None
None
None
IP path
When the value of "CARRYFLAG" in "ADD IPPATH" is set to IP LGCPORT, this parameter is valid.
None
IP logical port
None
None
IP logical port
None
None
IP path
When the value of "CARRYFLAG" in "ADD IPPATH" is set to IP LGCPORT, this parameter is valid.
None
ATM logical port None
IR
Cell
None
If "Power System Type" is DISABLE BTS "SC48200", the recommended value is "475". For other Power System Type of APMU boards, the recommended value is "440". BTS
None
CSPH
BSC
The value of this parameter must be smaller than "DC Undervoltage Alarm Threshold". If this parameter is not set to CLOSE, it value must not be the same as "LDRSND", "LDRFST", or "LDRFOUH".
INCLUDE
BSC6900
None
None
None
None
HORIZONTAL
None
None
APPLICATION
None
None
None
BSC6900
None
OPTLOG
BSC6900
None
0 BTS
-1 BTS
2 Cell
8 Cell
60 Cell
The value of this parameter must be smaller than "High Temperature Critical Point".
None The setting of this parameter must meet the following conditions: "LTFERLOWTH" < "LTFERTGT"; "LTFERLOWTH" < "LTFERUPTH". The setting of this parameter must meet the following conditions: "LTFERLOWTH" < "LTFERTGT"; "LTFERTGT" < "LTFERUPTH". The setting of this parameter must meet the following conditions: "LTFERUPTH" > "LTFERTGT"; "LTFERUPTH" > "LTFERLOWTH".
2 Cell
None
0 Board
None
20 BTS
None
30 BTS For EPS4815, the recommended value is "DISABLE". For other types of APMU boards, the recommended value is "ENABLE". BTS
None
2905 SCTP link
None
None
None
None
None
10 Ethernet port
None
5 Ethernet port
None
CA_MA
Cell
None
None
Board
YES
Cell
None This parameter is valid when " MAINBCCHPWRDTEN " in the " SET GCELLOTHEXT " command is set to YES.
NO
Cell
None
Cell
None
Cell
None This parameter is valid when " MAINBCCHPWRDTEN " in the " SET GCELLOTHEXT " command is set to YES. This parameter is valid when " MAINBCCHPWRDTEN " in the " SET GCELLOTHEXT " command is set to YES. This parameter is valid when " MAINBCCHPWRDTEN " in the " SET GCELLOTHEXT " command is set to YES.
None
BTS
None
None
BTS
None
None
BTS
None
0 BTS
None
BTS
None
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
0 Cell
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
Cell
This parameter is valid only when "IBCAALLOWED" in "SET GCELLCHMGAD" is set to YES.
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
Ethernet port
None
None
Ethernet port
None
None
PPP link
None
None
MP group
None
None
BSC6900
None
None
Ethernet port
None
None
Ethernet port
None
None
BSC
None
255.255.255.255
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
8 Cell 4(application type is M3UA), 10(application type is BBAP)
SCTP link
None
None
IP logical port
None
3 Cell
None
2 BSC
None
1 BSC
10 BTS
None This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
1 Cell
None
1 Cell
None
1031 None
None
100 BSC
None
256 PPP link
None
None
MP group
None
None
BSC6900
None
None
BSC6900
None
125 BTS 2(application type is M3UA), 5(application type is BBAP)
SCTP link
None
3 BSC
This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
8 TRX
None
30 Cell
None
5 BSC
None
None
BSC6900
None
None
15C
BTS
None
15C
BTS
None
30 Cell
None
7_Times
Cell
None
7_Times
Cell
None
7_Times
Cell
None
7_Times
Cell
None
64 PPP link
None
MP group
2 Cell
0 Cell
In Normal cell,the recommended value is 62;in Double Timeslot Extension Cell,the recommended value is 219.
OFF
0 Cell
None
None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
Cell
None
20 Cell
None
Cell
None
255 Cell
None
12 None
None
32 TRX
None
16 None
None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
8 Cell If the traffic volume on each frequency band is even and there is None no special requirements for the frequency band, the recommended value is 0; if the traffic volume on None frequency band is significantly each uneven and a frequency band is preferred for an MS, the recommended value is 3; if traffic None volume on each frequency band is not extremely uneven, the recommended value is 1 or 2. For details, see the GSM Rec. 05. 08.
BSC6900
None
None
None
None
None
Cell
None This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport. This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport.
2 Cell
6 Cell
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
Cell
None
None
MP group
None
8 BTS
This parameter is required when "MLPPP type" is set to "MCPPP" with the "ADD BTSMPGRP".
None
BSC6900
None
None
BSC6900
None
None
BTS
"BTSTYPE" identifies the value range of this parameter. The number of cabinets supported by the BTS depends on the type of the BTS. For details, see the parameter description of the command.
OFF
Cell
None
CLASS0
BTS
None
None
Board
None
0 Ethernet port
None
None
Ethernet port
None
None
Ethernet port
None
NO
Cell
None
3 BSC
Set when Allow Common Measurement at Iur-g is set to Yes
ComMeasReport
Cell
None
None
Ethernet port
None
None
Ethernet port
None
None
Ethernet port
None
LONG
MP group
None
LONG
BTS
None
15 Cell
None
None
IP logical port
None
10 Cell
0 Cell
"HOCDCMINDWPWR" and "HOCDCMINUPPWR". Different offset can be set for different neighboring cells. The following condition must be met for a neighboring cell to be added into the candidate cell queue: Neighboring cell uplink level >= ("HOCDCMINUPPWR" + None "MINOFFSET"); Neighboring cell downlink level >= ("HOCDCMINDWPWR" + "MINOFFSET").
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
170 BTS
None
140 BTS
None
140 BTS
None
16 Cell
60 Cell
10 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1. A 3G cell can be added into the candidate cell queue when following This parameter is valid onlythe when conditions are met: "SDDYN" in "SET GCELLBASICPARA" "INTERRATOUTBSCHOEN" is set to is set to YES. YES; "BET3GHOEN" is set to YES; the RSCP of the 3G cell for a period of time is greater than the sum of "HORSCPTH3G" and "RSCPOFF".
100 Ethernet port
None
Current BFD 100 session
None
100 Ethernet port
None
Current BFD 100 session
None
None
Ethernet port
None
None
Ethernet port
None
None
Ethernet port
None
None
Cell
None
None
Cell
None
80 BSC
None
AUTO
BSC6900
None
None
SCTP link
None
OFF
BSC6900
None
None
BSC6900
None
None
None
None
None
MSP protect group
None
None
None
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
MODE1
BTS
None
None
None
None
None
None
None
None
BTS
None
35 Cell
This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
10 Ethernet port
None
5 Ethernet port
None
None
MP group
None
None
None
None
None
BTS
MODE4_1
BTS
None This parameter can be set to MODE5_1 or MODE6_1 only when "FLEXABISMODE" is set to FLEX_ABIS.
If "BTS Type" is "BTS3900E_GSM", the recommended value is "0". BTS
None
ENABLE
BTS
None
MCPPP
MP group
None
None
None
None
None
None
YES
Cell
None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
Once_ps
4 Cell
None
5 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
Cell
This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_PreprocessingN.
4 BTS
None
4 BTS
None
OFF
None
None
None
BSC
None
1500 BTS
None
3 BSC6900
OFF
NO
Cell
None
None
1800 MSC
None
1 BSC
None
0 BSC
None
BSC
None
NORMAL
MSC
None
R98_or_below
Cell
None
15000 Cell
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
NO
Cell
This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
4_Times
Cell
None
None
MSP protect group
None
MCS5
Cell
None
40 Cell
None
ON
The value of this parameter must be smaller than or equal to "PDCH Downlink Multiplex Threshold".
BTS
None
10 Cell
None
200 Cell
None
1000 BSC
None
45 BSC
None
2 Cell
None
BSC6900
85 BSC
None
None
None
E1/T1 port
None
None
MTP3 link
None
MET
None
None
If "MTU" is set to a value smaller than 576, the DHCP procedure may fail800 SCTP link when the BTS tries to retrieve the IP address, and thus the BTS cannot work. The recommended value of1500 this Ethernet port parameter is 1500. Do not modify it unless in special scenarios, for example, at the bottom layer where the number of MTU is limited. BTS
None
None
None
REPORT6
DISABLE
225 BTS
None
Cell
None
5 Cell
This parameter is valid when "TCMUTEDETECTFLAG" is set to YES.
Cell
This parameter is valid when "TCMUTEDETECTFLAG" is set to YES.
4 Cell
None
0 Cell
None
Cell
None
1000 MP group
None
None MP group When the transmission quality is good, the recommended settings are as follows: "Ring II Wait Time Before None None Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 12; 6 BTS "T203" = 1; and "N200" = 3. When the transmission quality is bad, the recommended settings are as follows: None "Ring II Wait Time Before None Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS
None
NO
5 Cell
OFF
None
None
None
None N200ESTAB must be set when "N200PARASWITCH" is set to YES.
34 Cell
None
29 Cell
None
Cell
None
5 Cell
None
5 Cell
None
23 Cell
None
20 Cell
None
3 Cell
None
10 Cell
None
6 BC
None
3 BC
None
4 BC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
BSC
None
NO
Cell
None
2 Cell
None
DISABLE
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
NOTSUPPORT
BSC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
None SELECTION0_PERM1&SELECTION1_PERM1&SELECTION2_PERM1&SELECTION3_PERMNone 1&SELECTION4_PERM1&SELECTION5_PERM1&SELECTION6_PERM1&SELECTION7_PERM-1
Cell
None
Cell
None
Cell
None
1 Cell
None
4 Cell
This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
4 Cell
None
0 BSC
60 BSC
64 BSC
68 BSC
The following condition must be met: "NcellInterFLevelThres1" > "NcellInterFLevelThres0". The following condition must be met: "NcellInterFLevelThres2" > "NcellInterFLevelThres1" > "NcellInterFLevelThres0". The following condition must be met: "NcellInterFLevelThres3" > "NcellInterFLevelThres2" > "NcellInterFLevelThres1". The following condition must be met: "NcellInterFLevelThres4" > "NcellInterFLevelThres3" > "NcellInterFLevelThres2".
72 BSC
74 BSC
76 BSC
80 BSC
0 Cell
0 Cell
The following condition must be met: "NcellInterFLevelThres5" > "NcellInterFLevelThres4" > "NcellInterFLevelThres3". The following condition must be met: "NcellInterFLevelThres6" > "NcellInterFLevelThres5" > "NcellInterFLevelThres4". The following condition must be met: "NcellInterFLevelThres7" > "NcellInterFLevelThres6" > "NcellInterFLevelThres5". The following condition must be met: "NcellInterFLevelThres7" > "NcellInterFLevelThres6". The setting of this parameter must meet the following condition: "NCHSTARTBLOCK"" <= "NCHOCBLOCKNUM". The setting of this parameter must meet the following condition: "NCHSTARTBLOCK"" <= "NCHOCBLOCKNUM".
NC0
Cell
None
YES
SCCP
None
None
None
None
4 Cell
None
None
BSC6900
None
None
IP route
None
None
None
None
None
BTS
None
None
SCCP
This parameter depends on network planning.
None
None
None
NMOII
Cell
None
None
BTS
The value range of this parameter varies with BTS type. Different types of BTSs support a different number of cabinets.
None
BTS
The value range of this parameter varies with BTS type.
None
BTS
None
None
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.
NO
2 Cell
30 Cell
1 Cell
95 Cell
0 Cell
85 Cell
14 Cell
103 Cell
NO
Cell
2 Cell
25 Cell
None
Adjacent node
8 Cell
NO
Cell
50 Cell
100 BTS
ON
Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is This is valid only when set toparameter YES. "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is set to YES.
None This parameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES.
None This parameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES.
None This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
0.24sec
PERMIT
Cell
None
2500 BTS
None
2500 BTS
None
Cell
None
500 BTS
CLOSE
BSC
The value of this parameter must be 8C smaller than "Derating TEMP Threshold".
None
48 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
30 BTS
This parameter is valid only when "ENABLE" is set to YES.
3 None
2 Cell
6 Cell
None This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport. This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport.
None
BSC
None
None
BSC
None
YES
BSC
None
None
NSE
None
None
Cell
None This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2.
2 Cell
None
Cell
None
None
NSVC
None
None
NSVC
None
None
9 BTS
None
16 BTS
None
10 Cell
None
Ethernet port
None
0 PPP link
None
0 MP group
None
0 IP logical port
None
0 Ethernet port
None
None
Port queue
None
None
Port queue
None
None
None
None
None
None
None
None
BSC
None
None
BSC
None
None
BSC6900
None
None
BTS
None
None
None
None
OFF
Cell
None
YES
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BTS
None
OFF
BSC6900
None
10 BSC
None
None
BSC6900
None
Transport 64 channel
None
Transport 64 channel
None
BSC6900
None
1 BSC
None
None
BSC6900
1 BTS
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC
None
None
Cell
None
None
E1/T1 link
None
None
BSC
None
None
BSC
None
None
BSC
None
None
None
None
None
E1/T1 link
None
None
E1/T1 link
None
None
E1/T1 link
None
None
PBCIC
None
None
BSC
None
SysOpt
Cell
35 Cell
63 Cell
L0
TRX
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "OPTILAYER" is set to SysOpt. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "OPTILAYER" is set to SysOpt. This parameter is valid only when "TRXPRIALLOW" is set to YES.
None
Board
None
None
None
None
None
BTS
None
None
BSC
None
None
BTS
None
Step_by_Step
None
None
None
Cell
None
0 BTS
None
YES
NO
YES
20 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
10000 Cell
None
10000 Cell
None
80 Cell
This parameter is valid only when This parameterinis"SET valid only when "LOADHOEN" "IUOTP" in "ADD GCELL" set to GCELLHOBASIC" is set toisYES. EDB_cell. The following condition must be met: "OUTSERIOVERLDTHRED" > "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED".
15 TRX
None
25 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
Cell
1 Cell
5 Cell
5 Cell
50 Cell
This parameter is valid only when "OUTLOADHOENABLE" is set to YES. This parameter is valid only when "OUTLOADHOENABLE" is set to YES. This parameter is valid only when "OUTLOADHOENABLE" is set to YES and "IUOTP" in "ADD GCELL" is set to This parameter is valid only when EDB_cell. "IUOTP" in "ADD GCELL" is set to EDB_cell. The following condition must be met: "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED".
None
BSC
None
None
BSC
None
None
BTS
None
None
BTS
None
HIGH
BTS
None
HIGH
BTS
None
HIGH
BTS
None
HIGH
BTS
None
None
BTS
None
None
BTS
None
None
BTS
90 Cell
YES
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to None EDB_cell. The following condition must be met: "OUTSERIOVERLDTHRED" > "OUTGENOVERLDTHRED" > "OUTLOWLOADTHRED".
None
None
BSC
None
None
BSC
None
None
BSC
None
NO
Cell
None
NO
BSC
This parameter is valid only when "OUTSYSSERVICEHOEN" is set to YES.
CLOSE
BSC
None
15 BSC
None
BSC
None
320 BTS
None
320 BTS
None
185 BTS
None
280 BTS
None
280 BTS
None
155 BTS
None
1500 BTS
None
1500 BTS
None
15 Cell
None
None
580 BTS
The value of this parameter must be 8C greater than "Normal Work TEMP Threshold".
90 BSC
None
85 BSC
None
80 BSC
None
75 BSC
None
NO
BTS
None
NO
Cell
None This parameter is valid when "ALLOWG2FLOWCTRALGL" in the "SET BSCFCPARA" command is set to YES.
180 Cell
255 Cell
220 Cell
None This parameter is valid when "ALLOWG2FLOWCTRALGL" in the "SET BSCFCPARA" command is set to YES.
4 Cell
None
Pan_1
Cell
None
Pan_2
Cell
None
Pan_20
Cell
L0
TRX
This Noneparameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA","DYNOpenTrxPower" in "SET GCELLBASICPARA" and "CPS" are set to YES.
None
BTS
None
None
BTS
None
DISABLED
IP path
None
None
IP path
None
None
IP path
None
79 Cell
This parameter is valid only when "PWRBCDALLOWD" is set to YES.
NO
Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.
QoS
IP path
None
None
None
None
DB2
Cell
None
YES
Cell
4 Cell In densely populated urban areas, the recommended value is 68; in the suburbs, the recommended value is 72. Cell
6 Cell
2 BSC
3 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to This parameter is valid only when HOALGORITHM1. "HOCTRLSWITCH" is set to HOALGORITHM1 and "PBGTHOEN" is set to YES. The following condition must be met: "PBGTSTAT" >= "PBGTLAST". This Noneparameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "PBGTHOEN" is set to YES. The following condition must be met: "PBGTSTAT" >= "PBGTLAST". This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
PDCH
Cell
None
None
PBCIC
None
None
BSC
None
None
PBE1T1
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsExtPcu.
NO
BTS
None
80 Cell
None
NO
Cell
None
NO
Cell
None
70 Cell
None
5 SCCP
None
None
BSC
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
MP group
None
None
None
None
BTS
The peer IP address and the local IP address specified by "Local IP address" must be on the same network segment.
None
None
BTS
The peer IP address and the local IP address specified by "Local IP address" must be on the same network segment.
None
SCTP link
None
None
SCTP link
None
IP path
"IPADDR" and "PEERIPADDR" in "ADD IPPATH" must be at one network None segment; ("IPADDR","PEERIPADDR","PEERMAS K" in "ADD IPPATH") conflicts with other IPPATH whose type is IUPS.
255.255.255.255
IP path
("IPADDR","PEERIPADDR","PEERMAS K" in "ADD IPPATH") conflicts with other IPPATH whose type is IUPS.
None
SCTP link
None
None
None
None
YES
Cell
None
10 Cell
None
30 Cell
None
255 Cell
None
5 IP path
When the value of "PATHCHK" in "ADD IPPATH" is set to ENABLED, this parameter is valid.
5 BSC
None
Enable
PPP link
None
Enable
MP link
None
YES
BTS
None
NO
NSE
None
2 BSC
None
660 BSC
None
660 BSC
None
Board
Nonephb of the traffic's transmission The path is determined like this: if the phb of this transmission path is QOS, use the traffic's None phb from TRMMAP; if the phb of this transmission path is BE,AF11,AF12,AF13,AF21,AF22,AF23, AF31,AF32,AF33,AF41,AF42,AF43,EF, use the phb of transmission path.
None
IP Path
None
YES
Cell
None
None
BSC6900
None
10 BSC6900
None
128 BSC6900
None
1000 BSC
None
BC
1031 BTS
None
12_level
Cell
None This parameter must meet the following requirements: The sum of the value of "Max subframe length" and 8 must be smaller than the value of this parameter. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu.
56 Ethernet port
None
128 Ethernet port
None
Cell
None
0 TRX
None
13_level
Cell
None
14_level
Cell
None
0 TRX
None
Cell
None
0 TRX
None
16_level
10 IP logical port
None
30 IP logical port
None
None
Board
None
None
Board
None
None
Board
None
60 Board
None
67 Board
None
2 Cell
None
5 Cell
None
Cell
None
50 Board
None
62 Board
None
OPEN
ON
Board
None
None
None
None
None
None
None
None
None
None
None
E1/T1 link
None
None
E1/T1 link
None
None
E1/T1 link
None
None
PBE1T1
None
None
BSC6900
None
None
Board
None
None
E1/T1 port
None
None
None
None
None
None
None
None
Loopback optical port None
None
BSC6900
None
None
Board
None
None
Channelized optical port
None
None
Ethernet port
If port 0 or port 4 of the FG2a board is set to the GE port, the port number can only be 0 or 4. Otherwise, the port number ranges from 0 to 7. If only port 0 is set to the GE port, ports 1-3 are unavailable. If port 4 is set to the GE port, ports 5-7 are unavailable.
None
IP logical port
None
None
None
None
None
E1/T1 port
None
None
E1/T1 port
None
None
E1/T1 port
None
None
PBSL
None
None
BTS
None
None
BTS
None
None
PPP link
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
650 Cell
None
16 Cell
None
Support
6 Cell
None
Cell
None
2 Cell
None
2 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
16 BTS
None
None
BSC6900
None
None
None
None
None
Ethernet port
None
None
BTS
None
BCCHNorm
Cell
If this parameter is BCCHExt,"CCCH Blocks Reserved for AGCH" must be more than 0.
None
None
None
125 BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
100 BTS
None
0 Cell
None
0 Cell
None
POWER_48_24
BTS
None
220VAC
BTS
None
0 TRX
None
TRX
None
None
None
10 Ethernet port
None
5 Ethernet port
None
PPP link
None
None
MP link
None
None
IP logical port
None
None
PPP link
None
Disable
MP group
None
2 BSC6900
When the value of "PORTPROTYPE" in "ADD PORTFLOWCTRLPARA" is set to IP, this parameter should be set.
NO
BSC
None
NOT_ALLOWED
BSC
None
OFF
Cell
None
1 BSC
None
60 BTS
None
6 Cell
NO
BSC
NO
Cell
None This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_Preprocessing. This parameter None must be set to NO when "MPMODE" of the BTS that serving this cell is set to MODE4_1 and there are more than two SDCCHs.
60 Board
None
72 Board
None
50 Board
None
65 Board
None
ON
Board
None
None
Cell
None
Prior-1
Cell
This parameter, together with "LAYER", determines the priority of the cell.
80 BTS
None
2 Cell
None
0 SCCP
None
0 None
None
None
IP route
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BTS
None
ITUT
SCCP
None
Q933
BC
None
15 BTS
5 Cell
None This parameter is valid only when "TURNOFFENABLE" is set to YES.
300 BSC
None
ALL
E1/T1 port
None
None
Board
None
ALL
Channelized optical port
None
When "Mode Control" is set to "Common User Mode", the OFF BSC recommended value is OFF; when "Mode Control" is set to "Specified User Mode", the recommended value is ON. BSC
This parameter is valid only when "PS CHR Record Switch" is set to on.
When "Mode Control" is set to "Common User Mode", the ON BSC recommended value is OFF; when "Mode Control" is set to "Specified User Mode", the recommended value is ON. BSC
This parameter is valid only when "PS CHR Record Switch" is set to on.
ON
BSC
This parameter is valid only when "PS CHR Record Switch" is set to on. This parameter is valid only when "PS CHR Record Switch" is set to on.
100 BSC6900
None
100 BSC6900
None
NSE
None
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
NO When the interface type is Abis, the parameter is AF43. When the interface type is Abis and transmission type is HDLC, the parameter is 1.
NO
This parameter is valid only when "PS CHR Record Switch" is set to on.
4 Cell
None
6 Cell
None
Cell
None
When the interface type is Abis, transmission type is IP, the parameter is AF33. When the interface type is Abis and transmission type is HDLC, the parameter is 2.
None
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to ABIS, this parameter is valid.
6 Cell
None
25 Cell
None
BSC
This parameter is valid only when "PSRCDSW" is set to on.
-109 Cell
The value of this parameter must be smaller than "RACH Busy Threshold" in the "SET GCELLCCBASIC" command.
-109 BTS
None
BSC
None
500 BSC
None
1000 BSC
None
YES
BTS
None
For YES"Power System Type" is "APM30" or "EPS4815", the recommended value is "NO". For other types of Power System, the recommended value is "YES".
BTS
None
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
YES
BTS
None
ON
YES
BTS
None
YES
BTS
None
35 Cell
None
None
BTS
None
None
BSC6900
None
None
None
None
None
BSC6900
None
0 Cell
None
None
NSE
None
BOOL
BTS
None
None
E1/T1 port
None
None
E1/T1 port
None
None
E1/T1 port
None
E1_CRC4_MULTI_FRAME
E1/T1 port
None
None
BTS
None
None
Ethernet port
None
None
BTS
None
None
BSC6900
None
None
BTS
None
None
None
None
500 BSC
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
None
None
None
None
None
None
None
None
NO
Cell
None
NO
Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
PWR3
Cell
None
1 Cell
None
YES
Cell
None
ALLPwrLoc
Cell
None
None
BTS
5 BTS
None This parameter is valid only when "BAKPWRSAVMETHOD" is set to BYPWR.
YES
Cell
None
Default
TRX
None
OFF
BTS
None
OFF
BTS
None
OFF
BTS
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
None
Port queue
None
Use_Qsearch_I
Cell
None
Set this parameter to YES only in special scenarios such as highways. Cell
3 Cell
15 Cell
2 Cell
This Noneparameter is valid only when "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met: "QCKSTATCNT" >= "QCKTRUECNT". This parameter is valid only when "QCKMVHOEN" in "SET This parameter is valid when GCELLHOBASIC" is setonly to YES. "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met: "QCKSTATCNT" >= "QCKTRUECNT".
NO
NO
15 Cell
None
6 Cell
None
2 Cell
None
Cell
None
15 Cell
None
15 Cell
None
Cell
3 Cell
5 Cell
NONE
Cell
6 BTS
6 BTS
2 Cell
This Noneparameter is valid only when "QTRUPWRSHARE" is not set to NONE. The following condition must be met: "QTRUDNPWRSTATTIME" >= This parameter is valid only when "QTRUDNPWRLASTTIME". "QTRUPWRSHARE" is not set to NONE. The following condition must be met: "QTRUDNPWRSTATTIME" >= "QTRUDNPWRLASTTIME".
None This parameter must be equal to or greater than 0.6x"CHKOFFTIMES" and equal to or less than "CHKOFFTIMES". This parameter must be equal to or greater than 0.6x"CHKONTIMES" and equal to or less than "CHKONTIMES". This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.
NO
Cell
None
NO
Cell
None
AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS
None
NO
None
BTS
INSIDE_50AH
BTS
This parameter is valid only when "R0BatAllow" is set to YES.
015C
BTS
This parameter is valid only when "R0BatAllow" is set to YES.
INSIDE_BATTERY
BTS
This parameter is valid only when "R0BatAllow" is set to YES.
AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS
None
NO
BTS
None
INSIDE_50AH
BTS
This parameter is valid only when "R1BatAllow" is set to YES.
015C
BTS
This parameter is valid only when "R1BatAllow" is set to YES.
INSIDE_BATTERY
BTS
This parameter is valid only when "R1BatAllow" is set to YES.
AU0-0&AU1-0&AU2-0&AU3-0&AU40&AU5-0&AU6-0&AU7-0 BTS
None
NO
BTS
None
INSIDE_50AH
BTS
This parameter is valid only when "R2BatAllow" is set to YES.
015C
BTS
This parameter is valid only when "R2BatAllow" is set to YES.
INSIDE_BATTERY
BTS
This parameter is valid only when "R2BatAllow" is set to YES.
0 Cell
None
0 Cell
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
None
Cell
None
None
Cell
None
None
Cell
None
-109 Cell
The value of this parameter must be smaller than "RACH Busy Threshold" in the "SET GCELLCCBASIC" command.
16 Cell
None
5000 Cell
None
-109 BTS
None
1 Cell
None
Cell
None
225 Cell
None
2dB
Cell
None
100M
BTS
None
ALG1
Cell
None
DISABLE
Cell
None
4 BSC
None
YES
None
BSC6900
None
REC_ALL
BSC6900
None
None
BTS
None
None
BTS
None
None
BTS
None
NONE
TRX
None
96 IP logical port
YES
Cell
Diff_Band
Cell
50 Cell
40 Cell
5 Cell
30 Cell
None
None This parameter is valid when "REASSEN" in the "SET GCELLCCBASIC" command is set to YES. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "ENIUO" is set to OFF. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "ENIUO" is set to OFF.
YES
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
BSC
None
30 IP logical port
None
60 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
NO
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
None
Board
None
10 BSC
None
3 BSC
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
None
Board
None
NO
Board
None
None
BTS
None
None
Cell
None
None
Cell
None
REHOSTDELAY
Cell
None
NO
BSC6900
None
None
BTS
None
NO
BTS
None
OFF
BTS
None
None
BTS
None
None
BTS
None
NONE
BTS
None
None
BSC6900
None
None
IP route
None
None
NSE
None
None
Cell
None
NO
Cell
None
5 Cell
This parameter is valid when "REPEATDLFASET" is set to YES.
NO
Cell
None
NO
BTS
None
YES
BSC
None
6 Cell
None
2 Cell
None
10 Cell
None
1 Cell
None
0 Cell
None This parameter is valid when "DYNOpenTrxPower" in the "SET GCELLBASICPARA" command is set to YES.
2 Cell
NO
BSC
5 BSC
None
BSC6900
None This parameter is valid only when "ResetAlmDelaySwitch" is set to YES.
None
3 BSC
None
BTS
None
10 BSC
None
None
BSC
None
YES
BSC
None
None
BSC6900
None
None
None
3 PPP link
None
3 MP link
None
BSC6900
30 BSC
None
None Set when Allow Common Measurement at Iur-g is set to Yes or Allow Info Exchange at Iur-g is set to Yes
0 Cell
None
5 Cell
None
10 Cell
None
BSC6900
None
NO
BTS
None
GPS
BTS
None
NO
NSE
None
None
None
None
52_Times
Cell
None
STANDALONETC
BSC
RMTTCATERTRANSMODE must be set when "ISTCCENTRAL" in the "ADD SUBRACK" command is set to YES.
None
Cell
None
255 BSC
None
None
BSC
None
None
None
None
None
BSC6900
None
None
BSC
None
None
BSC
None
DISABLE
Cell
None
15.36sec
Cell
None
0.96sec
Cell
None
20 IP logical port
None
NO
Cell
2 Cell
6 Cell
None This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport. This parameter is valid only when "MEASURETYPE" in "SET GCELLCCUTRANSYS" is set to EnhMeasReport.
None
AAL2 path
When the value of "ADDTORSCGRP" in "ADD AAL2PATH" is set to YES, this parameter is valid.
None
Transmission resource group
None
None
IP logical port
5 Cell
3 Cell
30 Cell
None A 3G cell can be added into the candidate cell queue when the following conditions are met: "INTERRATOUTBSCHOEN" is set to None YES; "BET3GHOEN" is set to YES; the RSCP of the 3G cell for a period of time is greater than the sun of "HORSCPTH3G" and "RSCPOFF".
None
None
Board
None
None
Board
None
MINUS_2db
Cell
None
None
Transport channel
None
None
BSC6900
None
None
BSC6900
None
None
Transport channel
None
None
BSC6900
None
4 BTS
None
None
BSC6900
None
Set this parameter to about 68 in densely populated urban areas and about 72 in suburban areas.
BSC
None
None
None
None
None
BSC6900
None
OFF
SCCP
When the value of "SPCBITS" is set to BIT14 or BIT24, this parameter is valid.
3000 PPP link
0 Cell
None This parameter is valid only when "EMCPRILV" in "SET GCELLCCAD" is not set to 15.
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
2 BSC
None
MSP protect group
4294967295 SCCP
None
None
None
None
1 BSC6900
None
ON
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
DISABLE
None
12 SCTP link
None
25 SCTP link
1000 SCTP link
None The value to be set should be larger than the value of "RTOMIN" in "ADD SCTPLNK" but smaller than the value of "RTOMAX".
3000 SCTP link
The value to be set should be larger than the value of "RTOMIN" in "ADD SCTPLNK".
1000 SCTP link
The value to be set should be smaller than the value of "RTOMAX" in "ADD SCTPLNK".
Cell
None
30 Cell
None
BTS
None
5 IP logical port
5 IP logical port
None
BTS
None
IP path
None
Transmission resource group
None When "GRPT" in "ADD RSCGRP" is set to ATM or "BWMODE" is set to FULL_DUPLEX, this parameter is valid;The sum of "TxBw" and "RxBw" in None "ADD RSCGRP" of upper class RSCGRP can not less than the "TxBw" and "AllBw" in "ADD RSCGRP"of lower None RSCGRP;The "TxBw" in "ADD class RSCGRP" of upper class RSCGRP can not less than the "TxBw" in "ADD RSCGRP" of lower class RSCGRP, and None the "RxBw" in "ADD RSCGRP" of upper class RSCGRP can not less than the "RxBw" in "ADD RSCGRP" of lower class RSCGRP.
2 Cell In dual-band networking mode for densely populated urban areas, the level drops rapidly due to multiple barriers. The propagation loss of the 5 Cell 1800 MHz frequency band is greater than the propagation loss of the 900 MHz frequency band. Considering 8 Cell the preceding factors, you can set this parameter to YES for the DCS1800 cell. Under normal conditions, set this parameter to No. Cell
None
60 Cell
None
42 Cell
None
41 Cell
None
40 Cell
None
50 Cell
None
49 Cell
None
48 Cell
None
47 Cell
None
None
None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1.
46 Cell
None
45 Cell
None
44 Cell
None
43 Cell
None
None
TRX
None
None
BTS
None
None
BTS
None
None
TRX
None
None
BTS
None
None
TRX
None
None
BTS
None
None
BTS
None
None
TRX
None
None
BTS
None
None
BTS
None
None
BTS
None
OFF
Board
None
None
Board
None
None
BTS
None
None
BTS
None
NO
BSC6900
This parameter is required when "Default DPC" is set to NO.
NO
Cell
This parameter is valid only when "PWRBCDALLOWD" is set to YES.
1 Cell
This parameter is valid only when "SAICALLOWED" in "SET GCELLPWRBASIC" is set to YES.
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
None
BTS
None
Cell
BYNAME
Cell
5 Cell
None
None This parameter is valid only when "TURNOFFENABLE" is set to YES. 1. This parameter is valid only when "TURNOFFENABLE" set to ENABLE. This parameter is validisonly when 2. The setting of this "TURNOFFENABLE" is set to YES. parameter must meet the following condition: "SAMECVGCELLLOADSTATTM" >= "SAMECVGCELLLOADLASTTM".
50 Cell
This parameter is valid only when "TURNOFFENABLE" is set to YES.
Cell
This parameter is valid only when "TURNOFFENABLE" is set to YES.
32 Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
ADD0dB
Cell
None
38 BSC
4 Cell
None This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES.
None
BSC6900
None
None
BSC6900
None
ENGLISH
Cell
None
None
None
None
None
BSC6900
None
BYCELLID
None
None
None
None
None
None
0 Cell
None
1 BSC6900
None
SCTP link
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
MSP protect 1.00E-06 group
None
None
None
None
None
BSC6900
None
1 BTS
None
Cell
None
10 Cell
None
6 Cell
None
55 Cell
None
6 Cell
None
55 Cell
None
YES
Cell
None
DISABLE
MSP protect group
None
OFF
Cell
None
OFF
ENABLE
None
TRX
None
2 Cell
None
1 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
40 Cell
None
30 Cell
None
48 BSC
None
MSP protect group
None
53 BTS
None
BTS
None
None BTS If "Power System Type" is "SC48200", the recommended value is "460". Otherwise, the recommended value is "430". BTS
None
YES
Cell
None
None
None
None
YES
BSC
None
NO
BSC
None
NO
Cell
None
NO
MSC
None
None
The value of this parameter must be smaller than "DC Voltage Lower Threshold".
YES
BSC
None
NoPriority
Cell
None
NoPriority
Cell
None
None
BTS
None
NO
BSC
None
YES
BSC
None
YES
BSC
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BSC6900
None
SEPARATE
BSC
None
TDM
BTS
None
BTS
None The value range of this parameter varies with "BTS Type". Different types of BTSs support different types of services.
None
BSC6900
None
None
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
None
BTS
None
1800 BSC
None
BSC
None
None
1 BSC
This parameter is valid when "SGSNPOOLALLOW" is set to YES.
0 BSC
This parameter is valid when "SGSNPOOLALLOW" is set to YES.
NO
BSC
None
Release 99 onwards
Cell
None
ALLOW
BSC
None
75 BSC
None
None
BSC
None
NO
BTS
None
None
BSC6900
None
3 BTS
This parameter is valid only when the cell parameter "BAKPWRSAVMETHOD" is set to BYPWR and "SDFALG" in "SET GTRXDEV" is set to ENABLE.
YES
BSC
None
NO
Cell
None
4 BSC6900
None
None
SCCP
None
None
SCCP
None
None
BSC6900
None
None
100 NSE
None
100 NSE
None
2 BSC
None
5 BSC6900
None
2 Cell
None
None
2 Cell
None
None
3000 BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
BSC
None
None
Ethernet port
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BTS
None
None
BTS
None
None
None
None
B0000
SCCP
None
300 BSC
None
None
BSC6900
None
None
BSC
None
NOTSUPPORT
BSC
None
None
None
None
None
BSC6900
None
10 None
None
None
The number of CPU usage sampling times is at least twice the size of "Fast judgement window".
None
None
None
None
None
Transmission resource group
None
None
BSC6900
None
None
E1/T1 link
None
None
E1/T1 link
None
None
Transmission resource group
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
Cell
None
None
BSC
None
None
BTS
None
6 BTS
None
None
Board
None
None
Transmission resource group
None
None
BTS
None
None
BTS
None
None
BTS
None
NONE
TRX
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
DOUBLE_ANTENNA
BTS
None
SGL_ANTENNA
BTS
None
None
BSC6900
None
None
SCCP
When the value of "SPDF" is set to WNF, this parameter is valid.
None
SCCP
This parameter depends on network planning.
None
SCCP
When the value of "SPDF" is set to DNF, this parameter is valid.
None
PBE1T1
None
WNF
SCCP
When the value of "SPDF" in "ADD N7DPC" is set to WNF, this parameter is valid.
L11_FORBID-0&L12_FORBID0&L13_FORBID-0&L14_FORBID0&L15_FORBID-0
Cell
None
None
BTS
None
None
BTS
None
12 BSC
None
YES
MSC
None
YES
MSC
None
YES
MSC
None
NO
MSC
None
PSMODE
BTS
None
PSMODE
BTS
None
FR
BTS
None
AUTO
Ethernet port
None
30 Cell
None
40 Cell
None
NO
Cell
None
NOTSPPRTBC
BSC
None
NO
BSC
None
NO
BSC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
NO
BSC
None
NO
BSC6900
This parameter is required when "Trunking MSC" is set to YES.
BSC
This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
BSC
This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
BSC
This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
NO
BSC
This parameter is valid only when "TYPE" in "SET BSCPCUTYPE" is set to OUTER.
NO
BSC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
NO
BTS
None
None If the version of a GSM base station is BTS3000V100R009 or later, or if the version of a multi-mode 3900 If the software version of the series base station is V100R002 or None SingleRAN BTS is SRAN3.0 later, the recommended valueoroflater, this the parameter Is support SRAN parameter is SUPPORT. Otherwise, mode needs to be set to the recommended value of this SUPPORT(Support). If the software parameter is NOT_SUPPORT. version of the SingleRAN BTS is earlier than SRAN3.0, the parameter Is support SRAN mode needs to be set to NOT_SUPPORT(Not Support).
BSC6900
None
SCCP
None
BTS
None
BTS
None
NOT_SUPPORT
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
NO
NO
NO
None
Cell
None
None
Cell
None
None
BSC6900
None
None
None
None
None
None
None
HOALGORITHM1
Cell
The value of this parameter must be the same as that of "HOCTRLSWITCH" in "SET GCELLHOBASIC".
None
Current BFD session
None
None
Cell
None
None
Cell
None
None
Ethernet port
None
None
Cell
None
None
E1/T1 port
None
LINE1_8K and LINE2_8K are most commonly used.
None
None
None
E1/T1 port
None
None
None
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
E1/T1 link
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC
None
None
BSC
None
None
BTS
None
0 BTS
None
None
BSC
None
None
BSC
None
None
BTS
None
None
BTS
None
None
BTS
None
None
Control plane link
None
None
BSC6900
None
None
None
None
None
None
None
None
None
None
None
BSC6900
None
100 NSE
None
100 NSE
None
GSM_PRIOR
BTS
None
None
BTS
None
63 Cell
None
75 Board
None
85 Board
None
80 Board
None
80 Board
None
6 Cell
None
2 Cell
None
None
None
None
None
BSC
None
None
BSC6900
63 Cell
None
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
Cell
None
None
BSC6900
None
YES
BSC
None
YES
BSC
None
E1/T1 link
When the value of "OPMODE" of "BLK ACIC" is BYCICRANGE, the value of STARTTS needs to be set.
None
None
PBCIC
None
BSC
-100 BTS
None
BSC
The setting of this parameter must meet the following condition: When None "EndMonthDSTPA" and "StartMonthDSTPA" are set to the same value, "EndDayDSTPA" must be later than "StartDayDSTPA". The value of this parameter must be smaller than "Heater shutdown Temperature". The setting of this parameter must meet the following condition: "EndMonthDSTPA" is the same as or is later than "StartMonthDSTPA".
YES
BSC
None
YES
BSC
None
None
BTS
None
240 BTS
This parameter is valid only when "ENABLE" is set to YES.
BSC
This parameter is set only when "BSCDynSwitchTrxPAAllow" is set to YES.
E1/T1 link
When the value of "OPMODE" of "BLK ATERE1T1" is BYCICRANGE, the value of STARTTS needs to be set.
None
E1/T1 link
When the value of "OPMODE" of "BLK AE1T1" is BYCICRANGE, the value of STARTTS needs to be set.
None
BTS
None
ENABLED
BTS
None
DISABLED
BTS
None
None
E1/T1 link
None
None
BTS
None
None
None
None
BSC6900
None
BSC
To ensure that all the frequencies can be measured within 24 hours, the None following condition must be met: ("PERIOD" x 15) x (total number of frequencies to be measured/"STEP") < (24 x 60).
NO
MTP3 link
None
None
None
None
NO
Cell
None
OFF
Cell
120 BTS
None This parameter is valid only when "ENABLE" is set to YES.
OFF
SCCP
None
None
BTS
None
None
Cell
None
BTS
None
BTS
None
BTS
None If the added monitoring timeslot works at 64 kbit/s, the sub-timeslots are numbered from 0. If the added None monitoring timeslot works at 32 kbit/s, the sub-timeslots are numbered from 0 or 4. If the added monitoring timeslot works None at 16 kbit/s, the sub-timeslots are numbered from 0, 2, 4, or 6. If the added monitoring timeslot works at 8 kbit/s, the sub-timeslots are numbered from any value among 0 to 7.
None
BSC6900
None
None
BTS
None
BTS
None If "Work Mode for Auto Download Activation" is "TMUAUTOACT", the BTS type must be consistent with the actual BTS type.
None
E1/T1 link
When SUBBSC is selected for "BSC flag", this parameter should be set.
None
E1/T1 link
When SUBBSC is selected for "BSC flag", this parameter should be set.
None
None
None
352 None
352 BTS
None
BSC6900
This Noneparameter must meet the following requirements: The sum of the value of "Max Subframe Length" and 8 must be smaller than the value of "Maximum Frame Length".
None
None
BSC6900
None
NO
Cell
This parameter is valid when "FLEXABISMODE" in the "MOD BTS" command is set to YES.
NO
BTS
None
None
BTS
None
None
BTS
None
YES
BSC
None
None
None
None
None
None
None
NO
Cell
None
NOTSUPPORT
BSC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu.
NOTSUPPORT
BSC
None
None
Cell
This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT.
NO
BSC
None
NO
BSC
None
NO
BSC
None
T_20
Cell
None
None
NSE
None
None
NSE
None
None
None
None
None
BSC6900
None
ON
BSC6900
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BTS
None
CLOSE
BTS
None
YES
SCTP link
None
10 SCTP link
None
BSC6900
None
OFF
0 BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
OFF
BSC6900
None
0 BSC6900
None
0 BSC6900
None
0 BSC6900
None
None
BTS
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
Cell
This parameter is valid only when "UTRANCELLTYPE" is set to TDD.
AISS
BTS
None
None
BTS
None
1 BTS
None
2 BTS
None
0 BTS
None
None
None
None
None
None
None
10 Cell
This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
None
None
None
YES
BSC
None
None
None
None
None
None
None
3000 BSC
None
5 None
None
60000 MTP3 link
None
1500 MTP3 link
None
1500 MTP3 link
None
3000 MTP3 link
None
1500 MTP3 link
None
1200 MTP3 link
None
When the transmission quality is good, the recommended settings are as follows: "Ring II Wait Time Before Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 12; 3000 BSC "T203" = 1; and "N200" = 3. When the transmission quality is bad, the recommended settings are as follows: "Ring II Wait Time Before 5 None Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS
None
None The value of this parameter must be smaller than "T203".
50 Cell
None
50 Cell
None
200 Cell
None
60 Cell When the transmission quality is good, the recommended settings are as follows: "Ring II Wait Time Before 150 Cell Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 12; 60 Cell "T203" = 1; and "N200" = 3. When the transmission quality is bad, the recommended settings are as follows: "Ring II Wait Time Before 60 Cell Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3. BTS
None
None
None
None The value of this parameter must be greater than "T200".
360000 MTP3 link
None
360000 MTP3 link
None
2000 MTP3 link
None
10000 BSC
None
5 None
The value of this parameter must be smaller than or equal to "Time2[S]".
7 Cell
None
10 Cell
None
500ms
Cell
None
500ms
Cell
None
20 Cell
None
10 BC
None
1200 MTP3 link
None
5000 BSC
None
1200 MTP3 link
None
1000 BSC
None
1200 MTP3 link
None
3000 BSC
None
3000 BSC
None
1200 MTP3 link
None
4 Cell
None
NO
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
YES
Cell
None
0 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
1 Cell
This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "TAHOEN" is set to YES. The following condition must be met: "TASTATTIME" >= "TALASTTIME".
255 Cell
This parameter is valid only when "TAHOEN" in "SET GCELLHOBASIC" is set to YES.
0 Cell
2 Cell
None
None This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2.
63 Cell
This parameter is valid only when "TAHOEN" is set to YES and None "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "TASTATTIME" >= "TALASTTIME". This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. The following condition must be met: "TALIMIT" > "TATHRES".
10 Cell
None
10 Cell
None
BSC6900
1 Cell
None
BSC6900
None
None
None
None
90 BTS
90 BTS
170 MTP3 link
ON
This parameter is valid only when "OMLBKUP" is set to YES. This parameter must meet the following requirements: "FallBack Start Time" > "Ring I Wait Time Before Switch" + "Ring I Try Rotating Duration Time".
None
4000 BSC
None
80 BTS
None
BSC
None
NO
YES
TRX
None
60 Cell
None
40 Cell
None
6 Cell
None
55 Cell
None
40 Cell
None
6 Cell
None
55 Cell
None
2 Cell
None
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
BSC
60 Cell
OFF
None
70 Cell
"TCHTRICBUSYOVERLAYTHR" and None "TCHTRIBUSYUNDERLAYTHR" can be set only when "HRIUOLDRATESELALLOW" is set to "TCHTRICBUSYOVERLAYTHR" and YES. "TCHTRIBUSYUNDERLAYTHR" can be set only when "HRIUOLDRATESELALLOW" is set to YES.
10 MTP3 link
None
MTP3 link
None
Cell
60 Cell
None
None
DISABLE
Cell
None
None
BTS
None
None
Control plane link
None
None
Cell
None
None
Control plane link
None
None
Control plane link
None
None
None
None
None
Cell
None
None
Cell
None
0 Cell
None
8 Cell
None
0 Cell
None
Cell
None
0 Cell
None
NO
Cell
None
NO
Cell
None
10 Cell
None
None
None
Cell
None
None
Cell
None
NO
Cell
None
None
Cell
None
20 BSC6900
None
15 BSC6900
None
None
Control plane link
None
None
Control plane link
None
63 PBSL
None
None
None
None
None
None
None
None
None
None
500 BTS
This parameter must be at least 3C greater than "Lower ENV TEMP Alarm".
500 BTS
This parameter must be at least 4C greater than "Lower ENV TEMP Alarm".
0 BTS
This parameter must be at least 3C lower than "Upper ENV TEMP Alarm".
0 BTS
This parameter must be at least 4C lower than "Upper ENV TEMP Alarm".
800 BTS
None
None
Cell
None
None
None
None
None
None
None
None
None
None
65 BTS
None
BTS
None
-100 BTS
None
BSC
None
For EPS4815 boards, the value of this parameter is always "-1". For other types of APMU boards, the recommended value is "-100".
YES
None
Cell
The maximum length of this parameter is decided by "SCHEME": When None "SCHEME" is set to BINARY, the length of this parameter should not extend 2462 bytes; otherwise, the length should not extend 1395 bytes.
OFF
Board
None
None
None
None
30 BSC
65535 Cell
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
None
None
BSC6900
None
None
5000 BSC
None
264 BTS
None
264 BTS
None
10 Cell
None
6 Cell
None
4 Cell
None
8 Cell
None
4 Cell
None
3 Cell
None
6 Cell
None
3 Cell
None
2 Cell
None
BSC6900
5 BSC
30 Cell
None
None This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON.
1 Cell
4 Cell
6 Cell
This parameter is valid only when This parameter is valid only when "TIGHTBCCHSWITCH" in "SET "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. GCELLCHMGBASIC" is set to ON. The following condition must be met: "TIGHTBCCHHOSTATTIME" >= "TIGHTBCCHHOLASTTIME".
3 Cell
This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON.
80 Cell
OFF
This parameter is valid only when This parameter is valid only when "TIGHTBCCHSWITCH" in "SET "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. GCELLCHMGBASIC" is set to ON. The following condition must be met: "TIGHTBCCHHOSTATTIME" >= "TIGHTBCCHHOLASTTIME".
Cell
None
40 Cell
None
5 BSC
This parameter is valid when "MSCPOOLALLOW" is set to YES.
NOLIMIT
BSC6900
None
None
BSC6900
None
None
BTS
None
10 Cell
None
10 Cell
None
10 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
2000 Ethernet port
None
3000 None
None
2 Ethernet port
None
2 Ethernet port
None
2 BTS
None
10 Cell
None
4 Ethernet port
NO
None
Cell
None
30 Cell
None
40 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
8 Cell
None
5 BSC
This parameter is valid when "MSCPOOLALLOW" is set to YES.
None
BSC6900
None
None
Subsystem
This parameter is valid only when "IDXTYPE" is set to BYTLLI.
If "Power System Type" is 45 BTS "EPS4815", the recommended value is "0". For other types of Power System, the recommended value is "19". BTS
-20 BTS
None
None The value of this parameter must be at least two degrees smaller than "Temperature Alarm Upper Threshold".
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
None
None
The TRMMAP index is configured by setting the value of "TMI" in "ADD TRMMAP".
None
BC
None
None
None
None
3 Cell
None
None
BSC6900
None
None
BSC
None
None
BSC6900
None
12000 MTP3 link
None
60000 MTP3 link
None
None
BSC6900
None
TRRS
ATERCONSL
None
None
PBE1T1
None
None
BSC6900
None
0 Cell
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BSC6900
None
None
BTS
None
8 Cell
None
60 Board
None
67 Board
None
50 Board
None
62 Board
None
Board
None
ON
5 BSC
None
5 BSC
None
M3UA_LOADSHARE_MOD
SCCP
None
None
BTS
None
None
BSC
None
None
IP path
None
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to IUB, IUR or IUCS, this parameter is valid.
None
BSC6900
When the value of "ITFT" in "ADD TRMMAP" is set to IUB, IUR or IUCS, this parameter is valid.
None
BSC6900
None
None
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
NO
BTS
None
None
None
None
10sec
Cell
None
None
90 Cell
This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.
None
Ethernet port
None
None
BSC6900
None
None
Ethernet port
None
None
BSC6900
None
2 BSC6900
None
None
2 BSC6900
None
BSC6900
None
2 PPP link
None
2 None
None
2 IP logical port
0 None
The TRM load threshold parameter must None meet the following conditions: forward congestion recovery threshold < logical port bandwidth, backward congestion recovery threshold < logical port bandwidth.
None
BTS
None
None
IP logical port
None
None
None
None
None
Ethernet port
None
AllowReCheckRes
Cell
None
None
None
None
255 Physical channel None
None
TRX
None
None
BTS
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
Cell
None
None
BSC
None
None
None
None
None
Physical channel None
None
TRX
None
None
BTS
None
None
TRX
None
None
TRX
None
YES
Cell
None
None
TRX
None
E1/T1 link
When the value of "OPMODE" of "BLK ATERE1T1" is BYCICVALUE, the value of TS needs to be set.
None
E1/T1 link
When the value of "OPMODE" of "BLK AE1T1" is BYCICVALUE, the value of TS needs to be set.
None
Cell
None
None
None
BC
None
None
BTS
None
None
PPP link
None
None
MP link
None
None
BTS
None
None
Cell
None
None
BTS
None
NO
Cell
None
None
E1/T1 port
None
None
None
None
None
BTS
None
None
BSC6900
None
None
None
None
None
BTS
None
None
BTS
None
None
PBSL
None
0 Physical channel None
If the board is configured with two to four TRXs, the recommended value of this parameter is 20. If the board is configured with five TRXs, the recommended value of this parameter is 50. If the board is configured with six TRXs, the recommended value of this parameter is 48. TRX
None
Open
BSC
None
BTS
The value of "Fast Flux Measurement Period" cannot beisgreater than that of If this parameter set to “16K”, "In-BSC "FastTimeslot Flux Measurement TBF Time". Sub No." and "Out-BTS Sub Timeslot No." must be 0, 2, 4, or 6. If this parameter is set to “32K”, "In-BSC Sub NoneTimeslot No." and "Out-BTS Sub Timeslot No." must be 0 or 4. If this parameter is set to “64K”, "In-BSC Sub Timeslot No." and "Out-BTS Sub Timeslot No." must be 0.
None
BTS
None
None
None
None
None
None
None
None
None
None
None
None
None
NO
BSC
None
None
BTS
None
5000 BSC
64 Ethernet port
None
64 Ethernet port
None
None
Cell
None
Cell
This parameter is valid only when "TURNOFFENABLE" is set to ENABLE. When "TURNOFFCELLSTPTIME" < "TURNOFFCELLSTRTIME", it indicates This parameter is Cell validPower only when that the Dynamic Off feature "TURNOFFENABLE" is to aENABLE can be enabled for moreset than day. or SLEEPING. The following condition must be met: "TURNOFFCELLSTPTIME" < "TURNOFFCELLSTRTIME"..
DISABLE
Cell
None
6 Cell
TX_32
80 Cell
This parameter is valid only when "TURNOFFENABLE" is set to ENABLE.
50 BTS
The value of this parameter must be smaller than "Temperature Alarm Lower Threshold".
68 BTS
The value of this parameter must be at least two degrees greater than "Temperature Alarm Lower Threshold".
5 BSC6900
None
10 BSC6900
None
5 BSC6900
None
10 BSC6900
None
5 BSC6900
None
5 BSC6900
None
5 BSC6900
None
Cell
None
0 Board
None
0 Board
None
0 Board
None
0 Board
None
0 Board
None
0 Board
None
0 Board
0 Board
None
IP path
None
Transmission resource group
500 Ethernet port
When "GRPT" in "ADD RSCGRP" is set to ATM or "BWMODE" is set to FULL_DUPLEX, this parameter is valid;The sum of "TxBw" and "RxBw" in None "ADD RSCGRP" of upper class RSCGRP can not less than the "TxBw" and "AllBw" in "ADD RSCGRP"of lower None RSCGRP;The "TxBw" in "ADD class RSCGRP" of upper class RSCGRP can not less than the "TxBw" in "ADD RSCGRP" of lower class RSCGRP, and None the "RxBw" in "ADD RSCGRP" of upper class RSCGRP can not less than the "RxBw" in "ADD RSCGRP" of lower class RSCGRP.
None
T_20
Cell
None
None
None
None
ANY_ERR_RETURN
BSC6900
None
None
Cell
None
None
BSC
None
None
Cell
None
BTS
None The value range of this parameter varies with BTS type. Different types of BTSs support different types of cabinets.
None
Cell
None
0 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
0 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
6 BSC
None
0 BSC
None
1 BSC
None
1 BSC
None
10 BSC
None
3 BSC
None
15 BSC
None
5 BSC
None
15 BSC
None
13 BSC
None
13 BSC
None
OFF
MSC
None
NO
BSC
None
6 BSC
None
0 BSC
None
1 BSC
None
1 BSC
None
10 BSC
None
3 BSC
None
15 BSC
None
1 BSC
None
15 BSC
None
13 BSC
None
13 BSC
None
OFF
MSC
None
None
None
None
None
None
None
None
NSE
None
None
NSE
None
Guests
BSC6900
None
80 BTS
None
64 Cell
None
1000 E1/T1 port
None
None
None
None
None
BTS
None
1 Cell
This parameter is valid only when This parameter isinvalid only when "PWRCTRLSW" "SET "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when >= "ULAFSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "ULAFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when "ULAFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "ULAFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when >= "ULAHSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "ULAHSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. This parameter is valid only The following condition mustwhen be met: "BETTERCELLHOEN" is set to YES "ULAHSREXQUALHIGHTHRED" >= and "HOCTRLSWITCH" is set to "ULAHSREXQUALLOWTHRED". HOALGORITHM2. The following This parameter is valid condition must be met: only when "BETTERCELLHOEN" "ULBQSTATTIME" >= is set to YES and "HOCTRLSWITCH" is set to "ULBQLASTTIME". HOALGORITHM2. The following condition must be met: "ULBQSTATTIME" >= "ULBQLASTTIME".
5 BSC
None
3 Cell
14 Cell
14 Cell
16 Cell
16 Cell
1 Cell
In Abis over TDM transmission, the recommended value is 180; in Abis over IP transmission, the recommended value is 200.
Cell
None
15 BSC
None
10 Cell
This parameter is valid when "FRINGEHOEN" is set to YES or "RXQCKFALLHOEN" is set to YES.
20 BSC
None
32 BSC
None
3 Cell
16 Cell
16 Cell
18 Cell
18 Cell
2 Cell
3 Cell
3 Cell
3 Cell
4 Cell
15 Cell
2 Cell
This parameter is valid only when This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when "ULFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "ULFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when "ULFSREXQUALHIGHTHRED" >= "PWRCTRLSW" in "SET "ULFSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only when>= "ULHSREXQUALHIGHTHRED" "PWRCTRLSW" in "SET "ULHSREXQUALLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "ULHSREXQUALHIGHTHRED" >= "ULHSREXQUALLOWTHRED". The setting of this parameter must meet the following condition: "ULTHF1" + "ULHYSTF1" < "ULTHF2" + "ULHYSTF2". The setting of this parameter must meet the following condition: "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3".
None The setting of this parameter must meet the following condition: "ULTHH1" + "ULHYSTH1" < "ULTHH2" + "ULHYSTH2". The setting of this parameter must meet the following condition: "ULTHH2" + "ULHYSTH2" < "ULTHH3" + "ULHYSTH3".
None The setting of this parameter must meet the following condition: "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2".
2 Cell
The setting of this parameter must meet the following condition: "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2".
5 Cell
This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and "UPPCEN" in "SET GCELLBASICPARA" is set to YES.
6 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
8 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
90 BSC
55 Cell
This Noneparameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and This parameter is valid only when "UPPCEN" in "SET "PWRCTRLSW" in "SET GCELLBASICPARA" is set to YES. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid "ULQLOWTHRED" >= only when "PWRCTRLSW" in "SET "ULQHIGHTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: "ULQLOWTHRED" >= This parameter is valid only when "ULQHIGHTHRED". "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and "UPPCEN" in "SET GCELLBASICPARA" is set to YES. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid only when "BQHOEN" in "SET GCELLHOBASIC" is set to YES and "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES.
60 Cell
None
55 Cell
None
100 BSC
0 Cell
0 Cell
3 Cell
5 Cell
3 Cell
5 Cell
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
18 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must be met: This parameter is valid only>= when "ULREXLEVHIGHTHRED" "PWRCTRLSW" in "SET "ULREXLEVLOWTHRED". GCELLPWRBASIC" is set to PWR3. The following condition must be met: "ULREXLEVHIGHTHRED" >= "ULREXLEVLOWTHRED".
1 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
6 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
3 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
1 Cell
This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3.
6 Cell
This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES.
18 Cell
75 Cell
30 Cell
18 Cell
This parameter is valid only when This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to "PWRCTRLSW" in "SET YES. GCELLPWRBASIC" is set to PWR2. The following condition must be met: This parameter is valid "ULSSHIGHTHRED" >=only when "PWRCTRLSW" in "SET "ULSSLOWTHRED". GCELLPWRBASIC" is set to PWR2. The following condition must be met: The setting of this parameter must meet "ULSSHIGHTHRED" >= the following conditions: "ULSSLOWTHRED". "ULTHF1" < "ULTHF2";
15 Cell
The setting+of"ULHYSTF1" this parameter must meet+ "ULTHF1" < "ULTHF2" the following conditions: "ULHYSTF2". "ULTHF2" < "ULTHF3";
19 Cell
The setting of this parameter must meet "ULTHF2" + "ULHYSTF2" < "ULTHF3" + the following "ULHYSTF3".conditions: "ULTHF2" < "ULTHF3";
28 Cell
The setting+of"ULHYSTF2" this parameter must meet+ "ULTHF2" < "ULTHF3" the following conditions: "ULHYSTF3". "ULTHH1" < "ULTHH2";
23 Cell
The setting+of"ULHYSTH1" this parameter must meet "ULTHH1" < "ULTHH2" the following conditions: + "ULHYSTH2". "ULTHH2" < "ULTHH3";
31 Cell
The setting+of"ULHYSTH2" this parameter must meet "ULTHH2" < "ULTHH3" the following conditions: + "ULHYSTH3". "ULTHH2" < "ULTHH3";
63 Cell
21 Cell
The setting+of"ULHYSTH2" this parameter must meet "ULTHH2" < "ULTHH3" the following conditions: + "ULHYSTH3". "ULTHWB1" < "ULTHWB2"; "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2".
The setting of this parameter must meet the following conditions: "ULTHWB1" < "ULTHWB2"; 25 Cell
YES
Cell
32 BSC
NO
"ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2". This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
None
Cell
None
10 Cell
None
It is recommended that the value of this parameter is the same as that for "A Interface Tag". BSC
Generally, the value of this parameter is equal to "A Interface Tag" and "Abis Interface Tag".
None
None
E1/T1 port
3 BSC
None
40 BTS
None
40 BTS
None
40 BTS
None
60 BTS
None
60 BTS
None
60 BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
BTS
None
None
Cell
None
CS1
Cell
None
MCS2
Cell
None
20 Cell
None
MCS6
Cell
This parameter is valid only when "EGPRS2A" is set to YES.
UNFIXED
Cell
This parameter is valid only when "EGPRS2A" is set to YES.
2000 Cell
None
UNFIXED
Cell
None
UNFIXED
Cell
None
40 Cell
None
30 Cell
None
30 BTS
This parameter is valid only when "ENABLE" is set to YES.
None
BTS
None
YES
Cell
None
None
Transmission resource group
When "ISFIRSTCLASSE" in "ADD RSCGRP" is set to NO, this parameter is valid.
None
None
None
NO
4 Cell
The following condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME".
6 Cell
None
5 Cell
The following condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME".
Cell
None
120 Cell
None
10 Cell
None
5 Cell
None
5 Cell
None
5 Cell
None
2 Cell
None
2 Cell
None
PERMIT
Cell
None
None
BSC
None
NOTSUPPORT
BSC
None
None
BSC6900
None
None
None
None
None
BTS
None
None
BTS
None
50 BTS
None
NO
3 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.
10 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
35 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
5 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
5 Cell
This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell.
None
Cell
None
None
BTS
None
255 Cell
No_Priority
Cell
0 Cell
95 BSC
NO
Cell
"VGCSRSRVNUM"" <= "VGCSMAXNUM"。
None "VGCSRSRVNUM"" + PDTCH Number <= Cell total service Channels
None
None
LEVEL0
None
90 BSC
None
None
DISABLE
IP path
None
None
BSC6900
None
DISABLE
SCTP link
None
DISABLE
SCTP link
None
None
BSC6900
None
None
Ethernet port
None
2 BTS
This parameter is valid only when "VLANSWITCH" is set to YES.
None
Ethernet port
None
None
BSC6900
None
None
BSC6900
None
None
BSC6900
None
0 BTS FULL_RATE_VER11&FULL_RATE_VER21&FULL_RATE_VER3NO 0&HALF_RATE_VER11&HALF_RATE_VER20&HALF_RATE_VER30&FULL_RATE_VER5-0
None
This parameter is valid only when "VLANSWITCH" is set to YES.
BTS
None
Cell
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
YES
BTS
None
2 Cell
None
3 BTS
None
None
20 BTS
This parameter must be at least 0.2 smaller than "Serious VSW Alarm TH".
30 BTS
This parameter must be at least 0.2 greater than "Standing Wave Radio Alarm Threshold".
2 Cell
None
BTS
None
27000 Cell
None
34000 Cell
None
26000 Cell
None
280 BSC
15 Cell
Timer of MS Location Response from MS
None
4 Cell
300 BSC
None Timer of MS Location Response from MS
INACTIVE
BTS
None
None
None
None
NOLIMIT
BSC6900
None
None
Cell
None
INACTIVE
BTS
None
None
None
None
None
BSC
None
None
BSC6900
None
M3UA_ASP
SCCP
None
NO
22 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
12 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
8 TRX
This parameter is valid only when "WLNKALMFLAG" is set to YES.
NO
TRX
None
Active
BSC6900
None
GSM
BTS
None
None
None
None
None
E1/T1 port
None
E1
BTS
None
16 ATERCONSL
90 BTS
90 BTS MSP protect 600 group
None
BSC6900
None This parameter is valid only when "OMLBKUP" is set to YES. This parameter must meet the following requirements: "FallBack Start Time" > "Ring I Wait Time Before Switch" + "Ring I Try Rotating Duration Time".
None
None
Access
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Read & Write
Service Interrupted After Modification
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode) If the value of this parameter is modified to "Lock", forced handover is triggered to hand the ongoing services on the corresponding TRX to another TRX. Services will be disrupted if the handover fails. If the value of this parameter is modified to "Shutdown", the ongoing services are not affected but new service accesses are not allowed.
If the value of this parameter is modified to "Lock", forced handover is triggered to hand the ongoing services on the corresponding channel to another channel. Services will be disrupted if the handover fails. If the value of this parameter is modified to "Shutdown", the ongoing services are not affected but new service accesses are not allowed.
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (Impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (Impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Y
Y
Y
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
Services are disrupted when the BCCH frequency of a cell is changed.
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
If traffic handover fails after the modification of the parameter, the service is interrupted.
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Y
Y
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
Not involved
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
Not involved
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Y
Not involved
N (No impact on the UE in idle mode)
Not involved
Y
Y
Y
Y
Not involved
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (Impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Y
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Y
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Y
Y
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Y
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
Not involved
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
If traffic handover fails after the modification of the parameter, the service is interrupted.
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
Not involved
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Y
N (No impact on the UE in idle mode)
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Y
Not involved
Y
Y
Y
Not involved
N (No impact on the UE in idle mode)
Not involved
Y
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Not involved
Y
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
N (No impact on the UE in idle mode)
Not involved
N (No impact on the UE in idle mode)
Interruption Scope
Interruption Duration(Min)
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
The services are disrupted until this parameter is set to Unlock.
TRX
Services will be disrupted until the value of this parameter is changed to "Unlock".
Channel
Services will be disrupted until the value of this parameter is changed to "Unlock".
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
Interrupt the service until the correct gateway is set or the port swapping or the changing of IP route is finished.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
BSC6900
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
PPP link
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
PPP link
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Optical port
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Channel
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSVC
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
PPP link
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
PS service of the cell will be interrupt until this parameter is set to "SupportAsInnPcu" or "SupportAsExtPcu.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
The services are interrupted until the signaling point is available.
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
The loopback keeps interrupting the services until the loopback is cancelled.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Services are interrupted unless the NSVL configuration is the same as the SGSN configuration at the BSC.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Optical port
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
E1/T1 port
Not involved When the peer end unconditionally changes the bits in the check message, the services will not resume unless the switch is set to OFF.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
E1/T1 port
The loopback keeps interrupting the services until it is cancelled.
BSC6900
The loopback keeps interrupting the services until it is cancelled.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
IP path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Services are disrupted until the cells are redistributed successfully.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
If the value is too big, will interrupt service until it is set to the normal value.
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 15 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
PPP link
Less than 5 minutes
SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
SCTP link
The services are interrupted until the SCTP link is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
PPP link
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
PPP link
Less than 5 minutes
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Ethernet port
The loopback keeps interrupting the services until the loopback is cancelled.
Ethernet port
The loopback keeps interrupting the services until the loopback is cancelled.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BC
Services are interrupted until the parameter is consistent with the SGSN at the peer end.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
The services are interrupted until the signaling point is available.
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
If the mode is not consistent, will interrupt service until it is consistent.
BSC6900
The services are interrupted until the M3DE is available.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 10 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC
Services are interrupted until the parameter is set to ALLOW or the cell is configured with a new SGSN.
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Services are interrupted until "SIGLW" is not set to 0.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
The services are interrupted until the signaling point is available.
BSC6900
The services are interrupted until the signaling point is available.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Interrupt the service until negotiate successfully again.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
BTS
Less than 5 minutes
Not involved
Not involved
Subrack connection path
Less than 5 minutes
Subrack connection path
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
NSE
Services are interrupted until "SRVLW" is not set to 0.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BSC6900
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Subrack connection path
Less than 5 minutes
Subrack connection path
Less than 5 minutes
BSC
The services are interrupted until the PBSL is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not Involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Cell
Less than 5 minutes
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
Not involved
Not involved
PPP link
Less than 5 minutes
Cell
Less than 1 minute
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
BTS
Less than 5 minutes
Not involved
Not involved
BSC
The services are interrupted until the PBSL is working normally.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
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BSC
Less than 30 minutes
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NSE
Services are interrupted unless the NSVL configuration is the same as the SGSN configuration at the BSC.
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BTS
Less than 5 minutes
BTS
Less than 5 minutes
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BTS
Less than 5 minutes
BTS
Less than 5 minutes
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IP path
Less than 5 minutes
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SCTP link
The services are interrupted until the SCTP link is working normally.
SCTP link
The services are interrupted until the SCTP link is working normally.
BSC6900
If the mode is not set back, will interrupt service until it is set back.
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BSC6900
If the mode is not set back, will interrupt service until it is set back.
BSC6900
If the mode is not set back, will interrupt service until it is set back.
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BSC6900
Less than 5 minutes
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Caution
None
None The value of this parameter must be greater than five times the maximum value of the following parameter: "Filter Length for SD Length for TCH Level", "Filter Length for TCH Qual", "Filter Length for TA", "TA filter length for SDCCH level". If the parameter parameter must be greater than five times the value of "IBCA Assign Waiting Mr Time". If the parameter Waiting for "MR on SD parameter must be greater than the value of "Duration for Waiting MR on SDCCH".
None
None
None
None
None
This parameter should be set to ON when the transmission delays of different 64 kbit/s timeslots are different over the Abis inte transmission delays usually occur in the DXX network mode or when the transmission paths of multiple E1 links are different un
None
None
None
None
None
If this parameter is set too high, a normal voice may be considered abnormal. If this parameter is set too low, an abnormal voic
None
None
None
None
None
None
None
None
None
None
None
None
The number of the chosen data rates must be from one to four. If this parameter involves only one full rate coding rate, the valu adjustable thresholds and hysteresis of AMR coding rate make no sense. This valid only when "BSSPAGINGCOORDINATION" in "SET GCELLPSBASE" setvalues to YES.of the following param If thisparameter parameterisinvolves two coding rates, the value of "AMR Starting Mode[F]" can be 0 or 1;isthe thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F]", "A The number of the chosen data rates must be from one to four. If this parameter involves only one half rate coding rate, the val Rate adj.hyst1[F]". ACS is usually set to 0and because system AMR information 7rate andmake 8 messages are seldom used in common cells. ACS should be set to adjustable thresholds hysteresis coding sense. If this and parameter involves three codingofrates, the value of "AMRno Starting Mode[F]" can be 0, 1, or 2; the values of the following a cell C2 is used for cell reselection. If this parameter involves two coding rates, the value of "AMR Starting Mode[H]" can be 0"AMR or 1; UL the Coding values of theadj.hyst1[F]", following para"A thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", Rate thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", "AMR UL Coding Rate adj.hyst1[H]", Rate adj.hyst1[F]", "AMR UL Coding Rate adj.th2[F]", "AMR UL Coding Rate adj.hyst2[F]", "AMR DL Coding Rate adj.th2[F]", a" Rate adj.hyst1[H]". If thisnumber parameter involves fullrates rate coding rates, the value of "AMR Mode[F]" can beone 0, 1,coding 2, andrate, 3; allthe the adjustabl The of the chosenfour data bethe from one three. If this Starting parameter of "A If this parameter involves three codingmust rates, value ofto"AMR Starting Mode[H]" involves can be 0,only 1, or 2; the values of thevalue following sense. adjustable thresholds and hysteresis of AMR coding rate make no sense. thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", "AMR UL Coding Rate adj.hyst1[H]", " If thisadj.hyst1[H]", parameter involves coding Rate rates,adj.th2[H]", the value of"AMR "AMRUL Starting can be 0 "AMR or 1; the the following pa Rate "AMR two UL Coding CodingMode[WB]" Rate adj.hyst2[H]", DL values CodingofRate adj.th2[H]", thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[WB]", "AMR UL Coding Rate adj.hyst1[WB If this parameter involves four half rate coding rates, the value of "AMR Starting Mode[H]" can be 0, 1, 2, and 3; all the adjustab Coding sense. Rate adj.hyst1[WB]". If this parameter involves three coding rates, the value of "AMR Starting Mode[WB]" can be 0, 1, or 2; the values of the followin thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[WB]", "AMR UL Coding Rate adj.hyst1[WB Coding Rate adj.hyst1[WB]", "AMR UL Coding Rate adj.th2[WB]", "AMR UL Coding Rate adj.hyst2[WB]", "AMR DL Coding Rat adj.hyst2[WB]".
None
None
None
None
None
None
None
None
None
None
None.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes in a improves. In this case, the value of this parameter can be a little larger than that of "Radio Link Timeout".
With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes in a improves. In this case, the value of this parameter can be a little larger than that of "SACCH Multi-Frames".
The parameter cannot be modified.
None With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes in a improves. In this case, the value of this parameter can be a little larger than that of "Radio Link Timeout". With a good anti-interference capability, AMR codes can support a lower carrier-to-interference ratio than non-AMR codes in a improves. In this case, the value of this parameter can be a little larger than that of "SACCH Multi-Frames".
None
None
None
None
None
None
None If this parameter is set to a greater value, TRX mutual aid may not be triggered promptly in the case of BCCH TRX failure after smaller value, mutual aid may be decided mistakenly.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is valid only when "SUPPORTEDA" is set to SUPPORT.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The adjacent node ID must be configured.
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
This parameter is valid only when "AqmSwitch" is set to OPEN.
This parameter is valid only when "AqmSwitch" is set to OPEN.
This parameter is valid only when "AqmSwitch" is set to OPEN.
This parameter is valid only when "AqmSwitch" is set to OPEN.
This parameter is valid only when "AqmSwitch" is set to OPEN.
This parameter is valid only when "AqmSwitch" is set to OPEN.
None
This parameter is valid only when "AqmSwitch" is set to OPEN.
None
None
None
None
None
None
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK".
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK".
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
Before enabling this function, ensure that the parameter "Directed Retry" of the cell is set to YES. To obtain MRs on the SDCCH MR on SDCCH Switch" and "IBCA Allowed" to YES.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
The ATT must be set to the same value for different cells in a same location area. If not, some MSs after power-on may not act specified by "T3212".
None
None
None
None
None
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
The port can be set to the DOWN or UP state when this parameter is modified. If the negotiation modes on the local and peer e
None
None
None
If this parameter is set to YES, the BSC load is increased early in every morning.
The auto negotiation mode of FE port on the IP-based interface board should be consistent with that of the port on the peer end disconnection.
None
None
None
If the mode is not consistent, will interrupt service until it is consistent.
None
None
None
None
None
None
None
Each backplane board 8K clock has only one clock source. You are not allowed to turn on the same backplane board 8K clock
Each backplane board 8K clock has only one clock source. You are not allowed to turn on the same backplane board 8K clock
None
None
None
None
None
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK".
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK".
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter modification should be negotiated with the peer end, and the BSC6900 should be reset after the modification. It modified when the system is running.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
To disable the alarm blink filter function, set this parameter to "0". To enable the alarm blink filter function, set this parameter to switch. See "SET ALMBLKSW" for setting the alarm blink filter switch.
To enable the alarm blink filter function, set "Alarm switch of blinking filter" and "Switch of stat blinking alarm" to "ENABLE".
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
If the value of this parameter is too small, the SCUs of the TC subrack may remain congested. If the value is too large, the call
The parameter cannot be modified.
None
None
None
None
None
When the M900/M1800 BSC is upgraded to BSC6000, this parameter needs to be set to 69. If this parameter is not set to 69 in parameter is invalid.
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None As defined in the protocol, the value of this parameter cannot be 0 in the following cases: The BSC needs to send system messages over the extended BCHs. CBCHs are configured. When the GSMR is enabled, NCHs are configured.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If "MR.Preprocessing" is set to BTS_Preprocessing and this parameter is set to NO, the uplink-downlink balance associated tra algorithms that require power compensation are improper, such as PBGT handover, load handover, and concentric cell handov
A paging block (four continuous CCCH timeslots) can bear two IMSI paging messages, four TMSI paging messages, or two AG downlink is faulty when an MS is idle, the rule of downlink failure is based on the signaling downlink failure counter DSC. When None integer the closest to 90/N ("N" is BS_PA_MFRMS, number of multiframes in a cycle on a paging sub-channel, whose value ran messages over its paging sub-channels: Every time the MS succeeds in encoding a message, the DSC increases by 1 but can encoding a message, the DSC decreases by 4. If the DSC is smaller than or equal to 0, a signaling downlink failure occurs, wh varies with the BTS types.
None
None
None
None
This parameter is valid on a per cell basis and is valid only when "ACOOPERATPAGINGSWITCH" in the "SET BSCPSSOFTPA
None
None
None
If certain link is occupied, conversion from E1 to T1 or from T1 to E1 cannot be performed.
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
If BTS Bar Code is incorrect, the OML between the BTS and the BSC cannot be established. In this case, no alarm or status is BTS is replaced, you need to set a new BTS bar code for the BTS on the BSC.
None
None
This parameter cannot contain #.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
This parameter can be set to BTS_Preprocessing only when the BTS supports the configured power control algorithm.
None
The parameter cannot be modified.
None
This parameter is required only by BTSs in IP transmission mode.
None
None
For a double-transceiver BTS or an NGBTS, the initial value is ON. For a BTS of any other type, the initial value is OFF and un
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
If the value of "Cell Bar Access" is YES and the value of "Cell Bar Qualify" is NO, new call access is prohibited but handover ac
The parameter cannot be modified.
None
None
None
None
If the value of "Cell Bar Access" is YES and the value of "Cell Bar Qualify" is NO, new call access is prohibited but handover ac
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
This parameter applies to only the EDGE trx.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing assignment complete messages containing cell lists, set this parameter to YES; otherwise, set
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The congestion start threshold must be greater than the congestion end threshold.
The congestion start threshold must be greater than the congestion end threshold.
None
None
None
The congestion start threshold must be greater than the congestion end threshold.
The congestion start threshold must be greater than the congestion end threshold.
The congestion start threshold must be greater than the congestion end threshold.
None
None
None
None
This function can be activated only when the "Switch for Abis Timeslot Detection" is "ON".
None
None
None
The purpose of setting this parameter is to avoid call connection failure when an MS supporting the full rate channel only reque rate channel only requests a full rate channel. In this way, the BSC can easily interconnect with an MSC of another vendor.
None
When the network status is poor, the check count should not be too small. Otherwise, the path state is affected.
None
None
None
The parameter cannot be modified.
None
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
The checksum mode need the negotiation with the peer. According to the RFC4960, the value should be set to CRC32.
The checksum mode need the negotiation with the peer. According to the RFC4960, the value should be set to CRC32.
None
The parameter cannot be modified.
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
None
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing assignment complete messages containing the Chosen Channel, set this parameter to YES; ot
The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing handover performed messages containing the Chosen Channel, set this parameter to YES; oth
The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC supports processing HO REQ ACK messages containing the Chosen Channel, set this parameter to YES; otherwise
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process enc
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process han
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process ass complete message contains the Chosen Encryption Algorithm only when the encryption algorithm used by an MS in two cells c The setting of this parameter needs negotiation with the opposite network element MSC. this parameter is YES. SENDING: The HO REQ ACK message contains the Chosen Encryption Algorithm. NOSENDING: The HO REQ ACK message does not contain the Chosen Encryption Algorithm. SYSTEMOPT: If the encryption algorithm used by an MS in two cells changes before and after a handover, the HO REQ ACK m otherwise, the message does not.
None
None
None
None
The smaller the value of this parameter is, the more sensitively the BSC controls the arrival rate of channel request messages,
None
None
The CI can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214. 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation.
The parameter cannot be modified.
None
None
None
None
None
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process ass
The The setting setting of of this this parameter parameter needs needs negotiation negotiation with with the the opposite opposite network network element element MSC. MSC. In In this this way, way, the the MSC MSC can can process process ass HO NOSENDING: The assignment failure message does not contain the Circuit Pool List. SENDINGPRO: If the cause value of assignment failure is "Circuit pool mismatch" or "Switch circuit pool", the assignment failur message does not. SENDING: The assignment failure message contains the Circuit Pool List without restriction.
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process HO
The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this parame
The setting of this parameter needs negotiation with the opposite network element MSC. If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this parame
None
None
None
None
None
None
None
None
None
If you want to modify the value of "Clock board type" from "GCGa" to "GCUa", the board must not be configured with GPS.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
The value of this parameter cannot be changed.
None
None
None
None
None
1. If you set "Upper count threshold of raised fault" and "Lower count threshold of raised fault" to "0", the accumulated number None 2. If "Upper count threshold of raised fault" is not "0", the value of "Lower count threshold of raised fault" cannot be "0" and you fault" is greater than "Lower count threshold of raised fault". 3. When "Upper count threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" 1. you set "Upper count threshold of raised fault" "Lower count threshold of raised fault" to "0", the accumulated number to If "0". Otherwise, blink statistics of the alarm is not and performed. 2. If "Lower count threshold of raised fault" is not 0, the value of "Upper count threshold of raised fault" cannot be 0 and you mu smaller than "Upper count threshold of raised fault". 3. When "Upper count threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" to "0". Otherwise, blink statistics of the alarm is not performed.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter cannot be set to YES for the TRX that carries the main BCCH.
None
This parameter is not supported by the BTS3001C and BTS3001CP.
None
None
None
None
None
The settings of RXLEV-ACCESS-MIN and CRO should guarantee that cells with same priority have the same cell reselect offse
None
The parameter is related to practical networking.
None
None
None
None
The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber.
The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
The larger the value of this parameter, the higher the proportion of discarded messages during congestion. Therefore, the prior that of a less important service.
None
None
None
None
None
None
None
None
None The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
None The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber.
The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
The larger the value of this parameter, the higher the proportion of discarded messages during congestion. Therefore, the prior that of a less important service.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
If this parameter of an activated BTS is modified, the entire BTS chain is reset.
If this parameter of an activated BTS is modified, the entire BTS chain is reset.
None
The setting of this parameter needs negotiation with the opposite network element MSC. In this way, the MSC can process HO
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
When running this command, the source IP address and the destination IP address cannot be the local IP address and the pee
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None.
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
This parameter takes effect only when the SDCCH exists on the TRXs on different frequency bands.
None
None
None
None
The setting of this parameter needs negotiation with the MSC of the opposite network element. If the MSC supports processing assignment failure messages containing the cause value of direct retry, set this parameter to Y
None If the value of this parameter is YES, the intra-BSC handovers (including intra-cell handovers) in which the cell is the source or handovers.
If this parameter is set to 15, this protection is disabled.
None
This parameter applies to only the double-transceiver BTS and the corresponding distributed BTS.
This parameter applies to only the double-transceiver BTS and the corresponding distributed BTS.
None
None
None
None
None
None
None
This parameter is related to the actual physical connection of the BC. This parameter is modified only when the NSVC service i
If this parameter is set to a small value, the detection of service type is sensitive and may lead to ping-pong handover between
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is used for the adaptivedoes adjustment function of AMR threshold. When thethe voice is in performance Generally, the value of this parameter not need adjustment. It isdownlink the lower limit for adjusting value of poor DLLongTermFER rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more used in th parameter. The adjustment range is from 4 to 20 and the adjustment step is 2. The target FER with the discontinuous transmission (DTX) enabled is a little higher than the one without the DTX enabled. It is to 14 when the DTX is enabled. Based on this value, you can make adjustments in the above mentioned principle according to
Generally, the value of this parameter does not need adjustment. It is the upper limit for adjusting the value of DLLongTermFER
Generally, the value of this parameter is fixed to 2, with no need of adjustment. The value of this parameter decides only the ad threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of this pa adjustment of the threshold.
None
None
None
None
None
None
None
None
None
None
The setting of this parameter affects the triggering of a handover for poor quality in an AMR full rate call. The smaller the value due to a poor quality occurs.
The setting of this parameter affects the triggering of a handover for poor quality in an AMR half rate call. The smaller the value due to a poor quality occurs.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The downlink power control (at the BTS side) can support up to 15 levels, in each of which the power of 2 dB is dynamically con
During upgrade, pay more attention to the setting of this parameter. Be sure to check it. If an area is allowed for receiving short If the value of this parameter is YES, the MS in either idle or connected mode cannot occupy radio channel resources to send s
None
None
None
None
None
None
None
None
If you do not use a dual-antenna to receive signals, set this parameter to 0.
None
The parameter cannot be modified. 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
This parameter can be added and modified. It cannot be deleted.
None
None
None
None
None
None
The parameter cannot be modified.
None
The priority of the signaling link should be the highest.
The parameter cannot be modified.
The existing networking can be affected when the relation between the VLAN and the DSCP are reset.
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter can be modified only when the BTS is deactivated.
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
It is used for interworking with products of other manufacturers.
None
None
None
The address must exist and respond to the PING request.
None
None
It is recommended that this parameter be set to Yes on a multiband cell.
None
None
None
None 1. If you set the start date or end date of daylight saving time (DST) to a day of the week after a specific date, the specific date the month. For example, the last day of October is the 31st day. Then, the specific date cannot be later than the 25th (31 – 6) d October, this date is not included in the November of 2005. Therefore, the specific date is invalid. This date in 2006, however, i None follow this principle to ensure that a specific data is always valid. 2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes betw year, February 29 does not exist. Therefore, the local time cannot change between DST and non-DST. 3. The start month and end month of DST cannot be the same.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
For the modification of the parameter, See the ITU-T Q704.
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
None
The value of this parameter must be the same at both the BSS side and the NSS side. Whether the BSC6900 is encrypted and described in the MAP function process of the MSC. When setting the encryption algorithm type of the BSC6900, you must refer the functions of the MS.
None
None
None
None 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation. 3. The difference between the end CIC and the start CIC is smaller than 256.
None
None
None
None
None
None 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack. 1. The block of A interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation subrack.
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None.
None
None
None
None
None
None
None
None
None
None
None
If the value of this parameter is too small, extension measurement reports are sent frequently. If the value is too large, feedbac extension measurement reports.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter can be modified only when the BTS is deactivated.
None
Negotiation fails if this parameter is modified.
Negotiation fails if this parameter is modified.
None
None
None
None
None
None
None
The value ranges of frequency numbers vary with corresponding band reporting.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
You must deactivate the cell before modifying this parameter and activate the cell after modifying this parameter.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If this parameter is set to a small value, error is likely to occur during the detection of the burst packets.
None
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
The default value of "MS_TXPWR_MAX_CCH" in the GSM900 and GSM850 cells is 5; the default value of "MS_TXPWR_MAX
None
In "EXP ELABEL", the "FN" parameter cannot be a space or any of the following characters: '@', '#', '!', '%', '^', '&', '*', '[', ']', '\'', '\
None
None
None
None
None
None
None
None
None
None
When this parameter is set to YES, during the channel activation of the BSC6900, if the allocated channel speech version is ful rate speech version 2, the BSC6900 changes the speech version to full rate speech version 2 and sends it to the BTS. For the version viewed at the MSC side is still full rate speech version 1.
None
None
This parameter can be modified only when the BTS is deactivated.
The adjacent node ID must be configured.
None
None
None
No_HC: disable the header compression function; RTP/UDP/IP_HC: enable the RTP/UDP/IP/PPP function
None
For a BTS of the BTS3X series, the value of this parameter is invalid.
None
None
None
The value range of this parameter depends on the frequency range of the cell band.
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
If the BCCH frequency of a cell is changed, the BSC6900 forcibly hands over the calls in this cell to another cell and then reset
None
None
None
None
None
None
None
This parameter is valid in only the cells in the coverage area of the BTS3X.
None
None
None
This parameter can be modified only when the BTS is deactivated.
None
This parameter can be modified only when the BTS is deactivated.
None
The FACTORTABLE must be configured.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter determines whether to load data from the OMU or the FLASH when the BSC6900 or the board is restarted. The
The value of this parameter is valid only for the BTSs of the double-transceiver series and the distributed BTSs.
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the BTS3002C.
This parameter is supported only by the BTS3002C.
If the TRXs in a cell under this BSC6900 are at a frequency on DCS1800, this parameter cannot be set to PCS1900, and vice v
None
None
When this parameter is set to No, Highest Priority cannot be configured.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The value of this parameter cannot be changed.
None
The value of this parameter must be the same as the attribute value of the TRX frequency hopping of this frequency hopping gr
None
None
None
None
The parameter cannot be modified.
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover succee
None
None
None
None
None
None
None
Before the modification, the cell mapping table bound to the signaling point must be deleted.
None
Set this parameter properly to ensure that hierarchical handover and load-based handover can function properly. During hierarc received level of the target cell must be greater than this threshold.
None
None
None
None
None
None
None
None
None
None
None
HSNs are optional for the cells with frequency hopping enabled. The cells in the same frequency group must use different HSN same.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the BTS3012A and BTS3006A.
For details of the timer, see ITU-T Q.714. The modification is not recommended.
None
None
None
For details of the timer, see ITU-T Q.714. The modification is not recommended.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter IBCA Allowed of the serving cell and the neighbor cell should be set to Yes before the configuration of this para
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
When the network status is poor, the packet length should not be too large. Otherwise, the path state is affected.
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
This parameter must be equal to or less than "OUTHOPWROVERLOADTHRESHOLD" to protect the other timeslots/cells from
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
This parameter can be modified only when the BTS is deactivated.
None
None
None
The parameter cannot be modified.
This parameter can be modified only when the BTS is deactivated.
The parameter cannot be modified.
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None 1. Interference band 0 is not counted in the traffic statistics. 2. In the following BTSs, the value range of this parameter is 115 to 85: BTS2X of all the versions, BTS3X 03.1130 of the earlie 3002C02.0820 of the earlier versions. If this parameter is set to a value beyond the range, the concerned cells cannot work. None 3. In the following BTSs, the value range is 115 to 48: BTS3X 03.1130 and its later versions, 3001c 07.0301 and its later versio transceiver BTSs. 4. If the value of this parameter is too great, the averaging result cannot accurately reflect changes. If the value is too small, fre of resources.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
No_HC: disable the header compression function; RTP/UDP/IP_HC: enable the RTP/UDP/IP/PPP function
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter depends on the type of the actual physical IP transport cable of the BTS.
This parameter must be set according to the medium type of the actual IP transmission cable used by the BTS.
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
Each cell can be configured with only one TRX that carries the main BCCH.
None
None
None
The parameter cannot be modified.
The parameter IPPATH must be configured in advance.
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
The setting of this parameter must be consistent with that on the peer.
The setting of this parameter must be consistent with that on the peer.
The setting of this parameter must be consistent with that on the peer.
None
None
The setting of this parameter must be consistent with that on the peer.
The setting of this parameter must be consistent with that on the peer.
The setting of this parameter must be consistent with that on the peer.
It is used for interworking with products of other manufacturers.
None 1. This command is applicable to the boards AOUa, POUa, AOUc, POUc, and OIUa. 2. It is used for interworking with products of other manufacturers.
None 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers.
The setting of this parameter must be negotiated with that on the interconnected side.
None
None
None
The setting of this parameter must be negotiated with that on the interconnected side.
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None.
None
None
None
None
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
This parameter must be less than "UHUMTHD".
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
The setting of this parameter must be consistent with that on the peer.
The parameter cannot be modified.
The parameter cannot be modified.
According to the MTP3 load sharing principle, the link selection mask must be set properly. If the value is not set properly, the l
The mask is calculated according to the link set to a destination entity.
None
None
This parameter is valid only when "NC2LoadResel" is set to SUPPORT.
None
None.
None
None
None
None.
None
None
None
None
The reciprocal of the parameter value is the ratio of the MSs to perform a load handover.
None
None
The function of cell load reselection is valid only when "NC2LoadResel" in "SET BSCPSSOFTPARA" is set to Support and "LO
None
None
None
None
None.
None
None
The parameter cannot be modified.
The local IP address and peer IP must be configured in the same network segment. The peer IP address cannot be the same w
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiation wit
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiation wit
None
The parameter can be modified when "MODE" in the command "ADD SCTPLNK" is set to Client.
None
None
None
None
None
It is valid when "LOGPORTFLAG[/PARA in the command "ADD SCTPLNK" is ON.
It is valid when "LOGPORTFLAG[/PARA in the command "ADD SCTPLNK" is ON.
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
1. When the peer end unconditionally changes the bits in the check message, the services are disrupted if the switch is set to O 2. When the switch is set to OFF, the alarm "Inconsistent Configurations at the Two Ends of the Link over the Ater Interface" wi
The parameter cannot be modified.
None
None
None
If this parameter is set to REMOTE_LOOP and LOCAL_LOOP, the service on this link is affected until the loopback is cancelle When the upper layer bearer is IMAGRP, IMAGRP is reset after the loopback is canceled. Otherwise, the state of the IMAGRP established.
When the loopback type is changed to REMOTE_LOOP or LOCAL_LOOP, the service is affected. The service becomes norma loopback type is set to LOCAL_LOOP, you cannot directly change it to REMOTE_LOOP. You must change it to NO_LOOP firs loopback type from REMOTE_LOOP to LOCAL_LOOP in the similar way.
None
None
None
None
For the BTS3002C, if each cell is configured with two TRXs (O2 or S2) and the value of this parameter is YES, the radio freque main diversity antennas. Only the BTS3002C has this parameter.
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
This parameter must be less than "UTEMTHD".
Generally, the value of this parameter does not need adjustment. It is the lower limit for adjusting the value of LongTermFERTa The value of this parameter decides whether the threshold is adjusted upwards or downwards. When the voice is in poor perfor the low rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more u channel quality), you can decrease the value of this parameter. If the DTX function is enabled, the value of this parameter must function is disabled.
Generally, the value of this parameter does not need adjustment. It is the upper limit for adjusting the value of LongTermFERTa
Generally, the value of this parameter is fixed to 2, with no need of adjustment. The value of this parameter decides only the ad threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of this pa adjustment of the threshold.
The adjustment of the parameter setting changes the service distribution on the DSPs. The DSPs without LVDS links do not ca
None
None
None
The parameter modification should be negotiated with the peer end, and the BSC6900 should be reset after the modification. It modified when the system is running.
None
None
None
If there are fewer frequencies in a frequency hopping group, the mode of Frequency List can decrease the length of an assignm an MS.
The parameter cannot be modified.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
The modification of the parameter affects the sensitivity of the SCTP link detection. The larger the value is, the longer the link d
None
None
None
None
None
None
None
1. In adjacent the earlier versions of be BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06, a maximum of 50 BT The node ID must configured. through the M2000 client. In BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06 and its later versions simultaneously on one BSC through the M2000 client. Therefore, the number of BTSs to be downloaded should take the inters BTSs supported by the M2000 client. 2. If the BTS software versions downloaded simultaneously are excessive, the CPU usage of the OMU increases. In this case,
None
The value of this parameter cannot be smaller than the maximum PPPMUX sub-frame length. The number sub-frame must be
None
None
None
The modification of the parameter affects the sensitivity of the SCTP link detection. The larger the value is, the longer the link d
None
None
None
None
None
None
None
You can increase this value when the handovers are slow or the handover success ratio is low due to bad clock or transmission following condition must be met: "Physical information MAX Retrans" x "Radio link invalid count" > Interval between the EST IN ms); otherwise the handovers will fail for sure.
None
None
None
None
None
If the PPP frame length is larger than this value, PPPMUX multiplexing cannot be performed. The value of this parameter cann length wMuxMfl and the number sub-frame must be larger than 2 as the enabling condition of PPPMUX (the relation between t multiplexing frame length is: MuxMaxSfL<=(wMuxMfl-8)/2 ).
None
None
None
If this parameter is set to a smaller value, the handover success rate may be affected.
None
None
None
Before performing single-point positioning, you need to remove GPS configuration history records.
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is valid only when the MCPA algorithm is enabled.
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
The Enhanced Measurement Report supports the measurement of 3G neighboring cells to implement the interoperability betwe the service continuity.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
To modify this parameter, run "STP GATEWAYCHK" first and then "STR GATEWAYCHK".
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
The local end of the SCTP link is the server and the application type is NBAP, the working mode should not be modified as the For the SCTP link of the M3UA application, the working mode can be modified only when the upper layer application is deleted
None
None
None
The setting of this parameter must be negotiated with that on the interconnected side.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Because the measurement reports may not always be correctly decoded when the quality of a serving cell is poor, handovers m reports exceeds the value set by this parameter. You can set a relatively larger value for this parameter, thus enabling emergen
None
When this parameter is set to Noreport, the BTSs do not submit measurement reports to the BSC, which disables handovers an quality.
None
None
None
None
None
None
None
None
None
None
None
If the MSC pool function is enabled, and the value of this parameter is not NORMAL, the DPC is not selected for call access.
If the GSM BSC is connected to the GSM MSC, it is recommended that you set this parameter to R98_or_below. If the GSM BS that you set this parameter to R99_or_above.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
The interconnection may be affected if this parameter is modified.
None
This parameter is supported only by the BTS3012A and BTS3006A.
None
None.
None.
None.
If the value of this parameter is increased, the cell congestion rate increases. If the value of this parameter is decreased, one-w
If this parameter is set to YES, the call drop rate may increase.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
The adjacent node ID must be configured.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is valid only when "NC2SPT" in "SET GCELLGPRS" is set to YES and "NCO" in "SET GCELLPSBASE" is set t
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the following dual-density BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS
The parameter cannot be modified.
None
None
None
None
None
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
If this parameter is set to a larger value, the bandwidth of the service is smaller.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
None
The parameter cannot be modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
If the parameter value is set relatively small, the sensitivity for detecting the OML when it is broken is improved. When the para intermittently disconnected, misjudgements may occur to the testing results. If the parameter value is set relatively large, the sensitivity for detecting the OML when it is broken is reduced. The testing resu
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
Before modifying this parameter, you must deactivate the cells bound to the OPC.
None
The parameter cannot be modified.
The parameter cannot be modified.
Primary operator index must be 0.
None
None
1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation. 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack. 1. The block of A interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation subrack.
The parameter cannot be modified.
None
None
None
None
None
The setting of this parameter must be consistent with that on the peer.
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs. If this parameter is set to a smaller value, the handover success rate may fall. If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs. If this parameter is set to a smaller value, the handover success rate may fall.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high. If this parameter is set to a greater value, the CPU may be overloaded. If this parameter is set to a smaller value, the call loss rate is high.
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The local IP address and peer IP must be configured in the same network segment. The peer IP address cannot be the same w
The parameter cannot be modified.
None
None
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiation wit
The both end address of the SCTP is the parameter for the interconnection. The value can be modified after the negotiation wit
The parameter cannot be modified.
The parameter cannot be modified.
The SCTP port number is the parameter for the negotiation. The value can be modified after the negotiation with the peer syste
None
None
None
None
None
When the network status is poor, the check period should not be too small. Otherwise, the path state is affected.
None
Negotiation fails if this parameter is modified.
Negotiation fails if this parameter is modified.
None
The SIGBVC must be reset after this switch is turned on. The BSC supports the PFC when the SGSN supports the PFC.
None If this parameter is set to a greater value, more paging messages are processed. When the BSC6900 is overloaded, the contro effect. If this parameter is set to a smaller value, some paging messages that can be processed by the BSC6900 are discarded, thus a If parameter set to a higher value, more PS messages canvalue be processed, thus increasing the BSC load. As a res If this the value of PgisState Period(ms) is changed, youpaging need to change the of this parameter accordingly. protect the BSC. If this parameter is set to a lower value, more PS paging messages are discarded, thus affecting the paging s set according to the actual PS paging volume and the CPU usage of the BSC. The setting of this parameter is closely related to that of "Paging Statistical Period". When the value of "Paging Statistical Perio adjusted accordingly. If this parameter is set to a smaller value, the control of the arrival rate of paging messages is sensitive. If this parameter is set to a greater value, the control is insensitive.
The parameter cannot be modified.
The adjacent node ID must be configured.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
This parameter is valid for the EDGE TRX only.
None
None
This parameter is valid for the EDGE TRX only.
None
This parameter is valid only for EDGE TRXs and is invalid for ordinary TRXs.
None
None
None
If "Play switch" is set, the normal calls may be affected.
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
When the loopback type is changed to REMOTE_LOOP or LOCAL_LOOP, the service is affected. The service becomes norma loopback type is set to LOCAL_LOOP, you cannot directly change it to REMOTE_LOOP. You must change it to NO_LOOP firs loopback type from REMOTE_LOOP to LOCAL_LOOP in the similar way.
None
The parameter cannot be modified. 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
None
If this parameter is set to a greater value, the error is small.
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
This parameter can be added and modified. It cannot be deleted.
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
ENABLE: the multiplexing frame function of the PPP link is enabled. DISABLE: the multiplexing frame function of the PPP link i
This parameter can be added or modified but cannot be removed.
None
None
None
When the sampling rate of pre-processed measurement reports is set to 1, the frequency of submitting pre-processed measure seconds or one report per four seconds.
None
None
None
None
None
None
None
None
None Each layer has 16 priorities, numbered 1-16 respectively. If the number of the priority is small, the priority is high. This paramete a cell. The priority affects the sequence of neighboring cells for handover. It also affects handover algorithms, such as PBGT ha For example, PBGT handovers can be performed only between the cells at the same layer and hierarchy. If a 1800 MHz cell an handover cannot be performed from the 1800 MHz cell to the 900 MHz cell. Consequently, handovers are performed slowly eve
None
None
None
The routing priority is modified. In the case of multiple routes to the same signaling point, the route priority is affected.
None
The parameter cannot be modified.
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified. 1. This command is applicable to the boards AOUa and POUa. 2. It is used for interworking with products of other manufacturers.
None
None
None
None
None The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber The modification of the parameter affects the adjacent node that is configured with the factor table. After the successful modific cases: 1. New access subscriber. 2. Bandwidth modification of the existing subscriber
The SIGBVC must be reset after this switch is turned on. The BSC supports the PS HO when the SGSN supports the PS HO. The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber.
If this parameter is set to a larger value, more packets are discarded when the congestion occurs. Thus, the priority value of the service.
None
None
The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber. The modification of the parameter affects the adjacent node configured with the TRMMAP. After the successful modification, it and the bandwidth modification of an existing subscriber.
If this parameter is set to a larger value, more packets are discarded when the congestion occurs. Thus, the priority value of the service.
None
None
This parameter should be set on the basis of the actual receiver sensitivity of the BTS and the minimum access level of the MS even though there are signals detected.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
The line code must be consistent with that on the interconnected side. HDB3 (HDB3 code) and AMI (AMI code) are used for E1 are used for T1 ports.
The frame structure must be consistent with that on the interconnected side.
The frame structure must be consistent with that on the interconnected side.
The frame structure must be consistent with that on the interconnected side.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
The transmission priority of the service is affected if the queue DSCP value of the port is modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
None
None
None
This parameter is supported only by the BTS3012A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
None
None
None
None
None
None
For BTS3X series double-transceiver BTSs, thisreceiver parameter does not MSand access but affects the reporting Thisthe parameter shouldand be set on the basis of the actual sensitivity of affect the BTS the minimum access level of of theCCC MS network side is greater than the RACH Busy Threshold, the CCCH_LOAD_IND is counted once whether the decoding is succe even though there are signals detected. Busy Threshold and whose decoding is successful is also counted. The measurement period is the Average RACH Load Times If the value of this parameter is too low, the BTS easily considers that the RACH timeslot is busy and reports overload message cannot determine the status of the RACH timeslot correctly. The settings of the BTS312, BTS3001C, BTS3001CP, BTS3002C, and double-transceiver BTS must be consistent with the me
None
None
None
None
None
None
None
If this parameter is set to Algorithm I, the BTS performs AMR rate adaptation according to the C/I value. If this parameter is set to Algorithm II, the BTS performs AMR rate adaptation according to the BER value. Algorithm II is valid o If this parameter is set to None, the AMR rate adaptation algorithm is not enabled, and a fixed coding rate is used.
None
None
None
None
None
None
None
None
None
None
To improve the success rate of reassignment, it is recommended that you use the default value Different Band. That is, the freq different from what is used in the original assignment.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
The parameter must be set to a value smaller than the number of TCHs available on the BCCH TRX to prevent the frequent en
None
None
None
None
None
None
The parameter cannot be modified.
The setting of this parameter requires negotiation with the MSC, so that the MSC can correctly process HO RQD messages.
None
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
Negotiation can succeed only when the configuration is consistent on the local and peer ends.
None
None
The range of this parameter is determined by the cell configuration. The lower limit is 0, and the upper limit is sum of TCHF, TC
If this parameter is set to a greater value, the BTS power decreases too much. If this parameter is set to a smaller value, the BT decrease effect is unsatisfactory.
None
None
None
None
The SIGBVC must be reset after this switch is turned on. The BSC supports the RIM when the SGSN supports the RIM.
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
The resource group must exist.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
None
None
None
The switch is off in the case of a signaling point to the single link. After the link to a signaling point is disconnected, the restart p
None
None
Change this parameter will impact the function interrelated with Parameter 1.
Change this parameter will impact the function interrelated with Parameter 10.
Change this parameter will impact the function interrelated with Parameter 2.
Change this parameter will impact the function interrelated with Parameter 3.
Change this parameter will impact the function interrelated with Parameter 4.
Change this parameter will impact the function interrelated with Parameter 5.
Change this parameter will impact the function interrelated with Parameter 6.
Change this parameter will impact the function interrelated with Parameter 7.
Change this parameter will impact the function interrelated with Parameter 8.
Change this parameter will impact the function interrelated with Parameter 9.
None
The setting of this parameter must be negotiated with that on the interconnected side.
The routing context must be unique and needs to be negotiated with the peer.
None
None
None
None
None
None
None
The value should be greater than "RTOMIN" and smaller than "RTOMAX" in the command "ADD SCTPLNK".
The value should be greater than "RTOMIN" in the command "ADD SCTPLNK".
The value should be smaller than "RTOMAX" in the command "ADD SCTPLNK".
None
None
None
None
None
None
None
None
None
For AMR calls, this parameter, together with "Interfere HO Qual Thresh n for Non-AMR FR", is used in interference handover d triggered if this parameter is set to a smaller value.
If the value of this parameter is too small, the required level of received signals is low. Therefore, many MSs attempt to camp o risk of call drops. In such a case, you must set the parameter based on the balance conditions of the uplink and downlink levels
None
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too
This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sm
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
When the same coverage cell allows the load handover, this parameter should be set to a value lower than "Load HO Threshol
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
The setting of this parameter must be negotiated with that on the interconnected side. 1. If you set the start date or end date of DST to a day of the week after a specific date, the specific date must be six days or m example, the last day of October is the 31st day. Then, the specific date cannot be later than the 25th (31 – 6) day. If you set th not included in the November of 2005. Therefore, the specific date is invalid. This date in 2006, however, is October 31, which None ensure that a specific data is always valid. 2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes betw 29 does not exist. Therefore, the local time cannot change between the start date and the end date. 3. The start month and end month of DST cannot be the same.
None
If the parameter "IBCA Allowed" is set to YES, the BSC waits for MRs on the SDCCH for the duration specified by the paramete takes effect when the parameter "IBCA Allowed" is set to NO.
None
The level values 0 through 63 map to -110 dBm to -47 dBm. A smaller value indicates a lower receive level.
The parameter value corresponds to RQ (quality level: 0 to 7) multiplied by 10. A greater value indicates a poorer receive qualit
The level values 0 through 63 map to -110 dBm to -47 dBm. A smaller value indicates a lower receive level.
The parameter value corresponds to RQ (quality level: 0 to 7) multiplied by 10. A greater value indicates a poorer receive qualit
The SDCCH dynamic adjustment converts the TCHs to the SDCCHs, this reduces the available TCHs and decreases the TCH
The setting of this parameter must be negotiated with that on the interconnected side.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
This parameter should be set on the basis of the negotiation with the MSC at the peer end.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
The ratio of the subscribers accessing this SGSN is affected when this parameter is modified.
The parameter cannot be modified.
None
None
None
None
If this SGSN is the last SGSN connecting this cell: 1. When the parameter is set to DENY, the services of all the online subscribers are interrupted and new subscribers cannot ac 2. When the parameter is set to UNINSTALL, the services of all the online subscribers are not interrupted and new subscribers
None
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The ratio of Gb interface signaling messages sent through NSVLs is affected when this parameter is modified. When this NSVL "SIGLW" is set to 0, the signaling exchange between the NSE and SGSN is interrupted.
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The source IP address can be: local IP address of the PPP link (PEUa/POUa/POS), local IP address of the MP group ((PEUa/P (FG2a/GOUa), and IP address of the local board.
The parameter cannot be modified.
None
None
None
The parameter cannot be modified.
None
The modified parameter takes effect after the BSC6900 is reset.
None
None
The value of this parameter cannot be changed.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack.
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
This parameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process the as assignment request, if the speech/data indicator in the channel type is data, the assignment complete message does not carry parameter.
This parameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process the Ha handovers, the Handover Perform message does not carry speech_ver even if this parameter is set to Yes.
This parameter should be set on the basis of the negotiation with the MSC at the peer end so that the MSC can process the HO
This parameter should be set on the basis of the negotiation with the MSC at the peer end.
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
The port can be set to the DOWN or UP state when this parameter is modified. If the speed modes on the local and peer end a
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
Clock sources and priorities are in one-to-one mapping.
Clock sources and priorities are in one-to-one mapping.
None
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
Clock sources and priorities are in one-to-one mapping. Each backplane board 8K clock has only one clock source.
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack.
None
None
The parameter cannot be modified.
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
This parameter can be modified only when the BTS is deactivated.
None 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack.
None
None
If the interface board clock source of the MPS/TCS subrack is set, you can set the 8 kHz output clock source. For the MPS and as the clock source of the interface board. For the EPS, you cannot perform the setting.
None The ratio of Gb interface signaling messages sent through local NSVLs is affected when this parameter is modified. When this "SRVLW" is set to 0, all the packet services of the local NSE are interrupted.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None In principle, you should not configure the frequencies on the P frequency band and on the E frequency band in one MA group. If the frequencies on the P frequency band and on the E frequency band are configured in one MA group, some MSs may not p In this case, you can set this parameter to No. After that, if some other MSs cannot process calls, set this parameter to Yes and divide the MA group.
None 1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation.
None
None
None
None
None
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
None 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack. 1. The block of A interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation subrack.
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
The adjacent node ID must be configured.
None
None
None
None
None
None
None
None
None
None
When the simple cell broadcast function is enabled, the BSC6900 provides the simple cell broadcast service if the CBC is not p broadcast the messages that are not changed frequently. The simple cell broadcast function and the cell broadcast function provided by the CBC cannot be enabled simultaneously.
The high multislot class function requires the support from the MS. For an MS of a high multislot class 32, 33, or34, the extende more than three timeslots are required on the uplink.
None
The EDA requires the support from the MS.
None
This Noneparameter should be set according to the requirements of the existing network. If this parameter is set to Yes, the voice signals are encoded only once at the originating MS and decoded only once at the term call. The TFO function is performed only between an MS and another MS, not between a fixed-line phone and an MS. If the TFO fun occupied.
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
Change this parameter will impact the patch function controlled by switch 1.
Change this parameter will impact the patch function controlled by switch 10.
Change this parameter will impact the patch function controlled by switch 2.
Change this parameter will impact the patch function controlled by switch 3.
Change this parameter will impact the patch function controlled by switch 4.
Change this parameter will impact the patch function controlled by switch 5.
Change this parameter will impact the patch function controlled by switch 6.
Change this parameter will impact the patch function controlled by switch 7.
Change this parameter will impact the patch function controlled by switch 8.
Change this parameter will impact the patch function controlled by switch 9.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The physical information is sent over the FACCH. Every four TDMA frames are sent once over the FACCH, which takes 18 ms. T3105 timer expires for the first time, the physical information needs to be retransmitted. But at this time, the previous physical period is not reached).
None
It is recommended that you select a greater value, such as 16, 20, or 25, in the area with heavy traffic, but a smaller value, such as 2 or 3, in the area with light traffic. None To properly specify the value of this parameter, it is necessary to perform overall and long-term measurement on the entities in such as the processing capability of the MSC and BSC, and the load on the A interface, Abis interface, Um interface, HLR, and The location update period in the MSC must be greater than that in the BSC. In the GSM system, it is possible that a powered-on MS is identified as implicit off-line if the MS sends no location update reque None When the MS reselects another cell (in the same LAC), the MS is restarted through T3212 timeout if the T3212 of the new cell When this parameter differs in the cells of the same LAC, it is possible that the MS is identified as implicit off-line if the MS send case, system plays "The subscriber you dial is power off." even though the called MS is on. In an LAC, the value of this parameter should be the same in all cells.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
According to the GSM protocols, the BSC6900 performs CRC on each TRAU frame. If the CRC of a certain TRAU frame fails, t the BSC6900 performs smoothing on the invalid frame, thus eliminating the noise caused by the errors in parameter transmissi of all speech services except the FR service.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
Before switched on, please insure that all the TRXs in this cell are suitable version.
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack. 1. The command is used for the configuration when the TDM resources exist between two subracks. 2. Each subrack must be the BM subrack or TC subrack.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
For the BTS3001C, BTS3001CP, and BTS3002C, this parameter is invalid. For other BTSs, this parameter is valid.
None
None
The IP address of the TGW cannot use the configured IP address of another TGW . The IP address of TGW cannot be the sam Otherwise, operation and maintenance channel for TGW fails.
The IP address of the TGW cannot use the configured IP address of another TGW. The IP address of TGW cannot be the sam Otherwise, operation and maintenance channel for TGW fails.
None
The IP address of the TGW cannot use the configured IP address of another TGW . The IP address of TGW cannot be the sam Otherwise, operation and maintenance channel for TGW fails.
None
This parameter is supported only by the BTS3012A and BTS3006A.
This parameter is supported only by the BTS3012A and BTS3006A.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
Multi-band networks cannot use the TIGHT BCCH algorithm.
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The TRMMAP must be configured.
None
None
1. If you set "Upper time threshold of raised fault" and "Lower time threshold of raised fault" to "0", the accumulated alarm blink None 2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and you m greater than "Lower time threshold of raised fault". 3. When "Upper time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" a "0". Otherwise, blink statistics of the alarm is not performed.
1. If you set "Upper time threshold of raised fault" and "Lower time threshold of raised fault" to "0", the accumulated alarm blink None 2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and you m smaller than or equal to "Upper time threshold of raised fault". 3. When "Lower time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" a "0". Otherwise, blink statistics of the alarm is not performed.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
The TRM load threshold must be configured already.
The TRM load threshold must be configured already.
The TRM load threshold must be configured already.
The parameter cannot be modified.
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
This parameter specifies whether to enable the TRX aiding function. The parameter cannot modified. BCCH aiding: The mainbeBCCH is aided to another normal TRX in this cell. BCCH aiding switchback: BCCH aiding switchback functions after the originally configured BCCH TRX is recovered. Baseband FH aiding: When the TRX involved in baseband FH in the cell is faulty or BCCH aiding is performed in the cell, base non-hopping cell. The parameter cannot be modified. Baseband FH aiding switchback: When all the TRXs involved in baseband hopping in the cell are recovered and the originally c switchback can be performed and the cell is restored to the baseband FH mode. After TRX aiding (BCCH aiding or baseband FH aiding) or switchback occurs, the cell is re-initialized. For any types of BTS, no aiding is performed within 15 minutes after the cell is initialized.
None
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover succee
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover succee
None
None
The parameter cannot be modified.
The parameter cannot be modified.
None
The parameter cannot be modified. 1. The block of Ater interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operatio subrack. 1. The block of A interface must be configured. 2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation subrack.
Loopback test, which cause the service interruption on this link
None
None
The parameter cannot be modified.
None
The modification of the PPP link that is between the BTS and the BSC will affect the services. The modification of the PPP link that is between the BTS and the lower-level BTSs will lead to intermittent services carried by th
None
None
None
None
None
None
None
None
None
None
None
None
None
If this parameter is set to a great value, the PS DSP load will be heavy.
None
None
None
None
None
None
None
None
The parameter cannot be modified.
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None.
None.
None.
None.
None.
None.
None.
None.
None
None
The parameter cannot be modified.
None
None
None
The value of this parameter cannot be changed.
The modified parameter takes effect after the BSC is reset.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If this parameter is set to 0, the emergency call may be affected.
None
None
None
None When RAI alarms occur on the E1 link, services cannot be assigned again by default. After the switch is enabled, services can services.
None
None
None
None
None
None
None
None
None
None
None
None
The adjacent node ID must be configured.
None
The parameter cannot be modified.
None
None
The setting of this parameter must be greater than "LHUMTHD".
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
None
If this parameter is set to a small value, the detection of service type is sensitive and may lead to ping-pong switching between
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The setting of this parameter affects the triggering of BQ(Bad Quality) handover of AMR FR calls. If it is set to a smaller value, t
The setting of this parameter affects the triggering of BQ handover of AMR HR calls. If it is set to a smaller value, the uplink BQ
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
This parameter can be modified only when the BTS is deactivated.
None
The parameter cannot be modified.
None
This parameter can be modified only when the BTS is deactivated.
None
None
None
None
None
None
None
None
None
None
None
This parameter is supported only by the following types of BTSs: BTS3012, BTS3006C, BTS3012AE, BTS3012 II, and BTS300
None In a GSM900 cell, the power control level of the MS ranges from 0 to 19. Generally, the maximum transmit power supported by transmit power supported by an MS is level 19 (mapping to 5 dBm). Other transmit power levels are reserved for high-power M In a GSM1800 or GSM1900 cell, the power control level of the MS ranges from 0 to 31. Generally, the maximum transmit powe The minimum transmit power supported by an MS is level 15 (mapping to 2 dBm). Other transmit power levels are reserved for
The parameter cannot be modified.
The parameter cannot be modified.
None
None
None
Pay special attention to the setting of this parameter during an upgrade. If sending short messages is allowed, this parameter m If this parameter is set to Yes, radio channels cannot be used to send short messages regardless of whether an MS is busy or
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The setting of this parameter must be greater than "LTEMTHD".
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
Incorrect setting of this parameter can lead to access failure to the target IP address.
The parameter cannot be modified.
None
The parameter cannot be modified.
Incorrect setting of this parameter can lead to access failure to the target IP address.
Incorrect setting of this parameter can lead to access failure to the target IP address.
The existing networking can be affected when the relation between the VLAN and the DSCP are reset.
None
None
None
None
None
None
None
None
None
None
If this parameter is set to a smaller value, the error is smaller.
None
None
None
None
None
None
None
None
None
If the timer is set to a greater value, the time of reserving channel resources for an emergency call is long. In this case, the cha If the timer is set to a smaller value, reserved channel resources may not be assigned to an emergency call. In this case, the ca
None
None
None
None
None
None
None
The parameter cannot be modified.
None
None
The parameter cannot be modified.
None
None
None
None
None
None
None
None
The conversion from E1 to T1 or from T1 to E1 takes effect after the board is reset.
None
None
None
None
The parameter cannot be modified.
None
Validation of Modification
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be re-established after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be re-established after the parameter modification.
The radio link should be re-established after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be re-established after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be re-established after the parameter modification.
The radio link should be re-established after the parameter modification.
The radio link should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be reestablished after the parameter modification.
The radio link should be re-established after the parameter modification.
The radio link should be reestablished after the parameter modification.
The radio link should be reestablished after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BSC should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BSC6900 should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The board should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification does not impact the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The radio link should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The board should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be reestablished after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
Not involved
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BTS should be reset to validate the parameter modification.
Not involved
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BSC6900 should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The BTS should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The BTS should be reset to validate the parameter modification.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification does not impact the equipment.
The parameter modification does not impact the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BSC should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BSC should be reset to validate the parameter modification.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The BTS should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification does not impact the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The transport path should be re-established after the parameter modification.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The radio link should be reestablished after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The BTS should be reset to validate the parameter modification.
Not involved
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
Not involved
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The cell should be activated after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The cell should be activated after the parameter modification.
The BSC should be reset to validate the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The transport path should be re-established after the parameter modification.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
The parameter modification has no impact on the equipment.
Not involved
The parameter modification has no impact on the equipment.
Impact on Radio Network Performance
The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The setting of this parameter affects the access delay of parts of MSs.
None
None
None
None
None
None
None
None
None
None
None
None
None
None When the access control function is enabled, some MSs are caused to be inaccessible to the network for some time.
None
None
None
The throughput is affected.
None
None
None
None
None
None
None
The ACS may affect the MOS.
The ACS may affect the MOS.
The ACS may affect the MOS.
None
None
None
None
None
None The switching from an intra-cell handover procedure to an assignment procedure shortens the duration of the intra-cell handover.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to OPEN, the acoustic echo can be cancelled to improve the speech quality.
None
None If this parameter is set to higher value, channel resources may be wasted; if this parameter is set to lower value, the call drop rate may increase.
If this parameter is set to higher value, channel resources may be wasted; if this parameter is set to lower value, the call drop rate may increase.
None
Not involved If this parameter is set to higher value, channel resources may be wasted; if this parameter is set to lower value, the call drop rate may increase. If this parameter is set to higher value, channel resources may be wasted; if this parameter is set to lower value, the call drop rate may increase.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to OPEN, the voltage level can be adjusted automatically to improve the speech quality.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the dynamic power adjustment range for the BTS is decreased. This may cause power waste and increase network interference when the downlink quality is good.
None When this parameter is set to YES and the value of the downlink threshold is not reasonable, the algorithm can be used to dynamically adjust the AMR downlink rate to increase the downlink speech MOS.
None
None
If this parameter is set to a smaller value, downlink power control may not be performed when the voice quality is good, thus causing the power waste and increasing the interference. If this parameter is set to a greater value, If this parameter is set to a greater value, uplink downlink power control may be performed when power the voice control may not be performed when the voice quality is bad, thus affecting the voice quality. quality is bad, thus affecting the voice quality. If this parameter is set to a smaller value, uplink power control may be performed when the voice quality is good, thus causing the power waste and increasing the interference.
None
None If this parameter is set to a greater value, downlink power control None may not be performed when the downlink level is high, thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, If this parameter is set to a greater value, uplink downlink power control may be performed when power the downlink control may be performed when the downlink level is high, power is low, in this way, call drops may occur. thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, power If this switch is turned on, AMRwhen FR calls can be switched control may not be performed the downlink power isinto AMR HR calls to relieve the network congestion, but the low, this way, call drops occur. If thisinquality parameter is set to a may value, handover voice is decreased; ifgreater this switch is the turned off, AMR FR margin is increased in a short period and many are calls cannot be switched into AMR HR calls, thatMSs is, network handed over from TCHF to TCHH, thus affecting the voice congestion cannot be relieved through the handover from quality. TCHF to TCHH. If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a If this parameter is set toThus, a greater value, only MSscannot in the be TCHF-TCHH handover. network congestion center of the cell can meet the handover condition. Thus, relieved in time. is set to a greater value, the handover the If this parameter network congestion cannot be relieved in time. margin is increased in atoshort period and many MSs If this parameter is set a smaller value, MSs at the are edge of handed over from TCHF to TCHH, thus affecting the voice the cell can also meet the handover condition, thus affecting quality. the voice quality. If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a If this parameter is set toThus, a greater value, MSs at the edgebe of TCHF-TCHH handover. network congestion cannot the cell can also meet the handover condition, thus affecting relieved in time. the voice quality. If this parameter is set to a smaller value, only MSs in the If this parameter is set to a greater value, MSs with poor center of the cell can meet the handover condition. Thus, the quality also meetcannot the handover condition, networkcan congestion be relieved in time.thus affecting the voice quality. If this parameter is set to a smaller value, little MSs can meet If this parameter is set toThus, a greater value, the calls cannot be the handover condition. the network congestion cannot handed over to TCHH in a short period when the traffic be relieved in time. volume is increased greatly. Thus, the network congestion cannot be relieved in time. If this parameter is set to a smaller If this parameter is set toover a greater value, only MSs inthus the value, calls are handed to TCHH unnecessarily, center of the cell use the TCHH, thus leading to timeslot causing MOS loss of the customer. waste and the network congestion cannot be relieved in time. If this parameter is set to a smaller value, MSs at the edge of If this parameter is setquality to a greater value, be MSs at the over edgetoof the cell and with poor also cannot handed the cell and with poor quality also cannot be handed over to the TCHF, thus affecting the voice quality. the TCHF, thus affecting the voice quality. If this parameter is set to a smaller value, only MSs in the center of the cell use the TCHH, thus leading to timeslot waste and the network congestion cannot be relieved in time.
None
If this parameter is set to a greater value, handover cannot be triggered even when the quality is poor, thus affecting the voice quality; if this parameter is set to a smaller value, handover is triggered even when the quality is good, thus the If this parameter is set to a smaller value, calls are handed network congestion cannot be relieved in time. over to TCHH unnecessarily, thus causing MOS loss of the customer; if this parameter is set to a greater value, TCHFTCHH handover is performed only when the traffic volume is high, and thus network congestion may occur. If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater value, power waste may occur and network interference may be increased. If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to call drops. If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to call drops. If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to call drops. If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater value, power waste may occur and network interference may be increased.
None If this parameter is set to a greater value, power control may not be performed in time. If this parameter is set to a smaller value, power control may be performed frequently, thus increasing the signaling load. If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater value, call drops may occur.
None
None If this parameter is set to a greater value, cell congestion may not be relieved. If this parameter is set to a smaller value, TCHFs may be assigned unnecessarily, thus affecting the voice quality. When this parameter is set to YES and the value of the uplink threshold is not reasonable, the algorithm can be used to dynamically adjust the AMR uplink rate to increase the uplink speech MOS.
None If this parameter is set to a smaller value, downlink power control None may not be performed when the voice quality is good, thus causing the power waste and increasing the interference. If this parameter is set to a greater value, downlink power control may be performed when the voice quality is bad, thus affecting the voice quality.
If this parameter is set to a greater value, uplink power control may not be performed when the voice quality is bad, thus affecting the voice quality. If this parameter is set to a smaller value, uplink power control may be performed when the voice quality is good, thus causing the power waste and increasing the interference.
None
None If this parameter is set to a greater value, power control may not be performed when the uplink level is high, thus causing None the power waste and increasing the interference. If this parameter is set to a smaller value, downlink power control If thisbe parameter is when set to the a greater may performed uplink value, power uplink is low,power in this way, control may be performed when the uplink level is high, thus call drops may occur. causing the power waste and increasing the interference. If this parameter is set to a smaller value, power control may not be performed when the uplink power is low, in this way, call drops may occur.
None
None
None If this parameter is set to OPEN, the noise can be compensated automatically to improve the speech quality.
None
None
None
None
None
None
None
None If this parameter is set to OPEN, the noise can be depressed automatically to improve the speech quality.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If this parameter is set to YES, the voice quality is enhanced and the handover times is reduced, but the call access delay is prolonged. The call access delay is affected by both the None setting of "Maximum Assigning Duration" and the duration for waiting MRs on the SDCCH. The maximum delay is the value of "Maximum Assigning Duration". Enabling this function may cause SDCCH congestion.
None
None
None
None
None
None
None
None
None If this parameter is set to a higher value, channel resources may be wasted and congestion occurs; if this parameter is set to a lower value, the assignment success rate may decrease.
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the overlaid subcell range in the algorithm is smaller than the actual range, thus leading to the unbalance between the traffic volume on the overlaid subcell and that on the underlaid subcell.
None If this parameter is set to a greater value, TCHFs are preferentially selected even when congestion occur on the None Ater interface, thus decreasing the system capacity. If this parameter is set to a lower value, TCHHs are selected when no congestion occur on the Ater interface, thus decreasing the voice quality.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
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None
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None
None If this parameter is set to a greater value, the handover None cannot be performed in time, thus the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed.
If this parameter is set to a greater value, unnecessary handovers may be performed. If this parameter is set to a smaller value, handovers cannot be performed in time. Thus the voice quality is decreased and call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the handover None cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, unnecessary None handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None The setting of this parameter may affect the MS paging response and performance of the system. A greater value may decrease the number of paging blocks, paging capacity, and paging success rate.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the number of paging None subchannels in a cell increases and the number of MSs on each paging subchannel decreases. This can prolong the average service life of MS batteries but increase the delay of paging messages and degrade the system performance.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None If this parameter is set to BTS_Preprocessing, signaling on the Abis interface and BSC load are decreased, thus enhancing the response speed and the network performance.
None
Not involved
None
None
None If this parameter is set to a smaller value, the range of BTS dynamic power adjustment is decreased, and thus network interference is difficult to be reduced.
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None
None
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None
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None
None
None
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None
None Call reestablishment can decrease the call drop rate but waste channel resources.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the status of RF resources is reported too frequently, thus burdening the None BSC6900. If this parameter is set to a greater value, the status of RF resources cannot be updated in time; therefore, the BSC6900 cannot handle the interference to the BTS, thus If this parameter is set channel to smaller value, the signaling flow causing unreasonable allocation. over the Abis interface increases, thus burdening the BSC6900. If this parameter is set to a greater value, the BSC6900 cannot handle the exceptions on the BTS in time, thus causing network congestion.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, dynamic None adjustment may not be triggered when there are insufficient SDCCHs in the cell, this affects the access success rate. If this parameter is set to a greater value, traffic volume on the TCH is decreased.
None
None
None
None
Not involved
None
None
None
None
None
None
Nonefeature only applies to the areas covered by both the This GSM network and the UMTS network. The UMTS network is preferentially used to perform the data services, and the GSM network is preferentially used to perform the speech None services. When a user is handed over to the GSM network during a call, the user must return to the UMTS network immediately after the call is complete. Thus, a location update is avoided.
None
None
None
None
None
None If this parameter is set too small, the congestion control duration is too long, and thus the transmission capability of signaling links cannot be fully used. If the difference between None the values of "CSTARTTHD" and "CENDTHD" is small, the signaling link is unstable and congestion control is performed frequently. In this case, the paging messages may be abandoned.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None The setting of this parameter depends on the actual physical location of the chain neighboring cell. Otherwise, fast PBGT handover may fail.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None
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None
None
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None
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None
None
None
None
None
None
None
None
None This parameter can be used to limit the user access type to control the network load; however, some users may be adversely affected. Therefore, it is recommended that this parameter be disabled.
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, handovers may be performed frequently; if this parameter is set to a greater value, handovers may not be performed in time and call drops may occur. If this parameter is set to a smaller value, handovers may be performed frequently; if this parameter is set to a greater value, handovers may not be performed in time and call drops may occur.
None
None
None
None The MS cannot respond to the paging during the location None thus decreasing the call completion rate in the update, system. If this parameter is set to a smaller value, pingpong location update None may occur, thus increasing the signaling load on the SDCCH. If this parameter is set to a greater value, the MS may not camp on an optimum cell for a long time after entering a new location area.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If the value of this parameter is too high, the congestion control is delayed, which leads to deteriorated performance on the signaling link and certain messages may be lost. None If the difference between the values of "CSTARTTHD" and "CENDTHD" is small, the signaling link is unstable and congestion control is performed frequently. In this case, the paging messages may be abandoned.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
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None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If this timer is set to a greater value, channel resources may be wasted, thus causing congestion.
None
None
None
None
None
None
None
None
None
None
None
None
None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion.
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None If this function is enabled, number of signaling channel handovers is increased and the access speed is decreased, but the congestion on the BCCH-compatible SDCCH can be relieved and the access success rate is enhanced.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, call drops may occur due to delayed handover; if this parameter is set to a greater value, unnecessary handover may be performed, thus affecting the voice quality. If the parameter is set to a relatively great value, down power adjustment may not be performed when the downlink quality None is good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the downlink quality is downlink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small value, up power adjustment may not be performed when the downlink quality is poor. In this case, call drops may occur. If the parameter is set to a relatively great value, down power adjustment mayof not beGPRS performed when the downlink quality The throughput the service is affected. is good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the downlink quality is downlink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small value, up power adjustment may not be performed when the downlink quality is poor. In this case, call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a relatively small value, the fast None power control on the downlink cannot be implemented. If this parameter is set to a relatively great value, the power control may be performed excessively on the downlink, thus leading If is set to and a relatively small value, call drops tothis poorparameter quality, low level, ping-pong power control. may occur due to delayed power control in the downlink. If this parameter is set to a relatively great value, the power control may be performed excessively on the downlink, thus leading to ping-pong power control.
None If this parameter is set to a smaller value, downlink power control None may not be performed when the voice quality is good, thus causing the power waste and increasing the interference. If this parameter is set to a greater value, If this parameter is set to a greater value, uplink power downlink power control may be performed when the voice control may notthus be performed when thequality. voice quality is bad, quality is bad, affecting the voice thus affecting the voice quality. If this parameter is set to a smaller value, uplink power control may be performed when the voice quality is good, thus causing the power waste and increasing the interference.
None
None If this parameter is set to a greater value, handover may not None be performed when the downlink voice quality is bad, thus leading to call drops. If this parameter is set to a smaller value, unnecessary handovers may be performed, thus decreasing the user experience and network traffic load.
If this parameter is set to a smaller value, the handovers due to bad downlink quality may increase, thus decreasing the handover success rate. If this parameter is set to a greater value, handovers due to bad downlink quality are less If this parameter set to a smallerthe value, due possible to occur,isthus increasing call the drophandovers rate. to bad downlink quality may increase, thus decreasing the handover success rate. If this parameter is set to a greater value, handovers due to bad downlink quality are less possible to occur, thus increasing the call drop rate.
None If this parameter is set to a greater value, decrease power control None may not be performed when the downlink level is high, thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, If this parameter is set tomay a greater value, increase power decrease power control be performed when the downlink control may be performed when the downlink level is high, power is low, in this way, call drops may occur. thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, increase power control may not be performed when the downlink power is low, in this way, call drops may occur.
None
None
None
None
None If this parameter is set to a greater value, decrease power control None may not be performed when the downlink level is high, thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, If this parameter is set tomay a greater value, increase power decrease power control be performed when the downlink control may be performed when the downlink level is high, power is low, in this way, call drops may occur. thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, increase power control may not be performed when the downlink power is low, in this way, call drops may occur. If this parameter is set improperly to a small value, the downlink assignment procedure may fail. Therefore, it is recommended that this parameter be greater than 80 ms.
None
None
The coding rate and MOS are affected.
The coding rate and MOS are affected.
The coding rate and MOS are affected.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None As the double antenna gain increases, the downlink power increases; as the double antenna gain decreases, the downlink power decreases.
None
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None If this parameter is set to a greater value, the corresponding neighboring 3G cell may be difficult to become the candidate neighboring cell of the serving cell. In this way, call drops None may occur because the handovers may not be performed timely. If this parameter is set to a smaller value, a call may be handed over to a neighboring 3G cell with low signal strength, thus affecting voice quality.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater or a smaller value, the balance between the traffic volume on the overlaid subcell and that on the underlaid subcell may not be achieved.
None
None If this parameter is set to a greater value, the handover None cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, the handover handovers may be performed. cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, unnecessary handovers may be performed. handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is If this parameter is set to amay greater value, unnecessary decreased and call drops occur. handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell. The number of block retransmissions is decreased and the throughput is increased.
None If this parameter is set to a smaller value, congestion may occur in the underlaid subcell in a short time; if this parameter is set to a greater value, congestion in the overlaid subcell is difficult to be relieved. If this parameter is set to a greater value, congestion may occur in the underlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the overlaid subcell is If this parameter is set to a greater value, traffic load on the difficult to be relieved. underlaid subcell is increased, and thus congestion may occur in the underlaid subcell. If this parameter is set to a smaller value, traffic load on the overlaid subcell is increased, and thus congestion may occur in the overlaid subcell.
None
If this parameter is set to a greater value, the congestion None relieving speed in the underlaid subcell is decreased. If this parameter is set to a smaller value, traffic load on the overlaid If this parameter is set to thus NO, the forced handover and subcell is increased, and congestion may occur in call the delay caused by timeslot arrangement can be avoided, but overlaid subcell. this may cause some TCHF-only calls to fail. If this parameter is set to Yes, calls may fail when the timeslot arrangement fails and when the MS does not select the TCHF in the concentric cell.
None If this parameter is set to a greater value, congestion in the underlaid subcell may not be relieved in time. If this None parameter is set to a smaller value, many calls may be handed over from the underlaid subcell to the overlaid subcell in a shot period, thus causing network congestion in the overlaid subcell and handover failure. If this parameter is set to OPEN, the speech quality can be improved when the signal strength is low on the air interface.
None
None
None
None
None
None
None
None
None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller value, the success rate of immediate assignment may decrease.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the effectiveness of None power control is reduced, and thus the network interference can not be reduced effectively. If this parameter is set to a smaller value, call drops may occur due to excessive power If this parameter is set to a greater value, the effectiveness of control. power control is reduced, and thus the network interference can not be reduced effectively. If this parameter is set to a smaller value, call drops may occur due to excessive power control.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this parameter is set to a smaller value, handover success rate may be decreased.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
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None
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None
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None
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None
None This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N". This parameter affects only the statistical result of the counter "FER I (I = 0-7) Quality Level N".
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
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None
None
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None
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None
None If this parameter is set to YES, the speech quality is improved.
None
None
None
None
None
None
None
None
None
The discontinuous transmission (DTX) function allows a transmitter to stop power transmission in the case of no voice transfer. This function hasthe theloss following benefits: reports This technology prevents of measurement In the uplink: decreasing the power consumption of the the MS caused by the BSIC that cannot be decoded, improves and reducing system interference system performance, and ensures the radio handover In the downlink: decreasing power consumption of the BTS, success rate of the BSC6900. reducing system interference, and reducing intermodulation inside the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved.
None
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None
None The setting of this parameter must be consistent with the actual frequency reuse pattern of the TRX. Otherwise, the speech quality will be bad.
None The discontinuous transmission (DTX) function allows a transmitter to stop power transmission in the case of no voice None transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS and reducing system interference In the downlink: decreasing power consumption of the BTS, None reducing system interference, and reducing intermodulation inside the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved.
None
None
None
None
None
None
None If this parameter is set to a smaller value, the duration of an None TCHF-TCHH handover is short after the handover is AMR If this parameter is set to a greater value, the voice quality triggered. Thus, few MSs can be handed over from TCHF to may be decreased. TCHH, and the congestion capability is decreased. If this parameter is set to a relieving smaller value, the congestion If this parameter is set to a greater value, the duration of an relieving capability may be decreased. AMR TCHF-TCHH handover is long after the handover is triggered. Thus, even the MSs on the edge of the cell are handed over from TCHF to TCHH, and the voice quality If this parameter is set to a greater value, the handover deteriorates. cannot be performed in time and network congestion may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, network congestion handovers may be performed. may occur because the handover may not be performed If this parameter is set to a smaller value, the handover zone timely. is enlarged in a short thusvalue, manythe MSs are quality handed If this parameter is settime, to a and smaller voice over from TCHF to TCHH. may be decreased. If this parameter is set to a greater value, the handover zone is enlarged slowly and it takes a long time to initiate a TCHFTCHH handover. Thus, and the congestion relieving If this parameter is set to a greater value, unnecessary capability is decreased. handovers may be performed. If this parameter is set to a smaller value, network congestion may occur because the handover may not be performed timely.
None
None
None
None
None
None
None
None
None
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None
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None
None
None
None
None
None If this parameter is set to a greater value, only an MS close to the overlaid subcell can be assigned TCHHs. Thus, timeslots are wasted. None If this parameter is set to a smaller value, an MS of bad quality on the edge of the overlaid subcell cannot be handed over from TCHH to TCHF. Thus, the voice quality of the call is decreased. If this parameter is set to a greater value, the TCHH-to-TCHF None handover cannot be performed in time, thus the voice quality If parameter is set to a greater value, only MSs in the is this decreased. center area of the overlaid subcell can be assigned TCHHs. If this parameter is set to a smaller value, unnecessary Thus, timeslots wasted and the congestion relieving handovers may are be performed. capability is decreased. If this parameter is set to a smaller value, MSs on the edge of the overlaid subcell also use the TCHH. Thus, the voice If this parameter to a greater value, unnecessary quality of the call isis set decreased. handovers may be performed. If this parameter is set to a greater value, the handover cannot be performed in time, and thus the voice quality is decreased.
None
None
None
If this parameter is set to a greater value, the MS takes a longer time to meet the conditions for triggering the handover and the handover cannot be performed in time. Thus, call drops None may occur or more handovers are triggered. If this parameter is set to a smaller value, the MS takes a shorter time to meet the conditions for triggering the handover, and thus network congestion may occur on the If this parameter is set to a greater value, congestion may macro cell. occur in the macro cell. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, call drops may occur or more handovers are triggered.
None
None
None
None
Not involved
None
None
None
None
None
None This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may None be excluded from the candidate cells and call drops may occur. If this parameter is set to a smaller value, an unwanted This parameter the number of candidate cells. If this cell may becomelimits the candidate cell, thus leading to handover parameter is set to a greater value, some desired cells may failures or call drops. be excluded from the candidate cells and call drops may occur. If this parameter is set to a smaller value, an unwanted cell may become the candidate cell, thus leading to handover failures or call drops.
None
None
None If this parameter is set to YES, the probability of MS handover to the cell in the direction opposite to the moving direction during fast handover is reduced. If this parameter is set to a great value, there are strict restrictions on the judgement of the MS moving direction. If this parameter is set to a great value, there are strict restrictions on the judgement of the MS moving direction. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, call drops may If this parameter is handover set to a greater value, the handover occur because the may not be performed timely. cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, the handover handovers may be performed. cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a too great value, the handover cannot be performed timely, and the speech quality is deteriorated or call drop occurs. If this parameter is set to a too small value, unnecessary handovers may be performed. If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed.
None If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a smaller value, call drops may occur because the handover may not be performed timely. If this parameter is set to a greater value, unnecessary handovers may be performed.
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell. If this parameter is set to a smaller value, ping-pong handovers may occur.
None
None
None If this parameter is set to YES, the probability that the BTS transmits at full power increases. This increases the interference but the handover success rate also increases.
None
None
None
None If greater value, it is difficult for the If this this parameter parameter is is set set to to a "NO_FH", the anti-interference MS to be handed over to the original cell, thus leading to call capability of the TRX is decreased. drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to ping-pong handovers. If this parameter is set to a too great value, the handover None cannot be performed timely, and the speech quality is deteriorated or call drop occurs. If this parameter is set to a too small value, unnecessary handovers may be performed. If this parameter is set to a greater value, unnecessary None handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is If this parameter is set to amay greater value, unnecessary decreased and call drops occur. handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a greater value, unnecessary handovers may be performed. If this parameter is set to a smaller value, call drops may occur because the handover may not be performed timely.
None
None
None If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely.
None
None
None
None
None The discontinuous transmission (DTX) function allows a transmitter to stop power transmission in the case of no voice None transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS and reducing system interference In the downlink: decreasing power consumption of the BTS, None reducing system interference, and reducing intermodulation inside the BTS The discontinuous transmission (DTX) function allows a From the network the inter-frequency transmitter to stop perspective, power transmission in the case of no voice interference reducedhas andthe thefollowing network benefits: quality is improved. transfer. Thisisfunction In the uplink: decreasing the power consumption of the MS and reducing system interference In the downlink: decreasing power consumption of the BTS, None reducing system interference, and reducing intermodulation inside the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell.
If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell.
None If this parameter is set to a greater value, the call duration is prolonged; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced.
None
None
None
None
None If this parameter is set to a greater value, the handover duration is prolonged and thus the handover cannot be performed in time; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced.
None
None If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell. If this parameter is set to a greater value, the handover duration is prolonged and thus the handover cannot be performed in time; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced. If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell.
None
None If this parameter is set to a greater value, the accuracy of interference assessment in the IBCA algorithm may be reduced; if this parameter is set to a smaller value, the CPU occupancy for IBCA algorithm is increased.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the handover duration is prolonged and thus the handover cannot be performed in time; if this parameter is set to a smaller value, the IBCA estimation accuracy is reduced.
None
None If this parameter is set to a greater value, the accuracy of interference assessment in the IBCA algorithm may be reduced; if this parameter is set to a smaller value, the CPU occupancy for IBCA algorithm is increased.
None
None
None
None
None If this parameter is set to YES, cell congestion may occur when the interference is strong.
None
None
None
None If this parameter is set to a smaller value, the network interference is increased; if this parameter is set to a greater value, congestion may occur in the cell.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value and consequently there is a small number of requests for SDCCHs, the SDCCHs of a cell are in idle state and the TCH traffic volume during None busy time is decreased. if this parameter is set to a smaller value and consequently there is a large number of requests for SDCCHs, the requests cannot be met and the access success rate is decreased.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion.
None
None If this parameter is set to a greater value, the call-completion None rate of MS increases but the BSC6900 load may also increase. If this parameter is set to a smaller value, the increase of the If this parameterrate is set to aobvious. greater value, the call-completion call completion is not rate of MS increases but the BSC6900 load may also increase. If this parameter is set to a smaller value, the increase of the call completion rate is not obvious. If this parameter is set to YES, the call completion rate of the MS increases but the BSC6900 load also increases.
None
None
None If this parameter is set to a smaller value, the channel load may increase and the access success rate may decrease.
None
None
If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a smaller value, the handover success rate may decrease.
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the traffic volume during busy time may be decreased. If this parameter is set to a smaller value, the voice quality may be decreased. If this parameter is set to a greater value, the traffic volume during busy time may be decreased. If this parameter is set to a smaller value, the voice quality may be decreased. If the value of this parameter is set too high, the power load of other timeslots or cells is burdened. The setting of this parameter affects the MOS. When the C/I ratio is satisfactory, the coding scheme of higher rate is recommended; otherwise, the coding scheme of lower rate is recommended. The setting of this parameter affects the MOS. When the C/I ratio is satisfactory, the coding scheme of higher rate is recommended; otherwise, the coding scheme of lower rate is recommended. The setting of this parameter affects the MOS. When the C/I ratio is satisfactory, the coding scheme of higher rate is recommended; otherwise, the coding scheme of lower rate is recommended.
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the overlaid subcell is difficult to be relieved.
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, call drops may None occur. If this parameter is set to a smaller value, handover may be performed frequently and the signaling load in the cell is If this parameter is set to a greater value, the handover increased. cannot be performed in time. Thus, the voice quality is decreased and call drops may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, unnecessary handovers may be performed. handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time, thus the voice quality is decreased or call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
None If this parameter is set to a relatively small value, the calls with low receive level are handed over to other cells. Thus, the handover success rate is decreased. If this parameter is set to a relatively great value, congestion occurs to inter-RAT neighboring cells in a short time. If this parameter is set to a relatively small value, the congestion in the current cell cannot be solved. If this parameter is set to a relatively great value, congestion occurs to inter-RAT neighboring cells in a short time. If this parameter is set to a relatively small value, the congestion in the current cell cannot be solved. If this parameter is set to a relatively small value, the calls with low receive level are handed over to other cells. Thus, the handover success rate is decreased.
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; If this parameter is set to a smaller value, handover success rate may be decreased.
None
If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller value, the handover success rate may decrease.
None
None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller value, the handover success rate may decrease. If this parameter is set to a relatively great value, the None congestion in the current cell cannot be solved. If this parameter is set to a relatively small value, the calls with low receive level are handed over to other cells. Thus, the handover success rate is decreased.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
This parameter adjusts traffic distribution.
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may None occur in the macro subcell; If this parameter is set to a smaller value, unnecessary handovers may be performed, thus the voice quality is If this parameter is set to ahandovers greater value, decreased and ping-pong mayunnecessary be performed. handovers may be performed, thus the voice quality is decreased and ping-pong handover may occur. If this parameter is set to a smaller value, congestion may occur in the macro subcell.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
If this parameter is set to a too small value, the corresponding cell may reject some handover requests; thus the traffic None congestion on the neighboring cells with heavy traffic cannot be relieved. If this parameter is set to a too great value, the corresponding cell may be overloaded.
None
None
None
This parameter adjusts traffic distribution.
None
None
None If this parameter is set to a greater value, it is difficult for the MS be handed over to the serving cell, thus leading to call Thistoparameter adjusts traffic distribution. drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to If parameter is the set serving to a greater value, thus it is difficult bethis handed over to cell again, leadingfor to the MS to be handed over to the serving cell, thus leading to call ping-pong handovers. drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the serving cell again, thus leading to ping-pong handovers.
None If this parameter is set to a greater value, congestion may occur in the neighboring cells in a short time; if this parameter is set to a smaller value, congestion in the serving cell is difficult to be relieved.
This parameter adjusts traffic distribution.
None
None
None
None
None
None
None
This parameter adjusts traffic distribution.
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None When this parameter is set to "ON" and the level of the channel request received by the BSC6900 is low, the BSC6900 assigns only an underlaid channel to the MS. In the None case of heavy traffic, this may lead to congestion in the underlaid subcell but can prevent call drops due to the excessively low level when the MS accesses an overlaid channel.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
Not involved
None
None When this parameter is set to YES, the network KPIs may be deteriorated. When this parameter is set to YES, the network KPIs may be deteriorated.
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater value, the power control may be performed excessively, thus leading to ping-pong power control.
None
None If this parameter is set to a smaller value, call drops may occur or voice quality may be decreased due to delayed handover; if this parameter is set to a greater value, unnecessary handover may be performed.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the algorithm None cannot realize fast power control. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to poor quality, low level, and pingIf this power parameter is set to a smaller value, the algorithm pong control.. cannot realize fast power control. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to poor quality, low level, and pingIf this power parameter is set to a smaller value, the algorithm pong control.. cannot realize fast power control. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to poor quality, low level, and pingpong power control..
None
None
None If this parameter is set to a smaller value, the call drop rate may increase; if this parameter is set to a greater value, the speech quality may be affected.
None
results of six neighboring cells known and permitted by the NCC at the bands with the best signal regardless of the band at which the neighboring cell is located. If this parameter is set to 1, the MS reports the measurement result of a neighboring cell known and permitted by the NCC at each band with the best signal (the band serving the current cell not included). The MS reports the measurement result of the neighboring cell at the band serving the current None cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other neighboring cells regardless of the bands at which the neighboring cells are located. None If this this parameter parameter is is set set to to 2, a smaller may If the MS value, reportscall thedrops measurement occur to delayed power control; this permitted parameterbyis the set to resultsdue of two neighboring cell knownifand a greater value, the power control may be performed NCC at each band with the best signal (the band serving the excessively, thus leading to ping-pong power current cell not included). The MS reports the control. measurement result of the neighbor cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other None neighboring cells regardless of the bands at which the neighboring cells are located. If this parameter is set to 3, the MS reports the measurement None of three neighboring cells known and permitted by the results NCC at each band with the best signal (the band serving the current cell not included). The MS reports the measurement result None of the neighboring cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other neighboring cells regardless of the bands at which the neighboring cells are located.
None
None
None
None
None
None
None
None
None
None
None In scenarios with heavy traffic, the network performance can be improved if this switch is turned on.
None
None
Not involved
None
Not involved
None
None
None
None
Not involved
None
None
None
None
None
This parameter is used to limit the number of candidate cells for handovers. If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drops. If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the idle state of the current SDCCHs cannot be indicated correctly and consequently the rollback of SDCCHs immediately triggers adjustment and affects the access success rate. None If this parameter is set to a larger value, the channel allocation algorithm becomes less sensitive and consequently If this parameter to state a greater value, some desired the SDCCHs stayisinset idle and cannot be rolled backcells for a may be excluded from the candidate cells, thus leading to call long period of time, thus affecting the TCH traffic volume. drops. If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
Not involved
None
None
None If the value of this parameter is set too high, the RSL congestion is likely to occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this timer is set to a greater value, the radio resources are None occupied for a too long time, thus affecting the channel resource usage. If this timer is set to a smaller value, the call reestablishment success rate decreases.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None This Noneparameter should be set as required: In the areas where the traffic volume is low, this parameter can be set to 4 or 7 to improve the success rate of MS access. In the areas where congestion occurs or in the micro cells where the traffic volume is high, it is recommended this parameter be set to 1.
None
None
None This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may None be excluded from the candidate cells and call drops may occur. If this parameter is set to a smaller value, an unwanted cell may become the candidate cell, thus leading to handover failures or call drops.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None Only the BTS3X in G3BTS32.30000.04.1130 or later and the double-transceiver BTSs support the LAPDm N200 parameter. If this parameter is set to Yes, the BSC6900 sends the None LAPDm N200 parameter. If this parameter is set to OFF, the BSC6900 does not send the LAPDm N200 parameter. If a BTS does not support this parameter, the parameter should be set to No. Otherwise, the BTS cannot be initialized.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None When this parameter is set to ENABLE, the MOS can be increased in a call between MSs.
None
None
None
None
None
None
None
None
None
None
None
None The most significant three bits of BSIC for all cells map with the NCC. NCC Permitted should be set properly to avoid too None many call drops. The MS does not report the information on the neighboring cells in the network whose corresponding NCC bit is set to 0. Thus, this parameter should be set properly. Otherwise, an MS during an ongoing call cannot None perform normal handover and a cross-coverage call drop occurs. For details, see GSM Rec. 05. 08. During an ongoing call, the MS reports to the BTS the signal None information on neighboring cells. A report covers a maximum of six cells. Thus, the MS should report those possible target cells, rather than selecting cells only based on the signal level. None Generally, the MS does not report the information on the cells belonging to other GSM PLMNs. This function enables the MS to measure only those specified cells. This parameter specifies the codes of the NCCs to be None measured by the MS. On the SCH, the system constantly transmits the BSIC, the first three bits of which indicate the NCC. Thus, the MS needs to compare only this parameter with the adjacent NCCs None measured. Then, the MS reports the matched NCCs to the BTS and discards others. The setting of this parameter affects only those MSs during conversation, as well as boundary handovers.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, handovers are performed frequently; if this parameter is set to a greater value, handovers cannot be performed timely, thus leading to call drops.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to YES, FR calls can be switched into HR calls to relieve the network congestion, but the voice None quality is decreased; if this parameter is set to NO, FR calls cannot be switched into HR calls, that is, network congestion cannot be relieved through the handover from TCHF to TCHH.
If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over from TCHF to TCHH, thus affecting the voice quality. If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a If this parameter is set toThus, a greater value, only MSs in the TCHF-TCHH handover. the network congestion cannot center of the cell can meet the handover condition. Thus, the bethis relieved in time. If parameter is set to a greater value, the handover network congestion cannot be relieved in time. margin is increased in atoshort period and many MSs If this parameter is set a smaller value, MSs at the are edge of handed over from TCHF to TCHH, thus affecting the voice the cell can also meet the handover condition, thus affecting quality. the voice quality. If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a If this parameter is set toThus, a greater value, MSs at the edgebe of TCHF-TCHH handover. network congestion cannot the cell can also meet the handover condition, thus affecting relieved in time. the voice quality. If this parameter is set to a smaller value, only MSs in the If this parameter setmeet to a the greater value,condition. MSs with Thus, poor the center of the cell is can handover quality can also meet the handover condition, thus affecting network congestion cannot be relieved in time. the voice quality. If this parameter is set to a smaller value, little MSs can meet If this parameter is set toThus, a greater value, the calls cannot be the handover condition. the network congestion cannot handed over to TCHH in a short period when the traffic be relieved in time. volume is increased greatly. Thus, the network congestion cannot be relieved in time. If this parameter is set to a smaller If this parameter is set toover a greater value, only MSs inthus the value, calls are handed to TCHH unnecessarily, center of the cell use the TCHH, thus leading to timeslot causing MOS loss of the customer. waste and the network congestion cannot be relieved in time. If this parameter is set to a smaller value, MSs at the edge of If this parameter is setquality to a greater value, be MSs at the over edgetoof the cell and with poor also cannot handed the cell and with poor quality also cannot be handed over to the TCHF, thus affecting the voice quality. the TCHF, thus affecting the voice quality. If this parameter is set to a smaller value, only MSs in the center of the cell use the TCHH, thus leading to timeslot waste and the network congestion cannot be relieved in time. If this parameter is set to a greater value, handover cannot be None triggered even when the quality is poor, thus affecting the voice quality; if this parameter is set to a smaller value, handover is triggered even when the quality is good, thus the If this parameter is set to a smaller value, calls are handed network congestion cannot be relieved in time. over to TCHH unnecessarily, thus causing MOS loss of the customer; if this parameter is set to a greater value, TCHFTCHH handover is performed only when the traffic volume is high, thus network congestion may occur.
None
None The Nonehandover decision is allowed only when the uplink receive quality is greater than or equal to the value of this parameter. Therefore, if this parameter is set to a greater value, the handovers due to no-downlink measurement report cannot be triggered.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None This parameter should be set to a small value because the signaling channel seizure duration is shorter than the traffic channel seizure duration for the MS.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller value, assignment success rate may be decreased. If this parameter is set to a greater value, assignment success rate may be decreased; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell.
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the overlaid subcell; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell. If the value of this parameter is set too small, frequent handovers are likely to occur. If this parameter is set to a greater value, congestion may occur in the overlaid subcell; if this parameter is set to a smaller value, congestion may occur in the underlaid subcell.
None
If this parameter is set to a greater value, congestion may occur in the overlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the underlaid subcell is difficult to be relieved. If this parameter is set to a greater value, congestion in the underlaid subcell is difficult to be relieved; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell in a short time. If this parameter is set to a greater value, congestion may occur in the overlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the underlaid subcell is difficult to be relieved. If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell.
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the BTS frequently reports overload indication messages to the BSC6900. As a None result, the BSC6900 frequently reports overload indication messages to the MSC and thus the MSC may initiate flow control. If this parameter is set to a greater value, the BTS sends None overload indication messages to the BSC6900 only when a large number of MSs access the network and when the system resources are insufficient. Therefore, the access requests on the RACH and all the messages on the PCH are discarded.
None
None
None
None
None
None
None
None
None
None Properly setting this parameter can increase the paging success rate. If this parameter is set to a greater value, paging overload may occur and the paging success rate may decrease.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed.
None If this parameter is set to a greater value, unnecessary handovers may be performed; if this parameter is set to a smaller value, handovers may not be performed in time and call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the target cell for None the previous handover will not be selected for the next handover, but the probability of call drop increases. If this parameter is set to a smaller value, the probability of handover failure increases.
None
None
None
None
None If this parameter is set to "YES", the user with high QoS requirement may occupy a great number of PS resources. In this case, the remaining resources for other users reduce. As a result, the KPIs for these users become bad.
None
None The MS calculates C1 and C2 of the serving cell at a minimum interval of 5s. When necessary, the MS reIf this parameter setof toall a lower value, cells the paging success calculates C1 andisC2 non-serving (neighboring rate may decrease. cells). The MS constantly checks whether a cell reselection is required by checking following conditions: Whether the path loss (C1) of the current serving cell drops below None 0 within 5s. If yes, the path loss is too large. C2 of an appropriate non-serving cell exceeds that of the serving cell in 5s and the following conditions are met: The C2 of a new cell in another LAC minus CRH (broadcast None in the system information 3 and 4 of the serving cell) exceeds C2 of the serving cell in 5s. A cell reselection is performed in the last 15s, and the C2 of the new cell minus 5 dB constantly exceeds the C2 of the None serving cell in 5s. A better cell exists if the above conditions are met. If a better cell exists, the MS reselects a cell, and does not select the previous cell within 5s.
None
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Not involved
Not involved
None
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Not involved
None
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Not involved
Not involved
None
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None
None If this parameter is set to "YES", the delay caused by cell reselection decreases.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the call drop rate decreases but the traffic volume and paging success rate are affected.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
The setting of this parameter affects the GSM Phase II MS.
None
None
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None
None
None
None
None
None
None
None
None
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None
None
None
None
None
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None
None If the value of this parameter is set inappropriately high or small, the BTS cabinet top output power is inconsistent with the TRX output power.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, unnecessary handovers between micro cells are performed, thus affecting the voice quality. If this parameter is set to a smaller value, congestion may occur in macro cells.
None If this parameter is set to a greater value, congestion may occur in macro cells. If this parameter is set to a smaller value, unnecessary handovers between micro cells are performed, thus affecting the voice quality.
None
None
None
None
None
None If this parameter is set to a greater value, downlink power insufficiency may not be solved in time, thus leading to call None drops. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater unnecessary handovers may be performed, thusvalue, the voice quality is handovers may be performed, thus the voice quality is decreased. decreased. If this parameter is set to a smaller value, downlink power insufficiency may not be solved in time, thus leading to call drops.
None
None If this parameter is set to a smaller value, the algorithm None cannot realize fast power control. If this parameter is set to a greater value, the power control may be performed excessively, thus leading to poor quality, low level, and pingpong power control.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the call drop rate decreases but the traffic volume and paging success rate are affected. If this parameter is set to a smaller value, the BTS frequently sends the overload messages to the BSC6900. Thus, access the If this parameter is set to a smaller value, the random system resource usage decreases and MSs are difficult to success rate may decrease. access the network. If this parameter is set to a greater value, the BTS sends an overload message to the BSC6900 at a long interval. Thus, system faults may occur.
None
None If this parameter is set to a smaller value, the allowable error rate Nonefor the random access signal is high and an MS can easily access the network; however, the error report rate is high. If this parameter is set to a greater value, the error report rate of the MS is low but the MS cannot easily access the network.
None
None
None When this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved.
None
None
None
None
None
None
None If this parameter is set to YES, the BSC6900 initiates a reassignment when receiving an assignment failure message None over the Um interface. This helps increase the call completion rate and improve the QoS of the network. The successful reassignment, however, results in an increase in the access delay of MSs and the load of the BSC6900.
None
None
None
None
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None
None
None
None
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None
None
None
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None
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None
None If this parameter is set to a greater value, too many channels None may be reserved for the users with high priority, and the users with low priority may be failed to access channels. If this parameter is set to a smaller value, channels reserved for the users with high priority may be insufficient. If this parameter is set to a smaller value, the radio resource status None is reported too frequently, thus increasing the load of the BSC6900. If this parameter is set to a greater value, the radio resource status is not immediately reported and thus the BSC6900 cannot handle the interference to the BTS in time.
None
None
None
None If this parameter is set to a smaller value, the radio link is None vulnerable to failure, thus call drops are likely to occur. If this parameter is set to a greater value, the MS may not release the connection for a long time, thus decreasing the resource usage. The parameter is valid in the downlink.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this If this parameter is set to a greater some desiredrate cells parameter is set to a smaller value,value, handover success may be excluded from the candidate cells, thus leading to call may be decreased. drops. If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.
None
None
None
None
None
None
None
None
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None
None
None
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None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None When this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved.
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the call drop rate decreases but the traffic volume and paging success rate are affected.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
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None
None If this switch is set to ON, the call access delay may be prolonged, but the performance of the algorithms in which the SDCCH MRs are used are enhanced. The greater the value of this parameter is, the longer the call access duration is, the MRs are filtered more completely. Generally, you are advised to set this parameter to a value smaller than 20.
None
None
None
None
None
None If this function is enabled after encryption is enabled, the network security can be improved.
The TRX is shut down automatically, and the capacity of the If this cell is parameter decreased.is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unexpected handovers may be performed due to incorrect MR when the call is initially set up, thus affecting handover success rate. If this parameter is set to a greater value, the handover to None micro cells becomes difficult, and congestion may occur in macro cells. If this parameter is set to a smaller value, unnecessary handovers are performed, thus affecting the If this quality. parameter is set to a greater value, the handover to voice micro cells becomes difficult, and congestion may occur in macro cells. If this parameter is set to a smaller value, unnecessary handovers are performed, thus affecting the voice quality.
None
None
None
None
None
None
None
None When the neighboring 3G cell is configured and the intersystem cell reselection is enabled, the MS cannot receive the 2Quater message and thus cannot be reselected to the neighboring 3G cell if this parameter is set to NO.
None
None
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None
Not involved
None
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None
None
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None
None This parameter can be used to control network load based on the MS access classes, thus preventing some MSs from accessing the network. It is recommended that this parameter be not used.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the handover to None micro cells becomes difficult, and congestion may occur in macro cells. If this parameter is set to a smaller value, more handovers If thisbe parameter is set a greater value, is the handover to may performed, thustothe voice quality decreased. micro cells becomes difficult, and congestion may occur in macro cells. If this parameter is set to a smaller value, more handovers may be performed, thus the voice quality is decreased.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
Not involved
None
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None
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None
None
None
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None
None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to pingpong handovers.
None
None
None
None
None
None
None
None
If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to pingpong handovers.
None
None
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Not involved
None
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None
None
None
None
None
None
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None
None
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None
None
None
None
None
None If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fails before the transmit end receives a response from the peer end. If timer N200 is set to a smaller None If timerthe T200 is set of to data a smaller value, the transmit endand maythe value, number retransmissions is reduced mistakenly regard that the link is faulty and the data success rate of transmission is reduced. If timers T200 and transmission beforevalues, the transmit end receives a N200 are set fails to greater the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the linktois afaulty. Thus, resources are wasted. If timer T200 is set smaller value, the transmit end may value, the number of data retransmissions is reduced and the mistakenly regard that the linkisisreduced. faulty and the data success rate of transmission If timers T200 and transmission fails before the transmit end receives a N200 are set to greater values, the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the linktois afaulty. Thus, resources are wasted. If timer T200 is set smaller value, the transmit end may value, the number of data retransmissions is reduced and the mistakenly regard that the linkisisreduced. faulty and the data success rate of transmission If timers T200 and transmission fails before the transmit end receives a N200 are set to greater values, the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the linktois afaulty. Thus, resources are wasted. If timer T200 is set smaller value, the transmit end may value, the number of data retransmissions is reduced and the mistakenly regard that the linkisisreduced. faulty and the data success rate of transmission If timers T200 and transmission fails before the transmit end receives a N200 are set to greater values, the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the linktois afaulty. Thus, resources are wasted. If timer T200 is set smaller value, the transmit end may value, the number of data retransmissions is reduced and the mistakenly regard that the linkisisreduced. faulty and the data success rate of transmission If timers T200 and transmission fails before the transmit end receives a N200 are set to greater values, the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the linktois afaulty. Thus, resources are wasted. If timer T200 is set smaller value, the transmit end may value, the number of data retransmissions is reduced and the mistakenly regard that the linkisisreduced. faulty and the data success rate of transmission If timers T200 and transmission fails before the transmit end receives a N200 are set to greater values, the channels are seized all response from the peer end. If timer N200 is set to a smaller along when the link is faulty. Thus, resources are wasted. value, the number of data retransmissions is reduced and the success rate of transmission is reduced. If timers T200 and N200 are set to greater values, the channels are seized all along when the link is faulty. Thus, resources are wasted.
None
None
None
None
None
None
None
None
None
None If this parameter is set to a smaller value, the paging success rate increases but the load on the SDCCH also increases, thus causing congestion on the SDCCH.
None
None
None
None
None
None
None
None
None
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None
If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary If this parameter is set to a greater value, the handover handovers may be performed. cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, the coverage area of the cell is reduced, and the traffic volume on the cell may be decreased.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, network congestion When this parameter set to a large value, may occur in the cell; is if this parameter is set the to avalues smallerof the new counters TCH call drops (DL FER) and TCH drops value, TCHHs are allocated even when the traffic call volume on (UL FER and DL FER) are reduced. When this parameter is the cell is light, this affects the voice quality. set to a small value, the values of the two counters are When this parameter set to aoflarge values of the increased. The overallisnumber call value, drops, the however, new counters TCH call drops (DL receive level) and TCH call remains unchanged and the performance of other counters is drops (UL receive level) are increased. When this parameter not affected. is set to a small value, the values of the two counters are When thisThe parameter is set to of a large value,however, the values of the reduced. overall number call drops, remains new counters TCH call drops (DL receive quality) and TCH unchanged and the performance of other counters is not call drops (UL receive quality and DL receive quality) are affected. reduced. When this parameter is set to a small value, the When parameter is setare to aincreased. large value, theoverall valuesnumber of the valuesthis of the two counters The new counters TCH call drops (UL FER) and TCH call drops of call drops, however, remains unchanged and the (UL FER and of DLother FER)counters are reduced. this parameter is performance is not When affected. set to a small value, the values of the two counters are When this parameter set to aoflarge values of the increased. The overallisnumber call value, drops, the however, new counters TCH call drops (UL receive level) and TCH call remains unchanged and the performance of other counters is drops (UL receive level and DL receive level) are increased. not affected. When this parameter is set to a small value, the values of the When this parameter is setThe to aoverall large value, theofvalues of the two counters are reduced. number call drops, new counters TCH call drops (UL receive quality) and TCH however, remains unchanged and the performance of other call dropsis(UL quality and DL receive quality) are counters notreceive affected. reduced. When this parameter is set to a small value, the values of the two counters are increased. The overall number of call drops, however, remains unchanged and the If this parameter is setcounters to a greater value, the handover performance of other is not affected. cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unexpected handovers may be performed due to incorrect MR when the call is initially set up, thus affecting handover success rate.
None
None If this parameter is set to a greater value, the half-rate If this parameter is set to smaller value, thethe handover channels are assigned to athe MS only when channel frequency is higher. seizure ratio of underlaid subcell is very high. Insufficient halfrate channels can be assigned to calls the MS. Thus, theover capacity ON, the arethe handed on If this parameter is set to a greater value, half-rate of the BSC is reduced. schedule.are Thisassigned increases the load of the BSC6900 but channels to the MS only when the channel If this parameter is setsecurity. to a smaller value, the half-rate improves the network seizure ratio overlaid subcell is only very when high. Insufficient channels areof assigned to the MS the channelhalfrate channels can be assigned to the MS. Thus, capacity seizure ratio of underlaid subcell is very low. Thethe calls use of the BSC is reduced. the half-rate channel even if there are enough full-rate If this parameter is set to a smaller value, the half-rate channels, which influences the voice quality. channels are assigned to the MS only when the channel seizure ratio of overlaid subcell is very low. The calls use the half-rate channel even if there are enough full-rate channels, which influences the voice quality.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
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None
None
None
None
None
None
None
None
None If both TFO and AEC functions are enabled and the acoustic echo is detected, the TFO is disabled to cancel the echo so that the speech quality can be improved.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the BCCH may idle while None non-BCCHs are congested, thus affecting the traffic volume during busy times. If this parameter is set to a smaller value, the assignment of the BCCH may fail, and thus the access success rate may be decreased.
If this parameter is set to a greater value, the assignment of the BCCH may fail, and thus the handover success rate may be decreased. If this parameter is set to a smaller value, the BCCH may idle If this non-BCCHs parameter isare set congested, to a greaterthus value, the BCCH may idle while affecting the traffic while non-BCCHs are congested, thus affecting the traffic volume during busy times. volume during busy times and the access success rate. If this parameter is set to a smaller value, unnecessary handovers may be performed, thus the voice quality is decreased.
None
None
None
None
None
None
None
None If this parameter is set to a greater value, cell congestion may None be difficult to be relieved, thus affecting the traffic volume during busy times and the access success rate. If this If this parameter is set to a greater value, it is difficult for the parameter is set to a smaller value, handover success rate MS handed over to the original cell, thus leading to call maytobebedecreased. drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to pingpong handovers. If this parameter is set to a greater value, call drop rate may be increased and congestion may occur in the overlaid subcell; if this parameter is set to a smaller value, handover success rate may be decreased.
None
None
None
None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to pingpong handovers.
None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call None drop when there is no suitable neighboring cell. If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to pingpong handovers. If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller value, handover success rate may be decreased.
None
None
None
None
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None
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Not involved
None
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None
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None
None When None this parameter is enabled, the fast flux monitoing frequency is increased, and the channel allocation can be adjusted more quickly to adapt to the service type. Thus, the terminal throughput and BSC PS resource usage can be increased.
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None If the number of RACH conflicts in a cell is small, T should be set to a great value. If the number of RACH conflicts in a cell None is large, T should be set to a small value. The increase in T and S prolongs the access time of an MS, thus affecting the access performance of the whole network. Therefore, appropriate values should be selected for T and S. None When the network traffic is heavy, the success rate of immediate assignment is low if the sum of S and T is low. Thus, the value of T should be properly adjusted to make the sum of S and T great. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell.
The parameter modification impacts the covered range of cell. The parameter modification impacts the covered range of cell.
None
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None
None
None If the parameter is set to a relatively great value, down power adjustment may not be performed when the uplink quality is None good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the uplink quality is uplink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, down power value, up power adjustment may not be performed when the adjustment may not be the uplink quality is uplink quality is poor. Inperformed this case, when call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the uplink quality is uplink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small value, up power adjustment may not be performed when the uplink quality is poor. In this case, call drops may occur. If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed. If this parameter is set to a greater value, unnecessary handovers may be performed. If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur.
None
None
None If this parameter is set to a smaller value, call drops may occur due to delayed handover; if this parameter is set to a greater value, unnecessary handover may be performed, thus affecting the voice quality.
None
None If the parameter is set to a relatively great value, down power adjustment may not be performed when the uplink quality is None good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the uplink quality is uplink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter set to a relatively value, down power value, up power is adjustment may not great be performed when the adjustment may not be performed when the uplink quality uplink quality is poor. In this case, call drops may occur. is good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small If the parameter is set to a relatively great value, up power value, down power adjustment may be performed when the adjustment may be performed when the uplink quality is uplink quality is poor. In this case, call drops may occur. good, thus causing power waste and increasing the interference. If this parameter is set to a relatively small value, up power adjustment may not be performed when the uplink quality is poor. In this case, call drops may occur.
None
None
None
None
None
None
None
None
None If this parameter is set to a relatively small value, the fast None power control on the uplink cannot be implemented. If this parameter is set to a relatively great value, the power control may be performed excessively on the uplink, thus leading to If thisquality, parameter is set and to a ping-pong relatively small value, call drops poor low level, power control. may occur due to delayed power control in the uplink. If this parameter is set to a relatively great value, the power control may be performed excessively on the uplink, thus leading to ping-pong power control.
None If this parameter is set to a smaller value, downward power control None is not performed when the signal quality is good, thus causing power waste and increasing the interference. If this parameter is set to a greater value, downward power control If parameter set to athe greater upward is this performed evenis though signalvalue, quality is bad,power thus control may not be performed when the voice quality is bad, affecting the speech quality. thus affecting the voice quality. If this parameter is set to a smaller value, upward power control may be performed when the voice quality is good, thus causing the power waste and increasing the interference.
None
None If this parameter is set to a greater value, handover may not None be performed when the uplink voice quality is bad, thus leading to call drops. If this parameter is set to a smaller value, unnecessary handovers may be performed, thus If this parameter is quality. set to a smaller value, the handovers due affecting the voice to bad uplink quality may increase, thus decreasing the handover success rate. If this parameter is set to a greater value, handovers due to bad uplink quality are less possible If parameter is set to the a smaller value, tothis occur, thus increasing call drop rate.the handovers due to bad uplink quality may increase, thus decreasing the handover success rate. If this parameter is set to a greater value, handovers due to bad uplink quality are less possible to occur, thus increasing the call drop rate.
None
None
If this parameter is set to a greater value, downward power control may not be performed when the voice quality is good, thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, If this parameter set to may a greater value, upward downward poweriscontrol be performed when power the voice control may be performed when the voice quality is good, quality is bad, thus affecting the voice quality. thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, upward power control may not be performed when the voice quality is bad, thus affecting the voice quality.
None
None
None
None
None If this parameter is set to a greater value, downward power control None may not be performed when the voice quality is good, thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, If this parameter set to may a greater value, upward downward poweriscontrol be performed when power the voice control may be performed when the voice quality is good, quality is bad, thus affecting the voice quality. thus causing the power waste and increasing the interference. If this parameter is set to a smaller value, upward power control may not be performed when the voice quality is bad, thus affecting the voice quality.
The coding rate and MOS are affected.
The coding rate and MOS are affected.
The coding rate and MOS are affected.
None
None
None
None
None
None
None
None If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this parameter is set to a smaller value, handover success rate may be decreased.
None
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter is set to a smaller value, unnecessary handovers may be performed, thus affecting the voice quality.
None If this parameter is set to a greater value, unnecessary handovers may be performed, thus affecting the voice quality. If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, congestion may occur in the underlaid subcell. If this parameter is set to a smaller value, ping-pong handovers may occur.
None
None If this parameter is set to a greater value, congestion in the underlaid subcell is difficult to be relieved; if this parameter is set to a smaller value, congestion may occur in the overlaid subcell in a short time. If this parameter is set to a greater value, congestion may occur in the overlaid subcell in a short time; if this parameter is set to a smaller value, congestion in the underlaid subcell is difficult to be relieved.
None
None If this parameter is set to a high value and the VGCS has priority, public network services are likely to suffer from insufficient channels. Thus, this parameter needs to be set according to the actual service requirements. When preemption conditions are met, public network services can preempt channels of the VGCS if this parameter is set to Public Network First; the VGCS can preempt channels of public network services if this parameter is set to VGCS First. If this parameter is set to a high value and the VGCS has priority, public network services are likely to suffer from insufficient channels. Thus, this parameter needs to be set according to the actual service requirements.
None
None
None
None
None
None
None
None
None
None
None
Not involved
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion.
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Introduced in Version
Attribute
BSC6900 V900R011
Radio
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Transport
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
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Radio
Versions earlier than BSC6900 V900R011
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Transport
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Radio
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Equipment
BSC6900 V900R011
Equipment
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Transport
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Radio
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Equipment
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Radio
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Radio
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Equipment
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Equipment
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Transport
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
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BSC6900 V900R011
Equipment
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Transport
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BSC6900 V900R011
Equipment
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Transport
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Equipment
BSC6900 V900R011
Equipment
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Radio
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BSC6900 V900R011
Equipment
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BSC6900 V900R011
Equipment
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Equipment
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Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
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Transport
BSC6900 V900R011
Transport
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Transport
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Radio
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Radio
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Radio
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Transport
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Transport
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
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Radio
BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Radio
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Radio
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Radio
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BSC6900 V900R011
Radio
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Radio
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
Equipment
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Radio
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Versions earlier than BSC6900 V900R011
Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
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BSC6900 V900R011
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BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
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Radio
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Radio
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BSC6900 V900R011
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Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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Radio
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Equipment
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Transport
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Equipment
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Radio
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Transport
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BSC6900 V900R011
Equipment
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Equipment
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
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Radio
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Transport
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Radio
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Transport
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Transport
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Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Radio
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Transport
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Equipment
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Transport
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BSC6900 V900R011
Equipment
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
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Radio
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Transport
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Transport
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Transport
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Radio
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Radio
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Transport
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Transport
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Transport
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Transport
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Radio
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Equipment
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Transport
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Equipment
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Radio
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
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Transport
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Transport
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Equipment
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Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Radio
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Radio
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
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Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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Transport
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Radio
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Equipment
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Equipment
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
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BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Transport
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
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Transport
BSC6900 V900R011
Transport
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Transport
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Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Radio
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Radio
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Transport
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Radio
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Radio
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Equipment
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Equipment
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
BSC6900 V900R011
Equipment
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Equipment
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Transport
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Radio
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Equipment
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Radio
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Transport
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Transport
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Transport
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Equipment
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Equipment
BSC6900 V900R011
Radio
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Equipment
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Transport
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Transport
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Radio
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Equipment
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Radio
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Radio
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Radio
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Transport
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Transport
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BSC6900 V900R011
Radio
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Radio
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Radio
BSC6900 V900R011
Radio
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Radio
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Radio
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Transport
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Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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Transport
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Transport
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Equipment
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Transport
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Equipment
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Transport
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Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Equipment
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Radio
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Radio
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Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
Radio
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Radio
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Radio
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Transport
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BSC6900 V900R011
Radio
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
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Equipment
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Transport
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BSC6900 V900R011
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Radio
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Radio
BSC6900 V900R011
Transport
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Radio
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Equipment
BSC6900 V900R011
Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Equipment
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Equipment
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Radio
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Radio
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Radio
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BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Equipment
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Radio
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BSC6900 V900R011
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Radio
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
BSC6900 V900R011
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Radio
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Radio
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Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
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Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Transport
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
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Transport
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
BSC6900 V900R011
Transport
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Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Radio
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
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Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
BSC6900 V900R011
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BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
BSC6900 V900R011
Radio
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Radio
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Transport
Versions earlier than BSC6900 V900R011
Transport
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Transport
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BSC6900 V900R011
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Radio
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Equipment
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Radio
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Radio
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Transport
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Equipment
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Transport
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Equipment
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Transport
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Equipment
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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BSC6900 V900R011
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Equipment
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Radio
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Transport
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
BSC6900 V900R011
Transport
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BSC6900 V900R011
Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Radio
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Radio
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Radio
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Radio
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Radio
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Radio
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BSC6900 V900R011
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Radio
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Radio
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Radio
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Radio
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Radio
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Transport
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Transport
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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Radio
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
Transport
BSC6900 V900R011
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BSC6900 V900R011
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Radio
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Transport
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BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Equipment
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
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Radio
BSC6900 V900R011
Equipment
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Transport
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Transport
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Transport
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Radio
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Radio
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Radio
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Equipment
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Equipment
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Radio
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Equipment
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Equipment
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Equipment
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Equipment
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Radio
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Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
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Equipment
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Equipment
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Equipment
BSC6900 V900R011
Equipment
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Radio
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Radio
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Equipment
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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BSC6900 V900R011
Equipment
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Radio
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Radio
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Equipment
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Radio
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BSC6900 V900R011
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Equipment
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Transport
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BSC6900 V900R011
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Transport
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Equipment
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Equipment
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Equipment
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BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Transport
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Transport
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Transport
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Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
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Radio
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Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
BSC6900 V900R011
Radio
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Transport
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Transport
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Transport
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Transport
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Transport
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Transport
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Radio
Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
Radio
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Transport
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Versions earlier than BSC6900 V900R011
Transport
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Versions earlier than BSC6900 V900R011
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Versions earlier than BSC6900 V900R011
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BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Transport
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Transport
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
Versions earlier than BSC6900 V900R011
Radio
Versions earlier than BSC6900 V900R011
Transport
Versions earlier than BSC6900 V900R011
Equipment
