5-UMG8900 Exercise Guide for V3R3-Centralized Mode

UMG8900 Exercise Guide 1.

Query OMC(OMU BOARD) interface ip adresss Start PC!Use

Hyperterminal login OMU board from serial port in 57600 baud rate!

input Command 

MOMU_1_7_F> do type c:/bam/mml.txt Query command line:

ADD IPADDR: BT=OMU, BN=0, IFT=ETH, IFN=0, IPADDR="190.1.30.1", MASK="255.255.0.0", FLAG=MASTER, CLPRI=6; From above command line ,we get OMU board OMC interface ip address  190.1.30.1, ip submask:255.255.0.0. 2.

Configure LMT LMT ip address address in same network network field with with OMC interface, for example: LMT ip: 190.1.30.100

3.

submask: 255.255.0.0,

Install LMT (local (local maintenance maintenance terminal) terminal) software software in LMT LMT pc, during during installion, need need input Install Serial No:umg8900 (or check setup file SN.txt,SN.txt have Install Serial number).

4.

After finishing installion, should login BAM from LMT through

Ethernet ip interface.

user name : admin; password : 9061mgw; 9061mgw; site ip:omc board ip (for example:190.1.30.1); example:190.1.30.1); site name:random define (for example:Local Host); 5.

How to empty all all data in bam,and then then start configure configure data data from beginning.. beginning.. In UMG8900,the most important fileis

C:\Bam\mml.txt C:\Bam\mml.txt in the BAM, BAM,

Download this file to local pc through FTP tools software. Then creat a new empty TXT file,the file name is MML.in the file ,add two line command command

ADD IPADDR: BT=OMU, BN=0, IFT=ETH, IFN=0, IPADDR="190.1.30.1", MASK="255.255.0.0", FLAG=MASTER, CLPRI=6; ADD ROUTE: BT=OMU, BN=0, DSTIP="0.0.0.0", DSTMASK="0.0.0.0", RTTYPE=NEXTHOP, PREF=60, FLAG=NORMAL, NEXTHOP="190.1.1.5"; Then, use FTP tools software to upload this MMl.TXT file to UMG8900 Bam directory c:\bam\, overlay original MML.TXT file. Synchronize

BAM file between master and slave OMU

SYC

BAMFILE:;

In the LMT, modify all board start mode:load start from Bam,command Bam,command is:

SET BRDSTART: MOD=LOAD; Last Reset system: RST SYS:;

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6.

Before configue umg8900 data, first designate ip address and port for all umg8900

board:

U SYS B U M G8900-1

EID: 190.1.30.2:2944 M2UA: 190.1.30.2:2904 Ip address plan: OMC: 190.1.30.1 HRB FE0: 190.1.30.2

(for H.248 and M2UA)

HRB FE1: 190.2.30.1

(for voice traffic)

SoftX3000:

IFMI IP:190.1.1.1 UMG8900 USER NUMBER SEGMENT:2220000 ---- 2229999 AND 3330000----3339999 TDM exchang USER NUMBER SEGMENT:777xxxx 

SoftX300 SPC:3000A1 (HEX) TDM EXCHANGE:CC0801(HEX) SLC:0; SLCS:0/ SLC:1; SLCS:1 CIC:0~31

2


SoftX3000 configure data script ///SoftX3000

side configuration data

1. Basic Configuration //add local office attribute:(may be exist,no need add)

SET OFI: OFN="NGN1", LOT=CMPX, NN=YES, SN1=NAT, NPC="3000A1", NNS=SP24, SPF=YES; //add MGW (take umg8900 as a media gateway)

ADD MGW: EID="190.1.30.2:2944", GWTP=UMGW, MGWDESC="UMG8900-1", MGCMODULENO=22, LA="190.1.1.1", RA1="190.1.30.2", RP=2944, LISTOFCODEC=PCMA-1&PCMU-1&G7231-1&G729A-1&T38-1, HAIRPIN=S, CODETYPE=ASN;

2" Configuration for AG part //add call source for subscriber , this step is optional

ADD CALLSRC: CSC=0, CSCNAME="UMG8900-USER"; //add number segment

ADD DNSEG: LP=0, SDN=K'2220000, EDN=K'2229999; ADD DNSEG: LP=0, SDN=K'3330000, EDN=K'3339999; //Batch add voice subscribers,there are just a IAD108, no any umg8900 user frame.

ADB VSBR: SD=K'2220000, ED=K'2220007, LP=0, MN=22, DID=ESL, EID="190.1.30.2:2944", STID=0, CODEC=PCMA, RCHS=0;

3. Configuration for TG part: //add call source for TG , this step is optional, we can use the call source already created.

ADD CALLSRC: CSC=0, CSCNAME="UMG8900-TG";(OPTIONAL) //add SS7 signaling data:

ADD N7DSP: DPX=0, NI=NN, DPC="CC0801", OPC= 3000A1 , DPNAME="TO CC0801", SLSSM=B1111; 



ADD N7LKS: LSX=0, ASPX=0, LSNAME="CC0801", SLSM=B1111; ADD N7RT: LSX=0, DPX=0, RTNAME="CC0801";

3


//Setting M2UA link between UMG8900 and SOFTX3000:

ADD ESG: SGID=0, SGNAME="TO UMG8900 ", EID="190.1.30.2:2944 "; ADD M2LKS:M2LSX=0,LSNAME= TO SX3000 ,SGID=0,TM=OVERRIDE,IFT=INTERGER; ADD M2LNK: MN=133, LNKN=0, SGID=0, LOCPORT=2904, LOCIP1="190.1.1.1", PEERIP1="190.1.30.2", MSF=MASTER; ADD N7LNK: MN=133, LNKN=0, LNKNAME="sx-umg-cc0801", LNKTYPE=2, M2LSX=0, BINIFID=1234, LSX=0, SLC=0; 



//add SS7 Trunk Data:

ADD OFC: O=0, ON="TO CC0801", DOT=CMPX, DOL=SAME, DPC1="CC0801"; ADD SRT: SRC=0, O=0, SRN="UMG8900-CC0801", TSM=CYC; ADD RT: R=0, RN="TO CC0801", SR1=0; ADD RTANA: RSC=0, RSSC=0, RUT=ALL, ADI=ALL, CLR=ALL, TP=ALL, TMX=0, R=0, ISUP=NOCHG; ADD N7TG: TG=0, EID="190.1.30.2:2944", G=INOUT, SRC=0, TGN="SFX-UMG-CC0801", CSC=0, CSM=CTRL; ADD N7TKC: MN=22, TG=0, SC=0, EC=31, SCIC=0, SCF=TRUE, TID=480;

3.add call prefix: ADD CNACLD: PFX=K'777, CSA=LC, RSC=0, MINL=7, MAXL=7, CHSC=0; ADD CNACLD: PFX=K'222, CSA=LCO, MINL=7, MAXL=7, CHSC=0;

4


U

SYS B UMG8900-1 script

1. Hardware Data Configuration: // check the data already exist in OMU Board. Some commands in configuration file are added by system automatically

DSP CFG: FP=MEM; // Set frame information:

SET FRMARC: FN=1, FNM="", ADR="", NDNM="", NTP="", CABT="", CABID="", FP="", IFO=""; // Add board:

ADD BRD: FN=1, SN=1, BP=FRONT, BT=VPU, HBT=FVPB, BS=LOADSHARE, BN=1, ADS=ACTIVE; ADD BRD: FN=1, SN=0, BP=FRONT, BT=VPU, HBT=FVPB, BS=LOADSHARE, BN=0, ADS=ACTIVE; ADD BRD: FN=1, SN=2, BP=FRONT, BT=VPU, HBT=FVPB, BS=LOADSHARE, BN=2, ADS=ACTIVE; ADD BRD: FN=1, SN=11, BP=FRONT, BT=CMU, HBT=FCMF, BS=ONEBACKUP, BN=9; ADD BRD: FN=1, SN=10, BP=FRONT, BT=CMU, HBT=FCMF, BS=ONEBACKUP, BN=9; ADD BRD: FN=1, SN=14, BP=FRONT, BT=HRB, HBT=FHRU, BS=ONEBACKUP, BN=0; ADD BRD: FN=1, SN=15, BP=FRONT, BT=HRB, HBT=FHRU, BS=ONEBACKUP, BN=0; ADD BRD: FN=1, SN=2, BP=BACK, BT=PPU, HBT=FPPB, BS=LOADSHARE, BN=0, ADS=ACTIVE; ADD BRD: FN=1, SN=14, BP=BACK, BT=E8T, HBT=FE8T, BS=LOADSHARE, BN=0, ADS=ACTIVE; ADD BRD: FN=1, SN=10, BP=BACK, BT=E32, HBT=FE32, BS=LOADSHARE, BN=0, ADS=ACTIVE; ADD BRD: FN=1, SN=13, BP=FRONT, BT=SPF, HBT=FSPF, BS=LOADSHARE, BN=0, ADS=ACTIVE; ADD BRD: FN=1, SN=6, BP=BACK, BT=TNU, HBT=FTNU, BS=ONEBACKUP, BN=0; ADD BRD: FN=1, SN=9, BP=BACK, BT=TNU, HBT=FTNU, BS=ONEBACKUP, BN=0; // Configure clock information:

MOD CLKSRC: GPSPRI=SECOND, LINE1PRI=FIRST, LINE2PRI=FIRST, EXTPRI=SECOND, SRCTYPE=Ext2MBit, FSSM=GET, EXTSSM=UNKNOWN, SLOT=Sa4; MOD CLK: MODE=AUTO, SRC=LINE1, CTRL=NO, GRADE=THREE, TYPE=Ext2MBit; SET LINECLK: LINE=LINE1, BT=E32, BN=0, PN=0; Note: 1) After finishing this part, we can check the boards status through #panel management$ in LMT . If the board turn green , then it means the board is working normally .

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2) We can use the following command to m aintain the board: RST BRD ACT BRD DEA BRD 3) In the routine maintenance , we can use following command to check the board: DSP CPUR DSP FLASH DSP TEM

2. Configue IP address

Route and bearer relationship

// IP address informations: we are using centralized mode OMU: 190.1.30.1

default gateway :190.1.1.5

HRB ETH 0(for H.248 & M2UA): 190.1.30.2 HRB ETH 1(for voice traffic) : 190.2.30.1

default gateway: 190.1.1.5

default gateway: 190.2.0.1

//this command already exist ,no need add. if ip for omu is not correct ,modify it.(MOD OMCIP)

ADD IPADDR: BT=OMU, BN=0, IFT=ETH, IFN=0, IPADDR="190.1.30.1", MASK="255.255.0.0"; //Configure IP address on HRB interface 0 for H248 & M2UA:

ADD IPADDR: BT=HRB, BN=0, IFT=ETH, IFN=0, IPADDR="190.1.30.2", MASK="255.255.0.0"; //Configure IP Address on HRB board for bearer.

ADD IPADDR: BT=HRB, BN=0, IFT=ETH, IFN=1, IPADDR="190.2.30.1", MASK="255.255.0.0", ISBEAR=YES; /Add

route

for different board:

ADD ROUTE: BT=OMU, BN=0, DSTIP="0.0.0.0", DSTMASK="0.0.0.0", RTTYPE=NEXTHOP,NEXTHOP="190.1.1.5"; ADD ROUTE: BT=HRB, BN=0, DSTIP="0.0.0.0", DSTMASK="0.0.0.0", RTTYPE=NEXTHOP,NEXTHOP="190.1.1.5"; //Add gateway for HRB( for voice)

ADD GWADDR: BT=HRB, BN=0, IPADDR="190.2.0.1", MASK="255.255.0.0"; //Configure VPU bearer relationship

ADD BEARREL: BN=0, IP="190.2.30.1"; Notes: 1) From the panel management in LMT , we can check the FE and E1 ports status . If the port has 



connected a cable , the port will be in green . 2) We can use ping command to check the IP address and the route . 



3) Another way to check the IP port is using command DSP IPIF ; 

!

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3. MGW

configuration(configure H.248 between umg8900 and softx3000,

UMG8900___H.248___SoftX3000 ) //Configure H248 parameter and negotiation with MGC is needed:

SET H248PARA: VMGWID=0, CT=BINARY, TT=UDP; //Configure VMGW:

SET VMGW: VMGWID=0, MIDTYPE=IP, MID="190.1.30.2:2944", RPTIMES=3, RPINTV=3, RLSINTV=30, INTLEN=0, IPNUM=10000, TDMNUM=20000, ATMNUM=10000, AUTOSWP=YES, LNKHBTIME=3, LNKMAXHBLOSS=3; //Add MGC:

ADD MGC: VMGWID=0, MGCIDX=0, MID="190.1.1.1:2944", MSS=MASTER; //Add H248 link:

ADD H248LNK: BN=0, LINKID=0, VMGWID=0, MGCIDX=0, PEERIP="190.1.1.1", PEERPORT=2944, LOCALIP="190.1.30.2", LOCALPORT=2944, LINKNAME="To:SoftX3000"; //ACTIVATE VMGW

ACT VMGW: VMGWID=0; DSP VMGW: VMGWID=0; Notes: 1) After finishing this part , we can add UMG8900 in softx3000 with ADD MGW ; 

2) Then we can use DSP MGW 

!

!

to show the status of the UMG. Another method to check the

status of UMG is using monitor t ools Maintain MGW status . 

!

4 . TG Function ( Trunk data between umg8900

and

PSTN switch)

(TDM Bearer configuration ): //Add TID resource

FOR

ISUP TRUNK . This is optional .

SET E1PORT: FN=1, SN=10, SPN=15, EPN=15, FS=DOUBLE_FRAME, TXCS=HDB3, RXCS=HDB3, US=USABLE; (optional) ADD TDMIU: BN=0, BT=E32, TIDFV=480, TIDLV=511, VMGWID=0;

5. SG Function ( for embedding SG, configure sigtran

protocol between

umg8900 and softx3000) 7


//Add one master/slave M2UA link set:

ADD L2UALKS: ProType=M2UA, LkS=0, TM=OVERRIDE; //Add one M2UA link:

ADD L2UALNK: ProType=M2UA, BN=0, LnkNo=0, LkS=0, LocalIP1="190.1.30.2", RemotePN=2904, RemoteIP1="190.1.1.1", PRIO=0; //Add MTP2 link at the side of the switch:

DSP SPFSUBRD:; //To show the state of the subboard ADD MTP2LNK: LNKNO=0, LKS=0, BINIFID=1234, LNKTYPE=MTP2_64K, IFBT=E32, IFBN=0, E1T1N=15, STRTTS=16, SPFBN=0, SUBBN=0, SUBBCID=0; Notes: 1) Checking M2UA LINK: a)



DSP L2UALNK ------ To show the status of L2UA LINK in UMG8900

b)



c)

If the link is abnormal , you should check the IP address and port you configured in

!

DSP M2UALNK ------- To show the status of M2UA link in SOFTX3000 !

SOFTX3000 and UMG8900 2) Checking NO.7 link: a)

DSP N7LNK ------ To show the status of NO.7 link in SOFTX3000. If the link is down , you



!

should check OPC/DPC/SLC in SOFTX3000 and TDM EXCHANGE. 3) Checking N0.7 circuit: a)

DSP TKC OR DSP N7C ------- To show the circuit s status in SOFTX3000. If the status is









"

not available , please check CIC/TID on both endpoint.

6.AG Function( Subscriber data between umg8900 and RSP/PV8

Frame)

//Add Asynchronous Tone//

ADD ATONE: FN=1, SN=0, TONEID=BUSYTONE; ADD ATONE: FN=1, SN=0, TONEID=RINGTONE; ADD ATONE: FN=1, SN=0, TONEID=INITRINGTONE; //Add TID resource for RSP USER

FRAME (optional)

SET E1PORT: FN=1, SN=10, SPN=0, EPN=0, FS=DOUBLE_FRAME, TXCS=HDB3, RXCS=HDB3, US=USABLE;(optional) ADD TDMIU: BN=0, BT=E32, TIDFV=0, TIDLV=31, VMGWID=0, RT=INSIDE; //Add UAM frame and board:

ADD UAFRM: FN=0, PN=0, PNM="RSP FRAME", RN=0, RFN=0, FT=RSP12, FM=DIRECT, BN=0, VMGWNO=0; ADD UABRD: FN=0, SN=0, BT=ESC, LKS=0, BINIFID=0; 8


ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD

UABRD: UABRD: UABRD: UABRD: UABRD: UABRD: UABRD: UABRD: UABRD: UABRD: UABRD:

FN=0, FN=0, FN=0, FN=0, FN=0, FN=0, FN=0, FN=0, FN=0, FN=0, FN=0,

SN=1, BT=PWX04, LKS=0, BINIFID=0, ET=ESC302; SN=2, BT=TSS, LKS=0, BINIFID=0, ET=ESC302; SN=3, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=4, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=5, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=6, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=7, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=8, BT=A32, LKS=0, BINIFID=0, ET=ESC302; SN=9, BT=RSP, LKS=0, BINIFID=0, ET=ESC302; SN=10,BT=RSP, LKS=0, BINIFID=0, ET=ESC302; SN=17, BT=PWX04,LKS=0, BINIFID=0,ET=ESC302;

//Add UAM E1:

DSP SPFSUBRD:; //To show the state of the subboard, select the normal sub-board which will be used in the following commands ADD UACFG: FN=0, SN=9, E1SRC=E32, BN=0, SBN=0, SBCID=64, BN0=0, PN0=2; ADD UACFG: FN=0, SN=10, E1SRC=E32, BN=0, SBN=0, SBCID=65, BN0=0, PN0=3; //Add UAM frame test group(optional)

ADD UATSTGRP: TSTGRPNO=0, FN=0, PN=0, ASTFN=0, ASTSN=0, ASTPN=0, FNLST="0";

Notes: 1)

Method for checking UAFRM: a)

Check physical RSP board s panel :E11/E12/E13/E14 , if the indicator is off ,then the physical connection is #

ok .Or you should check the cable connection. b)

Through the management panel in LMT , check UAM boards , If boards turn green ,then it s ok. If not, 



"

please check the cable and the TDMIU , or UACFG. c)

If UAMFRM is down , maybe SPF subboard is fault. So we shall use DSP SPFSUBRD to check the "



!

status of the subboard. 2)

Method for checking user ports: a) b) c)

3)







DSP USRPRT -------To show the ports status in UMG8900 

DSP E1PORT DSP EPST

!

-------- To show the E1 ports status in UMG8900 -------- To show subscriber s status in SOFTX3000

!

"

Method for checking TID a)



LST UATID

---------To query the TID number with subscriber board s physical position ( frame number,

!

"

slot number) b)



LST UAPOS

!

----------To query

the subscriber physical position with the TID.

7. Save Configurations // Save your data configuration to BAM:

9


SAVE CFG:;

8 .other. configuration //Start ftp srver ,Add FTP User:

SET FTPSRV: SRVSTAT=ON, TIMEOUT=30; ADD FTPUSR: USRNAME="UIGetTrace", PWD="UIGetTrace", CFM="UIGetTrace", HOMEDIR="c:/bam/data/trc"; ADD FTPUSR: USRNAME="mgw", PWD="mgw", CFM="mgw", HOMEDIR="c:", RIGHT=FULL;

9.

Backup configuration data: a)

Using DSP CFG to list out all the configuration data in UMG8900, then select these information , 

!

copy them and paste to an empty TEXT file ( *.txt) in l ocal PC. b)



!

"

Using FTP tools to download c:/bam/mml.txt in OMU BAM.

10


UMG8900 ROUTINE Maintenance Command Query H.248 link between UMG8900 and Softx3000

l

DSP H248LNK: MODE=VMGW, VMGWID=0; Result:

Link State = UP

Query ASL TID from RSP frame

l

LST UATID: FN=0; Query Trunk Circuit TID from RSP f rame

l

LST TDMIU: BT=E32; ACTIVATE

l

VMGW

ACT VMGW: VMGWID=0; DSP VMGW: VMGWID=0;

l

Result: VMGW State: IN SERVICE VMGW now working on MGC:0 No. = 0 MgcId = 0 status = Master MGC

DSP BEARREL: TP=ALL;

l

VPU BearRelation configuration -----------------------------VPUBN

0

IPADDR

HRBBN

190.1.30.2

0

SPORT

EPORT

ISBEAR

6144

10239

YES

l

DSP BRD: BT=E32, BN=0;

l

DSP E1PORT: FN=1, SN=0; Port

0 = OK

Port

1 = OK

Port

3 = FAULT

Port

4 = FAULT

DSP L2UALNK: SPFBRDNO=0, PROTYPE=M2UA;

l

The status of each link: -----------------------Link No.

0

link state

ACTIVE

-- attention: just represent M2UA link is OK, but don t represent MTP2 link is OK 

11


DSP USRPRT: FN=0, SN=9;

l

Display ASL port state ---------------------Frame No. = 0 Slot No. = 9 Board type = ASL Port0 = Active Port1 = Idle Port2 = Idle Port3 = Idle Port4 = Idle Port5 = Idle

DSP SPFSUBRD: SPFBN=1;

l

%%%now use pinch board No.1 (upper pinch board=1) List sub board status --------------------SPF board No.

Sub-board No.

Status

1

0

Fault

1

1

Normal

(Number of results = 2)

DSP SPFSUBRD: SPFBN=1, SUBBN=1;

l

List sub board status --------------------SPF board No. = 1 Sub-board No. = 1 Status = Normal Subboard channel state ---------------------Channel No.

Protocol

Link No.

Sequence No.

EF address

State

0

MTP2 64K

0

0

-

In service

1

MTP2 64K

1

1

-

In service

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5-UMG8900 Exercise Guide for V3R3-Centralized Mode

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