Lte Ran Ericsson Nokia Parameter Mapping

MOC_Name

AdmissionControl AdmissionControl AdmissionControl AdmissionControl AdmissionControl AdmissionControl AdmissionControl AdmissionControl AirIfLoadProle AirIfLoadProle AirIfLoadProle AirIfLoadProle AirIfLoadProle AirIfLoadProle AnrFunction AnrFunction AnrFunction AnrFunction AnrFunction AnrFunction AnrFunctionEUtran AnrFunctionEUtran

MO

AnrFunctionEUtran AnrFunctionEUtran

dma2000FreqBandRelation



DataRadioBearer

DataRadioBearer

AnrFunctionEUtran AnrFunctionEUtran




DataRadioBearer

DataRadioBearer

DataRadioBearer

DataRadioBearer

DataRadioBearer

DataRadioBearer

DataRadioBearer

DataRadioBearer ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction

ENodeBFunction

ENodeBFunction

ENodeBFunction

ENodeBFunction

ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction ENodeBFunction

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD EUtranCellFDD EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD


EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD


EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD

EUtranCellFDD EUtranCellFDD

EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD




EUtranCellFDD

EUtranCellFDD

EUtranCellFDD


EUtranCellFDD

EUtranCellFDD

EUtranCellFDD GeranFreqGrouRelation EUtranCellFDD EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD


EUtranCellFDD


EUtranCellFDD


EUtranCellFDD

EUtranCellFDD

EUtranCellFDD

EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD EUtranCellFDD

EUtranCellRelation EUtranCellRelation EUtranCellRelation

EUtranCellRelation

EUtranCellRelation

EUtranCellRelation

EUtranFreqRelation

EUtranFreqRelation EUtranFreqRelation EUtranFreqRelation EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation

EUtranFreqRelation Lo!icalC"annelGrou

#ACCon!uration

#ACCon!uration

#ACCon!uration

#ACCon!uration

Pa!in! Pa!in!

Pa!in! Pa!in! PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice PmE$ent%er$ice

&ciProlePredened

&ciProlePredened'qci(


&ciProlePredened'qci2

&ciProlePredened &ciProlePredened

&ciProlePredened'qci) ciProlePredenedId'defaul


&ciProlePredenedid'qci*


&ciProlePredenedid'qci)


&ciProlePredenedid'qci+


&ciProlePredenedid'qci,


&ciProlePredenedid'qci-

&ciProlePredened &ciProlePredened &ciProlePredened R.sCon!uration R.sCon!uration

Rcs

ReortCon!A(Prim ReortCon!A(Prim

ReortCon!A(Prim

ReortCon!A(Prim

ReortCon!A(%ec ReortCon!A(%ec ReortCon!A(%ec ReortCon!A(%ec

ReortCon!A) ReortCon!A)

ReortCon!A) ReortCon!A) ReortCon!A)

ReortCon!A) ReortCon!A) ReortCon!A)Anr ReortCon!A)Anr ReortCon!A)Anr ReortCon!A)Anr ReortCon!A)Anr ReortCon!A)Anr ReortCon!B2Cdma2000 ReortCon!B2Cdma2000 ReortCon!B2Cdma2000 ReortCon!B2Cdma2000

ReortCon!B2Cdma2000 ReortCon!B2Cdma2000

ReortCon!B2Geran






ReortCon!B2Utra








eortCon!EUtraBadCo$Prim eortCon!EUtraBadCo$Prim

eortCon!EUtraBadCo$Prim eortCon!EUtraBadCo$Prim eortCon!EUtraBadCo$Prim eortCon!EUtraBadCo$Prim

ReortCon!EUtraBadCo$Prim

eortCon!EUtraBadCo$Prim

eortCon!EUtraBadCo$%ec eortCon!EUtraBadCo$%ec

eortCon!EUtraBadCo$%ec eortCon!EUtraBadCo$%ec eortCon!EUtraBadCo$%ec eortCon!EUtraBadCo$%ec

eortCon!EUtraBadCo$%ec eortCon!EUtraBadCo$%ec ReortCon!EUtraBestCell

ReortCon!EUtraBestCell






eortCon!EUtraBestCellAnr eortCon!EUtraBestCellAnr eortCon!EUtraBestCellAnr eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm eortCon!EUtraIntraFreqPm

Rrc

Rrc

Rrc

Rrc

Rrc

Rrc

Rrc

Rrc

Rrc

%ectorEquimentFunction

%ecurit/andlin!

%ecurit/andlin! %ecurit/andlin! %i!nalin!RadioBearer %i!nalin!RadioBearer %/stemConstants Ue#easControl

Ue#easControl Ue#easControl

Ue#easControl

Ue#easControl Ue#easControl Ue#easControl Ue#easControl Ue#easControl Ue#easControl

Ue#easControl Ue#easControl Ue#easControl Ue#easControl UtranFreqRelation

UtranFreqRelation UtranFreqRelation


%/stem ConstantInternal








Ericsson Parameter Details-12B

Parameters Name

Baseline_Value

dlNonG.rRatio

)00

dl3ransN4Band4idt"

(000

emer!enc/ArLimit

5

nr6fBearersReser$ed

0

nr6fRrcConnectedReser$ed

0

aAr6$erride

5

ulNonG.rRatio

)00

ul3ransN4Band4idt"

(000

ail!i!"Prio

2 7N68IG8PRI68L6AD9

ail!Lo4Prio#od3/e

0 7&P%:8#6D8%C9

dlPr.LoadLe$el

0

no6f6cn!Pr.%eries

(

tra;c#odelPr.8.itRatePer&ci

000000000

tra;c#odelPr.8qciDist%inr#edium

(00 0 0 0 0 0 0 0 0

anrUesEUtraIntraF#a<

2

anrUesEUtraIntraF#in

0

cellAddRsr3"res"oldEutran

=-)07=-)dB9

remo$eNcell3ime

)

remo$eNen.3ime

(

remo$eNrel3ime

)

anrIntraFreq%tate anrUesEUtraIntraF#a<

2

anrUesEUtraIntraF#in

0

cellAddRsr3"res"oldEutran

=-)0

cellReselectionPriorit/

0

t"res">i!"rd

20

t"res">Lo4rd

20

dl#a
,

dlPollPDU

(+

tPollRetransmitDl

)0

tPollRetransmitUl

)0

t%tatusPro"i.itDl

2)

t%tatusPro"i.itUl

2)

ul#a
,

ulPollPDU

(+

dl3ransN4Band4idt"

(000

dnsLoo?u6n3ai

( 76N9

dnsLoo?u3imer

0

dscLa.el

2*

enode.lmnid8mnclen!t"

2

nnsf#ode

( 7RPL#N8IF8%A#E8A%8%PL#N9

oa#Lin?%uer@isionActi$e

(

s(Retr/3imer

0

sc"edulin!%trate!/

( 7R6UND8R6BIN9

t6DataF4dReorderin!

(00

timeAndP"ase%/nc"Critical

0

ul%c"edulerD/namicBAllocationEna.led

(

ul3ransN4Band4idt"

(000

<2IAddr@ia%(Acti$e

(

<2retr/3imer#a
(**0

<2retr/3imer%tart

0

acBarrin!Info8acBarrin!FactorFor#oData

-)

acBarrin!Info8acBarrin!FactorFor#o%i!nallin!

-)

acBarrin!Info8acBarrin!ForEmer!enc/

0

acBarrin!Info8acBarrin!InfoPresent acBarrin!Info8acBarrin!#oDataPresent acBarrin!Info8acBarrin!#o%i!nallin!Present

acBarrin!Info8acBarrin!%ecialAcFor#oData

false false false false false

acBarrin!Info8acBarrin!%ecialAcFor#o%i!nallin!


acBarrin!Info8acBarrin!3imeFor#oData

+*

acBarrin!Info8acBarrin!3imeFor#o%i!nallin!

additionalPlmnReser$edList

+*


a!s%ulActi$e

0

altitude

0

cellRan!e

()

c"an!eNotication8c"an!eNotication%IB(

0

c"an!eNotication8c"an!eNotication%IB2 c"an!eNotication8c"an!eNotication%IB c"an!eNotication8c"an!eNotication%IB* c"an!eNotication8c"an!eNotication%IB) c"an!eNotication8c"an!eNotication%IB+ c"an!eNotication8c"an!eNotication%IB5 c"an!eNotication8c"an!eNotication%IB,

condence

(00

con!ura.leFrequenc/%tart

0

co$3ri!!erdBlindoAllo4ed

(

dlC"annelBand4idt" dlCon!ura.leFrequenc/%tart

(0000 0

dlFrequenc/AllocationProortion

(00

dlInterference#ana!ementActi$e

(

dr
eutranCellCo$era!e8osCell6enin!An!le eutranCellCo$era!e8osCellRadius

0

(200 ()000

frame%tart6set8su.Frame6set

0

frame%tart6set8s/m.ol6set

0

frame%tart6set8time6set

0

idle#ode#o.ilit/ControlInfoActi$e

0

modicationPeriodCoe

2

no6fPucc"CqiUsers

(20

no6fPucc"%rUsers

(20

nr6f%/m.olsPdcc"

(

orient#aorA
0

otdoa%ulActi$e

0

art6fRadioPo4er

(00

art6f%ectorPo4er

(00

#a<%er$in!Cell

(000

rimar/PlmnReser$ed

0

rsCon!Inde<

=(

rsPeriod ucc"6$erdimensionin!

eroNominalPucc"

 7PP(2,09 0

=(0

eroNominalPusc"

=-+

qR
=(20 qR
qR
=(() (000 70dB9

siPeriodicit/8siPeriodicit/%I(

,

siPeriodicit/8siPeriodicit/%I2

(+

siPeriodicit/8siPeriodicit/%I

2

siPeriodicit/8siPeriodicit/%I*

+*

siPeriodicit/8siPeriodicit/%I)

siPeriodicit/8siPeriodicit/%I+

+*

siPeriodicit/8siPeriodicit/%I5

+*

siindo4Len!t"

(0

s/stemInformationBloc?8nCellC"an!ei!"

(0

s/stemInformationBloc?8nCellC"an!e#edium

)

s/stemInformationBloc?8q/st

*

s/stemInformationBloc?8q/st%fi!"

=*

s/stemInformationBloc?8q/st%f#edium

=*

s/stemInformationBloc?8sIntra%earc"

+2

s/stemInformationBloc?8sNonIntra%earc"

(+

s/stemInformationBloc?8tE$aluation

0

s/stemInformationBloc?8t"res"%er$in!Lo4

s/stemInformationBloc?8t/stNormal s/stemInformationBloc?+8tReselectionUtra

0

0 2

s/stemInformationBloc?+8tReselectionUtra%fi!"

(00 7(9

s/stemInformationBloc?+8tReselectionUtra%f#edium s/stemInformationBloc?58tReselectionGeran

(00 7(9 2

s/stemInformationBloc?58tReselectionGeran%fi!"

(00 7(9

s/stemInformationBloc?58tReselectionGeran%f#ediu

(00 7(9

s/stemInformationBloc?,8searc"indo4%ieCdma s/stemInformationBloc?,8tReselectionCdmard

(0 2

s/stemInformationBloc?,8tReselectionCdmard%fi

(00 7(9

s/stemInformationBloc?,8tReselectionCdmard%f#

(007(9

t"res"%er$in!Lo4

ulC"annelBand4idt" ulCon!ura.leFrequenc/%tart

0

(0000 0

ulFrequenc/AllocationProortion

(00

ulInterference#ana!ementActi$e

(

uncertAltitude

0

uncert%emi#aor

0

uncert%emi#inor

0

cellIndi$idual6setEUtran

0

co$era!eIndicator includeIn%/stemInformation

0 7N6NE9 (

isoAllo4ed

q6setCellEUtran

suorted#o.ilit/Relation3/e

0

AND6@ER8AND8CELL8RE%ELEC3I6

allo4ed#easBand4idt"

+

cellReselectionPriorit/

+

connected#ode#o.ilit/Prio

5

includeIn%/stemInformation

(

mo.ilit/Action

( 7AND6@ER9

#a<

(000

resenceAntennaPort(

(

q6setFreq

0

qR
=(20

t"res">i!"

*

t"res">Lo4

0

tReselectionEutra

(

tReselectionEutra%fi!"

)0 70)9

tReselectionEutra%f#edium

)0 70)9

ul#inBitRate

0

dl#a<AR&3<

*

tPeriodicB%R3imer

)

t3imeAli!nment3imer

0

ul#a<AR&3<

*

defaultPa!in!C/cle

2)+

ma


nB

2 739

a!in!Discard3imer



cell3raceDataLe$el

(

cell3raceFile%ie

(000

cell3racei!"PrioReser$e

0

r.sUe3raceE$ent%treamin!Port

)()*

streamPortPmUe3race

)()*

totalCell3race%tora!e%ie

,0000

totalE$ent%tora!e%ie

(00000

totalUe3race%tora!e%ie

(+000

ue3raceFile%ie

(000

a.sPrio6$erride

( 7I8PRI686@ERRIDE9

a.sPrio6$erride

( 7I8PRI686@ERRIDE9

a.sPrio6$erride rlc#ode

( 7I8PRI686@ERRIDE9 0 7A#9

dataF4dPer&ciEna.led

(

dataF4dPer&ciEna.led dataF4dPer&ciEna.led dataF4dPer&ciEna.led dataF4dPer&ciEna.led aqm#ode

( 7#6DE(9

dataF4dPer&ciEna.led dl#inBitRate

( 0

Con!FaultReason8faultReason

(0

r.sCon!Le$el

0 7UNDEFINED9

tInacti$it/3imer

(0

a(3"res"oldRsrPrim a(3"res"oldRsrqPrim

=(+ =(-2

"/steresisA(Prim

(07(dB9

time3o3ri!!erA(Prim

+*0

a(3"res"oldRsr%ec

=(+

a(3"res"oldRsrq%ec

=(-2

"/steresisA(%ec

(07(dB9

time3o3ri!!erA(%ec

+*0

a)3"res"old(Rsr

=(*0

a)3"res"old(Rsrq

=(-)

a)3"res"old2Rsr

=(+

a)3"res"old2Rsrq "/steresisA)

=(-2 (07(dB9

time3o3ri!!erA)

+*0

tri!!er&uantit/A)

0 7R%RP9

a)3"res"old(RsrAnrDelta

(

a)3"res"old(RsrqAnrDelta

(0

a)3"res"old2RsrAnrDelta

(

a)3"res"old2RsrqAnrDelta

(0

"/steresisA)

(07(dB9

time3o3ri!!erA)

+*0

.23"res"old(Rsr

=(*0

.23"res"old(Rsrq

=(-)

.23"res"old2Cdma2000

=()

"/steresisB2

(07(dB9

time3o3ri!!erB2

+*0

tri!!er&uantit/B2

0 7R%RP9

.23"res"old(Rsr

=(*0

.23"res"old(Rsrq

=(-)

.23"res"old2Geran

=((0

"/steresisB2

(07(dB9

time3o3ri!!erB2

+*0

tri!!er&uantit/B2

0 7R%RP9

.23"res"old(Rsr

=(*0

.23"res"old(Rsrq

=(-)

.23"res"old2EcNoUtra

=2*0 7=2*dB9

.23"res"old2RscUtra

=(()

"/steresisB2

(07(dB9

time3o3ri!!erB2

+*0

tri!!er&uantit/B2

0 7R%RP9

tri!!er&uantit/UtraB2

0 7R%CP9

a23"res"oldRsrPrim

=((,

a23"res"oldRsrqPrim

=(-)

"/steresisA2Prim

2072dB9

reortAmountA2Prim

0

reortInter$alA2Prim

2 7#%8*,09

reort&uantit/A2Prim

( 7B639

time3o3ri!!erA2Prim

+*0

tri!!er&uantit/A2Prim

0 7R%RP9

a23"res"oldRsr%ec

=((,

a23"res"oldRsrq%ec

=(-)

"/steresisA2%ec

2072dB9

reortAmountA2%ec

0

reortInter$alA2%ec

2 7#%8*,09

reort&uantit/A2%ec

( 7B639

time3o3ri!!erA2%ec

+*0

tri!!er&uantit/A2%ec

0 7R%RP9

aoset

0 7dB9

"/steresisA

0

reortAmountA

0

reortInter$alA

2 7#%8*,09

reort&uantit/A

( 7B639

time3o3ri!!erA

20

tri!!er&uantit/A

0 7R%RP9

aosetAnrDelta

0

"/steresisA

0

time3o3ri!!erA

+*0

a(3"res"oldRsrPm

=(*0

a(3"res"oldRsrqPm

=(-)

a23"res"oldRsrPm

=(*0

a23"res"oldRsrqPm

=(-)

a6setPm

) 70)dB9

aReort6nLea$ePm

0

a*3"res"oldRsrPm

=(*0

a*3"res"oldRsrqPm

=(-)

a)3"res"oldRsrPm(

=(*0

a)3"res"oldRsrPm2

=(*0

a)3"res"oldRsrqPm(

=(-)

a)3"res"oldRsrqPm2

=(-)

"/steresisPm

(07(dB9

ma
*

meas%electionEUtraPm

0 7PERI6DICAL9

reortAmountPm

0

reortInter$alPm

2 7#%8*,09

reort&uantit/Pm

( 7B639

time3o3ri!!erPm

+*0

tri!!er&uantit/Pm

0 7R%RP9

n(0

20

n((

(

t00

(000

t0(

*00

t02

)

t0*

(000

t(0

2000

t((

000

t20

0

mi
0

ci"erin!Al!orit"ms

+ 7EEA(8EEA29

inte!rit/ProtectionAl!orit"ms

) 7EIA(8EIA29

r.Id%uer$isionActi$e dl#a
0 , ,

s/stConstants

((0H=(0,

a)B2#o.ilit/3imer

0

.adCo$era!e#eas%election

2 7B639

.estCellReleaseActi$e

0

lterCoe;cientEUtraRsr

*

lterCoe;cientEUtraRsrq

((

ma<#easCdma2000erd

)

ma<#easEUtra6t"er

)

ma<#easGeran

)

ma<#easInterFreqEUtra

5

ma<#easUtraFdd

)

meas&uantit/UtraFDD

0 7R%CP9

measurementPriorit/

0 7ANR8PRI69

s#easure

0 7disa.led9

ue#easurementsActi$e

0

t"res">i!"

*

t"res">Lo4

0

qR
=((-

no6f3
0 or 2

no6fR
0 or 2

ma<arq#s!3<

*

ma
+*

raResonseindo4%ie

*

ream.le3rans#a<

(07ard Constant9

macContentionResolution3imer

+7maed to *,9=%CH(((

o4erRamin!%te

*(Hard Constant)

rea ream. m.le leIn Init itiialR alRecei ecei$e $ed d3ar!etP etPo4er

=((0 =((07% 7%/ /stem stem Const onsta ant9 nt9

deltaPream.le#s!

+

Nokia Parameter Details - RL 4 Nokia De!ault"R Nokia Parameter ecomme Name n#e# $ %MC & Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Detail

Parameter Description

Not a$aila.le Not a$aila.le

"rdCResPrio

"rdFrq3"r

"rdFrq3"rL

dr.Am#
ollPdu


A.solute riorit/ of t"e Bandclass of CD#A2000 RPD A.solute riorit/ 70 meansH lo4est riorit/9

=

Equal riorities .et4een RA3s are not suorted accordin! to GPP +0*J

=

i!" t"res"old to4ards t"is Bandclass of CD#A2000 RPD 3"is secies t"e "i!" t"res"old used in reselection to4ards CD#A2000 RPD

=

Lo4 t"res"old to4ards t"is Bandclass of CD#A2000 RPD 3"is secies t"e lo4 t"res"old used in reselectionisto4ards RPD side 3"is arameter used ./CD#A2000 t"e transmittin!

(+

of eac" A# RLC entit/ to count t"e num.er of transmissions of an A#D PDU 3"is arameter is set so t"at a radio lin? failure can .e detected ./ t"e eNB .efore t"e ma
+*

3"is arameter secies t"e arameter ollPDU of +(J 3"e arameter Poll PDU denes t"e num.er of RLC PDUs t"at are sent on a lo!ical c"annel .efore t"e RLC ollin! .it is set

tPollRetr

tPollRetr

(20ms

3"is arameter secies t"e arameter t= ollRetransmit of +(J 3"is timer is used ./ t"e transmittin! side of an A# RLC entit/ in order to retransmit a oll 3"e used minimum $alue of t"e timer s"all .e lar!er t"an t"e calculated round=tri time 4it" considerations of AR& retransmissions and out=of=sequence arri$al 3"e $alue of t"e timer s"all .e lar!er t"an t4ice of t"e timerReorder

(20ms

3"is arameter secies t"e arameter t= ollRetransmit of +(J 3"is timer is used ./ t"e transmittin! side of an A# RLC entit/ in order to retransmit a oll 3"e used minimum $alue of t"e timer s"all .e lar!er t"an t"e calculated round=tri time 4it" considerations of AR& retransmissions and out=of=sequence arri$al 3"e $alue of t"e timer s"all .e lar!er t"an t4ice of t"e timerReorder

tPro"i.

tPro"i.

)0ms

3"is arameter secies t"e arameter t= %tatusPro"i.it of +(J 3"is timer is used ./ t"e recei$in! side of an A# RLC entit/ in order to ro"i.it transmission of a %3A3U% PDU

)0ms

3"is arameter secies t"e arameter t= %tatusPro"i.it of +(J 3"is timer is used ./ t"e recei$in! side of an A# RLC entit/ in order to ro"i.it transmission of a %3A3U% PDU

dr.Am#
ollPdu Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le mncLen!t" Not a$aila.le

(+

3"is arameter is used ./ t"e transmittin! transmittin! side of eac" A# RLC entit/ to count t"e num.er of transmissions of an A#D PDU 3"is arameter is set so t"at a radio lin? failure can .e detected ./ t"e eNB .efore t"e ma
+*

3"is arameter secies t"e arameter arameter ollPDU of +(J 3"e arameter Poll Poll PDU denes t"e num.er of RLC PDUs t"at are sent on a lo!ical c"annel t"e RLC ollin! .it is set Relaced.efore ./

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le  Not a$aila.le

lin?6A#Ena.led

0

Not a$aila.le

Not a$aila.le

dlsFdAl!

PFsc"

AdmissionControlHHdl3ransN4Band4idt" %ince L((B

3"is arameter determines determines t"e ran!e of t"e rimar/ #NC of t"e eNB

Ena.les t"e Lin? 6A# functionalit/ for t"is et"ernet lin? In consequenceH = t"e $alues of all statistics counters of t"e Lin? 6A# feature for t"is interface are set to 0 = t"e Lin? 6A# alarms for t"is interface are cleared = t"e Lin? 6A# disco$er/ rocess is startedK eit"er in acti$e or in assi$e mode

Parameter Parameter to c"oose .et4een dierent a$aila.le al!orit"ms for frequenc/ domain sc"edulin! A$aila.le al!orit"ms are 33AH 33AH fair allocation allocation roert/ roert/ .ased on ratio of relati$e to 4ide.and c"annel qualit/ PFsc"H roortional fair allocation roert/ .ased on ratio of immediate to a$era!e sc"eduled c"annel qualit/

Not a$aila.le

Not a$aila.le

.ts%/nc#ode

it" t"is arameter t"e t"e s/nc"roniation s/n c"roniation mode of t"e eNB can .e selected L3E s/stems suortin! #B%FN or co=oerate co= oerate 4it" CD#A 2000 s/stem require a ti!"t timin! on air interface transmission s/nc"roniation In all t"ose cases "ase s/nc"roniation s"ould .e selected For L3E s/stems 4"ic" do not require suc" accurate "ase s/nc"roniationK t"e )0. frequenc/ accurac/ is ac"ie$ed $ia normal frequenc/ s/nc"roniation For For t"ose t"at $alue s"ould .e set If "ase s/nc"roniation is selectedK onl/ s/nc"roniation reference sources 4"ic" are caa.le to accurac/ needed ./ "ase s/nc"roniation s"all .e selected 3o meet a relati$e "ase accurac/ B3% can not come u Freq%/nc 4it"out GP% connection e
Not a$aila.le

Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

ocAcPro.Fac

si!AcPro.Fac

eCallAcBarred

Relaced ./ AdmissionControlHHul3ransN4Band4idt" %ince Not a$aila.le L((B Not a$aila.le Not a$aila.le Not a$aila.le

3"e access ro.a.ilit/ ro.a.ilit/ factor factor denes t"e ro.a.ilit/ for a UE to esta.lis" an RRC connection 3"e UE dra4s a random num.er 70 ' rand rand M (9 If rand is "i!"er t"an t"e $alue indicated ./ t"e access ro.a.ilit/ factorK t"e UE considers t"e -) access .arrin! c"ec? to .e unsuccessful 3"e access ro.a.ilit/ ro.a.ilit/ factor factor denes t"e ro.a.ilit/ for a UE to esta.lis" an RRC connection 3"e UE dra4s a random num.er 70 ' rand rand M (9 If rand is "i!"er t"an t"e $alue indicated ./ t"e access ro.a.ilit/ factorK t"e UE considers t"e access .arrin! c"ec? to .e unsuccessful -) Access Class .arrin! for AC (0 3"e access .arred .arred for emer!enc/ calls calls a! indicates t"at access is .arred for emer!enc/ 2 7 Not Barred 9 calls in t"is cell

Not a$aila.le acBar6c

Not a$aila.le

Access class .arrin! for ori!inatin! calls Access .arrin! for si!nalin!

acBar%i!

ocAcBarAC

0

si!AcBarAC

0

ocAcBar3ime

* 7 +*9

Access class .arrin! list 7) .it9 for ori!inatin! calls for AC ((=() ((=() 7leftmost .it is is for AC ((K t"e second .it in t"e list is for AC (2K and so on9 3"e default is no access access class .arred .arred Access class .arrin! list 7) .it9 for si!nalin! for AC ((=() 7leftmost .it is for AC ((K t"e second .it in t"e list is i s for AC (2K and so on9 3"e default is no access access class .arred .arred 3"e access class .arrin! .arrin! time denes t"e time t"at t"e access .arrin! c"ec? remains unsuccessful 4"ile t"e UE is not erformin! an emer!enc/ call In t"is caseK t"e UE starts timer 30 usin! t"is arameter arameter 3imer $alue $alue in minutes

si!AcBar3ime

* 7 +*9

Not a$aila.le

Not a$aila.le


Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

3"e access class .arrin! time denes t"e time t"at t"e access .arrin! c"ec? remains unsuccessful 4"ile t"e UE is not erformin! an emer!enc/ call In t"is caseK t"e UE starts timer 30 usin! t"is arameter 3imer $alue in minutes

Not a$aila.le Not a$aila.le Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le cells or 4it" sin!le F%#E to con!ure more t"an  cells Do4nlin? c"annel .and4idt" denes t"e DL .and4idt" for t"e eNode=B transmission in a cellK and also denes t"e num.er of a$aila.le P"/sical Resource Bloc?s 3"e do4nlin? c"annel .and4idt" main! to num.er of P"/sical Resource Bloc?s isH )0 # ' 2) DL PRB% (00 # ' )0 DL PRB% ()0 # ' 5) DL PRB% 200 # ' (00 DL PRB% 3"is arameter is one of t"e arameters in a set 4"ic" denes t"e ma
dlC"B4 Not a$aila.le Not a$aila.le Not a$aila.le


actDrx

(

antBearin!

antBeam4idt" Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

modPeriodCoe Not a$aila.le Not a$aila.le

ma
Parameter to acti$ate or deacti$ate t"e DR> feature in a cell Note for t"e case 4"ere eriodic su..and C&I reortin! 7eriodicCqiFeed.ac?3/e9 is ena.led to!et"er 4it" DR> functionalit/H It ma/ not .e ossi.le to s/nc"ronie DR> start oset suc" t"at t"e 4ide.and C&I reort is recei$ed durin! t"e DR> 6nDuration 7due to eriodicities9 and t"at ma/ cause small erformance de!radation in DL 4"ene$er fres" 4ide.and c"annel qualit/ information cannot .e !et in time It is u to an oerator 4"et"er to re$ent acti$ation of eriodic su..and C&I reortin! and DR> in arallel .ecause of t"is restriction Antenna Bearin! 3"e antenna .eam4idt" for t"e .and %ome RE3 t/es ma/ automaticall/ udate t"e .eam4idt" information .ased on t"e con!uration data do4nloaded into t"e RE3 de$ice %ome de$ices ma/ also restrict o$e4ritin! t"e eld

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

2 709 Not a$aila.le Not a$aila.le

 Not a$aila.le

3"e arameter denes t"e len!t" of t"e modication eriod #odication eriod ' modicationPeriodCoe Q defaultPa!in!C/cle  (0 ms #odication eriod is equal or lo4er t"an (02* 7n2 corresonds to $alue 2K n* corresonds to $alue * and n, corresonds to $alue ,9

3"e arameter denes "o4 man/ 6FD# s/m.ols can .e used for PDCC c"annel transmission eNB selects .ased on usa!e t"e actual $alue for eac" 33IK 4"ic" and $alue is si!naled to t"e UEs in PCFIC

act6tdoa Not a$aila.le Not a$aila.le

#a<64nCell

Acti$ates t"e transmission of PR% si!nals accordin! to t"e PR% con!uration

0 7 FAL%E 9 Not a$aila.le Not a$aila.le

2

rimPlmnCellres

3"e IE P=#a< is used to limit t"e UETs ulin? transmission o4er on a carrier frequenc/ it is also used to calculate t"e arameter P= comensation dened in 3% +0*  Corresonds to arameter PE#A> in 3% +(0( 3"e UE transmit o4er s"ould not eK as secied in 3% +(0( Indicates if t"e cellPL#N com.ination is reser$ed for oerator use Cells reser$ed for oerator use are treated as .arred ./ TnormalT UEs 4it"out a U%I# 4it" AC (( or () inserted UEs 4it" AC (( or () U%I# inserted are secic oerator UEs and t"us allo4ed to cam on and access suc" cells 3"e default $alue is not reser$ed Determines t"e eriodicit/ and oset of t"e PR% occasions for FDD

rsCon!urationInde ()( 7()(9


0NomPucc"

()(=()5H (+0ms eriod *5(=*55H 20ms eriod ((((=(((5H +*0ms eriod 2-(=2-5H (2,0ms eriod 3"e eriodicit/ and oset can .e comuted accordin! to GPP 3% +2(( Rel-


=((+

3"is arameter denes t"e cell secic nominal o4er to .e used for PUCC o4er calculation in UE ulin? o4er control equation 7P29K for controllin! mean recei$ed %NR for control data

0NomPusc"

=,0

3"is arameter denes t"e cell secic nominal o4er for t"e PU%C Used for P08PU%C calculation in UE ulin? o4er control equation 7P(9 for controllin! t"e mean recei$ed %NR for user data durin! 7re9transmission corresondin! to a recei$ed PDCC 4it" DCI format 0 associated 4it" a ne4 ac?et transmission 3"is arameter is used to control mean recei$ed %NR for user data %ecies t"e minimum required R> R%RP le$el in t"e cell 7&r
qr
=(0

qR
3"is secies t"e minimum required R> le$el in t"e cellrequired in dBm R> le$el in t"e =(0) dBm Aects t"e minimum cell 2

Not a$aila.le

Not a$aila.le

si#essa!ePeriodicit/






siindo4Len

(0 ms

Denes t"e common %/stem Information sc"edulin! 4indo4 3"e arameter %I indo4 Len!t" denes t"e common %/stem Information sc"edulin! 4indo4 for all %Is

nCellC"!i!"

3"e arameter denes t"e num.er of cell c"an!es to enter t"e "i!" mo.ilit/ state For t"e idle modeK it corresonds to NCR8 in 3% +0*

nCellC"!#ed

3"e arameter denes t"e num.er of cell c"an!es to enter t"e medium mo.ilit/ state For idle modeK it corresonds to NCR8# in 3% +0*

q/st

2dB 729

q/st%fi!"

=

q/st%f#ed

=

3"e &"/st arameter ro$ides t"e "/steresis $alue in dB for ran?in! criteria in t"e cell reselection rocedure 3"e arameter is used to minimie in!on! 3"e arameter denes an additional "/steresis $alue to .e alied in t"e "i!" mo.ilit/ state to t"e cell reselection rocedure "/steresis $alue 7q=/st9 @alue d.=+ corresonds to =+dBK d.=* corresonds to =*dB and so on 3"e arameter denes an additional "/steresis $alue to .e alied in t"e medium mo.ilit/ state to t"e cell reselection rocedure "/steresis $alue 7q=/st9 @alue d.=+ corresonds to =+dBK d.=* corresonds to =*dB and so on

sIntrasearc"

*+

3"e %intrasearc" arameter denes t"e t"res"old 7in dB9 for intra=frequenc/ measurements 3"e UE can omit measurements of intra= frequenc/ nei!".or cells if t"e ser$in! cell is a.o$e a certain t"res"old

sNonIntrsearc"

,

tE$aluation

=

t"res"%r$Lo4

*

3"e sNonintrsearc" arameter denes t"e t"res"old 7in dB9 for inter=RA3 and inter= frequenc/ measurements 3imer 3CRma< denes t"e duration for e$aluatin! t"e criteria to enter mo.ilit/ states For idle modeK it corresonds to 3CRma< in 3% +0* %ecies t"e t"res"old for t"e ser$in! frequenc/ used in reselection e$aluation to4ards lo4er riorit/ EU3RAN frequenc/ or RA3

= (

3imer 3CRma</st denes t"e additional duration for e$aluatin! t"e criteria to enter normal mo.ilit/ state For idle modeK it corresonds to 3CRma</st in 3% +0* U3RA cell reselection timer

t/stNormal tResUtra

utrRes3iF#

utrRes3iF## tResGer

!erRes3iF#

!erRes3iF## searc"in%ie tResrd

"rRes3iF#

"rRes3iF##

0) 7(9

3"e eld t=ReselectionU3RA is multilied ./ t"is factor if t"e UE is in t"e "i!" mo.ilit/ state as dened in +0*

0) 7(9 (

3"e eld t=ReselectionU3RA is multilied ./ t"is factor if t"e UE is in t"e medium mo.ilit/ state as dened in +0* GERAN cell reselection timer

0)7(9

3"e eld t=ReselectionGERAN is multilied 4it" t"is factor if t"e UE is in t"e "i!" mo.ilit/ state as dened in +0*

0)7(9 (+ 7N63U%E D9 =

3"e eld t=ReselectionGERAN is multilied 4it" t"is factor if t"e UE is in t"e medium mo.ilit/ as dened +0* 3"e searc"state 4indo4 sie is ainCD#A arameter to

.e used to assist in searc"in! for t"e nei!".orin! ilots CD#A2000 RPD Cell Reselection 3imer CD#A2000 RPD Cell Reselection 3imer factor if t"e UE is in i!" #o.ilit/ state 3"e eld tResrd is multilied 4it" t"is factor if t"e UE is in i!" #o.ilit/ state as dened in +0* N63 U%ED CD#A2000 RPD Cell Reselection 3imer factor if t"e UE is in #edium #o.ilit/ state 3"e eld tResrd is multilied 4it" t"is factor if t"e UE is in #edium #o.ilit/ state as dened in +0* N63 U%ED

t"res"%r$Lo4

*

Ulin? c"annel .and4idt" denes t"e UL .and4idt" for t"e eNode=B transmission in a cell #a
ulC"B4 Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

%ecies t"e t"res"old for t"e ser$in! frequenc/ used in reselection e$aluation to4ards lo4er riorit/ EU3RAN frequenc/ or RA3

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Cell Indi$idual 6set 7CI69 of Nei!".or cells for insertion into t"e CI6 Cell List of EU3RA %er$in! or Nei!".or Carrier #easurement 6.ect

cellInd6Nei!" Not a$aila.le Not a$aila.le

() 7 0 dB 9 Not a$aila.le Not a$aila.le

All CI6s dierent from ero 4ill .e considered ./ eNB for #easurement Con!uration 7u to a limit of 2 CI6s er carrier frequenc/9 If t"is arameter is modiedK t"e LNREL arameter cellInd6Nei!"Delta is imlicitl/ set to 0

3"e arameter controls "ando$er .lac?listin! 3"e instance of LNREL and t"e related cell relations"iK dened ./ ECGIK identies t"e secic cell to cell relation 3"e arameter allo4s 6 for t"is nei!".or relationK onl/ %( 6 or no 6 at all 3"e .lac?listin! alies in addition to .lac?listin! $ia t"e LNCEL arameter .lac?listoL

"ando$erAllo4ed

3"e meanin! is as follo4sH Tallo4edT means t"at an/ %( or >2 out!oin! "ando$er is allo4ed Tonl/%(T means t"at out!oiin! "ando$er $ia %( is allo4ed .ut not $ia >2 0 Tfor.iddenT means t"at no out!oin! %( or >2 7 Allo4ed "ando$er is tri!!ered 9

q6setCell

() 7 0 9

Not a$aila.le

Not a$aila.le

3"e arameter denes a cell=secic oset 7in dB9 t"at is used in t"e cell reselection rocedure

indicate t"e ma
measBd4

A.solute riorit/ of t"e EU3RA carrier frequenc/ Equal riorities .et4een RA3s are not suorted accordin! to GPP +0*J

eutCelResPrio Not a$aila.le Not a$aila.le Not a$aila.le


#a<64nCell

intraPresAntP

q6Frq

qr
interFrq3"r

2

3"e IE P=#a< is used to limit t"e UETs ulin? transmission o4er on a carrier frequenc/ it is also used to calculate t"e arameter P= comensation dened in 3% +0*  Corresonds to arameter PE#A> in 3% +(0( 3"e UE transmit o4er s"ould not eK as secied in 3% +(0(

(

Indicates 4"et"er all t"e nei!".orin! cells use Antenna Port ( "en set to 3RUEK t"e UE ma/ assume t"at at least t4o cell=secic antenna orts are used in all nei!".orin! cells

0 dB 7()9

%ecies t"e minimum required R> R%RP le$el in t"e cell 7&r t"an t"e currentl/ ser$in! frequenc/

interFrq3"rL

tReselEutr

Frequenc/=secic oset for equal riorit/ E= U3RAN frequencies

(

3"is secies t"e t"res"old used in reselection to4ards frequenc/ > riorit/ from a "i!"er riorit/ frequenc/ 3"e 3reselection arameter denes t"e cell reselection timer $alue It allo4s a$era!in! of t"e tar!et cell qualit/ .efore cell reselection is erformed

celRes3iF#

3"e cell reselection timer 7t= ReselectionEU3RAN9 is multilied ./ t"is factor if t"e UE is in t"e medium "i!" mo.ilit/ state

celRes3iF##

3"e cell reselection timer 7t= ReselectionEU3RAN9 is multilied ./ t"is factor if t"e UE is in t"e medium mo.ilit/ state

Not a$aila.le

Not a$aila.le

Indicates t"e ma
"arq#a<3rDl

*

tPeriodicBsr

3ime eriod of t"e eriodic Buer %tatus Reort for t"e reortin! of t"e UE transmission .uer utiliation Furt"er information to t"e 6S# arameter can .e found in %F%=B#J 20ms 79

ta3imer

Determines t"e num.er of su.frames after 4"ic" a UE assumes it is out=of=s/nc in UL if no 3ime Ali!nment command 4as recei$ed (02*0 7+9

"arq#a<3rUl

)

defPa!C/c

(2,rf 729 Not a$aila.le

Not a$aila.le

a!in!N. Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

quarter3 Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Indicates t"e ma c/cle duration It also determines t"e ma duration alica.le in t"e cell Referred to as T 3 T in 3% +0* @alue rf2 corresonds to 2 radio framesK rf+* corresonds to +* radio frames and so on

Pa!in! nB denes t"e num.er of ossi.le a!in! occasions er radio frameK ie t"e densit/ of a!in! occasions 3"is arameter is used to calculate t"e num.er of a!in! occasions 4it"in one a!in! DR> durationK 4"ic" in turn is used to calculate t"e a!in! occasion

Not a$aila.le Not a$aila.le Not a$aila.le rlc#ode Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le minBitrateDl Not a$aila.le Not a$aila.le

inacti$it/3imer

t"res"old2a Not a$aila.le

"/s3"res"old2a

Not a$aila.le Not a$aila.le Not a$aila.le RLC8A# 709 Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le 0 Not a$aila.le Not a$aila.le

#inimum .it rate t"at s"all .e !ranted in DL 33I

(0

3"e arameter denes t"e time eriod for t"e indication of t"e UE inacti$it/ in .ot" DL and UL directions

-, 7 not Used 9

3"res"old for R%RP of ser$in! cell for stoin! of Inter=RA3 7InterFreq9 #easurements 3"res"old for R%RP of ser$in! cell If Inter=RA3 7InterFreq9 measurements are acti$e and $alue e>> M' 3"2a for >>>' InterFreqK CD#AK G%#

* 7 2dB9

Related /steresis of 3"res"old for R%RP of ser$in! cell for stoin! of Inter=RA3 7InterFreq9 #easurements Parameter is used 4it"in t"e entr/ and lea$e condition of t"e A( tri!!ered reortin! condition 3"e IE $alue is multilied ./ 2

3ime to tri!!er deacti$ation of all measurements Duration for 4"ic" t"e e$ent A( must .e $alidK suc" t"at Inter=Frequenc/Inter=RA3 a(3ime3o3ri!!erDeac (+ tInter#eas 7 notUsed9 measurements are deacti$ated

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le

t"res"old

3"res"old for R%RP of ser$in! cell If R%RP of ser$in! cell is lo4er t"an t"res"old and R%RP 0 7 =((0 of nei!".or cell is !reater t"an t"res"oldaK a "ando$er is tri!!ered d.m 9

Not a$aila.le

Not a$aila.le

t"res"olda

3"res"old for R%RP of intra=frequenc/ nei!".or cell If R%RP of ser$in! cell is lo4er t"an ( 7 =(0- t"res"old and R%RP of nei!".or cell is !reater t"an t"res"oldaK a "ando$er is tri!!ered d.m 9

Not a$aila.le "/s3"res"old

Not a$aila.le 0

a)3ime3o3ri!!er Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

20ms Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

Related "/steresis of t"res"olds t" and t"a for R%RP 3ime for 4"ic" t"e secic criteria for t"e measurement e$ent A) must .e met in order to tri!!er a measurement reort @alue denitions as stated in GPP 3%+(H $alue #%0 corresonds to 0 msK #%*0 to *0 ms and so on



3"res"old for R%RP of ser$in! cell If R%RP of ser$in! $alue M .23"res"old(GERAN and R%RP of GERAN nei!".our cell V .23"res"old2GERAN t"en "ando$er is tri!!ered 7B2 e$ent9 .23"res"old(GERAN

20 7 =(20 Recei$e le$el t"res"old for ser$in! cell in B2 d.m9

e$ent Used in measurement e$ent t/e B2 4"ere t"e e$ent is tri!!ered if t"e ser$in! cell .ecomes 4orse t"an .23"res"old(GERAN AND t"e GERAN nei!".our cell .ecomes .etter t"an .23"res"old2GERAN %et in ReortCon!InterRA3 for GERAN

Not a$aila.le

Not a$aila.le

3"res"old for R%%I of GERAN nei!".our cell If R%RP of ser$in! $alue M .23"res"old( and R%%I of GERAN nei!".our cell V .23"res"old2GERAN t"en "ando$er is tri!!ered 7B2 e$ent9

.23"res"old2RssiGER () 7 =-) AN d.m 9

"/sB23"res"oldGERA ( 7 2dB9 N

Recei$e le$el t"res"old for GERAN nei!".our cell in B2 e$ent Used in measurement e$ent t/e B2 4"ere t"e e$ent is tri!!ered if t"e ser$in! cell .ecomes 4orse t"an .23"res"old( AND t"e GERAN nei!".our cell .ecomes .etter t"an .23"res"old2RssiGERAN %et in ReortCon!InterRA3 for GERAN NoteH 3"e main! for R%RP .ased GERAN t"res"olds is dierent from t"e one dened in GPP 3% +( and are dened in 3% *)00, Related /steresis of ando$er #ar!in for 6 to GERAN Parameter is used 4it"in t"e entr/ and lea$es condition of t"e B2 tri!!ered reortin! condition 3"e IE $alue is multilied ./ 2

Duration for 4"ic" t"e R%RP .ased e$ent B2 must .e $alid .23ime3o3ri!!erGERA (0 3ime for 4"ic" t"e secic criteria for t"e R%RP N#eas 7 )(2ms9 .ased measurement e$ent B2 must .e met in order to tri!!er a measurement reort Not a$aila.le

Not a$aila.le

.23"res"old(Utra

3"res"old for R%RP of ser$in! cell If R%RP of ser$in! $alue M .23"res"old(Utra and R%CP or EcN of CD#A nei!".our cell V .23"res"old2UtraMEcNoK RscV t"en "ando$er is tri!!ered 7B2 e$ent9 Recei$e le$el t"res"old for ser$in! cell in B2 2 7 =((5 e$ent Used in measurement e$ent d.m9 t/e B2 4"ere t"e e$ent is tri!!ered if t"e ser$in! cell .ecomes 4orse t"an .23"res"old(Utra AND t"e CD#A nei!".our cell .ecomes .etter t"an .23"res"old2UtraMEcNoK RscV 7de meas&uantit/Utra9 %et in ReortCon!InterRA3 for CD#A

Not a$aila.le

Not a$aila.le

3"res"old for U3RA nei!".our cell on t"e current frequenc/K suc" t"at it is considered to .e !ood and reorted in t"e measurement result of B2 e$ent Alica.le onl/ if meas&uantit/U3RA= .23"res"old2UtraEcn (- 7 FDD'cic"=EcN0 0 =(*) 9 cic"=EcN0 corresonds to CPIC8EcNo in 3% 2)( for FDD %et in ReortCon!InterRA3 for CD#A Parameter is otional deendin! on meas&uantit/Utra 3"res"old for U3RA nei!".our cell on t"e current frequenc/K suc" t"at it is considered to .e !ood and reorted in t"e measurement result of B2 e$ent Alica.le onl/ if meas&uantit/U3RA= .23"res"old2UtraRsc 0 7 =(() FDD'cic"=R%CP  d.m 9 cic"=R%CP corresonds to CPIC8R%CP in 3% 2)( for FDD %et in ReortCon!InterRA3 for CD#A Parameter is otional deendin! on meas&uantit/Utra Related /steresis of ando$er #ar!in for 6 to CD#A Parameter is used 4it"in t"e entr/ and lea$e condition of t"e B2 tri!!ered "/sB23"res"oldUtra ( 7 2 dB 9 reortin! condition 3"e IE $alue is multilied ./ 2 Duration for 4"ic" t"e R%RP .ased e$ent B2 must .e $alid 3ime for 4"ic" t"e secic .23ime3o3ri!!erUtra , 7 20ms criteria for t"e R%RP .ased measurement e$ent #eas 9 B2 must .e met in order to tri!!er a measurement reort

Not a$aila.le

Not a$aila.le

Denes 4"ic" quantit/ to use for E$ent B2 measurements to4ards t"is frequenc/ set in &uantit/Con!U3RA

meas&uantit/Utra

( 9 t"res"old2cdma 2 9 t"res"old2GERAN 9 t"res"old2InterFreq

3"e quantities used to e$aluate t"e tri!!erin! 0 7 CPIC condition for t"e e$ent R%CP 9 cic"=R%CP corresonds to CPIC8R%CP in 3% 2)( for FDD cic"=EcN0 corresonds to CPIC8EcNo in 3% 2)( for FDD 3"is arameter refers to e$ent B2 for 6 to CD#A ( 9 -, 7 Not used 3"res"old for R%RP of ser$in! cell for start of 9 CD#A GERAN IN3ERFRE& #easurements 29 2 3"res"old for R%RP of ser$in! cell If t"e $alue 9 -, is .elo4 t"res"old2CD#A GERAN IN3ERFRE& 7 Not 7e$ent A29 K CD#A GERAN IN3ERFRE& Used9

measurements are started

Not a$aila.le

Not a$aila.le (9 (9 0 "/s3"res"old2cdma 29 0 29 9 0 "/s3"res"old2GERAN 9 "/s3"res"old2InterFr eq

Related /steresis of 3"res"old for R%RP of ser$in! cell for start of CD#AGERAN IN3ERFRE& measurements Parameter is used 4it"in t"e entr/ and lea$e condition of t"e A2 tri!!ered reortin! condition 3"e IE $alue is multilied ./ 2

Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le (9 ( 9 Not 3ime to tri!!er acti$ation of GERAN  CD#A  a23ime3o3ri!!erAct used 7(+9 IN3ERFRE& measurements cdma#eas 29 Duration for 4"ic" t"e e$ent A2 must .e $alidK 29 NotUsed suc" t"at G%#  CD#A  IN3ERFRE& a23ime3o3ri!!erActG 7(+9 measurements are acti$ated ERAN#eas 9 Not 9 Used 7 (+9 a23ime3o3ri!!erActIn terFreq#eas Not a$aila.le

t"res"old* Not a$aila.le

Not a$aila.le ( 7 =(d.m 9 Not a$aila.le

3"res"old for R%RP of intra=frequenc/ nei!".or cell cell If R%RP of ser$in! $alue M 3"* t"en re= direct is tri!!ered



a23ime3o3ri!!erRedir 5 72)+ ect ms9 Not Not a$aila.le a$aila.le

a6set

"/sA6set

ando$er mar!in for .etter cell 6 Used in measurement e$ent t/e A 4"ere t"e e$ent is + 7  dB 9 tri!!ered 4"en t"e nei!".or cell .ecomes .etter t"an t"e ser$in! cell ./ t"e $alue of t"e A oset Related /steresis of ando$er #ar!in for Better Cell ando$er of Intra=Frequenc/ 0 Parameter is used 4it"in t"e entr/ and lea$e condition of t"e A tri!!ered reortin! condition 3"e IE $alue is multilied ./ 2

Not a$aila.le

Not a$aila.le

aReortInter$al

3"is arameter denes t"e inter$al 4it" 4"ic" measurement reorts are reeatedl/ sent as lon! as t"e secic criteria for t"e measurement e$ent A are met @alue  7 +*0ms9 denitions as stated in GPP 3%+(H $alue #%(20 corresonds to (20 msK #%2*0 to 2*0 ms and so onK 4"ile $alue #IN( corresonds to ( minK #IN+ to + min and so on

Not a$aila.le

Not a$aila.le

a3ime3o3ri!!er

3ime for 4"ic" t"e secic criteria for t"e measurement e$ent A must .e met in order to , 7 20ms tri!!er a measurement reort @alue denitions 9 as stated in GPP 3%+(H $alue #%0 corresonds to 0 msK #%*0 to *0 ms and so on

Not a$aila.le

Not a$aila.le

Not a$aila.le

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

n(0

n(0 7+9

Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le Not a$aila.le

3"is is t"e ma
n((

n( 709

#a
t00

At e<ir/H Perform t"e actions as secied in +(K )+ 200ms 7(9 3imer 30( suer$ises t"e RRC connection re= esta.lis"ment rocedure %tartH 3ransmission of RRCConnectionReesta.ils"mentRequest %toH Recetion of RRCConnectionReesta.lis"ment or RRCConnectionReesta.lis"mentReect messa!e as 4ell as 4"en t"e selected cell .ecomes unsuita.le At e<ir/H Go to RRC8IDLE

t0(

200ms 7(9

t02

eNB sends t"is arameter to t"e UE in t"e messa!e RRC C6NNEC3I6N REXEC3 3"e UE 4ill consider access to t"e cell as .arred for t"e time secied ./ t02 ,000 ms

t0*

(000ms 7)9

3imer 30* suer$ises t"e successful comletion of a "ando$er or cell c"an!e

t(0

2000ms 7+9

3imer 3(0 suer$ises t"e reco$er/ from "/sical la/er ro.lems

t((

000ms 7(9

3imer 3(( suer$ises t"e RRC connection re= esta.lis"ment

(,0min 7(,09

320 denes t"e $alidit/ time of dedicated riorities dened in Idle#ode#o.ilit/ControlInfo

t20

3"is arameter ena.les t"e RF s"arin! 4it" G%# in L3E B3% Parameter is used onl/ for automatic licence acti$ation and in addition t"is arameter is used for s"ared RF modules IP address con!uration 3"is means t"at t"e #ulti Carrier Po4er Amliers 7#CPA9 transmittin! .ot" G%#EDGE RF and L3E RF carrier si!nals at t"e same GPP frequenc/ .and "en oeratin! in RF s"arin! modeK a sin!le RF #odule is connected to 2 %/stem #odules simultaneousl/

rf%"arin!Ena.led

eea0K eea(K eea2

eIa0K eIa(K eIa2 Not a$aila.le



0

Fle
(K ,K -

3"e ci"erin! al!orit"m suorted ./ t"e eNB = EEA0H NULL = EEA(H %N6 G = EEA2H AE%

0K -K Not a$aila.le

3"e inte!rit/ rotection al!orit"m suorted ./ t"e eNB = EIA0H NULL = EIA(H %N6 G = EIA2H AE%


lterCoe;cientR%RP fc* 7*9

%ecies t"e lterin! coe;cient used for R%RP 7to .e set in &uantit/Con!EU3RA9

lterCoe;cientR%R& fc* 7*9 Not Not a$aila.le a$aila.le Not Not a$aila.le a$aila.le Not Not a$aila.le a$aila.le Not Not a$aila.le a$aila.le Not Not a$aila.le a$aila.le

%ecies t"e lterin! coe;cient used for R%R& 7to .e set in &uantit/Con!EU3RA9

Denes 4"ic" quantit/ to use for E$ent B2 measurements to4ards t"is frequenc/ set in &uantit/Con!U3RA

meas&uantit/Utra

3"e quantities used to e$aluate t"e tri!!erin! condition for t"e e$ent cic"=R%CP corresonds to CPIC8R%CP in 3% 2)( for FDD cic"=EcN0 corresonds to CPIC8EcNo in 3% 2)( for FDD cic"R%CP 3"is arameter refers to e$ent B2 for 6 to CD#A 709

Not a$aila.le

Not a$aila.le

t"res"old( Not a$aila.le

utraFrq3"r

utraFrq3"rL

-0 Not a$aila.le

*

This specifies the threshold used by the UE when reselecting towards a higher priority frequency X than the current sering frequency

0

3"is secies t"e t"res"old used in reselection to4ards t"e frequenc/ > riorit/ from a "i!"er riorit/ frequenc/

qR
=(()

num6f3
2 7(9 Not a$aila.le

Not a$aila.le

"arq#a<#s!

3"res"old for R%RP If R%RP of ser$in! cell is !reater t"an 3"(K onl/ t"e ser$in! cell is measured

)

3"is secies t"e minimum required R> le$el in t"e cell in dBm 3"e Num.er of 3ransmission Antenna Ports arameter denes 4"et"er eNode=B "as one or t4o antennas for t"e do4nlin? si!nal transmission

Indicates t"e ma
raNondedPream.

*0 7-9

raResin%ie

(0 759

ream.3<#a<

(0 7+9

raContReso3

2ms 79

rac"P4rRam

2dB 7(9

ulcIniPreP4r

=(0* dBm 7,9

deltaPre#s!

(

3"is arameter determines t"e total num.er of non=dedicated RA ream.les t"at a UE can select from 7ie for contention .ased RA9 3"e minimum cannot .e ero Random Access Resonse indo4 %ie arameter denes t"e 4indo4 sie for t"e random access resonse in 33Is 3"e ream.le transmission ma
3"e arameter denes t"e initial o4er for Random Access ream.le transmission Used for t"e calculation of P08N6#INAL8PU%C7'29 for PU%C 7re9transmission corresondin! to t"e random access resonse !rant

s

ADDI3I6NAL INF6R#A3I6N

Comments

Di!!erenc e"N'

E Unit

N%N Unit

N%N #6C

In N%N it is Possi.le to dene PDU sie .ased on UE cate!or/

05K ste (

CDFI#

0() dBK ste 0) dB

CDFI#

0() dBK ste 0) dB

CDFI#

,

( 709K 2 7(9K  729K * 79K + 7*9K , 7)9K (+ 7+9K 2 759

LNB3%

*,

* 709K , 7(9K (+ 729K 2 79K +* 7*9K (2, 7)9K 2)+ 7+9K innit/ 759

LNB3%

50

)ms 709K (0ms 7(9K ()ms 729K 20ms 79K 2)ms 7*9K 0ms 7)9K )ms 7+9K *0ms 759K *)ms 7,9K )0ms 7-9K ))ms 7(09K +0ms 7((9K +)ms 7(29K 50ms 7(9K 5)ms 7(*9K ,0ms 7()9K ,)ms 7(+9K -0ms 7(59K -)ms 7(,9K (00ms 7(-9K (0)ms 7209K ((0ms 72(9K (()ms 7229K (20ms 729K (2)ms 72*9K (0ms 72)9K ()ms 72+9K (*0ms 7259K (*)ms 72,9K ()0ms 72-9K ())ms 709K (+0ms 7(9K (+)ms 729K (50ms 79K (5)ms 7*9K (,0ms 7)9K (,)ms 7+9K (-0ms 759K (-)ms 7,9K 200ms 7-9K 20)ms 7*09K 2(0ms 7*(9K 2()ms 7*29K 220ms 7*9K 22)ms 7**9K 20ms 7*)9K 2)ms 7*+9K 2*0ms 7*59K 2*)ms 7*,9K 2)0ms 7*-9K 00ms 7)09K )0ms 7)(9K *00ms 7)29K *)0ms 7)9K )00ms 7)*9 )ms 709K (0ms 7(9K ()ms 729K LNB3%

50

20ms 79K 2)ms 7*9K 0ms 7)9K )ms 7+9K *0ms 759K *)ms 7,9K )0ms 7-9K ))ms 7(09K +0ms 7((9K +)ms 7(29K 50ms 7(9K 5)ms 7(*9K ,0ms 7()9K ,)ms 7(+9K -0ms 7(59K -)ms 7(,9K (00ms 7(-9K (0)ms 7209K ((0ms 72(9K (()ms 7229K (20ms 729K (2)ms 72*9K (0ms 72)9K ()ms 72+9K (*0ms 7259K (*)ms 72,9K ()0ms 72-9K ())ms 709K (+0ms 7(9K (+)ms 729K (50ms 79K (5)ms 7*9K (,0ms 7)9K (,)ms 7+9K (-0ms 759K (-)ms 7,9K 200ms 7-9K 20)ms 7*09K 2(0ms 7*(9K 2()ms 7*29K 220ms 7*9K 22)ms 7**9K 20ms 7*)9K 2)ms 7*+9K 2*0ms 7*59K 2*)ms 7*,9K 2)0ms 7*-9K 00ms 7)09K )0ms 7)(9K *00ms 7)29K *)0ms 7)9K )00ms 7)*9 LNB3%

(

()ms 79K 20ms 7*9K 2)ms 7)9K 0ms 7+9K )ms 759K *0ms 7,9K *)ms 7-9K )0ms 7(09K ))ms 7((9K +0ms 7(29K +)ms 7(9K 50ms 7(*9K 5)ms 7()9K ,0ms 7(+9K ,)ms 7(59K -0ms 7(,9K -)ms 7(-9K (00ms 7209K (0)ms 72(9K ((0ms 7229K (()ms 729K (20ms 72*9K (2)ms 72)9K (0ms 72+9K ()ms 7259K (*0ms 72,9K (*)ms 72-9K ()0ms 709K ())ms 7(9K (+0ms 729K (+)ms 79K (50ms 7*9K (5)ms 7)9K (,0ms 7+9K (,)ms 759K (-0ms 7,9K (-)ms 7-9K 200ms 7*09K 20)ms 7*(9K 2(0ms 7*29K 2()ms 7*9K 220ms 7**9K 22)ms 7*)9K 20ms 7*+9K 2)ms 7*59K 2*0ms 7*,9K 2*)ms 7*-9K 2)0ms 7)09K 00ms 7)(9K )0ms 7)29K *00ms 7)9K *)0ms 7)*9K 7))92)ms 7)9K LNB3% ()ms 79K)00ms 20ms 7*9K

(

0ms 7+9K )ms 759K *0ms 7,9K *)ms 7-9K )0ms 7(09K ))ms 7((9K +0ms 7(29K +)ms 7(9K 50ms 7(*9K 5)ms 7()9K ,0ms 7(+9K ,)ms 7(59K -0ms 7(,9K -)ms 7(-9K (00ms 7209K (0)ms 72(9K ((0ms 7229K (()ms 729K (20ms 72*9K (2)ms 72)9K (0ms 72+9K ()ms 7259K (*0ms 72,9K (*)ms 72-9K ()0ms 709K ())ms 7(9K (+0ms 729K (+)ms 79K (50ms 7*9K (5)ms 7)9K (,0ms 7+9K (,)ms 759K (-0ms 7,9K (-)ms 7-9K 200ms 7*09K 20)ms 7*(9K 2(0ms 7*29K 2()ms 7*9K 220ms 7**9K 22)ms 7*)9K 20ms 7*+9K 2)ms 7*59K 2*0ms 7*,9K 2*)ms 7*-9K 2)0ms 7)09K 00ms 7)(9K )0ms 7)29K *00ms 7)9K *)0ms 7)*9K )00ms 7))9 LNB3%

In N%N it is Possi.le to dene PDU sie .ased on UE cate!or/

Direct main! not a$aila.le  Parameter Present in @endor File 7 ardcoded 9 4it" t"e name Wma<%(%etRetr/ W  Default 7 (0 s9

Default %c"edulin! strate!/H roortional fair

,

( 709K 2 7(9K  729K * 79K + 7*9K , 7)9K (+ 7+9K 2 759

LNB3%

*,

* 709K , 7(9K (+ 729K 2 79K +* 7*9K (2, 7)9K 2)+ 7+9K innit/ 759

LNB3%

2K ste (

LNB3%

E3L:

LNCEL

In N%N imlementations al4a/s allo4s 7 "ardcoded Wtdatae4dEcWData for4ardin! .efore %( Userlane at" s4itc" 4it"out an/ additional feature

Freq%/nc 709K P"ase%/nc 7(9K notUsed 7(09

No Dierenc e

No Dierenc e

B3%%CL

(

0 709K ) 7(9K (0 729K () 79K 20 7*9K 2) 7)9K 0 7+9K *0 759K )0 7,9K +0 7-9K 50 7(09K 5) 7((9K ,0 7(29K ,) 7(9K -0 7(*9K -) 7()9

LNCEL

(

0 709K ) 7(9K (0 729K () 79K 20 7*9K 2) 7)9K 0 7+9K *0 759K )0 7,9K +0 7-9K 50 7(09K 5) 7((9K ,0 7(29K ,) 7(9K -0 7(*9K -) 7()9

LNCEL

Not used 709K .arred 7(9K Not .arred 729

LNCEL

LNCEL LNCEL LNCEL No Dierenc e

Bit 0H AC ((K Bit (H AC (2K Bit 2H AC (K Bit H AC (*K Bit *H AC ()K

LNCEL

No Dierenc e

Bit 0H AC ((K Bit (H AC (2K Bit 2H AC (K Bit H AC (*K Bit *H AC ()K

LNCEL

*s 709K ,s 7(9K (+s 729K 2s 79K +*s 7*9K (2,s 7)9K 2)+s 7+9K )(2s 759

LNCEL

3GPP Comment

!if the UE is establishing the ""C connection for #obile originating calls and if both ti#ers T$%& and T$%$ are not running! $' draw a rando# nu#ber rand that is unifor#ly distributed in the range %  rand * +, $' start ti#er T$%$ with the ti#er alue calculated as follows- using the ac./arringTi#e included in ac. /arring0or12.Data! T$%$3 (%456 %47 8 rand) 8 ac. /arringTi#e $' infor# upper layers about the failure to establish the ""C connection and that access barring No for #obile originating calls is applicable- upon which the procedure Dierenc e ends,

3GPP Comment

!else if the UE is establishing the ""C connection for #obile originating signalling and if both ti#ers T$%& and T$%9 are not running! $' draw a rando# nu#ber rand that is unifor#ly distributed in the range %  rand * +, $' start ti#er T$%9 with the ti#er alue calculated as follows- using the ac./arringTi#e included in ac. /arring0or12.:ignalling! T$%93 (%456 %47 8 rand) 8 ac. /arringTi#e $' infor# upper layers about the failure to establish the ""C connection and that access barring No for #obile originating signalling is applicable- upon which the procedure Dierenc e ends,

Direct main! not a$aila.le N%N arameter W furt"erPlmnIdL W ro$ides additional PL#N IDTs con!ured for t"e cellUE directl/ 4ill ta?e L((Bt"is Planned to .e t"e %ince inut from arameter remo$ed

Direct main! not a$aila.le PRAC related arameters 4ill ro$ide t"e cell radius

*s 709K ,s 7(9K (+s 729K 2s 79K +*s 7*9K (2,s 7)9K 2)+s 7+9K )(2s 759

LNCEL

) # 729K (0 # 79K () # 7*9K 20 # 7)9

LNCEL

3RUE 709 KFAL%E 7 ( 9 0)-- de!K ste 0( de!

LNCEL RE3

0+0 de!K ste ( de!

RE3

2 709K * 7(9K , 729K (+ 79

LNCEL

(K ste (

LNCEL

Planned to .e remo$ed in E

No dierenc e ( ( No dierenc e

No Dierenc e

3RUE 7(9 KFAL%E 7 0 9

LNCEL

Relaced ./ art6f%ectorPo4er %ince L((B

.$%444$$ d/#- step + d/#

LNCEL

LNCEL ()( 7()(9K ()2 7()29K () 7()9K ()+ 7()+9K ()5 7()59K *5( 7*5(9K *52 7*529K *5 7*59K *5+ 7*5+9K *55 7*559K (((( 7((((9K (((2 7(((29K ((( 7(((9K (((+ 7(((+9K (((5 7(((59K 2-( 72-(9K 2-2 72-29K 2- 72-9K 2-+ 72-+9K 2-5 72-59

In EricssonK t"e $alue =( 7default9 means t"at t"is arameter 4ill not .e used for settin! t"e PR% eriod and rs%u.frame6set In nsnK PR% Period and PR% su.frame oset is al4a/s deri$ed from rsCon!urationInde<

LNCEL

Refer rsCon!Inde< arameter 3"is arameter is a ?e/ RF otimiation arameter i!"er settin!s of t"is arameter 4ill imro$e PUCC recetionK .ut 4ill also dri$e "i!"er UE 3< o4er leadin! to interference to nei!".orin! cellsK and $ice= $ersa

.+&5444.;7 d/#- step + d/#

(

LNCEL

i!"er settin!s 4ill imro$e PU%C recetionK .ut 4ill also dri$e "i!"er UE 3< o4er leadin! to interference to nei!".orin! cellsK and $ice=$ersa

.+&7444&< d/#- step + d/#

(+

LNCEL .+<%444.<< d/#- step & d/#

(0

2 d.

In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e

LNCEL =(()=2) dBmK ste 2 dBm 2(+ dBK ste 2 dB

GNFL LNCEL

,0ms 709K (+0ms 7(9K 20ms 729K +*0ms 79K (2,0ms 7*9K 2)+0ms 7)9K )(20ms 7+9

LNCEL

,0ms 709K (+0ms 7(9K 20ms 729K +*0ms 79K (2,0ms 7*9K 2)+0ms 7)9K )(20ms 7+9

LNCEL

In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e In N%NK t"ere is no indi$idual si#essa!ePeriodicit/ arameter for eac" %IB t/e InsteadK t"e %IB t/es are dened in %IB sc"edulin! listK 4it" Periodicit/ and Reetition maed alon! 4it" %IB t/e (ms 709K 2ms 7(9K )ms 729K (0ms 79K ()ms 7*9K 20ms 7)9K *0ms 7+9 LNCEL nCellC"!#ed must .e smaller or equal to nCellC"!i!" NoteH If nCellC"!i!" is set to same $alue t"an nCellC"!#edK t"e "i!" mo.ilit/ state does "a$e riorit nCellC"!#ed must .e smaller or equal to nCellC"!i!" NoteH If nCellC"!i!" is set to same $alue t"an nCellC"!#edK t"e "i!" mo.ilit/ state does "a$e riorit

((+K ste (

LNCEL

((+K ste ( 0dB 709K (dB 7(9K 2dB 729K dB 79K *dB 7*9K )dB 7)9K +dB 7+9K ,dB 759K (0dB 7,9K (2dB 7-9K (*dB 7(09K (+dB 7((9K (,dB 7(29K 20dB 7(9K 22dB 7(*9K 2*dB 7()9

LNCEL

LNCEL

=+ dB 709K =* dB 7(9K =2 dB 729K 0 dB 79

LNCEL

=+ dB 709K =* dB 7(9K =2 dB 729K 0 dB 79

LNCEL

Default $alue notes = Not used

(+

0+2 dBK ste 2 dB

LNCEL

,


LNCEL

0s 709K +0s 7(9K (20s 729K (,0s 79K 2*0s 7*9

LNCEL

*


LNCEL

(

0s 709K +0s 7(9K (20s 729K (,0s 79K 2*0s 7*9 05 sK ste ( s

LNCEL UFFI#

0)

02) 709K 0) 7(9K 05) 729K ( 79 UFFI#

0) (

02) 709K 0) 7(9K 05) 729K ( 79 UFFI# 05 sK ste ( s GFI#

0)

02) 709K 0) 7(9K 05) 729K ( 79

GFI#

0)

02) 709K 0) 7(9K 05) 729K ( 79

GFI#

0()K ste ( 05 sK ste ( s

CDFI# CDFI#

02) 709K 0) 7(9K 05) 729K ( 79 CDFI#

02) 709K 0) 7(9K 05) 729K ( 79 CDFI#

*


LNCEL

) # 729K (0 # 79K () # 7*9K 20 # 7)9

LNCEL

.&
LNREL

#inor c"an!e in N%N con!uration In N%N K t"ere is a ro$ision to select ando$er t/e 

allo4ed 709K for.idden 7(9K onl/%( 729 .&< d/ (%)- .&& d/ (+)- .&% d/ (&)- .+= d/ ($)- .+7 d/ (<)- .+< d/ (9)- .+& d/ (7)- .+% d/ (5)- .= d/ (=)- .7 d/ (;)- .9 d/ (+%)- .< d/ (++)- .$ d/ (+&)- .& d/ (+$)- .+ d/ (+<)- % d/ (+9)- + d/ (+7)& d/ (+5)- $ d/ (+=)- < d/ (+;)- 9 d/ (&%)- 7 d/ (&+)- = d/ (&&)- +% d/ (&$)+& d/ (&<)- +< d/ (&9)- +7 d/ (&7)+= d/ (&5)- &% d/ (&=)- && d/ (&;)&< d/ ($%)

%ince L((B as no functional .e"a$iour Planned to .e remo$ed

LNREL

IAFI#

+m.4 709K ()m.4 7(9K 2)m.4 729K )0m.4 79K 5)m.4 7*9K (00m.4 7)9

IRFI#

05K ste (

IRFI#

In EricssonK @alue (000 means t"e arameter is not sent in t"e s/stem information .loc?

=0 dBmK ste ( dBm

=2* dB 709K =22 dB 7(9K =20 dB 729K =(, dB 79K =(+ dB 7*9K =(* dB 7)9K =(2 dB 7+9K =(0 dB 759K =, dB 7,9K =+ dB 7-9K =) dB 7(09K =* dB 7((9K = dB 7(29K =2 dB 7(9K =( dB 7(*9K 0 dB 7()9K ( dB 7(+9K 2 dB 7(59K  dB 7(,9K * dB 7(-9K ) dB 7209K + dB 72(9K , dB 7229K (0 dB 729K (2 dB 72*9K (* dB 72)9K (+ dB 72+9K (, dB 7259K 20 dB 72,9K 22 dB 72-9K 2* dB 709

No dierenc e

LNCEL

LNCEL

IRFI#

=(*0=** dBmK ste 2 dBm

LNCEL


IRFI#


IRFI#

05 sK ste ( s

LNCEL

02) 709K 0) 7(9K 05) 729K ( 79 LNCEL

%ince L(2A as no functional .e"a$iour Planned to .e remo$ed

02) 709K 0) 7(9K 05) 729K ( 79 LNCEL

No dierenc e

20ms

((+K ste ( LNCEL )ms 709K (0ms 7(9K (+ms 729K 20ms 79K 2ms 7*9K *0ms 7)9K +*ms 7+9K ,0ms 759K (2,ms 7,9K (+0ms 7-9K 20ms 7(09K +*0ms 7((9K (2,0ms 7(29K 2)+0ms 7(9K innit/ 7(*9 LNCEL

(

)00 709K 5)0 7(9K (2,0 729K (-20 79K 2)+0 7*9K )(20 7)9K (02*0 7+9

LNCEL

(

(5K ste (

LNCEL

(2,

2

2rf 709K +*rf 7(9K (2,rf 729K 2)+rf

one3 729K "alf3 79K quarter3 7*9K oneEi!"t"3 7)9K one%i
LNCEL

LNCEL

RLC8A# 709

LNB3%

)5)000 ?.sK ste ) ?.s

LNCEL

(0+))) sK ste ( s

LNCEL

0-5K ste (

LNCEL

Data for4ardin! is not a license feature in N%N

No dierenc e

( dB

0() dBK ste 0) dB LNCEL ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9K notUsed 7(+9 LNCEL

No concet of rimar/ and secondar/ in N%N No concet of rimar/ and secondar/ in N%N No concet of rimar/ and secondar/ in N%N No concet of rimar/ and secondar/ in N%N

0

0-5K ste (

LNCEL

25

0-5K ste (

LNCEL

(

20

0() dBK ste 0) dB LNCEL 0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9 LNCEL

E$ent B2

20 d.m

0-5K ste (

LN6

E$ent B2

() dBm

0+K ste (

LN6

E$ent B2

( dB

0() dBK ste 0) dB

LN6

E$ent B2

0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms LN6 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9

E$ent B2

2

0-5K ste (

0*-K ste ( EcIo M Z2*dB

E$ent B2

-)

LN6

7 0 Y CPIC

( Y =2*dB  CPIC EcIo M Z2)dB  *, Y =0)dB  LN6 CPIC EcIo M 0dB *- Y 0  CPIC EcIo 9

E$ent B2

No Dierenc e

.9444;+- step + ( .9 > C?@CH ":C? * .+&%d/# .< > .+&%d/#  C?@CH ":C? * .++;d/# 444 444 ;+ > .&7d/#  LN6 C?@CH ":C? * .&9d/# ;+ > .&9d/#  C?@CH ":C? )

E$ent B2

( dB

0() dBK ste 0) dB

20 ms

0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms LN6 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9

E$ent B2

LN6

E$ent B2

No Dierenc e

cic"R%CP 709K cic"EcN0 7(9K LNCEL notUsed 729

LNCEL

LNCEL Planned to .e remo$ed in E Planned to .e remo$ed in E Planned to .e remo$ed in E 0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9K notUsed 7(+9

LNCEL

0-5K ste (

LNCEL

Planned to .e remo$ed in E Planned to .e remo$ed in E Planned to .e remo$ed in E 0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9

LNCEL

No Dierenc 0( d. e

0) d.

LNCEL

No Dierenc 0( d. e

0) d.

LNCEL

(20ms 709K 2*0ms 7(9K *,0ms 729K +*0ms 79K (02*ms 7*9K 20*,ms 7)9K )(20ms 7+9K (02*0ms 759K (min 7,9K +min 7-9K (2min 7(09K 0min 7((9K +0min 7(29

LNCEL

0ms 709K *0ms 7(9K +*ms 729K ,0ms 79K (00ms 7*9K (2,ms 7)9K (+0ms 7+9K 2)+ms 759K 20ms 7,9K *,0ms 7-9K )(2ms 7(09K +*0ms 7((9K (02*ms 7(29K (2,0ms 7(9K 2)+0ms 7(*9K )(20ms 7()9

LNCEL

Innit/ measurement amount suorted in N%N  From L((B lanned to .e remo$ed

(+0 ms

reort&uantit/ H sameAs3ri!!er&uantit/ From L((B lanned to .e remo$ed

tri!!er&uantit/

H rsr

(0

n( 709K n2 7(9K n 729K n* 79K n+ 7*9K n, 7)9K n(0 7+9K n20 759

LNCEL

(

n( 709K n2 7(9K n 729K n* 79K n) 7*9K n+ 7)9K n, 7+9K n(0 759

LNCEL

,00 ms

(00ms 709K 200ms 7(9K 00ms 729K *00ms 79K +00ms 7*9K (000ms 7)9K ()00ms 7+9K 2000ms 759

LNCEL

200ms

(00ms 709K 200ms 7(9K 00ms 729K *00ms 79K +00ms 7*9K (000ms 7)9K ()00ms 7+9K 2000ms 759

LNCEL

 sec No dierenc e No dierenc e No dierenc e

()0

(000(+000 msK ste (000 m LNCEL )0ms 709K (00ms 7(9K ()0ms 729K 200ms 79K )00ms 7*9K (000ms 7)9K 2000ms 7+9

LNCEL

0ms 709K )0ms 7(9K (00ms 729K 200ms 79K )00ms 7*9K (000ms 7)9K 2000ms 7+9 LNCEL (000ms 709K 000ms 7(9K )000ms 729K (0000ms 79K ()000ms 7*9K 20000ms 7)9K 0000ms 7+9 LNCEL )min 7)9K (0min 7(09K 20min 7209K 0min 709K +0min 7+09K (20min 7(209K (,0min 7(,09

LNCEL

B3%%CL

0-K ste (

LNB3%

0-K ste (

LNB3%

fc0 709K fc( 7(9K fc2 729K fc 79K fc* 7*9K fc) 7)9K fc+ 7+9K fc5 759K fc, 7,9K fc- 7-9K fc(( 7(09K fc( 7((9K fc() 7(29K fc(5 7(9K fc(- 7(*9

LNCEL

Remo$ed Remo$ed

%ince L((B as no functional .e"a$iour Planned to .e remo$ed

Since L11B. Planned to be removed

0

5

fc0 709K fc( 7(9K fc2 729K fc 79K fc* 7*9K fc) 7)9K fc+ 7+9K fc5 759K fc, 7,9K fc- 7-9K fc(( 7(09K fc( 7((9K fc() 7(29K fc(5 7(9K fc(- 7(*9

LNCEL

N6

cic"R%CP 709K cic"EcN0 7(9K notUsed 729

LNCEL

0-5K ste (

LNCEL

N6

0+2 dBK ste 2 D.

UFFI#

N6

0+2 dBK ste 2 D.

UFFI#

N6

=((-=2) dBmK ste 2 dBm

UFFI#

( 709K 2 7(9

LNCEL

(,K ste (

LNCEL

(

Lte Ran Ericsson Nokia Parameter Mapping

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