SJ-20100603155704-005-ZXWR RNC (V3.09.30) Radio Parameter Reference_v03.09.30.09

ZXWR RNCRadio Network Controller

Radio Parameter Reference

Version: V3.09.30

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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Revision History

Revision No. Revision Date Revision Reason

R1.0 20100629 First Edition(V3.09.30.03)

R1.1 20100715 Revised cell setup parameters of the utranCell MO

R1.2 20100730 Revised parameters of RNC configuration supplement information

R1.3 20100910 1. Add the description of Service or Node Impact and How to

Impact for all the parameters

2. Add the explaination of Service or Node Impact and How to

Impact in Table How to Read Parameter Table of Chapter

User Guide

3. In Section 5.1.2.23. Cell Downward Enhanced Layer 2

Support Indicator, 5.1.2.24. Cell 64QAM Support Indicator,

5.1.2.25. Cell MIMO Support Indicator and 5.1.2.26. Cell

CPC Support Indicator, have the following revision:

a. Revised the Default Value (Note) from 1: Support to

Not Supported

b. Revised the Range and Step fome 0: Not Support 1:

Support to 0: Not Supported 1: Supported

4. In Section 5.1.2.27. Cell HSUPA 2ms TTI Support Indicator,

has the following revision:


a. Revised the Default Value (Note) from 1: Support to

Supported

b. Revised the Range and Step fome 0: Not Support 1:

Support to 0: Not Supported 1: Supported

5. Revised the Controled to Controlled in Chapter 5.2.2

UTRAN Cell

6. Revised the Default Value (Note) from 0 Closedto 1:Open

in Section 1.3.8.16. Switch for UL DCH Rate Adjustment

Based on UE Transmission Power and 1.3.8.15. Switch for

DL DCH Rate Adjustment Based on D-TCP

7. Number of MBMS SCCPCH of Overload Control Decreasing

Rate Every Timeto Number of MBMS SCCPCH of Load

Control Decreasing Rate Every Time

8. Revised the title of Section 1.3.14.15 from Maximum Value

of the Maximum FACH Power in Overload Control for

MBMS(dB)to Maximum Value of the Maximum FACH Power

in Load Control for MBMS

9. Revised the title of Section 5.2.8.24 from Inter-System

Downlink Available Load Balance Threshold (Power) for

CSto Inter-RAT Downlink Available Load Balance Threshold

(Power) for CS

10. Revised the title of Section 1.2.5.12 from Neighbouring Cell

Monitoring Indicatorto Neighbouring Cell Monitoring Support

Indicator

11. Updating the Range and Step of the TrfCategory: 5: All

Multi-RAB on DL DCH/UL DCH 6: Multi-RAB, HSPA is

Involved and only DCHs are Used in UL 7: Multi-RAB, HSPA

is Involved and E-DCH is Used in UL 0xff: Not Related to

Service Type

12. Updating the Range and Step of the INITRRCONDCH

13. Add HoToGsmPenTimer

R2.0 20100927 Second Edition (V3.09.30.06)

1. Updating the configuration of MBR and changing to A2.

2. Modify the description of Switch, change the Closed/Open

to Off/On.

3. Modify the range and step of EmgCallRdtSwitch,

MrSwitch, MrUeMeasTypeSwit, MrUeMeasSwit,

rCellMeasSwit, CdtSwitch, CdtImeiAcqSwitch, CdtMrOvdThd,

MrUeLocMeasRptInt CbsLicense, DlCtrlMBRSwitch,

AdjPhyCId, Cid, FreqBandInd, DUARFCN.TrfCategory,


INITRRCONDCH, AdjPhyGsmCId,NPhyCId and

NPhyGsmCId.

4. Updating the SuptCgtDetInd, T323Swch, SaiLocSwitch,

GaLocSwitch, SharedNetMode, Multi PLMN, IntraRatUpVer,

IntraRptQSib3, ImpDlL2SuptInd, HoToGsmPenTimer,

SrbOnEdchSwch, RlcSizeSuptType and the InterRatUpVer.

5. Changing the name of the NbrCellMonSupInd and the

LCSMethod.

6. Changing the location of EncryAlg, IntegrityAlg, CdtSwitch,

ClassZoneInd, TimeDelay, DefSibSupt and IuUlInSeqDlvInd.

7. Updating the DefSibSup to DefSibSuptSwch.

8. Updating the HSUPA OLPC in the table of Service

Basic Configuration InformationNhrThrUp, NhrThrDown,

UpThresSampleNum, DwThresSampleNum.

9. Modify the default value of NhrThrUp,NhrThrDown.

10. Modify the parameter relation between ScpichSupInd and

MimoPilotMode.

11. Add RncMimo64QamInd, ServHoInd, IurCdReAssDrop,

POSetup, POSoftHO, PORabHardHO, POSrbHardHO,

POReEstablish, DcHsdschSupptInd, IfOrRatHoSwch,

CMaxPduSize, NonCMaxPduSize, LdBalHsSwch,

DlLdBalHsWeight, ExtraCDeltaHsTrd, QeCntThres,

DlLdHsThdHsd, MaxSirTargDnStep, QePhyBerTarNorm,

QePhyBerTarSil, MaxDHsRate, TrbRecfgCmpDtoF,

MncBcdCodeLen, DLEFACHUserNum, AmrServHoStra,

Cs64ServHoStra, PsRtServHoStra, PsNrtServHoStra,

BlerAdjustSwitch, UlHighLd, DlHighLd, ErrorThreshHLd,

BLERAccpPerHLd, VamSupInd, SttdMimoBindInd,

NhrThrUpTti2, NhrThrDownTti2, UpThrSampNumTti2,

DwThrSampNumTti2, BLERtargetHLd T4StpIfMeaActRat

and CompMdCfgStra.

12. Delete the parameter relation between CtchInd and SACBPre.

13. Changing the default value of RrcSigUsrNumThr to 200.

14. RabHspaPluBalSw[Max_HSPA_PLUS_CAP],

HoldHspaPluBalSw[Max_HSPA_PLUS_CAP],

HspaPluBalCapPri [Max_HSPA_PLUS_CAP],

RrcDualCarrSw, HspaPlusCapInd [Max_HSPA_PLUS_CAP].

15. Add CsRrcOnFachSwchSwitch of Non Emergency CS

Service Access to CELL_FACH.

16. Modify the parameter relation of NbDMCfgNo.

17. Updating the

RptThres4[MAX_UE_TRV_MEAS_EVENT]change [2k, 64]

bytes to [1k,64].


18. Move the ServHoInd, AmrServHoStra, Cs64ServHoStra,

PsRtServHoStra, PsNrtServHoStra, EFACHBandWidth,

T4StpIfMeaActRat to the table of RNC Radio Resource

Management.

19. Add the parameter relation between EFACHSpptInd and

ImpDlL2SuptInd, delete EFACHLicense.

20. Changing the default value of RepPrdCoeff to 1.

21. Modify the parameter relation between MimoPilotMode and

ScpichSupInd, and the parameter relation of TxDivInd.

22. Delete MaxNumOfAct,MaxNumOfEdchAct.

23. Add the parameter relation between UlLdBalPwrSwch and

UlLdBalPwrWeights.

24. Add the parameter relation between EDchActSizeInd and

MaxNumOfEdchAct.

25. Add the parameter relation between DlLdBalPwrSwch

DlLdBalPwrWeight, DlPwrThdCs, DlPwrThdR99Ps and

DlPwrThdHsd.

26. Change Sib11orSib11bis is 0 (SIB11bis) to Sib11orSib11bis is

1 (SIB11bis).

R 2.1 20101008 1. Change DITfcs to UITfcs in the Transport Format

Combination Set of PRACH

2. Updating the Service or Node Impact and How to Impactof

parameter CRCSize

3. Change CelInfoto utranCell in the OCNS Parameter

4. Add TWaitContextReq, TWaitDataFwd and TWaitRelCmd

5. Updating the Range and Step of GsmBandIndicator

6. Changing the DcHsdschSpptIndto DcHsdschSptInd

7. Updating the parameters of table E-FACH

8. Updating the parameters of table Service Basic Configuration

Information

R 2.2 20101104 1. Updating TrfCategory,INITRRCONDCH,TRESETWAIT and

TRAFC

R3.0 20110225 Third Edition (V3.09.30.09)

1. User Guidehas been taken as Chapter 1

2. These parameters have been added:NbCMCfgNo,

NbCMCfgNote, MeasObjType, ComMeasType,

MeasFilterCoeff, RptType, RptPrdUnit, RptPrd,

OnModChangTime, OnModDeviTime, GpsMeasAccClass,

NbDMCfgNote, DedMeasType, MeasFilterCoeff,

RptType, DlRateLevel[2], EvtAbTcpThrd[3],

EvtEfSirEThrd1, EvtEfSirEThrd2, EvtAbcdefTime,

RptPrdUnit, RptPrd, SigType, FstRecfgInd, RetranRate,


UuPktLenInd[MAX_NUM_UUPACKETLEN_TYPE],

UuPktLenInd[MAX_NUM_UUPACKETLEN_TYPE], CId,

AppHsdpaEInd, MeasPwrOffset, TResndMeaCtrlRel,

PlmnSelectMethod, RabMeaBalStaSwch,

CoverMeaBalSwch, MeasBalTimer, BerTargAdpTimer,

UeIntMCfgNo, UeIntMCfgNote, MeasRptTrMod, FilterCoeff,

MeasQuantity, RptTxPwrInd, RptTxRxTmDiffInd, RptCrt,

MeasEvtNum ,MeaEvtId[MAX_UE_INTER_MEAS_EVENT],

TrigTime[MAX_UE_INTER_MEAS_EVENT],

TxPowerThres[MAX_UE_INTER_MEAS_EVENT],

TxRxTDThres[MAX_UE_INTER_MEAS_EVENT],

PrdRptAmount, PrdRptInterval, PrdMeasRTT, EvtMeasRTT1,

EvtMeasRTT2, HoEvtMeasTP, AmrDlLdThrd, AmrUlLdThrd,

SimCompUserNum, HsupaAdaTranSwch, EdchNumLev[2],

DefaulEdchNumLev, NAmrInitialRate, WAmrInitialRate,

MaxBerTarget, MinBerTarget, HeartBeatUeVer,

OnlyDnOnHB, HeartBeatFreq, EcNoQualThrd,

RscpQualThrd, POEhichSerRls2, POEhichSerRls10,

POEhichNoSerRl2, POEhichNoSerRl10, POErgchSerRls2,

POErgchSerRls10, POErgchNonSerRls, BerErrorTbThresh,

BerTbThresh,BerTargDnStep, BerTargUpStep, NbCPrdRtwp,

NbCPrdTcp,NbCPrdTUGps, NbCModTUGps, NbCPrdHrp,

NbCPrdNHTcp, NbCPrdRSEPS

3. These parameters have been modified: IntraRatUpVer,

InterRatUpVer, TWaitRelCmd, TWaitDataFwd, T314,

T315, T300, N300, CsACBarredOmcr, PsACBarredOmcr,

NbCMCfgNote, RptType, DtcpEaThd, DtcpEbThd, NhrThrUp,

NhrThrDown, NhrThrUpTti2, NhrThrDownTti2,

UpThresSampleNum, DwThresSampleNum,

UpThrSampNumTti2, DwThrSampNumTti2, ThrHarqFailTti2,

ThrHarqFailTti10, HarqRvConfig, GsmBandIndicator,

ErrorThresh, BLERAccpPeriod, BLERAccpPeriod,

ACBarredOmcr, PrefTrafType, EhichPOTti2, EhichPOTti10,

ErgchPOTti2, ErgchPOTti10, DxHsBo0E4bThd,

NServToTotalPwr, RlRefTimeAjtSwit, LdBalCdWeight,

DlLdBalPwrWeight, UlLdBalPwrWeight, DlLdBalHsWeight,

SIntraSearchPre, SInterSearchPre, OtherRATInfoPre,

IurCdReAssDrop, DrbcEDchUpThpt, ETtiUpThpt,

UeTrvMCfgNo, UeTrvMCfgNote

4. These parameters have been deleted:

RevEvtDetectIme,MeasPwrOffset

Serial Number: SJ-20100603155704-005

Publishing Date: 20110225(R3.0)

ContentsPreface............................................................................................................. I

Chapter 1 User Guide................................................................................. 1-1

Chapter 2 RNC Radio Resource Management......................................... 2-12.1 Basic Parameters of RNC Radio Resource Management...................................... 2-1

2.1.1 Basic Information ..................................................................................... 2-1

2.1.2 RPLMN Range Information ..................................................................... 2-12

2.1.3 CN NAS Configuration Information .......................................................... 2-20

2.1.4 RCP Scrambling Code Configuration Information ..................................... 2-24

2.1.5 RNC Configuration Supplement Parameters ............................................ 2-28

2.1.6 Other parameters ................................................................................... 2-47

2.2 Advanced Parameters of RNC Radio Resource Management ............................. 2-55

2.2.1 UE Timers and Constants Information ..................................................... 2-55

2.2.2 UE Internal Mearurement Configuration ................................................... 2-74

2.2.3 Transport Format Combination Set of SCCPCH ....................................... 2-89

2.2.4 Limiting HSDPA GBR Resource Consumption information ........................ 2-93

2.2.5 UE DTX/DRX Configuration Information................................................... 2-97

2.2.6 Power Control Related to Service and Diversity Mode .............................2-114

2.2.7 UE Intra-frequency Measurement Configuration ......................................2-155

2.2.8 UE Inter-RAT Measurement Configuration Information.............................2-185

2.2.9 Dynamic Radio Bearer Control Information .............................................2-204

2.2.10 CFN Offset Configuration Information ...................................................2-242

2.2.11 RNC Configuration Supplement Information ..........................................2-247

2.2.12 Service Basic Configuration Information................................................2-276

2.2.13 FACH Traffic Control Information ..........................................................2-332

2.2.14 UE Inter-frequency Measurement Configuration ....................................2-334

2.2.15 MBMS Configuration Information ..........................................................2-365

2.2.16 UE Inter-RAT Measurement Relative to Traffic Category ........................2-389

2.2.17 Transport Format Set...........................................................................2-395

2.2.18 RNC Radio Resource Management......................................................2-405

2.2.19 Iu Interface Timers and Constants Information.......................................2-444

2.2.20 Service Physical Layer Configuration Information ..................................2-456

2.2.21 CN System Information........................................................................2-465

2.2.22 HSPA Configuration Information ...........................................................2-470

I

2.2.23 Node B Dedicated Measurement Configuration Information....................2-507

2.2.24 Transport Format Combination Set of PRACH.......................................2-519

2.2.25 UE Inter-frequency Measurement Relative to Traffic Category................2-526

2.2.26 Global Access Control .........................................................................2-533

2.2.27 Traffic-Related Power Control...............................................................2-541

2.2.28 UE Intra-frequency Measurement Relative to Traffic CategoryConfiguration Information .....................................................................2-557

2.2.29 E-DCH Reference Configuration Information .........................................2-566

2.2.30 UE Traffic Volume Measurement Configuration......................................2-582

2.2.31 Node B Common Measurement Configuration Information ....................2-610

Chapter 3 Node B Configuration Information .......................................... 3-13.1 Basic Parameters of Node B Configuration Information......................................... 3-1

3.2 Advanced Parameters of Node B Configuration Information .................................. 3-9

Chapter 4 External UTRAN Cell................................................................. 4-14.1 Basic Parameters of External UTRAN Cell ........................................................... 4-1

4.1.1 Global Information.................................................................................... 4-1

4.1.2 Global Else ............................................................................................ 4-17

4.1.3 LCS....................................................................................................... 4-31

4.1.4 Antenna................................................................................................. 4-43

4.2 Advanced Parameters of External UTRAN Cell .................................................. 4-49

Chapter 5 External GSM Cell ..................................................................... 5-15.1 Basic Parameters of External GSM Cell............................................................... 5-1

5.2 Advanced Parameters of External GSM Cell ...................................................... 5-16

Chapter 6 UTRAN Cell................................................................................ 6-16.1 Basic Parameters of UTRAN Cell ........................................................................ 6-1

6.1.1 UTRAN Cell Global Information................................................................. 6-1

6.1.2 Cell Setup Parameters............................................................................ 6-16

6.1.3 LCS and Cell Antenna ............................................................................ 6-38

6.1.4 Cell Ability and Cell Reselection .............................................................. 6-57

6.1.5 OCNS Parameter ................................................................................... 6-67

6.1.6 Cell Frequency Reselection and Priority................................................... 6-69

6.1.7 Status Info ............................................................................................. 6-89

6.2 Advanced Parameters of UTRAN Cell ............................................................... 6-93

6.2.1 MBMS Configuration Information In A Cell ............................................... 6-93

6.2.2 Load Control Relationship......................................................................6-103

6.2.3 SCPICH................................................................................................6-129

6.2.4 Balance Information ..............................................................................6-134

II

6.2.5 PCPICH................................................................................................6-166

6.2.6 FACH ...................................................................................................6-168

6.2.7 UE Traffic Volume Measurement Configuration Information In A Cell ........6-179

6.2.8 SCCPCH ..............................................................................................6-188

6.2.9 MICH....................................................................................................6-203

6.2.10 Node B Common Measurement Configuration Information In A Cell........6-209

6.2.11 PRACH...............................................................................................6-214

6.2.12 PCH ...................................................................................................6-236

6.2.13 UE Measurement Configuration in System Information Block .................6-241

6.2.14 UTRAN Cell ........................................................................................6-248

6.2.15 UE Internal Measurement Configuration Information In A Cell ................6-321

6.2.16 PSCH .................................................................................................6-324

6.2.17 PICH ..................................................................................................6-326

6.2.18 RACH.................................................................................................6-331

6.2.19 AICH ..................................................................................................6-334

6.2.20 HSPA Configuration Information In A Cell..............................................6-339

6.2.21 Cell-Related Access Control.................................................................6-353

6.2.22 SSCH .................................................................................................6-372

6.2.23 Cell Enhanced Fach ............................................................................6-373

6.2.24 PCCPCH ............................................................................................6-382

6.2.25 BCH ...................................................................................................6-384

6.2.26 HS-PDSCH Measurement Power Offset ...............................................6-385

6.2.27 Power Control not Related to Service ...................................................6-389

6.3 Gsm Neighbouring Cell....................................................................................6-400

6.3.1 Basic Parameters of Gsm Neighbouring Cell...........................................6-400

6.3.2 Advanced Parameters of Gsm Neighbouring Cell ....................................6-410

6.4 Neighbouring Cell............................................................................................6-417

6.4.1 Basic Parameters of Neighbouring Cell...................................................6-417

6.4.2 Advanced Parameters of Neighbouring Cell ............................................6-428

6.5 Cell Selection and Reselection .........................................................................6-443

6.5.1 Basic Parameters of Cell Selection and Reselection ................................6-443

6.5.2 Advanced Parameters of Cell Selection and Reselection .........................6-447

Chapter 7 UTRAN Cell Information in MBMS Service Area .................... 7-17.1 Basic Parameters of UTRAN Cell Information in MBMS Service Area .................... 7-1

7.2 Advanced Parameters of UTRAN Cell Information in MBMS Service Area ............. 7-8

Chapter 8 User Authorized PLMN+SNAC Information............................ 8-18.1 Parameters of User Authorized PLMN+SNAC Information .................................... 8-1

III

Chapter 9 LAC and SNAC Information ..................................................... 9-19.1 Parameters of LAC and SNAC Information........................................................... 9-1

Chapter 10 QoS Configuration................................................................ 10-110.1 Priority and Rate Segment of Qos Advanced Parameter ................................... 10-1

10.2 Basic Priority Configuration Information Advanced Parameter ..........................10-16

10.3 Scheduling Priority Configuration Information Advanced Parameter ..................10-18

10.4 Application Priority Configuration Information Advanced Parameter ..................10-22

10.5 Basic Priority Transport Bearer Type Advanced Parameter ..............................10-26

10.6 Basic Priority Transport Reserved Bandwidth Advanced Parameter..................10-34

10.7 Basic Priority Access Control Advanced Parameter .........................................10-40

Figures............................................................................................................. I

Tables ...........................................................................................................VII

Glossary ........................................................................................................IX

IV

PrefaceManual Description

Describes parameters of RNC radio resource management, including the meaning,managed object, range and step, default value, related feature and service or nodeimpact of ZXWR RNC parameters.

What is in This Manual

This manual contains the following chapters:

Chapter Summary

Chapter 1, User Guide

Introduces the classification of radio parameters

and how the parameters are described in this

manual

Chapter 2, RNC Radio Resource Management Parameter descriptions in RNC radio resource

management

Chapter 3, Node B Configuration Information Parameter descriptions in Node B configuration

information

Chapter 4, External Utran Cell Parameter descriptions in External Utran Cell

Chapter 5, External GSM Cell Parameter descriptions in External GSM Cell

Chapter 6, UTRAN Cell Parameter descriptions in UTRAN Cell

Chapter 7, UTRAN Cell Information in MBMS

Service Area

Parameter descriptions in UTRAN Cell

Information in MBMS Service Area

Chapter 8, User Authorized PLMN+SNAC

Information

Parameter descriptions in User Authorized

PLMN+SNAC Information

Chapter 9, LAC and SNAC Information Parameter descriptions in LAC and SNAC

Information

Chapter 10, QoS Configuration Parameter descriptions in QoS Configuration

Intended Audience

l Network plannersl Field engineersl System engineersl Shift operators

I

Chapter 1User GuideZXWR RNC radio parameters should be configured according to actual networking plan.Classification of ZXWR RNC radio parameters is shown in Table 1-1.

Table 1-1 Radio Parameter Classification

Classification Definition Remarks

Basic Parameter Including the parameters

required to be negotiated

with operators, the parameters

interworking with adjacent office,

the parameters depending on

real networking environment,

such as cell location information.

Advanced Parameter Including some parameters

used for network performance

optimization

Advanced parameters can

be customized via template

manager. With the initial

template, advanced parameters

can be modified by user

according to actual networking

environment, rather than by

ZTE expert.

Parameter table template is shown in Table 1-2. Parameter description in this manual isbased on the following template.

Table 1-2 How to Read Parameter Table

Wireless Parameter Name

Full Name Name of the parameter shown on user interface

Abbreviated Name Parameter name in wireless network plan

document (XML)

3GPP Name Parameter name in 3GPP specifications

3GPP Reference 3GPP specifications reference

Data Item Description

Description Parameter description

Managed Object The managed object of the parameter

1-1

SJ-20100603155704-005|20110225(R3.0) ZTE Proprietary and Confidential

ZXWR RNC Radio Parameter Reference

Range and Step Value range of the parameter shown on user

interface

Unit Parameter unit

Default Value (Note) Default value

OnlineParameter modification is synchronized

and takes effect immediately upon modification.

Modification Method

OfflineParameter modification takes effect only

after synchronization.

Related Feature The parameter features related to the wireless

network

Related Parameter Other parameter(s) that can influence the

described parameter

Parameter Relation Relation between related parameters

Related Interface Interface information sent by the parameter

Service or Node Impact Modifying the parameter will affect services or not

How to Impact Effect on services

It is recommended to use Abbreviated Name as keyword to query information of targetparameters.

1-2


Chapter 2RNC Radio ResourceManagementTable of Contents

Basic Parameters of RNC Radio Resource Management ...........................................2-1Advanced Parameters of RNC Radio Resource Management ..................................2-55

2.1 Basic Parameters of RNC Radio ResourceManagement

2.1.1 Basic InformationBasic Information tab is shown in Figure 2-1.

Figure 2-1 RNC Configuration Information Interface (Basic Information Tab)

Parameter description is presented below.

1. User label


Full Name User label

Abbreviated Name USERLABEL

3GPP Name N/A

2-1



3GPP Reference N/A


Description This parameter is defined by user to identify

managed object.

Managed Object GpsCfg

Range and Step 40 chars

Unit chars

Default Value (Note) N/A

Modification Method N/A

Related Feature N/A

Related Parameter N/A

Parameter Relation N/A

Related Interface N/A

Service or Node Impact No

How to Impact N/A

2. RNC Identity


Full Name RNC Identity

Abbreviated Name OMCRNCID

3GPP Name N/A

3GPP Reference N/A


Description This parameter is the unique identifier of the

current RNC NE. This ID applies to all objects

subject to this RNC.


Range and Step [0, 4095]

Unit N/A


Modification Method N/A

Related Feature N/A




2-2


Chapter 2 RNC Radio Resource Management


How to Impact N/A

Note:

For the meaning of user label and RNC identity on other interfaces, please refer to thedescription here.

3. GPS Information Root


Full Name GPS Information Root

Abbreviated Name GpsInfoRoot

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates where RNC can get

GPS information from RNC.


Range and Step 0: Self

1: Neighbouring RNC

2: Exterior Network

Unit N/A

Default Value (Note) Self

Modification Method Offline

Related Feature Location Service

Related Parameter GpsInfoRoot of GpsCf, GpsCardType of

GpsCfg

Parameter Relation GpsCardType is a valid parameter when

GpsInfoRoot is 0 .



How to Impact N/A

2-3



Note:

Modification Method is either online or offline.

4. GPS Card Type


Full Name GPS Card Type

Abbreviated Name GpsCardType

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates GPS card type. It is

usually used to identify the manufacturer of the

GPS card.


Range and Step 0: NovAtel

1: Moto

Unit N/A

Default Value (Note) 0: NovAtel


Related Feature Location

Related Parameter GpsInfoRoot of GpsCfg, GpsCardType of

GpsCfg

Parameter Relation GpsCardType is a valid parameter when

GpsInfoRoot is 0 .



How to Impact N/A

5. Shared Network Mode


Full Name Shared Network Mode

Abbreviated Name SharedNetMode

3GPP Name N/A

2-4



3GPP Reference N/A


Description This parameter indicates the shared network

mode. There are two modes of shared network:

GWCN (Gateway Core Network) and MOCN

Multi-Operator Core Network. Both radio ac-

cess network and core network are shared in

GWCN mode. Only radio access network is

shared by in MOCN mode.

Managed Object rncFunction

Range and Step 0GWCN

1MOCN

2Multi Plmn

0XFFNo Shared Network

Unit N/A

Default Value (Note) 0XFFNo Shared Network


Related Feature Basic Identification Parameter


Parameter Relation The PLmnNum field in the R6SrvCel table can

be larger than 1 only when this field is set to 0

or 1.



How to Impact N/A

6. Type of Transport Channel for Initial RRC Connection Setup


Full Name Type of Transport Channel for Initial RRC Con-

nection Setup

Abbreviated Name InitRrcOnDch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the type of transport

channel and signalling rate for initial RRC con-

nection setup.

2-5




Range and Step 0: Forced to CELL_DCH and Using DCH/DCH

with Low Rate Signaling

1: Forced to CELL_DCH and Using DCH/DCH

with 13.6k Signaling

2: Forced to CELL_FACH

3: Not Forced, Using DCH/DCH with Low Rate

Signaling on Cell_DCH State

4: Not Forced, Using DCH/DCH with 13.6k


5: Forced to CELL_DCH and Using DCH/DCH


6: Not Forced, Using DCH/DCH with 27.2k


7: Forced to HSPA

8: Not ForcedUsing HSPA signaling on

CELL_DCH state

Unit N/A

Default Value (Note) Forced to CELL_DCH and Using DCH/DCH



Related Feature Dynamic Radio Bearer Control, MBMS (Dy-

namic Radio Bearer Control)





How to Impact N/A

7. AMR Rate Adjustment Switch for RNC


Full Name AMR Rate Adjustment Switch for RNC

Abbreviated Name AmrRncAdjust

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether AMR rate ad-

justment is open or closed in the RNC.

2-6




Range and Step 0: Closed

1: Open

Unit N/A

Default Value (Note) 0: Closed


Related Feature Adaptive Multi-Rate

Related Parameter AMR & WB-AMR




How to Impact N/A

8. Switch for QoS Negotiation/Renegotiation


Full Name Switch for QoS Negotiation/Renegotiation

Abbreviated Name QosNegRenegSwi

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether the QoS ne-

gotiation during RAB establishment or reloca-

tion and the QoS renegotiation during the con-

versation after the service is established are

permitted by the RNC.


Range and Step 0: QoS Negotiation Closed, QoS Renegotiation

Closed

1: QoS Negotiation Closed, QoS Renegotiation

Open

2: QoS Negotiation Open, QoS Renegotiation

Closed

3: QoS Negotiation Open, QoS Renegotiation

Open

Unit N/A

Default Value (Note) QoS Negotiation Closed, QoS Renegotiation

Closed

2-7




Related Feature Services and Radio Access Bearers





How to Impact N/A

9. MR Function Switch


Full Name MR Function Switch

Abbreviated Name MrSwitch

3GPP Name N/A

3GPP Reference N/A


Description Specifies the MR function switch.


Range and Step 0: Off

1: On

Unit N/A

Default Value (Note) 0: Off


Related Feature Measurement Report





How to Impact N/A

10. CBS License


Full Name CBS License

Abbreviated Name CbsLicense

3GPP Name None

2-8



3GPP Reference None


Description This parameter is used to control the

authorization of the cell broadcast service

function.



1: On

Unit None



Related Feature CBS

Related Parameter None

Parameter Relation None

Related Interface None


How to Impact N/A

11. Prior Redirect RAT Indicator


Full Name Prior Redirect RAT Indicator

Abbreviated Name PriRedirectRat

3GPP Name None

3GPP Reference None


Description This parameter indicates whether provide the

rrc connection redirection info in rrc connection

reject message. BesidesIt also indicates the

prior RAT of the redirect frequency of UMTS.

If UE receive the redirect cell information,it

will try to access to UMTS by the indicated

frequency or to the indicated RAT.0 indicates

not support any redirect information,1 indicates

prior to inter frequency cell,2 indicates prior to

inter-RAT system.


2-9



Range and Step 0Not Support any Redirect Information

1Prior to Inter-Frequency Cell

2Prior to Inter-RAT System

Unit None

Default Value (Note) 2


Related Feature rrc connection redirect

Related Parameter According to the protocol, only those redirected

cells whose wait time is not 0 are valid in the

RRC Connection Reject message. Therefore, it

is required to add constraint relations between

this field and the existing wait time field as

required. When PriRedirectRat is set to 1 or 2,

the wait time field cannot be 0.




How to Impact N/A

12. RNC MIMO and DL64QAM Combined Capability Support Indicator


Full Name RNC MIMO and DL64QAM Combined

Capability Support Indicator

Abbreviated Name RncMimo64QamInd

3GPP Name None

3GPP Reference None


Description This parameter is used to control the

authorization of the cell broadcast service

function.

Managed Object Hspa

Range and Step 0: Not Supported

1: Supported

Unit None

Default Value (Note) 0: Not Supported


Related Feature HSPA+

2-10



Related Parameter None




How to Impact N/A

13. Times of SIB15.3 Occurrences


Full Name Times of SIB15.3 Occurrences

Abbreviated Name SIB153OccNum

3GPP Name N/A

3GPP Reference N/A


Description The system information block type 15.3

contains information useful for ionospheric

delay, UTC offset, and Almanac.

For System Information Block type 15.3

multiple occurrences may be used; one

occurrence for each set of satellite data. This

parameter indicates the occurrence times of

SIB15.3.

Since SIB15.3 is valid in PLMN, this parameter

must be negotiated with the neighboring RNC.



Unit N/A




Related Parameter SIB153OccNum of rncFunction,

SIB153OccId[16] of rncFunction

Parameter Relation SIB153OccId[16] is an array. The maximum

numberof array elements is 16. The valid

number of array elements is SIB153OccNum.



How to Impact N/A

2-11



14. SIB15.3 Occurrence ID


Full Name SIB15.3 Occurrence ID

Abbreviated Name SIB153OccId [16]

3GPP Name N/A

3GPP Reference N/A


Description The system information block type 15.3

contains information useful for ionospheric

delay, UTC offset, and Almanac.

For System Information Block type 15.3

multiple occurrences may be used; one

occurrence for each set of satellite data. This

parameter is used to identify the different

occurrences.

Since SIB15.3 is valid in PLMN, this parameter

must be negotiated with the neighboring RNC.

Every ID is unique in the array of ID in this

parameter.



Unit N/A

Default Value (Note) [0, 1]



Related Parameter SIB153OccNum of rncFunction, SIB153OccId

[16] of rncFunction

Parameter Relation SIB153OccId[16] is an array. The maximum

numberof array elements is 16. The valid

number of array elements is SIB153OccNum.



How to Impact N/A

2.1.2 RPLMN Range InformationRPLMN Range Information tab is shown in Figure 2-2.

2-12



Figure 2-2 RNC Configuration Information Interface (RPLMN Range Information Tab)


1. Number of GSM BA Range


Full Name Number of GSM BA Range

Abbreviated Name GsmBARangeNum

3GPP Name maxNumGSMFreqRanges

3GPP Reference TS 25.331: RRC Protocol Specification


Description This parameter indicates the number of GSM

BCCH distribution tables. When UTRAN

network and BSS network belong to the same

PLMN at the same time and UE has transferred

from RRC connected mode to Idle mode,

UE will selects one cell to reside. UTRAN

contains this parameter in the message of

RRC CONNECTION RELEASE, indicating the

possible BCCH frequency range of neighboring

GSM cells of the BSS network. This parameter

helps UE to speed up the process of cell

searching.



Unit N/A



2-13



Related Feature Connection Management

Related Parameter GsmBARangeNum of rncFunction,

GsmLRange[32] of rncFunction,

GsmURange[32] of rncFunction

Parameter Relation GsmLRange[32] and GsmURange[32] are

arrays. The maximum number of array

elements is 32. The valid number of array

elements is GsmBARangeNum.



How to Impact N/A

2. Number of FDD UMTS Frequency Range


Full Name Number of FDD UMTS Frequency Range

Abbreviated Name FDDFreqRngNum

3GPP Name maxNumFDDFreqs



Description This parameter indicates the number of

UTRAN FDD frequency range controlled by

the local PLMN.

When UE comes back to idle mode from

RRC connected mode, UE selects one cell to

reside. UTRAN contains this parameter in the

message of RRC CONNECTION RELEASE,

indicating the possible frequency range in

UTRAN cells. This parameter helps UE to

speed up the process of cell searching.



Unit N/A




Related Parameter FDDFreqRngNum of rncFunction, Luarfcn[8] of

rncFunction, Uuarfcn[8] of rncFunction

2-14



Parameter Relation Luarfcn[8] and Uuarfcn[8] are arrays. The

maximum number of array elements is

8. The valid number of array elements is

FDDFreqRngNum.



How to Impact N/A

3. GSM Lower Range


Full Name GSM Lower Range

Abbreviated Name GsmLRange[32]

3GPP Name GSM Lower Range (UARFCN)



Description This parameter indicates the frequency lower

range of a specific GSM BCCH distribution

table that the local PLMN controls. When

UTRAN network and BSS network belong

to the same PLMN at the same time and

UE has transferred from RRC connected

mode to Idle mode, UE will selects one cell to



indicating the possible BCCH frequency range

of neighboring GSM cells of the BSS network.

This parameter helps UE to speed up the

process of cell searching.



Description:

DCS1800 frequency band (ARFCN=[512,885])

PCS1900 frequency band (ARFCN=[512,812])

GSM900 frequency band (ARFCN=[0,124],

[955,1023])

GSM450 frequency band (ARFCN=[259,293])




Unit N/A

2-15



Default Value (Note) [512, 0, 955]









elements is GsmBARangeNum. Among

the valid array elements, GsmLRange[i]

GsmURange[i]; i[0, GsmBARangeNum-1].



How to Impact N/A

4. GSM Upper Range


Full Name GSM Upper Range

Abbreviated Name GsmURange[32]

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates The frequency upper

range of a specific GSM BCCH distribution

table that the local PLMN controls. When

UTRAN network and BSS network belong

to the same PLMN at the same time and

UE has transferred from RRC connected

mode to Idle mode, UE will selects one cell to



indicating the possible BCCH frequency range

of neighboring GSM cells of the BSS network.

This parameter helps UE to speed up the

process of cell searching.


2-16




Description:

DCS1800 frequency band (ARFCN=[512,885])

PCS1900 frequency band (ARFCN=[512,812])

GSM900 frequency band (ARFCN=[0,124],

[955,1023])





Unit N/A

Default Value (Note) [885, 124, 1023]









elements is GsmBARangeNum. Among

the valid array elements, GsmLRange[i]

GsmURange[i]; i[0, GsmBARangeNum-1].



How to Impact N/A

5. UARFCN (Nlow)


Full Name UARFCN (Nlow)

Abbreviated Name Luarfcn[8]

3GPP Name UARFCN (Nlow)



2-17



Description This parameter indicates the frequency lower

range of a specific UTRAN FDD frequency that

the local PLMN controls. When UE state is

transferred from RRC connected mode to idle

mode, UE selects one cell to reside. UTRAN



possible transmission frequency range of the




Range and Step Band I: [10562, 10838]

Band II: [9662, 9938], 412, 437, 462, 487, 512,

537, 562, 587, 612, 637, 662, 687

Band III: [1162, 1513]

Band IV: [1537, 1738], 1887, 1912, 1937,

1962, 1987, 2012, 2037, 2062, 2087

Band V: [4357, 4458], 1007, 1012, 1032, 1037,

1062, 1087

Band VI: [4387, 4413], 1037, 1062

Band VIII: [2937, 3088]

Unit N/A






Luarfcn[8] and Uuarfcn[8] are arrays. The



FDDFreqRngNum.

Parameter Relation

Among the valid array elements, Luarfcn[i]

Uuarfcn[i]; i [0, FDDFreqRngNum-1].



How to Impact N/A

6. UARFCN (Nupper)


2-18



Full Name UARFCN (Nupper)

Abbreviated Name Uuarfcn[8]

3GPP Name UARFCN (Nupper)



Description This parameter indicates the frequency upper

range of a specific UTRAN FDD that the

local PLMN controls. When UE state is

transferred from RRC connected mode to idle

mode, UE selects one cell to reside. UTRAN



possible transmission frequency range of the




Range and Step Band I: [10562, 10838]

Band II: [9662, 9938], 412, 437, 462, 487, 512,

537, 562, 587, 612, 637, 662, 687

Band III: [1162, 1513]

Band IV: [1537, 1738] 1887, 1912, 1937, 1962,

1987, 2012, 2037, 2062, 2087

Band V: [4357, 4458], 1007, 1012, 1032, 1037,

1062, 1087

Band VI: [4387, 4413], 1037, 1062

Band VIII: [2937, 3088]

Unit N/A






Luarfcn[8] and Uuarfcn[8] are arrays. The



FDDFreqRngNum.

Parameter Relation

Among the valid array elements, Luarfcn[i]

Uuarfcn[i]; i [0, FDDFreqRngNum-1].


2-19




How to Impact N/A

2.1.3 CN NAS Configuration InformationCN NAS Configuration Information tab is shown in Figure 2-3.

Figure 2-3 RNC Configuration Information Interface (CN NAS Configuration InformationTab)


l CN NAS Configuration Information Number


Full Name CN NAS Configuration Information Number

Abbreviated Name CNINFONUM

3GPP Name N/A

3GPP Reference N/A


Description The parameter indicates the number of CN

NAS required to be configured under ZXWR

RNC managed element.

Managed Object cnInfo


Unit N/A



2-20



Related Feature N/A





How to Impact N/A

l Mobile Country Code


Full Name Mobile Country Code

Abbreviated Name MCC

3GPP Name N/A

3GPP Reference N/A


Description MCC uniquely identifiesthe country that the UE

users (or system) belong to. MCC is allocated

uniformly and internationally.



Unit N/A




Related Parameter MCC of cnInfo, MNC of cnInfo



Service or Node Impact Cann't Modify

How to Impact N/A

l Mobile Network Code


Full Name Mobile Network Code

Abbreviated Name MNC

3GPP Name N/A

3GPP Reference N/A

2-21




Description MNC identifies a specific PLMN inside one

country (decided by MCC).



Unit N/A




Related Parameter MCC of cnInfo, MNC of cnInfo




How to Impact N/A

l CN Domain Supported


Full Name CN Domain Supported

Abbreviated Name CnDomain

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the supported CN

domain.


Range and Step 0: CS Domain

1: PS Domain

2: CS+PS

Unit N/A

Default Value (Note) 2: CS+PS






2-22





How to Impact N/A

l IMSI Attach and Detach Indicator


Full Name IMSI Attach and Detach Indicator

Abbreviated Name

3GPP Name ATT

3GPP Reference TS 24.008: "UTRAN Iupc interface Positioning

Calculation Application Part (PCAP) signaling

Mobile radio interface Layer 3 specification;

Core network protocols; Stage 3"


Description This parameter indicates whether attach and

detach procedures are required to be used or

not.

TRUE: When the UE is switched off or the

SIM card is unplugged, send one message

of IMSI detach to the network side. When

the UE is switched on, supposing that the UE

is still in the registration district where it is

deactivated, UEs shall apply IMSI attach and

detach procedure. Otherwise, UEs shall not

apply IMSI attach and detach procedure.


Range and Step 0: Not Apply IMSI Attach and Detach

Procedure

1: Apply IMSI Attach and Detach Procedure

Unit N/A

Default Value (Note) 1: Apply IMSI Attach and Detach Procedure







2-23



How to Impact N/A

l Network Mode of Operation


Full Name Network Mode of Operation

Abbreviated Name NMOPs

3GPP Name NMO

3GPP Reference N/A


Description The network operation mode is used to indicate

whether the Gs interface is installed or not.

Network Mode of Operation I indicates that Gs

interface occurs. Network Mode of Operation

II indicates that Gs interface does not occur.


Range and Step 0: Network Mode of Operation I

1: Network Mode of Operation II

Unit N/A

Default Value (Note) 1: Network Mode of Operation II







How to Impact N/A

2.1.4 RCP Scrambling Code Configuration InformationRCP Scrambling Code Configuration Information tab is shown in Figure 2-4.

2-24



Figure 2-4 RNC Configuration Information Interface (RCP Scrambling CodeConfiguration Information Tab)


RCP Scrambling Code Configuration Information Number


Full Name RCP Scrambling Code Configuration Information

Number

Abbreviated Name RCPSCNUM

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the number of RCP

uplink scrambling codes required to be configured

under ZXWR RNCRNC managed element.

Managed Object rcpSc


Unit N/A



Related Feature N/A





How to Impact N/A

2-25



l RCP Module Number


Full Name RCP Module Number

Abbreviated Name Module

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the RCP module No..



Unit N/A



Related Feature Code Resource Allocation

Related Parameter Module of rncNeInfo

Parameter Relation Module of rcpSc should have corresponding

Module of the same value in rncNeInfo.



How to Impact N/A

l MBMS RCP Indicator


Full Name MBMS RCP Indicator

Abbreviated Name MbmsRcpInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether the RCP is

MBMS RCP or not.

Managed Object MbmsSa

Range and Step 0: Not MBMS RCP

1: MBMS RCP

Unit N/A

Default Value (Note) 0: Not MBMS RCP

2-26




Related Feature MBMS


Parameter Relation The number of records whose MbmsRcpInd is

1 should be no more than 1.



How to Impact N/A

l Starting No. of RCP Scrambling Code


Full Name Starting No. of RCP Scrambling Code

Abbreviated Name RcpScrStartId

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the start number of

RCP scrambling code.


Range and Step [40960, 224-1]

Unit N/A



Related Feature Code Resource Management

Related Parameter RcpScrEndId of rcpSc, Module of rcpSc

Parameter Relation 1. RcpScrEndId > RcpScrStartId;

2. RcpScrEndId-RcpScrStartId >5000;

3. Segments of scrambling codes of different

RCPs can not overlap.



How to Impact N/A

l Ending No. of RCP Scrambling Code


2-27



Full Name Ending No. of RCP Scrambling Code

Abbreviated Name RcpScrEndId

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the end number of

RCP scrambling code.


Range and Step [40960, 224-1]

Unit N/A



Related Feature Code Resource Allocation

Related Parameter RcpScrStartId of rcpSc, Module of rcpSc

Parameter Relation 1. RcpScrEndId > RcpScrStartId;

2. RcpScrEndId-RcpScrStartId >5000;

3. Segments of scrambling codes of different

RCPs can not overlap.



How to Impact N/A

2.1.5 RNC Configuration Supplement ParametersRNC Configuration Supplement Parameters tab is shown in.

2-28



Figure 2-5 RNC Configuration Information Interface (RNC Configuration SupplementParameters)


1. NACC Support Indicator


Full Name NACC Support Indicator

Abbreviated Name NaccSuppInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether provide the

NACCNetwork Assisted Cell Changefunction.0

indicates not support,1 indicates support.


Range and Step 0:Not Support

1:Support

Unit N/A

Default Value (Note) 1:Support


Related Feature -NACC





How to Impact N/A

2-29



2. PS Inter-System Handover Indicator


Full Name PS Inter-System Handover Indicator

Abbreviated Name PsInterSysHoSupp

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether provide PS

handover to Inter-RAT system.0 indicates not

support1 indicates support


Range and Step 0: Not Support

1: Support

Unit N/A

Default Value (Note) 1: Support


Related Feature -PS Inter-System Handover





How to Impact N/A

3. Inter-System DTM Support Indicator


Full Name Inter-System DTM Support Indicator

Abbreviated Name DtmSuppInd

3GPP Name N/A

3GPP Reference N/A


2-30



Description This parameter indicates whether provide

DTM modethat is whether provide inter-RAT

handover both for CS domain services and PS

domain services at the same time.0 indicates

not support,1 indicates support. Only when

parameter PsInterSysHoSupp set to 1,this

parameter set to 1 is available.



1:Support

Unit N/A

Default Value (Note) 1:Support


Related Feature -DTM





How to Impact N/A

4. WB-AMR Speech Support Indicator


Full Name WB-AMR Speech Support Indicator

Abbreviated Name WAmrSupInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates if RNC supports

WB-AMR Speech



1: Supported

Unit N/A



Related Feature WB-AMR Speech

2-31







How to Impact N/A

5. PS Conversational RAB for VoIP Support Indicator


Full Name PS Conversational RAB for VoIP Support

Indicator

Abbreviated Name PsConvTraSup

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates if RNC supports PS

Conversational RAB for VoIP



1: Supported

Unit N/A



Related Feature PS Conversational RAB for VoIP





How to Impact N/A

6. PS Signalling RAB for IMS Support Indicator


Full Name PS Signalling RAB for IMS Support Indicator

Abbreviated Name PsSigForImsInd

3GPP Name N/A

3GPP Reference N/A

2-32




Description This parameter indicates if RNC supports PS

Signalling RAB for IMS



1: Supported

Unit N/A



Related Feature PS Signalling RAB for IMS





How to Impact N/A

7. Service-Based Handover Support Indicator


Full Name Service-Based Handover Support Indicator

Abbreviated Name ServBasedHoInd

3GPP Name N/A

3GPP Reference N/A



Service-Based Handover



1: Supported

Unit N/A



Related Feature Service-Based Handover




2-33




How to Impact N/A

8. HSDPA HS-DPCCH ACK/NACK enhancement Support Indicator


Full Name HSDPA HS-DPCCH ACK/NACK enhancement

Support Indicator

Abbreviated Name AckNackEncInd

3GPP Name N/A

3GPP Reference N/A



HSDPA HS-DPCCH ACK/NACK enhancement.



1: Supported

Unit N/A



Related Feature HSDPA HS-DPCCH ACK/NACK enhancement





How to Impact N/A

9. MBMS Multicast Mode Support Indicator


Full Name MBMS Multicast Mode Support Indicator

Abbreviated Name MulticastSupInd

3GPP Name N/A

3GPP Reference N/A



MBMS Multicast Mode

2-34





1: Supported

Unit N/A



Related Feature MBMS Multicast Mode





How to Impact N/A

10. MBMS Enhanced Broadcast Mode Support Indicator


Full Name MBMS Enhanced Broadcast Mode Support

Indicator

Abbreviated Name EBroadcastSupInd

3GPP Name N/A

3GPP Reference N/A



MBMS Enhanced Broadcast Mode



1: Supported

Unit N/A



Related Feature MBMS Enhanced Broadcast Mode





How to Impact N/A

2-35



11. MBMS over Iur Support Indicator


Full Name MBMS over Iur Support Indicator

Abbreviated Name MbmsIurSupInd

3GPP Name N/A

3GPP Reference N/A



MBMS UE registration over Iur function.



1: Supported

Unit N/A



Related Feature MBMS over Iur





How to Impact N/A

12. Neighbouring Cell Monitoring Support Indicator


Full Name Neighbouring Cell Monitoring Support Indicator

Abbreviated Name NbrCellMonSupInd

3GPP Name N/A

3GPP Reference N/A



neighbouring cell monitoring.When this

parameter is 1,rnc will start neighbouring cell

monitoring


2-36




1: Supported

Unit N/A



Related Feature N/A





How to Impact N/A

13. Four E-DPDCHs Allowed Indicator


Full Name Four E-DPDCHs Allowed Indicator

Abbreviated Name FourEChAllowed

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether 2SF2+S2SF4

can be used by UE. 1 indicates UE can use

2SF2+S2SF4, otherwise can not.


Range and Step 0: Not Allowed

1: Allowed

Unit N/A

Default Value (Note) 0: Not Allowed


Related Feature HSUPA Introduction





How to Impact N/A

2-37



14. Cell ID Positioning Indicator


Full Name LCS Support Method

Abbreviated Name LCSMethod

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether the choosed

positon method is supported. If the choosed

position method is not supported,then RNC

will check whether positon method in the low

level is supported. If the position method is

supported, then RNC will report the location

result to CN, otherwise RNC will report failure

to the CN.


Range and Step 0: Not Support Cell ID Positioning and AGPS

1: Only Support Cell ID Positioning , Not

Support AGPS

2: Support Cell ID Positioning and AGPS

Unit N/A

Default Value (Note) 0: Not Support Cell ID Positioning and AGPS


Related Feature N/A





How to Impact N/A

15. Handover Based on IMSI Support Indicator


Full Name Handover Based on IMSI Support Indicator

Abbreviated Name BasedImsiHoInd

3GPP Name N/A

3GPP Reference N/A

2-38




Description This parameter indicates if support IMSI based

handover.



1: Supported

Unit N/A



Related Feature N/A





How to Impact N/A

16. MBMS PTP over HSDPA Support Indicator


Full Name MBMS PTP over HSDPA Support Indicator

Abbreviated Name PTPoverHS

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates if MBMS PTP Service

can be Beared on HSDPA.



1: Supported

Unit N/A



Related Feature N/A


2-39






How to Impact N/A

17. Loading based InterSys HO Support Indicator


Full Name Loading based InterSys HO Support Indicator

Abbreviated Name LdBsdIntSysHOInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates if consider the target

cell load Infomation during the inter system

handover procedure.



1: Supported

Unit N/A



Related Feature N/A





How to Impact N/A

18. 8k MBMS Service


Full Name 8k MBMS Service

Abbreviated Name MbmsRateSwitch

3GPP Name N/A

3GPP Reference N/A


2-40



Description This parameter is used to indicate 8k MBMS

Channel Rate



1:Support

Unit N/A

Default Value (Note) 0:Not Support


Related Feature N/A





How to Impact N/A

19. 16k MBMS Service




3GPP Name N/A

3GPP Reference N/A



Channel Rate



1:Support

Unit N/A



Related Feature N/A





2-41



How to Impact N/A





3GPP Name N/A

3GPP Reference N/A



Channel Rate



1:Support

Unit N/A



Related Feature N/A





How to Impact N/A





3GPP Name N/A

3GPP Reference N/A



Channel Rate


2-42




1:Support

Unit N/A



Related Feature N/A





How to Impact N/A





3GPP Name N/A

3GPP Reference N/A



Channel Rate



1:Support

Unit N/A



Related Feature N/A





How to Impact N/A


2-43






3GPP Name N/A

3GPP Reference N/A



Channel Rate



1:Support

Unit N/A



Related Feature N/A





How to Impact N/A

24. Dual-Cell HS-DSCH Support Indication


Full Name Dual-Cell HS-DSCH Support Indication

Abbreviated Name DcHsdschSptInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter describes whether Dual-Cell

HS-DSCH is supported.



1: Supported

Unit N/A


2-44




Related Feature DRBC,HO,Congestion,load,Admission





How to Impact N/A

25. IU Uplink in Sequence Delivery Indicator


Full Name IU Uplink in Sequence Delivery Indicator

Abbreviated Name IuUlInSeqDlvInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether Iu uplink

data is delivered in sequence, such as routed

according to the TEID.

Managed Object externalUtranCell

Range and Step 0: In Sequence Delivery is not Required.

1: In Sequence Delivery is Required.

Unit N/A

Default Value (Note) 0: In Sequence Delivery is not Required.


Related Feature N/A





How to Impact N/A

26. Emergency Call Redirect Switch


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Full Name Emergency Call Redirect Switch

Abbreviated Name EmgCallRdtSwitch

3GPP Name N/A

3GPP Reference N/A


Description This parameter specifies the RRC Redirect for

emergency call function switch.



1: On

Unit N/A



Related Feature N/A





How to Impact N/A

27. CS 64K RB Mode Switch


Full Name CS 64K RB Mode Switch

Abbreviated Name Cs64RbModeSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter is CS 64k RB mode control

switch.


2-46



Range and Step 0: Not Support SCUDIF

1: Support SCUDIF, CS64 Service Established

by a RB

Unit N/A

Default Value (Note) 1: Support SCUDIF, CS64 Service Established

by a RB


Related Feature N/A





How to Impact N/A

2.1.6 Other parametersOther parameters tab is shown in Figure 2-6.

Figure 2-6 RNC Configuration Information Interface (Other parameters)


1. RNC F-DPCH Support Indicator


Full Name RNC F-DPCH Support Indicator

Abbreviated Name RncFdpchSupInd

3GPP Name N/A

2-47



3GPP Reference N/A


Description This parameter indicates whether the RNC

supports the F-DPCH or not.

Managed Object Hspa


1: Support

Unit N/A

Default Value (Note) 0: Not Support


Related Feature N/A





How to Impact N/A

2. RNC Enhanced F-DPCH Support Indicator


Full Name RNC Enhanced F-DPCH Support Indicator

Abbreviated Name LicenseEfdpchInd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whether the RNC

supports the Enhanced F-DPCH or not.

Managed Object Hspa


1: Support

Unit N/A

Default Value (Note) 0: Not Support


Related Feature N/A



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Documents

SJ-20100603155704-005-ZXWR RNC (V3.09.30) Radio Parameter Reference_v03.09.30.09