Sjzl20090849-ZXWR RNC (V3.07.300) Radio Parameter Reference

ZXWR RNCRadio Network Controller

Radio Parameter Reference (Volumn 1)

Version 3.07.300

ZTE CORPORATIONZTE Plaza, Keji Road South,Hi-Tech Industrial Park,Nanshan District, Shenzhen,P. R. China518057Tel: (86) 755 26771900Fax: (86) 755 26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

LEGAL INFORMATION

Copyright 2006 ZTE CORPORATION.

The contents of this document are protected by copyright laws and international treaties. Any reproduction or distribution ofthis document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPO-RATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations.

All company, brand and product names are trade or service marks, or registered trade or service marks, of ZTE CORPORATIONor of their respective owners.

This document is provided as is, and all express, implied, or statutory warranties, representations or conditions are dis-claimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-in-fringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on theinformation contained herein.

ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subjectmatter of this document. Except as expressly provided in any written license between ZTE CORPORATION and its licensee,the user of this document shall not acquire any license to the subject matter herein.

ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice.

Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information.

The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

R1.0 20090226 First Edition(ZXWR RNC V3.07.300i+Netnu-menM31(RAN) V3.10.410d)

R1.1 20090226 ZXWR RNC V3.07.300i+NetnumenM31(RAN)V3.10.410d

R1.2 20090507 Only template change,no content change

Serial Number: sjzl20090849

Contents

Preface............................................................... i

RNC Radio Resource Management.....................1Basic Parameters of RNC Radio Resource Management ........ 1

Basic Information ....................................................... 1

GPS Information Root ......................................... 2

GPS Card Type................................................... 3

Times of SIB15.3 Occurrences ............................. 4

SIB15.3 occurrence ID........................................ 4

RPLMN Range Information ........................................... 5

Number of GSM BA Range................................... 6

Number of FDD UMTS Frequency Range ................ 7

GSM Lower Range .............................................. 8

GSM Upper Range .............................................10

UARFCN (Nlow) ................................................11

UARFCN(Nupper) ..............................................13

CN NAS Configuration Information ...............................15

CN NAS Configuration Information Number...........15

Mobile Country Code .........................................16

Mobile Network Code.........................................17

CN Domain Supported .......................................17

IMSI Attach and Detach Indicator........................18

Network Mode of Operation ................................19

RCP Scrambling Code Configuration Information ............20

RCP Scrambling Code Configuration Information

Number ................................................20

RCP Module Number..........................................21

MBMS RCP Indicator..........................................22

Starting No. Of RCP Scrambling Code ..................22

Ending No. Of RCP Scrambling Code....................23

Advanced Parameters of RNC Radio Resource

Management.........................................................24

UE Inter-frequency Measurement Relative to Traffic

Category ..........................................................24

Inter-frequency Measurement Configuration

Index Related to Traffic Category .............24

Service and Bearer Type Used for Differentiating

Handover Configuration ..........................25

UE Periodic Measurement Configuration Index

for CPICH Ec/No ....................................27

UE Inter-frequency Event Measurement

Configuration Index for CPICH

Ec/No...................................................28

UE Periodic Measurement Configuration Index

for CPICH RSCP .....................................30

UE Inter-frequency Event Measurement

Configuration Index for CPICH RSCP .........31

Dynamic Radio Bearer Control Information....................33

DRBC Method Switch .........................................34

Event 4B Counter Threshold for FACH/RACH to

PCH Shared by Uplink and Downlink .........34

Event 4B Counter Threshold for DCH/HSPA to

PCH Shared by Uplink and Downlink .........35

Event 4A Counter Threshold for FACH->DCH/HS-

DSCH or RACH->DCH/EDCH....................36

Event 4A Counter Threshold for Increasing Rate

on DCH or DCH->HSPA...........................37

Event 4B Counter Threshold for Decreasing

Rate on DCH or Transferred to

CELL_FACH ...........................................38

Time Threshold for CELL_PCH or URA_PCH to

Idle(s)..................................................39

Event 4B Counter Threshold for HS-DSCH to

FACH....................................................39

Counter Threshold of Failing to Transfer from

CELL_DCH/CELL_FACH to CELL_PCH for

Transferring to Idle.................................40

Event A Counter Threshold of Consecutive DTCP

Reports for DTCP-DRBC ..........................41

Event B Counter Threshold of Consecutive DTCP

Reports for DTCP-DRBC ..........................42

Downlink Maximum Rate Threshold of PS Service

on CELL_FACH(kbps) ..............................43

Uplink Maximum Rate Threshold of PS Service

on RACH(kbps) ......................................44

Switch of Transferring to CELL_FACH ...................44

Switch of URA_PCH/CELL_PCH Support ................45

Switch of Adjustment of Rate on DCH ..................46

Maximum Rate on Downlink DCH in HSPA Cell for

UEs with HS-DSCH Capability(kbps) .........47

Maximum Rate on Downlink DCH in HSPA Cell

for UEs without HS-DSCH Capability .........48

Maximum Rate on Uplink DCH in HSPA Cell for

UEs with E-DCH Capability(kbps) .............49

Maximum Rate on Uplink DCH in HSPA Cell for

UEs without E-DCH Capability ..................50

HS-DSCH->DCH Based on Quality Measurement

Switch for I/B Traffic...............................50


Switch for S Traffic .................................51


Switch for VoIP ......................................52

Service-Related Power Control.....................................53

Traffic PC Index ................................................53

Sub-service Type ..............................................54

Uplink Inner Loop Power Control Algorithm...........58

TPC Step Size (dB)............................................59

Uplink SIR Target Up Step Size(dB) .....................59

Uplink SIR Target Down Step Size (dB) ................60

DPC Mode ........................................................61

TPC DL Step Size(dB) ........................................62

Transport Format Combination Set of PRACH.................62

TFCS Index ......................................................63

CTFC Number ...................................................64

CTFC ID...........................................................65

Control Part Gain Factor BetaC............................66

Data Part Gain Factor BetaD ...............................67

Power Offset between PRACH Control Part and

PRACH Data Part(dB)..............................68

UE Intra-frequency Measurement Relative to Traffic

Category Configuration Information .....................69

Intra-frequency Measurement Configuration

Index Related to Traffic Category .............70


Handover Configuration ..........................71

Period Report Configuration Index for CPICH

RSCP....................................................73

UE Event Report Configuration Index for CPICH

RSCP....................................................74

Detected Set Measurement Configuration Index

for CPICH Ec/No ....................................76

Detected Set Measurement Configuration Index

for CPICH RSCP .....................................77

UE Intra-frequency Measurement Configuration .............79


Index ...................................................80

Function of Configuration Parameters...................82

Measurement Report Transfer Mode.....................83

Filter Coefficient................................................84

Measurement Quantity.......................................85

CPICH Ec/No Reporting Indicator.........................86

CPICH RSCP Reporting Indicator .........................87

Pathloss Reporting Indicator ...............................88

Report Criteria..................................................89

Event Number of Intra-frequency

Measurement ........................................91

Intra-frequency Measurement Event ID................92

Reporting Range Constant for Event

1A/1B(dB) ............................................94

Weight for Event 1A/1B .....................................95

Hysteresis(dB)..................................................97

Threshold of the Quality of the Used Frequency

for Event 1E/1F .....................................99

Reporting Deactivation Threshold for Event

1A ..................................................... 101

Replacement Activation Threshold for Event 1C

and 1J ................................................ 103

Time To Trigger(ms) ........................................ 105

Amount of Reporting for Event

1A/1B/1C/1J ....................................... 107

Reporting Interval for Event

1A/1B/1C/1J(ms)................................. 108

Amount of Reporting in Period Report

Criteria ............................................... 110

Reporting Interval in Period Report

Criteria(ms) ........................................ 111

Power Control Related to Service and Diversity

Mode ............................................................. 112

Diversity PC Index .......................................... 112

Sub-service Type ............................................ 113

Transmit Diversity Mode................................... 117

DPCH Maximum DL Power(dB).......................... 118

DPCH Minimum DL Power(dB)........................... 120

DPCH PO1(dB)................................................ 122

DPCH PO2(dB)................................................ 124

DPCH PO3(dB)................................................ 127

DPCCH Pilot Field Eb/N0................................... 129

Maximum Allowed Uplink DPCH Transmission

Power(dBm) ........................................ 131

Uplink Initial SIR Target (dB) ............................ 131

Maximum Uplink SIR Target (dB) ...................... 133

Minimum Uplink SIR Target (dB) ....................... 135

E-AGCH Power Offset for TTI 2ms(dB) ............... 137

E-AGCH Power Offset for TTI 10ms(dB).............. 138

E-RGCH Power Offset for TTI 2ms(dB) ............... 139

E-RGCH Power Offset for TTI 10ms(dB).............. 140

E-HICH Power Offset for TTI 2ms(dB) ................ 140

E-HICH Power Offset for TTI 10ms..................... 141

SCCPCH power for Single Cell Recep-

tion(dB).............................................. 142

SCCPCH Power for Cell in Half-island

Status(dB) .......................................... 143

UE Timers and Constants Information ........................ 144

UECNS Index.................................................. 144

Waiting Time After UE Sending RRC CONNECTION

SETUP REQUEST Message(T300)

(ms) .................................................. 145

Maximum Number of Retransmissions of the

RRC CONNECTION REQUEST Message

(N300) ............................................... 146

Waiting Time for Receiving In Syncfrom L1 in

Idle Mode (T312 in Idle Mode) (s) .......... 146

Maximum Number of "In Sync" Received from L1

in Idle Mode (N312 in Idle Mode) ........... 147

Waiting Time After UE Sending CELL/URA

UPDATE Message(T302) (ms) ................ 148

Maximum Number of Retransmissions of

the CELL/URA UPDATE Message

(N302) ............................................... 149

Waiting Time After UE Sending UE

CAPABILITY INFORMATION

Message(T304)(ms) ............................. 149

Maximum Number of Retransmissions of the

UE CAPABILITY INFORMATION Message

(N304) ............................................... 150

Period of Cell/URA Update When UE is in

CELL_FACH/CELL_PCH/ URA_PCH

State(T305)(min)................................. 151

Waiting Time for Cell Reselection After UE is out

of Service(T307).................................. 152

Waiting Time After Sending RRC CONNECTION

RELEASE COMPLETE Message in

CELL_DCH State(T308)(ms) .................. 152

Waiting Time After Requesting Connection

Establishment in Other System(eg.

GSM) (T309)(s) ................................... 153

Waiting Time for Receiving In Sync from L1

in Connected Mode (T312 in Connected

Mode) (s)............................................ 154

Maximum Number of "In Sync" Received from L1

in Connected Mode (N312 in Connected

Mode) ................................................ 155

Waiting Time After DPCCH Established in

CELL_DCH State Losing Sychronization

(T313)(s)............................................ 156

Maximum Number of Successive "Out of Sync"

Received from L1(N313) ....................... 156

Waiting Time for Completion of Cell Update When

Radio Link Fails and Radio Bearer(s)

Associated with T314 Exist (T314)

(s) ..................................................... 157

Waiting Time for Completion of Cell Update When

Radio Link Fails and Radio Bearer(s)

Associated with T315 Exist (T315).......... 158

Maximum Number of Successive In

SyncReceived from L1 During

T313 is Activated (N315) ...................... 159

Waiting Time for Cell Selection/Reselection

After UE is out of Service in

CELL_PCH/URA_PCH State(T316)........... 159

Waiting Time for Cell Selection/Reselection

After UE is out of Service in CELL_FACH

State(T317) ........................................ 160

MBMS Configuration Information ............................... 161

Detection Period for Desychroniza-

tion(hours).......................................... 162

SCCPCH Power Offset for Soft Combin-

ing(dB)............................................... 163

SCCPCH Power Offset for Selective

Combining(dB) .................................... 164

Threshold for Cell in Half-island Status............... 164

Threshold for Cell in Island Status ..................... 165

Period of examining MBMS Combining Status of

cell(min)............................................. 166

Access Probability Factor Updated

Interval(100ms) .................................. 167

Timer to Recount the Number of MBMS

UEs(minutes) ...................................... 167

S Traffic on PTP or PTM Switch .......................... 168

B Traffic on PTP or PTM Switch .......................... 169

UE Number Threshold for PTP and PTM

Switch ................................................ 169

The Minimum Rate Threshold of the SCCPCH

Setup for MBMS(kbps) .......................... 170

MSCH Supported Switch .................................. 171

Step for MBMS Scheduling Offset(ms)................ 171

MSCH Scheduling Period(frames) ...................... 172

Global Access Control............................................... 173

True Queue Length.......................................... 173

Time of True Queue(s) ..................................... 174

Valid Time Window of CPICH Ec/No for Power

Increment(s)....................................... 175

UE Inter-Rat Measurement Relative to Traffic

Category ........................................................ 176

Inter-Rat Measurement Configuration Index

Related to Traffic Category .................... 176


Handover Configuration ........................ 177

Periodical Report Configuration Index for Own

System CPICH Ec/No ............................ 179

UE Event Report Configuration Index for Own

System CPICH Ec/No ............................ 180

Periodical Report Configuration Index for Own

System CPICH RSCP............................. 182

UE Event Report Configuration Index for Own

System CPICH RSCP............................. 183

UE Inter-frequency Measurement Configuration ........... 185

Inter-frequency Measurement Configuration

Index ................................................. 185

Function of Configuration Parameters................. 186

Measurement Report Transfer Mode................... 188

UTRA Carrier RSSI .......................................... 189

Carrier Frequency Quality Estimation Reporting

Indicator............................................. 190

SFN-SFN Observed Time Difference Reporting

Indicator............................................. 191

Cell Synchronisation Information Reporting

Indicator............................................. 192

Cell ID Reporting Indicator ............................... 193

CPICH Ec/No Reporting Indicator....................... 194

CPICH RSCP Reporting Indicator ....................... 195

Pathloss Reporting Indicator ............................. 196

Report Criteria................................................ 196


Index ................................................. 198

Measurement Quantity..................................... 199

Filter Coefficient.............................................. 200

Event Number of Inter-frequency

Measurement ...................................... 202

Inter-frequency Event Identity.......................... 203

Absolute Threshold of the Quality of the Currently

Used Frequency for 2B/2D/2F ................ 204

Weight of the Currently Used Frequency for

2A/2B/2D/2F....................................... 206

Hysteresis(dB)................................................ 207


Absolute Threshold of the Quality of the

Non-used Frequency for 2B/2C/2E.......... 211

Weight of the Non-used Frequency for

2A/2B/2C/2E....................................... 213


Criteria ............................................... 214


Criteria(ms) ........................................ 215

UE Inter-Rat Measurement Configuration

Information .................................................... 216

Inter-Rat Measurement Configuration

Index ................................................. 217

Function of Configuration Parameter .................. 218

Measurement Report Transfer Mode................... 219

UTRAN Filter Coefficient ................................... 220

UTRAN Measurement Quantity .......................... 222

GSM Filter Coefficient ...................................... 223

GSM BSIC Verification Required Indicator ........... 224

UTRAN Quality Estimation Reporting

Indicator............................................. 225

Observed Time Difference to GSM Cell Reporting

Indicator............................................. 226

GSM Carrier RSSI Reporting Indicator ................ 227

Report Criteria................................................ 228

Inter-RAT Measurement Event Number .............. 229

Inter-Rat Event Identity ................................... 230

Absolute Threshold of the Quality of UTRAN Cell

for 3A................................................. 231

Weight of the UTRAN System for 3A .................. 233

Absolute Threshold of the Quality of Other RAT

for 3A/3B/3C....................................... 235

Hysteresis(dB)................................................ 237



Criteria ............................................... 240


Criteria(ms) ........................................ 241

Transport Format Combination Set of SCCPCH ............. 242

TFCS Index .................................................... 243

CTFC Number ................................................. 243

CTFC ID......................................................... 244

UE Traffic Volume Measurement Configuration ............. 245

UE Traffic Volume Measurement Configuration

Index ................................................. 246

Event Number of UE Traffic Volume

Measurement ...................................... 247

UE Traffic Volume Measurement Event

Identity .............................................. 248

Reporting Threshold Configuration Selector ......... 248

Reporting Threshold Permillage......................... 250

Reporting Threshold(bytes) .............................. 251

Time to Trigger(ms) ........................................ 252

Pending Time After Trigger(ms)......................... 254

Transport Format Set ............................................... 255

TFS Index ...................................................... 256

Channel Type ................................................. 257

Transport Format Number ................................ 258

Number of Transport Blocks.............................. 259

Transport Block Size(bits)................................. 260

Transmission Time Interval............................... 261

Coding Rate ................................................... 262

Rate Matching Attribute ................................... 263

CRC Size........................................................ 264

CN System Information ............................................ 265

Mobile Country Code ....................................... 265

Mobile Network Code....................................... 266

T3212(hour)................................................... 266

CS Domain DRX Cycle Length Coefficient............ 267

PS Domain DRX Cycle Length Coefficient............ 268

Modification Period Coefficient for MBMS ............ 269

RNC Radio Resource Management.............................. 270

UTRAN DRX Cycle Length Coefficient ................. 271

Shared Network Mode ..................................... 272

Integrity Protection Algorithm........................... 273

Encryption Algorithm ....................................... 273

DES Ciphering Key Flag ................................... 274

DES Ciphering Serial Number ........................... 275

Maximum Number of Retransmissions of the RRC

CONNECTION RELEASE Message ............ 275

GSM Capibility Information Report

Indicator............................................. 276

N308............................................................. 277

Type of Transport Channel for Initial RRC

Connection Setup................................. 277

Wait Time for RRC Connection Reestablish-

ment(s) .............................................. 278

AMR Rate Adjustment Switch for RNC ................ 279

Directed Signalling Connection Re-establishment

Switch ................................................ 280

Timer of Relocation Delay for RT Service ............ 280

Timer of Relocation Delay for NRT Service .......... 281

Maximum number of Cells Within DCH Active

Set .................................................... 282

Tnnsf(s)......................................................... 282

PDCP ROHC Target Mode.................................. 283

FACH Traffic Control Information................................ 284

Effect Factor of BO Threshold............................ 284

Percent BO Allocation Threshold Forbid-

den(%) .............................................. 285

FACH CAC Tolerable Minimum Bit Rate(bps) ......... 286

Iu Interface Timers and Constants Information............ 286

SRNC Wait Time for Relocation Prepara-

tion(100ms) ........................................ 287

SRNC Overall Protective Time for

Relocation(100ms) ............................... 288

Maximum Time for RAB Queuing in

RNC(100ms) ....................................... 289

Maximum Time for Forwarding GTP-PDU Data in

SRNC (100ms) .................................... 290

HSPA Configuration Information ................................ 291

HS-DPCCH ACK Power Offset for Single Radio

Link or Intra-NodeB Handover ............... 292

HS-DPCCH NACK Power Offset for Single Radio


HS-DPCCH CQI Power Offset for Single Radio


HS-DPCCH ACK Power Offset for Inter-NodeB

Handover............................................ 294

HS-DPCCH NACK Power Offset for Inter-NodeB

Handover............................................ 295

HS-DPCCH CQI Power Offset for Inter-NodeB

Handover............................................ 295

CQI Feedback Cycle(ms) .................................. 296

CQI Repetition Factor ...................................... 297

ACK-NACK Repetition Factor ............................. 297

HSPA Total Downlink Power Allocation

Method............................................... 298

Pending Times Threshold for Power Balance

Between DPCH and HSDPA.................... 299

Timer for Event 1D in HSPA or MBMS(s)............. 300

HS-PDSCH Code Resource Allocation

Method............................................... 301

Code Update Period Unit .................................. 302

Code Update Period......................................... 303

Maximum Number of Cells in E-DCH Active

Set .................................................... 303

E-AGCH/E-RGCH/E-HICH Resource Allocation

Method............................................... 304

Quantified E-DPCCH/DPCCH Power Offset (2ms

TTI) ................................................... 305

Quantified E-DPCCH/DPCCH Power Offset (10ms

TTI) ................................................... 305

Power Offset for Scheduling Info (2ms TTI) ......... 306

Power Offset for Scheduling Info (10ms

TTI) ................................................... 307

E-DCH Reference Power Offset.......................... 308

HS-PDSCH Code Resource Down Timer(s) .......... 309

NonHS-PDSCH Code Resource Down

Timer(S)............................................. 309

Support Type of RLC Flexible PDU Size

Format ............................................... 310

Maximum MAC-d PDU Size Extended ................. 311

HSUPA Associate CM Method ............................ 311

Service Basic Configuration Information...................... 312

Sub-Service Type ............................................ 313

Maximum Bit Rate(bps) ................................... 317

Direction........................................................ 320

CN Domain Indicator ....................................... 321

Traffic Class.................................................... 322

E-DCH HARQ Power Offset FDD......................... 326

Threshold of HARQ Failure Indication Number to

Adjust Upward..................................... 326

Threshold of HARQ Failure Indication Number to

Adjust Downward................................. 327

NHR Threshold to Adjust SIR Target Upward ......... 328

NHR Threshold to Adjust SIR Target

Downward........................................... 329

Maximum Number of Retransmissions for

E-DCH ................................................ 330

P-T-M RB Release Permission............................ 331

Node B Configuration Information.................333Basic Parameters of Node B Configuration

Information ........................................................ 333

NodeB No............................................................... 334

Node B Type ........................................................... 334

Coding Type For SIB of Iub Interface.......................... 335

Advanced Parameters of Node B Configuration

Information ........................................................ 336

Adjustment Type for DL Power Balance....................... 336

Max Adjustment Step for DL Power Balance(slot) ......... 337

Adjustment Period for DL Power Balance(frame) .......... 338

Adjustment Ratio for DL Power Balance ...................... 339

DL Reference Power Update Threshold(dB).................. 340

Support RL Timing Adjustment Ability Indicator ........... 341

Support Congestion Detection Indicator...................... 341

Transport Time Delay(ms) ........................................ 342

Transport Time Delay Jitter(ms)................................. 343

External Utran Cell ........................................345Basic Parameters of External Utran Cell .......................... 345

Global Information................................................... 345

Mobile Country Code ....................................... 346

Mobile Network Code....................................... 347

Rnc Identity ................................................... 348

Cell Identity ................................................... 348

Location Area Code ......................................... 349

Service Area Code for CS and PS Domain ........... 350

SACB Configuration Tag ................................... 351

Service Area Code for BC Domain...................... 352

Routing Area Code .......................................... 353

URA Number .................................................. 353

URA Identity .................................................. 354

Shared Network Area Code Number................... 355

Shared Network Area Code............................... 356

Global Else ............................................................. 357

Frequency Band Indicator ................................ 357

UUARFCN....................................................... 358

DUARFCN....................................................... 359

Cell Primary Scrambling Code ........................... 361

Primary CPICH Power Configuration Tag ............. 361

Primary CPICH Power(dBm).............................. 362

LCS ....................................................................... 363

Cell Description Type ....................................... 364

Polygon Point Number...................................... 364

Polygon Point Latitude Sign .............................. 365

Degree of Polygon Point Latitude(degree)........... 366

Degrees of Polygon Point Longitude

(degree) ............................................. 368

Latitude Sign for Cell Center............................. 369

Degree of Latitude for Cell Center(degree) ......... 370

Degrees of Longitude for Cell Center(de-

gree).................................................. 370

Cell Altitude for Cell Center(m) ......................... 371

Direction of Altitude for Cell Center.................... 372

Altitude Accuracy(m) ....................................... 373

Confidence (%) .............................................. 373

Cell Radius..................................................... 374

Antenna ................................................................. 374

Antenna Type ................................................. 375

Antenna Latitude Sign ..................................... 376

Degree of Antenna Latitude(degree) .................. 376

Degrees of Antenna Longitude .......................... 377

Antenna Altitude(m)........................................ 378

Direction of Antenna Altitude ............................ 378

Offset Angle(degree) ....................................... 379

Inner Angle(degree) ........................................ 380

Advanced Parameters of External Utran Cell ................ 380

HSPA Support Method...................................... 381

TX Diversity Indicator ...................................... 382

STTD Support Indicator ................................... 383

Closed Loop Mode 1 Support Indicator ............... 383

Closed Loop Mode 2 Support Indicator ............... 384

SRNC Diversity Combination Indicator ............... 385

DRNC Diversity Combination Indicator ............... 385

RTT Measurement Support Indicator .................. 386

TUTRAN-GPS Measurement Support

Indicator............................................. 387

Support RL Timing Adjust Ability Indicator.......... 387

Support Congestion Detection Indicator ............. 388

UTRAN DRX Cycle Length Coefficient ................. 389

HCS_PRIO...................................................... 389

Qqualmin in SIB11(dB) .................................... 390

Qrxlevmin in SIB11(dBm) ................................ 391

DeltaQrxlevmin in SIB11 Configuration Tag......... 392

DeltaQrxlevmin in SIB11(dBm) ......................... 393

Qqualmin in SIB12(dB) .................................... 394

Qrxlevmin in SIB12(dBm) ................................ 395

DeltaQrxlevmin in SIB12 Configuration Tag......... 395

DeltaQrxlevmin in SIB12(dBm) ......................... 396

RACH Maximum Allowed UL TX

Power(dBm) ........................................ 397

Cell Handover Switch....................................... 398

F-DPCH Support Indicator ................................ 398

2ms E-TTI Support Indicator............................. 399

E-DCH SF Capability ........................................ 400

E-DCH HARQ Combining Capability.................... 400

External GSM Cell ..........................................403Basic Parameters of External GSM Cell ........................... 403

Mobile Country Code ................................................ 404

MNC BCD Code Length ............................................. 405

Mobile Network Code ............................................... 405

Location Area Code.................................................. 406

Cell Identifier .......................................................... 407

Network Colour Code ............................................... 408

Base Station Colour Code ......................................... 409

Band Indicator ........................................................ 409

BCCH ARFCN .......................................................... 411

Shared Network Area Code Number ........................... 412

Shared Network Area Code ....................................... 413

Advanced Parameters of External GSM Cell ..................... 414

Maximum Allowed UL TX Power (dBm) ....................... 414

HCS_PRIO .............................................................. 415

Qrxlevmin in SIB11(dBm)......................................... 416

DeltaQrxlevmin in SIB11 Configuration Tag ................. 417

DeltaQrxlevmin in SIB11(dBm).................................. 418

Qrxlevmin in SIB12(dBm)......................................... 418

DeltaQrxlevmin in SIB12 Configuration Tag ................. 419

DeltaQrxlevmin in SIB12(dBm).................................. 420

Cell Individual Offset................................................ 421

Figures ..........................................................423

Tables ...........................................................425

List of Glossary..............................................427

Preface

Purpose WCDMA mobile telecommunication system, developed by ZTE in-dependently, consists of ZXWN (ZTE WCDMA Core Network) andZXWR (ZTE WCDMA Radio Network Subsystem). ZXWR radio net-work subsystem consists of ZXWR RNC and ZXWR Node B.

This manual introduces radio parameters of the ZXWR RNC. It issuggested to use this manual when operate on ZXWR RNC dataconfiguration.

What is in ThisManual

This manual contains the following chapters:

Chapter Summary

Chapter 1, RNC Radio ResourceManagement

Parameter descriptions in RNCradio resource management

Chapter 2, Node B ConfigurationInformation

Parameter descriptions in Node Bconfiguration information

Chapter 3, External Utran Cell Parameter descriptions in ExternalUtran Cell

Chapter 4, External GSM Cell Parameter descriptions in ExternalGSM Cell

Confidential and Proprietary Information of ZTE CORPORATION i

ZXWR RNC Radio Parameter Reference (Volumn 1)

This page is intentionally blank.

ii Confidential and Proprietary Information of ZTE CORPORATION

C h a p t e r 1

RNC Radio ResourceManagement

Table of ContentsBasic Parameters of RNC Radio Resource Management ............ 1Advanced Parameters of RNC Radio Resource Manage-ment ...............................................................................24

Basic Parameters ofRNC Radio ResourceManagement

Basic Information

The Basic Information tab is shown in Figure 1.

Confidential and Proprietary Information of ZTE CORPORATION 1


FIGURE 1 RNC RADIO RESOURCE MANAGEMENT INTERFACE (BASICINFORMATION TAB)

Description of related parameters is presented below.

GPS Information Root

Wireless Parameter Name

Parameter Name GPS Information Root

Abbreviated Name GpsInfoRoot

3GPP Name N/A

3GPP Reference N/A

Data Item Description

Description This parameter indicates sourceof RNC GPS information.

Managed Object GpsCfg

Range and Step 0: Self

1: Neighboring RNC

2: Exterior Network

Unit N/A

Default Value (Note) Self

Modification Method Offline

2 Confidential and Proprietary Information of ZTE CORPORATION

Chapter 1 RNC Radio Resource Management

Related Feature Location Service

Related Parameter GpsInfoRoot of GpsCfg,GpsCardType of GpsCfg

Parameter Relation When GpsInfoRoot is 0(Self),GpsCardType is effectiveparameter.

Related Interface N/A

Note:

Values to be modified include: online, Offline, and this applies toall parameters in this manual.

GPS Card Type


Parameter Name GPS Card Type

Abbreviated Name GpsCardType

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates GPS cardtype. It is usually used to identifymanufacturer of the GPS card.

Managed Object GpsCfg

Range and Step 0: NovAtel GPS CARD

1: Moto GPS CARD

Unit N/A

Default Value (Note) NovAtel GPS CARD



Related Parameter GpsInfoRoot of GpsCfg,GpsCard-Type of GpsCfg

Parameter Relation When GpsInfoRoot is 0(Self),GpsCardType is effectiveparameter.




Times of SIB15.3 Occurrences


Parameter Name Times of SIB15.3 Occurrences

Abbreviated Name SIB153OccNum

3GPP Name N/A

3GPP Reference N/A


Description The system information block type15. 3 contains information relatedto satellite positioning, includingionosphere delay, UTC offset,almanac data and Almanac etc.

For System Information Blocktype 15. 3 multiple occurrencesmay be used; one occurrence foreach set of satellite data. Thisparameter indicates the times ofoccurrence of SIB15. 3.

Since SIB15. 3 is valid in PLMN,this parameter must be negotiatedwith the neighboring RNC.

Managed Object rncFunction

Range and Step [2,16]

Unit N/A

Default Value (Note) 2



Related Parameter SIB153OccNum of rncFunction,SIB153OccId [16] of rncFunction

Parameter Relation SIB153OccId[16] is an array. Themaximum parameter quantitynumber is 16. SIB153OccId[16]has an effective quantity numberof SIB153OccNum.


SIB15.3 occurrence ID


Parameter Name SIB15.3 occurrence ID

Abbreviated Name SIB153OccId [16]



3GPP Name SIB occurrence identity

3GPP Reference TS 25.331


Description The system information block type15. 3 contains information relatedto satellite positioning, includingionosphere delay, UTC offset,almanac data and Almanac etc.

For System Information Block type15. 3 multiple occurrences maybe used; one occurrence for eachset of satellite data. Maximumtimes of occurrence are 16. Thisparameter is used to identify thedifferent occurrences.

Since SIB15. 3 is valid in PLMN,this parameter must be negotiatedwith the neighboring RNC. EveryID is unique in the array of ID inthis parameter.



Unit N/A

Default Value (Note) [0,1]



Related Parameter SIB153OccNum of rncFunction,SIB153OccId [16] of rncFunction

Parameter Relation SIB153OccId[16] is array, andarray parameter maximumquantity number is 16.SIB153OccId[16] and thevalid number of array elements isSIB153OccNum.


RPLMN Range Information

The RPLMN Range Information tab is shown in Figure 2.



FIGURE 2 RNC RADIO RESOURCE MANAGEMENT INTERFACE (RPLMNRANGE INFORMATION TAB)


Number of GSM BA Range


Parameter Name Number of GSM BA Range

Abbreviated Name GsmBARangeNum

3GPP Name maxNumGSMFreqRanges



Description This parameter indicates thenumber of GSM BCCH distributiontables. When UTRAN network andBSS network belong to the samePLMN at the same time and UE hastransferred from RRC connectedmode to idle mode, UE selects onecell to reside. UTRAN contains thisparameter in the message of RRCCONNECTION RELEASE, indicatingthe possible BCCH frequencyrange of neighboring GSM cells ofthe BSS network. This parameterhelps UE to speed up the processof cell searching.





Unit N/A



Related Feature Connection Management

Related Parameter GsmBARangeNum of rncFunction,GsmLRange[32] of rncFunction,GsmURange[32] of rncFunction

Parameter Relation GsmLRange[32] andGsmURange[32] are arrays.The maximum number of arrayelements is 32.

GsmLRange[32] andGsmURange[32] haveeffective quantity number asGsmBARangeNum.


Number of FDD UMTS Frequency Range


Parameter Name Number of FDD UMTS FrequencyRange

Abbreviated Name FDDFreqRngNum

3GPP Name maxNumFDDFreqs



Description This parameter indicates thenumber of UTRAN FDD frequencyrange controlled by the localPLMN. When UE comes back toidle mode from RRC connectedmode, UE selects one cell toreside. UTRAN contains thisparameter in the message of RRCCONNECTION RELEASE, indicatingthe possible frequency range inUTRAN cells. This parameterhelps UE to speed up the processof cell searching.



Unit N/A






Related Parameter FDDFreqRngNum of rncFunction,Luarfcn[8] of rncFunction,Uuarfcn[8] of rncFunction

Parameter Relation Luarfcn[8] and Uuarfcn[8] arearrays. The maximum arrayparameter quantity number is 8.Luarfcn[8] and Uuarfcn[8] havean effective quantity number ofFDDFreqRngNum.


GSM Lower Range


Parameter Name GSM Lower Range

Abbreviated Name GsmLRange[32]

3GPP Name GSM Lower Range (UARFCN)



Description This parameter indicates the lowerfrequency range of a specificGSM BCCH distribution table thatthe local PLMN controls. WhenUTRAN network and BSS networkbelong to the same PLMN at thesame time and UE has transferredfrom RRC connected mode to Idlemode, UE will selects one cellto reside. UTRAN contains thisparameter in the message of RRCCONNECTION RELEASE, indicatingthe possible BCCH frequencyrange of neighboring GSM cells ofthe BSS network. This parameterhelps UE to speed up the processof cell searching.






[512,885] (corresponds to BandDCS1800);

[512,812] (corresponds to BandPCS1900);

[0,124] and [955,1023](corresponds to Band GSM900);

[259,293] (corresponds to BandGSM450;

[306,340] (corresponds to BandGSM480);

[438,511] (corresponds to BandGSM750);

[128,251] (corresponds to BandGSM850)

Unit N/A

Default Value (Note) [512,0,975]



Related Parameter GsmBARangeNum of rncFunction,GsmLRange[32] of rncFunction,GsmURange[32] of rncFunction

Parameter Relation GsmLRange[32] andGsmURange[32] are arrays.The maximum array parameternumber is 32.

GsmLRange[32] andGsmURange[32] have aneffective quantity number ofGsmBARangeNum.

Of the related effective arrayparameter, GsmLRange[i] RcpScrStartId;2. RcpScrEndId-RcpScrStartId >

5000;3. Segments of scrambling codes

of different RCPs can notoverlap.




Advanced Parametersof RNC Radio ResourceManagement

UE Inter-frequency MeasurementRelative to Traffic Category

The UE Inter-frequency Measurement Relative to TrafficCategory tab is shown in Figure 5.

FIGURE 5 ADVANCED PARAMETER MANAGER INTERFACE (UEINTER-FREQUENCY MEASUREMENT RELATIVE TO TRAFFIC CATEGORY TAB)


Inter-frequency Measurement Configuration IndexRelated to Traffic Category


Parameter Name Inter-frequency MeasurementConfiguration Index Related toTraffic Category

Abbreviated Name TrfCatInterMIdx

3GPP Name N/A



3GPP Reference N/A


Description This parameter indicates theconfiguration index of theinter-frequency measurementparameters based on traffic type.There are several different sets ofmeasurement values according todifferent traffic types.

Managed Object CInter


Unit N/A



Related Feature Handover Control (Inter-frequency Handover)

Related Parameter TrfCatInterMIdx of utranCell

Parameter Relation TrfCatInterMIdx of utranCellmust have the correspondingTrfCatInterMIdx with the samevalue in CInter.


Service and Bearer Type Used for DifferentiatingHandover Configuration


Parameter Name Service and Bearer Type Usedfor Differentiating HandoverConfiguration

Abbreviated Name TrfCategory

3GPP Name N/A

3GPP Reference N/A




Description This parameter differentiatesdifferent sets of handoverparameter according to differentservice and bearer type. Fordifferent services, there aredifferent parameters such ashandover trigger threshold,hysteresis, etc. Altogether thereare 8 sets of configuration fordifferent scenario based onservice type, transport channeltype, service quantity, etc.


Range and Step 0: Single RT RAB Including Voiceon DL DCH/UL DCH

1: Single RT RAB Excluding Voiceon DL DCH/UL DCH

2: Single NRT on DL DCH/UL DCH

3: Single RAB on DL HS-DSCH/ULDCH

4: Single RAB on DL HS-DSCH/ULE-DCH

5: All Multi-RAB on DL DCH/ULDCH

6: Multi-RAB, HSPA is Involvedand only DCHs are Used in UL

7: Multi-RAB, HSPA is Involvedand E-DCH is Used in UL

0xff: Not Related to Service Type

Unit N/A

Default Value (Note) See Table 10



Related Parameter N/A

Parameter Relation Each value of TrfCategory must beconfigured in CInter.


TABLE 10 SERVICE TYPE RELATED UE INTER-FREQUENCY MEASUREMENTPARAMETER CONFIGURATION DEFAULT VALUE

FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-tIn-

1 1 1 1 1 1 1 1 1



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

ter-MIdx

TrfCa-te-gory

0 1 2 3 4 5 6 7 0xff

PrdMea-sEcNo

0 0 0 0 0 0 0 0 0

Evt-Mea-sEcNo

3 3 3 3 3 3 3 3 3

PrdMeasRSCP4 4 4 4 4 4 4 4 4

Evt-MeasRSCP

7 7 7 7 7 7 7 7 7

UE Periodic Measurement Configuration Indexfor CPICH Ec/No


Parameter Name UE Periodic MeasurementConfiguration Index for CPICHEc/No

Abbreviated Name PrdMeasEcNo

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the UEperiod report inter-frequencymeasurement configuration indexfor CPICH Ec/No, used for indexingthe configuration of the set ofinter-frequency measurementparameters for UE periodicalreporting when measurementquantity is CPICH Ec/No.



Unit N/A






Related Parameter InterMeasCfgNo of Inter,InterMeasCfgNote of Inter,TrfCategory of CInter

Parameter Relation PrdMeasEcNo must havecorresponding InterMeasCfgNoof the same value in Inter andthe value of the correspondingInterMeasCfgNote must be UEPeriod Report Parameters forCPICH Ec/No. Only valid whenTrfCategory= Not Related toService Type.



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-tIn-ter-MIdx

1 1 1 1 1 1 1 1 1

TrfCa-te-gory

0 1 2 3 4 5 6 7 0xff

PrdMea-sEcNo

0 0 0 0 0 0 0 0 0

Evt-Mea-sEcNo

3 3 3 3 3 3 3 3 3

PrdMeasRSCP4 4 4 4 4 4 4 4 4

Evt-MeasRSCP

7 7 7 7 7 7 7 7 7

UE Inter-frequency Event MeasurementConfiguration Index for CPICH Ec/No


Parameter Name UE Inter-frequency EventMeasurement Configuration Indexfor CPICH Ec/No

Abbreviated Name EvtMeasEcNo



3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the UEevent report configuration indexfor CPICH Ec/No, used for indexingthe configuration of the set ofintra-frequency measurementparameters for event reportingdecided by UE when measurementquantity is CPICH Ec/No.



Unit N/A





Parameter Relation EvtMeasRSCP musthave correspondingInterMeasCfgNo of thesame value in Inter and thevalue of the correspondingInterMeasCfgNo must be UEInter-frequency Event ReportParameters for CPICH RSCP.

Only valid when TrfCategoryis not equal to Not Related toService Type.



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-tIn-ter-MIdx

1 1 1 1 1 1 1 1 1



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-te-gory

0 1 2 3 4 5 6 7 0xff

PrdMea-sEcNo

0 0 0 0 0 0 0 0 0

Evt-Mea-sEcNo

3 3 3 3 3 3 3 3 3

PrdMeasRSCP4 4 4 4 4 4 4 4 4

Evt-MeasRSCP

7 7 7 7 7 7 7 7 7

UE Periodic Measurement Configuration Indexfor CPICH RSCP


Parameter Name UE Periodic MeasurementConfiguration Index for CPICHRSCP

Abbreviated Name PrdMeasRSCP

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theperiod report configuration indexfor CPICH RSCP, used for indexingthe configuration of the set ofinter-frequency measurementparameters for periodicalreporting when measurementquantity is CPICH RSCP.


Range and Step [0, 65535]

Unit N/A







Parameter Relation PrdMeasRSCP musthave correspondingInterMeasCfgNo of thesame value in Inter and thevalue of the correspondingInterMeasCfgNote must beUE Period Report Parametersfor CPICH RSCP.

Only valid when TrfCategory =Not Related to Service Type.



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-tIn-ter-MIdx

1 1 1 1 1 1 1 1 1

TrfCa-te-gory

0 1 2 3 4 5 6 7 0xff

PrdMea-sEcNo

0 0 0 0 0 0 0 0 0

Evt-Mea-sEcNo

3 3 3 3 3 3 3 3 3

PrdMeasRSCP4 4 4 4 4 4 4 4 4

Evt-MeasRSCP

7 7 7 7 7 7 7 7 7

UE Inter-frequency Event MeasurementConfiguration Index for CPICH RSCP


Parameter Name UE Inter-frequency EventMeasurement Configuration Indexfor CPICH RSCP

Abbreviated Name EvtMeasRSCP

3GPP Name N/A



3GPP Reference N/A


Description This parameter indicatesthe Inter-frequency reportconfiguration index for CPICHRSCP, used for indexing theconfiguration of the set ofinter-frequency measurementparameters for event reportingwhen measurement quantity isCPICH RSCP.



Unit N/A





Parameter Relation 1. EvtMeasRSCP musthave correspondingInterMeasCfgNo of thesame value in Inter and thevalue of the correspondingInterMeasCfgNo must be UEInter-frequency Event ReportParameters for CPICH RSCP.

2. Only valid when TrfCategoryis not equal to Not Related toService Type.



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

TrfCa-tIn-ter-MIdx

1 1 1 1 1 1 1 1 1

TrfCa-te-gory

0 1 2 3 4 5 6 7 0xff



FieldName

De-faultValue1

De-faultValue2

De-faultValue3

De-faultValue4

De-faultValue5

De-faultValue6

De-faultValue7

De-faultValue8

De-faultValue9

PrdMea-sEcNo

0 0 0 0 0 0 0 0 0

Evt-Mea-sEcNo

3 3 3 3 3 3 3 3 3

PrdMeasRSCP4 4 4 4 4 4 4 4 4

Evt-MeasRSCP

7 7 7 7 7 7 7 7 7

Dynamic Radio Bearer ControlInformation

The Dynamic Radio Bearer Control Information tab is shownin Figure 6.

FIGURE 6 ADVANCED PARAMETER MANAGER INTERFACE (DYNAMIC RADIOBEARER CONTROL INFORMATION TAB)




DRBC Method Switch


Parameter Name DRBC Method Switch

Abbreviated Name DrbcSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter is a switch,indicating whether dynamic radiobearer control algorithm is usedfor uplink and downlink.

Managed Object drbc

Range and Step 0: UL Closed & DL Closed

1: UL Closed & DL Open

2: UL Open & DL Closed

3: UL Open & DL Open

Unit N/A

Default Value (Note) UL Open & DL Open


Related Feature Dynamic Radio Bearer Control


Parameter Relation N/A


Event 4B Counter Threshold for FACH/RACH toPCH Shared by Uplink and Downlink


Parameter Name Event 4B Counter Threshold forFACH/RACH to PCH Shared byUplink and Downlink

Abbreviated Name FachBo0E4bThd

3GPP Name N/A

3GPP Reference N/A




Description This parameter indicates theevent 4B counter threshold forRACH/FACH to PCH shared byuplink and downlink. For theUE in CELL_FACH state, if thetimes of the measured RLCbuffer payload of the uplinkand downlink being zero exceedthe threshold indicated by thisparameter, UE will be transferredfrom CELL_FACH to CELL_PCH.

Managed Object drbc


Unit N/A




Related Parameter DrbcSwch of drbc

Parameter Relation FachBo0E4bThd is invalid whenDRBC is switched off in bothdirections.


Event 4B Counter Threshold for DCH/HSPA toPCH Shared by Uplink and Downlink


Parameter Name Event 4B Counter Threshold forDCH/HSPA to PCH Shared byUplink and Downlink

Abbreviated Name DchBo0E4bThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent 4B counter threshold forDCH/DCH or HSPA to PCH sharedby uplink and downlink. For theUE in CELL_DCH state, if thetimes of the measured RLC bufferpayload of the uplink and downlinkbeing zero exceed the thresholdindicated by this parameter, UEwill be transferred from DCH/DCHor HSPA to PCH.



Managed Object drbc


Unit N/A




Related Parameter DchE4bThd, drbcHsToFtimesThr,drbcDrbcSwch of drbc

Parameter Relation DchE4bThd DchBo0E4bThd HsToFtimesThr

DchBo0E4bThd DchBo0E4bThd is invalid when

DRBC is switched off in bothdirections


Event 4A Counter Threshold for FACH->DCH/HS-DSCH or RACH->DCH/EDCH


Parameter Name Event 4A Counter Thresholdfor Increasing Rate on DCH orDCH->HSPA

Abbreviated Name FachE4aThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent 4A counter thresholdfor increasing rate on DCH orDCH->HSPA. For the UE usingDCH in both directions, if thetimes of the measured RLC bufferpayload of the uplink or downlinkbeing larger than the 4A thresholdexceed the threshold indicated bythis parameter, UEs data rate onDCH will be increased or UE willbe transferred from DCH to HSPA.

Managed Object drbc


Unit N/A







Parameter Relation FachE4aThd is invalid when DRBCis switched off in both directions.


Event 4A Counter Threshold for Increasing Rateon DCH or DCH->HSPA


Parameter Name Event 4A Counter Thresholdfor Increasing Rate on DCH orDCH->HSPA

Abbreviated Name DchE4aThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent 4A counter thresholdfor increasing rate on DCH orDCH->HSPA. For the UE usingDCH in both directions, if thetimes of the measured RLC bufferpayload of the uplink or downlinkbeing larger than the 4A thresholdexceed the threshold indicated bythis parameter, UEs data rate onDCH will be increased or UE willbe transferred from DCH to HSPA.

Managed Object drbc


Unit N/A





Parameter Relation DchE4aThd is invalid when DRBCis switched off in both directions.




Event 4B Counter Threshold for Decreasing Rateon DCH or Transferred to CELL_FACH


Parameter Name Event 4B Counter Thresholdfor Decreasing Rate on DCH orTransferred to CELL_FACH

Abbreviated Name DchE4bThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent 4B counter thresholdfor decreasing rate on DCH ortransferred to CELL_FACH. For theUE using DCH in both directions,if the times of the measured RLCbuffer payload of the uplink ordownlink being less than the 4Bthreshold exceed the thresholdindicated by this parameter,UEs data rate on DCH will bedecreased or will be transferredfrom CELL_DCH to CELL_FACH.

Managed Object drbc


Unit N/A




Related Parameter DchBo0E4bThd ofdrbc,DxHsBo0E4bThd of Drbc,DrbcSwch of drbc

Parameter Relation DchE4bThd DchBo0E4bThd; DchE4bThd

DxHsBo0E4bThd; DchE4bThd is invalid when

DRBC is switched off in bothdirections.




Time Threshold for CELL_PCH or URA_PCH toIdle(s)


Parameter Name Time Threshold for CELL_PCH orURA_PCH to Idle(s)

Abbreviated Name PchHoldTimeThr

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates thetime threshold of UE staying inCELL_PCH or URA_PCH for thejudgment of transferring fromCELL_PCH or URA_PCH to idle.

If the time of UE having stayed inCELL_PCH or URA_PCH exceedsthe threshold indicated by thisparameter, UE will be transferredfrom CELL_PCH or URA_PCH toIdle.

Managed Object drbc

Range and Step [1,65535]s

Unit s

Default Value (Note) 600s




Parameter Relation PchHoldTimeThr is invalid whenDRBC is switched off in bothdirections.


Event 4B Counter Threshold for HS-DSCH toFACH


Parameter Name Event 4B Counter Threshold forHS-DSCH to FACH

Abbreviated Name HsToFtimesThr

3GPP Name N/A



3GPP Reference N/A


Description For the UE which is usingHS-DSCH, if the measurementof the occupied of the uplink anddownlink sending buffers.

This parameter indicates theevent 4B counter threshold forHSPA to FACH/RACH. For the UEusing HS-DSCH, if the times ofthe measured RLC buffer payloadof the downlink being smallerthan the event 4Bs thresholdon uplink and the downlinkexceed the threshold indicatedby this parameter, the UE willbe transferred from HSPA toFACH/RACH.

Managed Object drbc


Unit N/A




Related Parameter DchBo0E4bThd of drbcDrbcSwchof drbc

Parameter Relation 1. HsToFtimesThr DchBo0E4bThd

2. HsToFtimesThr is invalid whenDRBC is switched off in bothdirections.


Counter Threshold of Failing to Transfer fromCELL_DCH/CELL_FACH to CELL_PCH forTransferring to Idle


Parameter Name Counter Threshold ofFailing to Transfer fromCELL_DCH/CELL_FACH toCELL_PCH for Transferring to Idle

Abbreviated Name PFail2ITimesThr

3GPP Name N/A

3GPP Reference N/A




Description This parameter is a threshold.When the times of theUE failing to transfer fromCELL_FACH/CELL_DCH to PCHexceed this threshold, the UE willtransfer to idle state. The reasonof failing to transfer to PCH maybe that the PCH is closed in thesystem or the UE doesnt supportPCH.

Managed Object drbc


Where 65535 means infinity.

Unit N/A







Event A Counter Threshold of Consecutive DTCPReports for DTCP-DRBC


Parameter Name Event A Counter Threshold ofConsecutive DTCP Reports forDTCP-DRBC

Abbreviated Name DtcpEaThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent B counter threshold ofconsecutive DTCP reports forDTCP-DRBC. If the times ofdedicated transmitted code powerbeing less than the event Bthreshold exceed the thresholdindicated by this parameter, UEleaves event A status. Moreover,only traffic volume report cantrigger increasing rate on DCH.



Managed Object drbc


Unit N/A





Parameter Relation DtcpEaThd is invalid when DBRC isswitched off in downlink direction.


Event B Counter Threshold of Consecutive DTCPReports for DTCP-DRBC


Parameter Name Event B Counter Threshold ofConsecutive DTCP Reports forDTCP-DRBC

Abbreviated Name DtcpEbThd

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates theevent B counter threshold ofconsecutive DTCP reports forDTCP-DRBC. If the times ofdedicated transmitted code powerbeing less than the event Bthreshold exceed the thresholdindicated by this parameter, UEleaves event A status. Moreover,only traffic volume report cantrigger increasing rate on DCH.

Managed Object drbc


Unit N/A







Parameter Relation DtcpEbThd is invalid when DBRC isswitched off in downlink direction.


Downlink Maximum Rate Threshold of PS Serviceon CELL_FACH(kbps)


Parameter Name Downlink Maximum RateThreshold of PS Service onCELL_FACH(kbps)

Abbreviated Name Rfach

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates thedownlink maximum bit ratethreshold for PS service beingestablished on CELL_FACH. Wheninteractive/background serviceis set up initially, if downlinkmaximum bit rate is lower thanthe threshold, allocate FACH forthe service, otherwise, allocateHS-DSCH/EDCH, HS-DSCH/DCHor DCH/DCH according to UEcapability.

Managed Object drbc

Range and Step [0,65535]kbps

step 1 kbps

Unit kbps

Default Value (Note) 8 kbps



Related Parameter Rrach of drbc





Uplink Maximum Rate Threshold of PS Serviceon RACH(kbps)


Parameter Name Uplink Maximum Rate Thresholdof PS Service on RACH(kbps)

Abbreviated Name Rrach

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates thatwhen interactive/backgroundservice is set up initially, if theuplink maximum bit rate is lowerthan the threshold, allocate RACHfor the service, otherwise, allocateHS-DSCH/EDCH, HS-DSCH/DCHor DCH/DCH according to UEcapability.

Managed Object drbc


step 1 kbps

Unit kbps

Default Value (Note) 8 kbps



Related Parameter Rfach of drbc



Switch of Transferring to CELL_FACH


Parameter Name Switch of Transferring toCELL_FACH

Abbreviated Name FachSwch

3GPP Name N/A

3GPP Reference N/A




Description This parameter indicates whethertransferring from other transportchannel to FACH is allowed or not.

Managed Object drbc

Range and Step 0: Closed

1: Open

Unit N/A

Default Value (Note) Open




Parameter Relation FachSwch is invalid when DRBC is0 in both directions.


Switch of URA_PCH/CELL_PCH Support


Parameter Name Switch of URA_PCH/CELL_PCHSupport

Abbreviated Name PchSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicateswhether transferring toURA_PCH/CELL_PCH is supportedor not. If the value is OnlySupport URA_PCH, allows UE totransfer to URA_PCH when thereis no data to transmit. If the valueis Not Support, UE is not allowedto transfer to URA_PCH whenthere is no data to transmit.

Managed Object drbc

Range and Step 0: Not supportURA_PCH/CELL_PCH

1: Only support URA_PCH

Unit N/A

Default Value (Note) Not support URA_PCH/CELL_PCH






Parameter Relation PchSwch is invalid when DRBC isswitched off in both directions.


Switch of Adjustment of Rate on DCH


Parameter Name Switch of Adjustment of Rate onDCH

Abbreviated Name DchAdjRateSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter is a switchindicating whether adjustment ofrate on DCH is supported or not.If it is open, it is allowed to adjustUEs rate on DCH, otherwise notallowed.

Managed Object drbc


1: Open

Unit N/A





Parameter Relation DchAdjRateSwch is invalid whenDRBC is switched off in bothdirections.




Maximum Rate on Downlink DCH in HSPA Cellfor UEs with HS-DSCH Capability(kbps)


Parameter Name Maximum Rate on DownlinkDCH in HSPA Cell for UEs withHS-DSCH Capability(kbps)

Abbreviated Name HsMaxDlRateDch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates themaximum rate on DL DCH forthe UE with HS-DSCH capabilityin the cell supporting HS-DSCH.When the PS service of aboveUE is refused to be admitted onHS-DSCH and is allocated DL DCHinstead, the rate on DL DCH ofthe UE can not exceed the valueindicated by this parameter, inorder to avoid too high rate onDL DCH and resources of HSDPAbeing occupied.

Managed Object drbc


step 1 kbps

Unit kbps

Default Value (Note) 384kbps



Related Parameter DlRateAdjLev of QosSeg,R99MaxDlRateDch of drbc

Parameter Relation 1. HsMaxDlRateDch value mustbe selected from DlRateAdjLevof QosSeg, i. e. , DefaultValue must be one level ofDlRateAdjLev.

2. HsMaxDlRateDch R99MaxDlRateDch.




Maximum Rate on Downlink DCH in HSPA Cellfor UEs without HS-DSCH Capability


Parameter Name Maximum Rate on Downlink DCHin HSPA Cell for UEs withoutHS-DSCH Capability(kbps)

Abbreviated Name R99MaxDlRateDch

3GPP Name N/A

3GPP Reference N/A


Description This parameter is a maximumrate threshold of HS-DSCHnon-supporting UE in HS-DSCHsupporting cells, when this UEis rejected by HS-DSCH channeland is DL DCH channel. Then thisUEs DL DCH channel maximumrate can not be higher than thisthreshold, so as to avoid HSDPAresource be overused by high ratebearer on DCH.

Managed Object drbc


step 1 kbps

Unit kps




Related Parameter DlRateAdjLev of QosSeg,HsMaxDlRateDch of drbc

Parameter Relation 1. R99MaxDlRateDch valuemust be selected fromDlRateAdjLev of QosSeg, i. e.,Default Value must be onelevel of DlRateAdjLev;

2. HsMaxDlRateDch R99MaxDlRateDch.




Maximum Rate on Uplink DCH in HSPA Cell forUEs with E-DCH Capability(kbps)


Parameter Name Maximum Rate on Uplink DCHin HSPA Cell for UEs with E-DCHCapability(kbps)

Abbreviated Name HsMaxUlRateDch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates themaximum rate on UL DCH forthe UE with HS-DSCH/E-DCHcapability in the cell supportingHS-DSCH/E-DCH. When the ULservice of above UE is refusedto be admitted on E-DCH and isallocated UL DCH instead, therate on UL DCH of the UE cannot exceed the value indicatedby this parameter, in order toavoid too high rate on UL DCHand resources of HSUPA beingoccupied.

Managed Object drbc


step 1 kbps

Unit kps




Related Parameter UlRateAdjLev of QosSeg,R99MaxUlRateDch of drbc

Parameter Relation HsMaxUlRateDch value mustbe selected from QosSegsUlRateAdjLev(uplink DRBCrate adjustment level), i. e. ,HsMaxUlRateDch value mustbe one level of UlRateAdjLev.

HsMaxUlRateDch R99MaxUlRateDch.




Maximum Rate on Uplink DCH in HSPA Cell forUEs without E-DCH Capability


Parameter Name Maximum Rate on Uplink DCH inHSPA Cell for UEs without E-DCHCapability(kbps)

Abbreviated Name R99MaxUlRateDch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates themaximum rate on UL DCH for theUE having no E-DCH capability inHSUPA cell in order to avoid toohigh rate on UL DCH and resourcesof HSUPA being occupied.

Managed Object drbc


step 1 kbps

Unit kps




Related Parameter UlRateAdjLev of QosSeg,HsMaxUlRateDch of drbc

Parameter Relation R99MaxUlRateDch value mustbe selected from UlRateAdjLev(uplink DRBC rate adjustmentlevel) of QosSeg, i. e. ,R99MaxUlRateDch value mustbe one level of UlRateAdjLev.

HsMaxUlRateDch R99MaxUlRateDch.


HS-DSCH->DCH Based on Quality MeasurementSwitch for I/B Traffic


Parameter Name HS-DSCH->DCH Based on QualityMeasurement Switch for I/B Traffic



Abbreviated Name IBChQSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whethertransferring from HS-DSCH toDCH for interactive/ backgroundservice based on event 1F isallowed. If this switch is openand the uplink transport channelis E-DCH, interactive/backgroundservice will transfer from HS-DSCH/E-DCH to DCH /DCH based onevent 1F.

Managed Object drbc


1: Open

Unit N/A

Default Value (Note) Closed






HS-DSCH->DCH Based on Quality MeasurementSwitch for S Traffic


Parameter Name HS-DSCH->DCH Based on QualityMeasurement Switch for S Traffic

Abbreviated Name SChQSwch

3GPP Name N/A

3GPP Reference N/A




Description This parameter indicates whethertransferring from HS-DSCH toDCH for streaming service basedon event 1F is allowed. If thisswitch is open and the uplinktransport channel is E-DCH,streaming service will transferfrom HS-DSCH /E-DCH to DCH/DCH based on event 1F.

Managed Object drbc


1: Open

Unit N/A







HS-DSCH->DCH Based on Quality MeasurementSwitch for VoIP


Parameter Name HS-DSCH->DCH Based on QualityMeasurement Switch for VoIP

Abbreviated Name VoIPChQSwch

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates whethertransferring from HS-DSCH toDCH for VoIP service based onevent 1F is allowed. If this switchis open and the uplink transportchannel is E-DCH, VoIP service willtransfer from HS-DSCH /E-DCH toDCH /DCH based on event 1F.

Managed Object drbc


1: Open

Unit N/A









Service-Related Power Control

The Traffic-Related Power Control tab is shown in Figure 7.

FIGURE 7 ADVANCED PARAMETER MANAGER INTERFACE (SERVICE-RELATEDPOWER CONTROL TAB)


Traffic PC Index


Parameter Name Traffic PC Index

Abbreviated Name TrfPcIndex

3GPP Name N/A

3GPP Reference N/A




Description This parameter is a configurationIndex which indicates a set ofservice related power controlparameters. Each cell obtainsthe service related power controlparameters according to the indexindicated by this parameter.

Managed Object TrfPc


Unit N/A



Related Feature Power Control

Related Parameter TrfPcIndex of utranCell

Parameter Relation TrfPcIndex of utranCell must havethe corresponding TrfPcIndex withthe same value in TrfPc.


Sub-service Type


Parameter Name Sub-Service Type

Abbreviated Name SrvType

3GPP Name N/A

3GPP Reference N/A


Description This parameter indicates the subservice type, used for numberingfor each sub service. 0. . 5 areused for siganlling service; 6. .250 are used for single service.Odd number is configured fordownlink service; even number isconfigured for uplink service.

Managed Object SubSrv



Range and S

Documents

Sjzl20090849-ZXWR RNC (V3.07.300) Radio Parameter Reference