3gpp2 specs

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3GPP2 Specifications

TV80-W0011-1 Rev A

3GPP2 Specifications Overview


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TV80-W0011-1 Rev A

Export of this technology may be controlled by the United States Government.

Diversion contrary to U.S. law prohibited.

Material Use Restrictions

No part of these written materials may be used or reproduced in any manner whatsoever without the written permission of QUALCOMM Incorporated.

Copyright © 2003 QUALCOMM Incorporated. All rights reserved.

QUALCOMM Incorporated5775 Morehouse DriveSan Diego, CA 92121U.S.A.

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TV80-W0011-1 Rev ACDMA.HELP

[email protected]

Email hotline resource to assist our CDMA customers worldwide.

Experienced CDMA engineers in our Engineering Services Group will answer your technical questions on topics including:

–Industry Standards

–Infrastructure Design

–Voice Quality

–System Design

–Network Planning

–Network Optimization

–Test Engineering

–Training

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Section 1-1TV80-W0011-1 Rev A

3GPP2 Specifications Overview –Course Overview

MJJ97110708Ac-rev2.emf

1) Introduction

2) Air Interface Standards

3) CDMA2000 New Features and Enhancements

4) Standards

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Section 1: Introduction


Introduction1

SECTION

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Section 1-3TV80-W0011-1 Rev ASection Introduction

SECTION INTRODUCTION

106AC_00.emf

Acronyms & Abbreviations

Getting the G3PP2 Specifications

3GPP2 Specification Naming Conventions

Guide to Network Entities

Family of CDMA Standards

– 1/2

– 2/2

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Section 1-4TV80-W0011-1 Rev ASection Learning Objectives

• Identify the path to the specifications at the 3GPP2 Web site.

• Define 3GPP2 specification naming conventions.

• Review the 3GPP2 network entities.

• List the major CDMA specifications.

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Section 1-5TV80-W0011-1 Rev AAcronyms and Abbreviations

1xEV-DO 1x Evolution Data Optimized CF Collection Function 1xEV-DV 1x Evolution Data and Voice CPCCH Common Power Control Channel 3GPP2 Third Generation Partnership Project CRDB Coordinate Routing Data Base AAA Authentication, Authorization, and Accounting CSC Customer Service Center AC Authentication Center DCCH Dedicated Control Channel ACCT Access Control based on Call Type DCE Data Circuit Equipment AN Access Network DF Delivery Function ANSI American National Standards Institute DMH Data Message Handler ARQ Automatic Repeat Request DRS Data Ready to Send AT Access Terminal DS Digital Service BC Band Class EACH Enhanced Access Channel BCCH Broadcast Control Channel EF Elementary File BS Base Station EGSRM Enhanced GSRM BSC Base Station Controller EIA Electronic Industries Alliance BTS Base Transceiver System EIB Erasure Indicator Bit CACH Common Assignment Channel EIR Equipment Identity Register CCI Configuration Change Indicator ERAM Enhanced Rate Adaptive Mode CCSH Code Combining Soft Handoff ESME Emergency Services Message Entity

CDCP Call Data Collection Point ESN Electronic Serial Number

CDG CDMA Development Group ESNE Emergency Services Network Entity

CDGP Call Data Generation Point EVRC Enhanced Variable Rate Codec

CDIS Call Data Information Source F-CCCH Forward Common Control Channel

CDMA Code Division Multiple Access

FCH Fundamental Channel

CDRP Call Data Rating Point FEC Forward Error Correction

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Section 1-6TV80-W0011-1 Rev AAcronyms and Abbreviations (continued)

FER Frame Error Rate MIN Mobile Identification Numbers FTAP Forward Test Application Protocol MNRU Modulated Noise Reference Unit GPS Global Positioning System MPC Mobile Position Center GSM Global System for Mobile communications MS Mobile Station HA Home Agent MS-BS Mobile Station - Base Station HDR High Data Rate MSC Mobile Switching Center HLR Home Location Register MSO Markov Service Options HRPD High Rate Packet Data MT Mobile Terminal IAP Intercept Access Point MWNE Managed Wireless Network Entity IETF Internet Engineering Task Force Mux Multiplex IMSI International Mobile Subscriber Identifier NID Network Identifier IOS Interoperability Specifications NLM NetWare Loadable Modules IP Internet Protocol NNSCR Non-Negotiable Service Configuration Record ISDN Integrated Services Digital Network NPDB Number Portability Database IWF Inter-Working Function OA&M Operation, Administration, and Maintenance LAC Link Access Control OM Operational Service LPDE Local Position Determining Entity OSF Operations System Function

LPM Logical-to-Physical Mapping OTA Over-The-Air LSO Loopback Service Option OTAF Over-The-Air Service Provisioning Function MAC Medium Access Control OTAPA Over-The-Air Parameter Administration

MAP Mobile Application Part OTASP Over-The-Air Service Provisioning

MC Message Center OTD Orthogonal Transmit Diversity

MCC Mobile Country Code PCF Packet Control Function

ME Mobile Equipment

PCS Personal Communications Service

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Section 1-7TV80-W0011-1 Rev AAcronyms and Abbreviations (continued)

PDE Position Determination Equipment SIM GSM Subscriber Identity Module PDN Packet Data Network SME Short Message Entity PDSN Packet Data Service Node SMS Short Message Service PDU Protocol Data Unit SMV Selectable Mode Vocoder PER PDU Error Rate SN Service Node POTS Plain Old Telephone Service SSPR System Selection for Preferred Roaming PSTN Public Switched Telephone Network STS Space Time Spreading QCELP QUALCOMM Code Excited Linear Prediction TA Terminal Adapter QOF Quasi-Orthogonal Functional TAS Test Application Specification QoS Quality of Service TD Transmit Diversity R-UIM Removable User Identity Module TDSO Test Data Service Option RADIUS Remote Authentication Dial-In User Service TE Terminal Equipment RC Radio Configuration TFO Tandem Free Operation R-CCCH Reverse-Common control Channel TIA Telecommunications Industry Association R-EACH Reverse Enhanced Access Channel TRAU Transcorder/Rate Adapter Unit RLP Radio Link Protocol TTY TeleTypeWriter RTAP Reverse Test Application Protocol UIM User Identity Module

SCH Supplemental Channel UMTS Universal Mobile Telecommunications System SCP Service Control Point UTRA UMTS Terrestrial Radio Access SCR Service Configuration Record VLR Visitor Location Register

SDB Short Data Burst VMS Voice Message System

SDU Service Data Unit WNE Wireless Network Entity

SI Segmentation Indicator WCDMA Wideband Code Division Multiple Access

SID System Identification

WLL Wireless Local Loop

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Section 1-8TV80-W0011-1 Rev AGetting the 3GPP2 Specifications

Visit the 3GPP2 Website:

http://www.3gpp2.org/Public_html/specs/index.cfm

Note: All specifications are subject to revision, and users of this presentation are encouraged to investigate the possibility of applying the most recent editions of the specifications indicated in this material.

http://www.3gpp2.org/Public_html/specs/index.cfm

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Section 1-9TV80-W0011-1 Rev A3GPP2 Specification Naming Conventions

Examples:• 3GPP2 C.S0001-A TSG-C Technical Specification 0001 Release A• 3GPP2 S.R0057-0 TSG-S Technical Report 0057 Release 0

X . Y nnnn - Z

Z: Revision of the Specification (0, A, B, C …)

nnnn: Four-digit Specification Number

Y: Document Category (S, R, or P)

X: TSG Indicator (A, C, N, P, or S)

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Section 1-10TV80-W0011-1 Rev AGuide to Network Entities

Ater

C1 K

J

e

TE1Sm MT1

TE2Rm TAm

TE2Rm MT2

MT0

UIM

Ur Ui

MS

Abis BSCBTSUm

MWNE

OSF

C2

CDGP

CDRP

CDCP DF

CF

CSC

I d X

PSDN

PCF

Aquinter

Aquater

Pi

AAA HA

M3

SME AC OTAF

MC

M2

M1

P1

HLR VLR

Z

A

Q

N

C B

D

H N1

G

V

BS

NPDB EIR

F

D1

Q1

Di

Pi

Ai

ISDN

PSTN

PDN

CDIS IAP WNE

IP SNT3 T7

T5 T9 T1 T2 T6 T4

IWF

Di Ai

Y

W

Rx

S

DCE

TE2

TE1

Di TATE2

TE2Rv

R

TV80-W0011-1_001.emf

Specific Network Entity

Composite Entity

Collective Entity

H

Network Reference Point

x

Interface to Another Instanceof Same Network Entity

Line Intersection

KEY

ME

E

MSC

T8

SCP

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Section 1-11TV80-W0011-1 Rev AFamily of CDMA Standards – 1/2

Category Reference Point Standard

Air-Interface (MS-BS) Um TIA/EIA-95-B, IS-2000-A, IS-833, IS-834, IS-856-1

A-Interface

(BSC-MSC, BSC-BTS, PDSN-PCF,

BSC-PCF, BS-BS)

A, Abis, Aquater

Aquinter, Ater

TIA-2001, TIA/EIA-828-A, TIA-878, TIA/EIA-895

Inter-system Interface

(MSC-VLR, MSC-HLR, VLR-HLR,

MSC-MSC, VLR-VLR, HLR-AC, SME-MC,

MC-MC, SME-SME, HLR-MC, MC-MSC,

MSC-VMS, HLR-VMS, MC-VMS)

B, C, D, E, G, H, M1, M2, M3, N, Q,

Z1, Z2, Z3

TIA/EIA-41-D

Other Network Standards TIA/EIA/124-D, IS-725-A, TIA-735, TIA-737,

TIA-751, TIA-756-A, TIA-764, IS-771, IS-778,

IS-807, IS-875, J-STD-025-A, J-STD-034,

J-STD-036, J-STD-038-A

Data Service IFW Interface (WNE-IWF) Y IS-658

Wireless IP (AAA-AAA, AAA-PDN,

PDSN-PDN)

Pi IS-835-B

Note: Unless otherwise specified, IS-xxx should be read as TIA/EIA/IS-xxx

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Section 1-12TV80-W0011-1 Rev AFamily of CDMA Standards – 2/2

Category Reference Point Standard

Vocoder - TIA/EIA-96-C, IS-127, TIA/EIA-733-A, IS-893

Data Rm IS-707-A

Circuit-switched Video - TIA-926

Short Message - IS-637-B

OTASP - IS-683-B

Position Location - IS-801-1

R-UIM Ur IS-820-A

Service

CCAT - TIA-915

MS (AT), BS (AN) - TIA/EIA-97-D, TIA/EIA-98-D, IS-864, IS-866

Loopback - TIA/EIA-126-D

Test Data - IS-870, IS-890

Markov - IS-871

Vocoder - TIA/EIA-125-A, IS-718, TIA/EIA-736-A, IS-894

TTY - IS-889

Position Location - TIA-916

Signaling - IS-898, TIA-919

Performance & Test

Wireless IP - TIA-918

SID, NID, MCC - TSB29-D Miscellaneous Parameters Assign - TSB58-E

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Section 1-13TV80-W0011-1 Rev AWhat We Learned in This Section

Path to the specifications at the 3GPP2 Web site.

3GPP2 specification naming conventions.

3GPP2 network entities.

Major CDMA specifications.

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Section 1-14TV80-W0011-1 Rev AIntroduction – Review

SECTION REVIEW

105AC_00

Acronyms & Abbreviations

Getting the G3PP2 Specifications

3GPP2 Specification Naming Conventions

Guide to Network Entities

Family of CDMA Standards

– 1/2

– 2/2

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Section 2: Air Interface Standards

Air Interface Standards2SECTION

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106AC_00.emf

CDMA Standard Evolution

CDMA2000 Core Standards

CDMA2000 Standard Structure

C.S0001 (IS-2000.1)

C.S0002 (IS-2000.2)

C.S0003 (IS-2000.3)

C.S0004 (IS-2000.4)

C.S0005 (IS-2000.5)

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• Review the 3GPP2 standards evolutionary path.

• Introduce the 3GPP2 core standards and structure.

• Provide an abstract of the Air Interface core standards.

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Section 2-4TV80-W0011-1 Rev ACDMA Standard Evolution

2G 3G MC-CDMA

IS-95A TIA/EIA-95-B

J-STD-008TSB74

IS-2000Release 0

IS-2000Release A

IS-2000Release C

1xEV-DVIS-2000

Release B

IS-8561xEV-DO

Coexist

1x/3x MC1x MC

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Section 2-5TV80-W0011-1 Rev ACDMA2000 Core Standards

3GPP2 Designator

TIA Designator

Title

C.S0001 IS-2000.1 Introduction to CDMA2000 Standards for Spread Spectrum Systems

C.S0002 IS-2000.2 Physical Layer Standard for CDMA2000 Spread Spectrum Systems

C.S0003 IS-2000.3 Medium Access Control (MAC) Standards for CDMA2000 Spread Spectrum Systems

C.S0004 IS-2000.4 Signaling Link Access Control (LAC) Standard for CDMA2000 Spread Spectrum Systems

C.S0005 IS-2000.5 Upper Layer (Layer 3) Signaling Standard for CDMA2000 Spread Spectrum Systems

C.S0024 IS-856 CDMA2000 High Rate Packet Data Air Interface Specifications

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Section 2-6TV80-W0011-1 Rev ACDMA2000 Standard Structure

LACSublayer

MACSublayer

PhysicalLayer

UpperLayers

RLP

Data Service(s)

Voice Service(s)

Signaling LAC

SRBP

Data Burst

L3 PDU

LAC PDU

Data

Mux and QoS Sublayer

Voice

RLP

RLP SDU

f/r-dtchf/r-csch f/r-dsch

Signaling to Physical Layer Interface

Physical Layer (Coding and Modulation)

Multiplex SublayerCommon Channel Multiplex Sublayer

F-SYNCF-

BCCH F-CACH R-EACHF-

CPCCH R-ACH F-PCHF/R-

CCCH

f/r-dtch

f-csch

Upper LayerSignaling

F/R-SCHiF/R-FCH

F/R-DCCH

Volume 5: IS-2000.5

Volume 4: IS-2000.4

Volume 3: IS-2000.3

Volume 2: IS-2000.2

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Section 2-7TV80-W0011-1 Rev AC.S0001 (IS-2000.1)

Introduction to CDMA2000 Standards for Spread Spectrum Systems

Abstract: This volume describes the high-level overview of CDMA2000 standards and architecture.

• Overview of the CDMA2000 family of standards• General architecture of CDMA2000• The relationship to TIA/EIA-95-B• Physical and logical channel naming conventions• CDMA2000 constants (pointer to other volumes)

To learn more about CDMA2000 from CDMA University, go to http://www.qualcomm.com/cdma/university/list.html

http://www.qualcomm.com/cdma/university/list.html

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Physical Layer Standard for CDMA2000 Spread Spectrum Systems

Abstract: This volume describes the Physical layer requirements for both the mobile and the Base Station in the CDMA mode.

• Frequency parameters• Channel spacing and designation• Power output characteristics• Modulation characteristics

– FEC, repetition, puncturing, interleaving, sequence repetition, data scrambling, spreading, etc.

• Physical channel structure• Demodulation characteristics• Interface to/from the MAC layer• Malfunction detection

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Medium Access Control (MAC) Standards forCDMA2000 Spread Spectrum Systems

Abstract: This volume describes the normative behavior of the IS-2000 MAC sublayer, the overall structure, the entity and service model, and the entities that compose the MAC sublayer.

• Layering model• Service primitives• Service interfaces• MAC sublayer entities• Short data bursts• Mux and QoS sublayer• Supervisory procedure

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Signaling Link Access Control (LAC) Standard for CDMA2000 Spread Spectrum Systems

Abstract: This volume describes the Layer 2 link access control signaling protocol architecture and functionality used to provide the transport and delivering of Layer 3 signaling messages over CDMA2000 radio channels.

• Conceptual model for the LAC sublayer• Interface to L3/MAC• Functional description• Authentication sublayer• ARQ sublayer• Addressing sublayer• Utility sublayer• Segmentation and reassembly sublayer

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Upper Layer (Layer 3) Signaling Standard forCDMA2000 Spread Spectrum Systems

Abstract: This volume describes the signaling layer requirements for both the mobile and the Base Station in CDMA mode.

• General signaling architecture• Interface to Layer 2• Security and identification• Accumulated statistics• Layer 3 processing• PDU format• CDMA call flow examples• CDMA constants• Mobile station indicators

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3GPP2 standards evolutionary path.

3GPP2 core standards and structure.

Abstract of the air Interface core standards.

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Section 2-13TV80-W0011-1 Rev AAir Interface Standards – Review

SECTION REVIEW

105AC_00

CDMA Standard Evolution

CDMA2000 Core Standards

CDMA2000 Standard Structure

C.S0001 (IS-2000.1)

C.S0002 (IS-2000.2)

C.S0003 (IS-2000.3)

C.S0004 (IS-2000.4)

C.S0005 (IS-2000.5)

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Section 3: CDMA2000 New Features and Enhancements

CDMA2000 New Features and Enhancements3

SECTION

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106AC_00.emf

CDMA2000 Release 0

CDMA2000 Release A

CDMA2000 Release B

CDMA2000 Release C

Cross Mode Specifications

1xEV-DO Specifications

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• Review the new Physical Layer, Signaling Layer, and user features for CDMA2000 Release 0, A, B, and C.

• Review the cross mode specifications.

• Review the 1xEV-DO specification.

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Section 3-4TV80-W0011-1 Rev ACDMA2000 Release 0 – 1/3

Physical Layer Features• New radio configuration support (Forward link RC3, RC4, RC5;

Reverse link RC3 and RC4)• Quick Paging Channel (QPI and CCI)• Forward fast power control (800, 400/400, 200/600, EIB)• Reverse Pilot Channel• QOF• OTD• DCCH support• SCH support

High Speed Data• Control Hold Mode (Reverse Pilot Gating)• Reduced SCH Active Set• Mobile-assisted burst operation

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User Features

• Tiered service

• Answer holding

• User-selective call forwarding (add forwarding to voice mail, pre-stored number in mobile)

• Support of 5 ms frame size

• Position location support (Geo-Location Info Record)

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Other Features

• New band class support (band class 2 to 10)

• Band subclass support• Slotted timer support• Retry feature (retry order)• 1/8th R-FCH gating• Support of 5 ms frame size

(support of mini-messages)• SDB support• Release order (service

inactive) on Traffic Channel

• GSRM enhancement (EGSRM)• SCR and NNSCR• Inter-frequency hard handoff

alignment• Idle handoff enhancement • Sync Channel message

modifications• DRS (Data Ready to Send) in

origination message• LPM (Logical-to-Physical

Mapping)

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Section 3-7TV80-W0011-1 Rev ACDMA2000 Release A – 1/3

Physical Layer Features• New Common Channel support (BCCH, FCCCH, REACH, CACH, CPCCH,

RCCCH)

• Support of Basic Access mode and Reservation Access mode on EACH

• Forward fast power control (QIB, 50/50, and 400/50 bps)

• Auxiliary Pilot support

• Boosting Reverse power in frames shortened by inter-frequency hard handoff search

• TD support (STS)

• 40 ms and 80 ms frame length for SCH

• Spreading Rate 3 (3x) Traffic Channel

• Spreading Rate 3 (3x) Common Channel

• 3x Forward/1x Reverse on Traffic Channel

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User Features• Concurrent service support • Enhanced encryption protocol • Global emergency flag in OM• Broadcast SMS on BCCH• ACCT (Access Control based on Call Type)• Position location support (add flag in OM and overhead

messages)• WLL support (device type and hook status)• Multiple character sets• Silent re-origination• Call Waiting indicator

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Other Features

• Partial address comparison

• Flexible rate for FCH/DCCH/SCH

• Variable rate for SCH

• Support of 307 kbps data rate

• Store service configuration upon releasing channel to allow speedup service negotiation (SYNC ID)

• Broadcast indicator on QPCH

• Purge service (Resource Release Request message)

• QoS support

• Retry feature for concurrent service

• Extended message length on new Common Channel

• TA timer for EACH and R-CCCH

• Two SI bits on new Common Channel

• Sync Channel message modifications

• Obsolete service option negotiation

• Short version of service request to release service option (Resource Release Request message)

• NLM not required to send for BC0

• ENLM not required to send for BC1, 3, and 4

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Section 3-10TV80-W0011-1 Rev ACDMA2000 Release B

New Features

• Rescue Channel

• Support of different Mux options for FCH and DCCH

• ERAM (Enhanced Rate Adaptive Mode)

• CCSH (Code Combining Soft Handoff)

• SDB on Common Channel only (flag for CCPD in origination message)

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Section 3-11TV80-W0011-1 Rev ACDMA2000 Release C (Not Final)

New Features

• 1xEV-DV support

• Enhanced authentication (a.k.a., message integrity)

• Decoupling PLCM from ESN

• Fast call setup

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Cross Mode Specifications –C.S0007 (IS-834) and C.S0008 (IS-833)

Native Modes

CDMA DS-MAP (WCDMA, UTRA) - DS lower layers using GSM signaling

CDMA MC-41 (cdma2000 MC modes) - MC lower layers using IS-41 signaling

Developed byGAP

Developed by3GPP2

Cross Modes

CDMA DS-41 (IS-834) - DS lower layers using IS-41 signaling

CDMA MC-MAP (IS-833) - MC lower layers using GSM signaling

Developed by3GPP2 withsupport from3GPP

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1xEV-DO Specifications –C.S0024 (IS-856)

CDMA2000 High Rate Packet Data Air Interface Specification

Abstract: Also known as 1x Evolution Data Only (optimized), 1xEV-DO is based on QUALCOMM’s HDR technologies with some enhancements for increased traffic throughput and inter-operability to CDMA2000 networks. 1xEV-DO is part of the CDMA2000 family of standards.

• Physical Layer• MAC Layer• Security Layer• Connection Layer• Session Layer• Stream Layer• Application Layer

To learn more about this specification from CDMA University, go to: http://www.qualcomm.com/cdma/university/cdma1xEV.html

http://www.qualcomm.com/cdma/university/cdma1xEV.html

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New Physical Layer, Signaling Layer, and user features for CDMA2000 Release 0, A, B, and C.

Cross mode specifications.

1xEV-DO specification.

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CDMA2000 New Features and Enhancements – Review

SECTION REVIEW

105AC_00

CDMA2000 Release 0

CDMA2000 Release A

CDMA2000 Release B

CDMA2000 Release C

Cross Mode Specifications

1xEV-DO Specifications

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Section 4: Standards

Standards4SECTION

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106AC_00.emf

A Interface Standards

Network Standards

Wireless IP Standards

Application Standards

Performance/Test Standards

Other Standards

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• Review the abstract and details of the A Interface, Network, Wireless IP, Application, and Performance/Test core standards, as well as other key standards.

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A Interface Standards –A.S0001 (TIA-2001)

Interoperability Specifications (IOS) for CDMA2000 Access Network Interfaces

Abstract: IS-634 (A Interface standard) was intended to standardize the MSC-BS interface; however, too many options resulted in implementation issues. Sprint PCS led a CDG effort to remove the IS-634 architecture issues for CDG IOS. IS-2001 is based on CDG’s IOS.

• A1, A2, and A5 interfaces (A interface)

• A3 and A7 interfaces (Ater interface)

• A10 and A11 interfaces (Aquater interface)

• A8 and A9 interfaces (Aquinter interface)

• TIA/EIA-828-A defines Abis interface

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A Interface Standards –A.S0007 (TIA-878)

Inter-Operability Specification (IOS) for High RatePacket Data (HRPD) Access Network Interfaces

Abstract: This standard describes the protocol and some generic procedures to support the High Rate Packet Data. This is based on IS-2001.

• Access authentication

• Data delivery

• Session handoff between ANs

• Status management

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A Interface Standards –A.S0004 (TIA/EIA-895)

CDMA Tandem Free Operation (TFO)

Abstract: This standard details the Inband Signaling protocol between Transcoder/Rate Adapter Units (TRAU) for speech Traffic Channels for the Tandem Free Operation of Speech Codecs, sometimes also termed "Vocoder Bypass." It is applied to the North American standard TIA/EIA/IS-2000-A.

• TFO frame structure• TFO message structure• Time alignment of TFO frames and TFO messages• Processes for TFO• State machine of the TFO protocol process for CDMA• Detailed description of TFO protocol for CDMA

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Network Standards –N.S0005 (TIA/EIA-41)

Cellular Radio-Telecommunications Intersystem Operations

Abstract: This standard describes procedures necessary to provide to cellular radio telephone subscribers certain servicesrequiring interaction between different cellular systems.

• Functional overview

• Intersystem handoff information flows

• Automatic roaming information flows

• OA&M information flows and procedure

• Signaling protocols

• Signaling procedures

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Network Standards –Other Network Standards

Standard # Title

TIA/EIA-124-D

Wireless Radio Telecommunications Intersystem Non-Signaling Data Communication DMH (Data Message Handler)

IS-725-A

Cellular Radiotelecommunications Intersystem Operations - Over-the-Air Service Provisioning (OTASP) & Parameter Administration (OTAPA)

TIA-735

Enhancements to TIA/EIA-41-D & TIA/EIA-664 for Advanced Features in Wideband Spread Spectrum Systems

TIA-737

TDMA Cellular/PCS-Radio Interface - Minimum Performance Standards for Discontinuous Transmission Operation of a Mobile Station

TIA-751 TIA/EIA-41-D Modifications to Support IMSI TIA-756-A TIA/EIA-41-D Enhancements for Wireless Number Portability Phase II TIA-764 TIA/EIA-41-D Enhancements for Wireless Calling Name Feature Descriptions IS-771 Wireless Intelligent Network IS-778 Wireless Authentication Enhancements Descriptions IS-807 TIA/EIA-41-D Enhancements for Internationalization

IS-875 Enhanced International Dialing Number Identification and Callbacks, Calling Party Category Identification

J-STD-025-A Lawfully Authorized Electronic Surveillance J-STD-034 Wireless Enhanced Emergency Services J-STD-036 Emergency Services Data Communications J-STD-038 Network Interworking Between GSM Map and TIA/EIA-41-MAP

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Wireless IP Standards –P.S0001 (IS-835)

CDMA2000 Wireless IP Network Standard

Abstract: This standard defines the two methods for accessing public networks (Internet) and private networks (Intranets)—Simple IP and Mobile IP—and the required Quality of Service and accounting support. IETF protocols are widely employed whenever possible to minimize the number of new protocols required and to maximize the use of well accepted standards and hence, the speed to market.

• Protocol reference models for Simple IP, Mobile IP, RADIUS, and the overall wireless packet data network

• Simple IP operation and Mobile IP operation• Mobility management for PCF-PCF and PDSN-PDSN handoff• Quality of Service and accounting• R-P interface, radio network requirements and air-interface

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Application Standards –C.S0009 (TIA/EIA-96)

Speech Service Option Standard for Wideband Spread Spectrum Systems

Abstract: This standard describes technical requirements for Service Option 1, a variable rate, two-way speech service option. (8 k QCELP)

• Variable speech coding algorithm• Input audio interface• Format prediction parameters determination• Data rate determination• Pitch prediction parameters determination• Excitation codebook parameters determination• Data packing• Speech codec initialization• Output audio interface

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Application Standards –C.S0014 (IS-127)

Enhanced Variable Rate Codec, Speech Service Option 3 for Wideband Spread Spectrum Digital Systems

Abstract: This standard describes technical requirements for Service Option 3, an enhanced variable rate, two-way speech service option, known as Enhanced Variable Rate Codec (EVRC).

• Input/output audio interface• Input signal processing• Model parameter estimation• Data rate determination• Encoder/decoder• Codebook memories and constants

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Application Standards –C.S0020 (TIA/EIA-733)

High Rate Speech Service Option 17 for Wideband Spread Spectrum Communication Systems

Abstract: This standard describes technical requirements for Service Option 17, a variable rate, two-way speech service option. (13 k QCELP) The maximum speech coding rate of the service option is 13.3 kbps.

• Variable speech coding algorithm• A Input audio interface• Format prediction parameters determination• Packet type determination• Pitch prediction parameters determination• Excitation codebook parameters determination• Data packing• Speech codec initialization• Output audio interface

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Selectable Mode Vocoder Service Option for Wideband Spread Spectrum Communication Systems

Abstract: This standard describes technical requirements for Service Option 56, a variable-rate, two-way speech service option. (SMV) The maximum speech-coding rate of the service option is 8.55 kbps.

• Interface between SMV and CDMA2000 systems

• Audio interface to SMV

• SMV algorithm

• In-band data capabilities

• Floating point C-code

To learn more about this specification from CDMA University, go to: http://www.qualcomm.com/cdma/university/cdmasmv.html

http://www.qualcomm.com/cdma/university/cdmasmv.html

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Application Standards –C.S0017 (IS-707-A)

Data Service Options for Wideband Spread Spectrum Systems

Abstract: This standard describes data services available on spread spectrum systems. It is organized into a series of related recommendations, some of which address functions common to all CDMA data services, and others that describe a specific dataservice.

• RLP (type 1, 2 and 3)• AT command processing and the Rm interface• Async data and fax services• Packet data services• STU-III services• Analog fax service• ISDN interworking

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Short Message Service for Spread Spectrum Systems

Abstract: This standard describes requirements for a Short Message Service (SMS), providing delivery of text and numeric information for paging, messaging, and voice mail notification.

• Protocol and network reference model

• SMS relay layer

• SMS transport layer

• SMS teleservice layer

cdma university




Over-the-Air Service Provisioning of Mobile Stations in Spread Spectrum Systems

Abstract: This standard describes technical requirements for over-the-air service provisioning of mobile stations. The scope of this standard covers over-the-air provisioning of mobile station operational parameters, provisioning of system selection for preferred roaming parameters, provisioning of service programming lock, and the provisioning of preferred user zone list.

• Messaging transmission protocol• Mobile station procedure• Base Station procedure• Key exchange protocol

cdma university




Position Determination Service Standard for Dual Mode Spread Spectrum Systems

Abstract: This standard defines a set of signaling messages between the mobile and the Base Station to provide a position determination service.

• Messaging transmission protocol

• Mobile station procedure

• Base Station procedure

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Removable User Identity Module (R-UIM) for TIA/EIA Spread Spectrum Standards

Abstract: This standard describes the requirements for the Removable User Identity Module. The requirements are expressed as additions to the current specification of the SIM (GSM 11.11) and this ancillary, or “delta,” document.

• Physical, electrical, and logical interface

• Dedicated file (DF) and Elementary file (EF) structure

• ANSI-41 based authentication

• Additional air interface procedures


cdma university



Performance/Test Standards –C.S0010 (TIA/EIA-97)

Recommended Minimum Performance Standards for Base Stations Supporting Dual-Mode Spread Spectrum Systems

Abstract: This standard details definitions, methods of measurement, and minimum performance requirements for Code Division Multiple Access (CDMA) Base Stations.

• General modem requirements• Standard emissions measurement procedure• Receiver minimum standard• Transmitter minimum standard• General requirements• Standard test conditions

cdma university




Recommended Minimum Performance Standards for CDMA2000 Spread Spectrum Cellular Mobile Stations

Abstract: This Standard details definitions, methods of measurement, and minimum performance requirements for Code Division Multiple Access (CDMA) mobile stations.

• General modem requirements• Standard radiated emissions measurement procedure• Receiver minimum standard• Transmitter minimum standard• Environmental requirements• Standard test conditions

cdma university



Performance/Test Standards –C.S0032 (IS-864)

Recommended Minimum Performance Standards for CDMA2000 High Rate Packet Data Access Network

Abstract: This standard details definitions, methods of measurement, and minimum performance requirements for Access networks.

• Standard emissions measurement procedure• Physical Layer minimum standard• MAC Layer minimum standard• Security Layer minimum standard• Connection Layer minimum standard • Session Layer minimum standard• Stream Layer minimum standard• Application Layer minimum standard• General requirements• Standard test conditions

cdma university




Recommended Minimum Performance Standards for CDMA2000 High Rate Packet Data Access Terminal

Abstract: This standard details definitions, methods of measurement, and minimum performance requirements for Access terminals.

• Standard radiated emissions measurement procedure• Physical Layer minimum standard• MAC Layer minimum standard• Security Layer minimum standard• Connection Layer minimum standard • Session Layer minimum standard• Stream Layer minimum standard• Application Layer minimum standard• Environmental requirements• Standard test conditions

cdma university




Loopback Service Option (LSO) for CDMA2000 Spread Spectrum Systems

Abstract: This standard specifies procedures for the LoopbackService Option. The LSO is used to allow verification of the Physical Layer performance Frame Error Rate (FER) of the Fundamental Code Channel, Forward Supplemental Code Channel, and Fundamental Channel.

• Procedure and operation of the mobile station and Base Station for the LSO

• Data block information bits

• Computing error rate statistics at the Base Station

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Test Data Service Option (TDSO) for CDMA2000 Spread Spectrum Systems

Abstract: This standard specifies procedures for the Test Data Service Option. The TDSO is used to allow verification of the Physical Layer performance Frame Error Rate (FER) and PDU error rate (PER) of CDMA2000 physical channels.

• Requirements and general description of the TDSO• Procedure and operation of the mobile station and Base

Station for the TDSO• TDSO call flow example• Procedure for conducting a TDSO test• Equations for calculating

cdma university




Test Application Specification (TAS) for High Rate Packet Data Air Interface

Abstract: This standard describes requirements for test applications in CDMA2000 high rate packet data systems. These requirements ensure that a compliant Access terminal and a compliant Access network can interoperate to execute tests.

• Forward Test Application Protocol (FTAP) specification

• Reverse Test Application Protocol (RTAP) specification

• Test application example flow diagrams

cdma university




Markov Service Options (MSO) for CDMA2000 Spread Spectrum Systems

Abstract: This standard specifies procedures for the Markov Service Option. The MSO is used to allow verification of the Physical Layer performance Frame Error Rate (FER) of the CDMA2000 Fundamental channels.

• Procedure and operation of the mobile station and Base Station for the MSO

• Message format• Procedure for conducting a Markov test• Examples of setting up a Markov call by using service

negotiation

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Recommended Minimum Performance Standard for Digital Cellular Wideband Spread Spectrum Speech Service Option 1

Abstract: This standard provides definitions, methods of measurement, and minimum performance characteristics of IS-96 variable-rate speech codec (8 k QCELP) for digital cellular wideband spread spectrum mobile stations and Base Stations.

• Codec minimum standard• Standard test condition• Speech source material• Calibration source material• ANSI C language source files for the compilation of the master codec• Modulated Noise Reference Unit (MNRU) files• Data analysis tools

cdma university




Minimum Performance Specification for the Enhanced Variable Rate Codec, Speech Service Option 3 for Spread Spectrum Digital Systems

Abstract: This standard provides definitions, methods of measurement, verification of bit-exactness, and minimum performance characteristics of IS-127 enhanced variable-rate speech codec (EVRC) for digital cellular spread spectrum mobile stations and Base Stations.

• Codec minimum standard• Standard test condition• Speech source material• Calibration source material• ANSI C language source files for the compilation of the master codec and

bit-exact fixed-point codec• Modulated Noise Reference Unit (MNRU) files• Input and output vectors for bit-exact testing

cdma university




Recommended Minimum Performance Standard for the High Rate Speech Option 17 for Wideband Spread Spectrum Communication Systems

Abstract: This standard provides definitions, methods of measurement, and minimum performance characteristics of IS-733 variable-rate speech codec (13 k QCELP) for digital cellular wideband spread spectrum mobile stations and Base Stations.

• Codec minimum standard• Standard test condition• Speech source material• Calibration source material• ANSI C language source files for the compilation of the master codec• Modulated Noise Reference Unit (MNRU) files• Data analysis tools

cdma university




Selectable Mode Vocoder Minimum Performance Standard

Abstract: This standard details definitions, methods of measurement, verification of bit-exactness, and minimum performance characteristics of IS-893 Selectable Mode Vocoder (SMV) for digital cellular wideband spread spectrum mobile stations and Base Stations.

• Codec minimum standard• Standard test condition• Speech source material• Calibration source material• ANSI C language source files for the compilation of the master codec

and bit-exact fixed-point codec• Modulated Noise Reference Unit (MNRU) files• Input and output vectors for bit-exact testing

cdma university



Performance/Test Standards –C.S0036 (TIA-916)

Recommended Minimum Performance Standard for IS-801-1 Spread Spectrum Mobile Stations

Abstract: This standard details definitions, methods of measurement, and minimum performance characteristics for position location-capable Code Division Multiple Access (CDMA) mobile stations.

• GPS minimum standard• AFLT minimum standard• Hybrid minimum standard• Standard test conditions• Method of generating PDE simulator responses• Reference GPS navigation data, system time, and user location• Method of statistical confidence determination• PDE simulation response messages

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Signaling Conformance Tests for CDMA2000 Spread Spectrum Systems

Abstract: This standard facilitates interoperability testing between CDMA infrastructure and CDMA mobile station manufacturers. The objective of testing is to demonstrate mobile station/Base Station standard (MS-BSS) interoperability of all functionality, including messaging and protocol requirements, in a cabled environment.

• Miscellaneous air interface tests

• POTS tests

• Handoff, power control, registration, authentication, service redirection, SMS, calling feature, async data and fax, packet, medium-speed packet, high-speed packet, OTA, SSPR, message-driven indicator, and forward-compatibility tests

cdma university




Signaling Conformance for CDMA2000 Wireless IP Network

Abstract: This standard provides a set of procedures that the mobile station and network elements can use to conduct the signaling conformance tests for CDMA2000 wireless IP in a laboratory environment.

• Simple IP and Mobile IP tests

• Agent discovery and registration

• Handoffs

• Authentication and IPSec security association support

• Network-specific tests

• Accounting

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Signaling Conformance for CDMA2000 High Rate Packet Data Networks

Abstract: This standard defines technical requirements for signaling conformance in CDMA2000 high rate packet data systems. These requirements ensure that compliant Access terminals and compliant Access networks can execute tests.

• Default signaling application tests• Default packet application tests• Stream Layer protocol tests• Session Layer tests• Connection Layer tests• Security Layer tests• MAC Layer test

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Other Standards –N.S0017 (TSB29)

International Implementation of Wireless Telecommunication Systems Compliant with TIA/EIA/IS-41

Abstract: This standard provides the international wireless telecommunications industry with the framework that permits the coordinated implementation of wireless radio telecommunication systems in compliance with the provisions of the family of air interface standards (e.g.,TIA/EIA-553, IS-54, IS-91, IS-95, TIA/EIA-2000, and TIA/EIA-136).

• Administration and assignment of System Identification numbers (SIDs)• Administration and assignment of Mobile Identification Numbers (MINs)• Format of International Mobile Subscriber Identifiers (IMSIs)• Configuration and inter-operation of national SS7 networks in support of

international roaming

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Other Standards –C.R1001 (TSB58)

Administration of Parameter Value Assignments for CDMA2000 Spread Spectrum Standards

Abstract: This standard assigns values to parameters within certain CDMA2000 specifications for standard and proprietary usage.

• Service Option number assignments• Data burst message burst type assignments• Multiplex option number assignments• Band class value assignments• Manufacturer-specific OTASP assignments• Roaming display indicator assignments• SMS, analog fax, and position location assignments• Protocol and application assignments

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Other Standards –S.R0005 (TSB100)

Wireless Network Reference Model

Abstract: This standard recommends the basic TR-45 Wireless Network Reference Model.

• TR-45 Wireless Network Reference Model

• Network entities

• Reference points

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Abstract and details of the A Interface, Network, Wireless IP, Application, and Performance/Test core standards, as well as other key standards.

cdma university


Section 4-39TV80-W0011-1 Rev AStandards – Review

SECTION REVIEW

105AC_00

A Interface Standards

Network Standards

Wireless IP Standards

Application Standards

Performance/Test Standards

Other Standards

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Section 5-1TV80-W0011-1 Rev AWhat We Learned in This Course

Path to the specifications at the 3GPP2 Web site.

3GPP2 specification naming conventions.

3GPP2 network entities.

Major CDMA specifications.

3GPP2 standards evolutionary path.

3GPP2 core standards and structure.

cdma university



What We Learned in This Course(continued)

Abstract of the Air Interface core standards.

New Physical Layer, Signaling Layer, and user features for CDMA2000 Release 0, A, B, and C.

Cross mode specifications.

1xEV-DO specification.

Abstract and details of the A Interface, Network, Wireless IP, Application, and Performance/Test core standards, as well as other key standards.

3gpp2 specs

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