3GPP2 System Capability Guide Release A

Transcription

1 GPP SC.R00-00 Version.0 Date: June, 006 GPP System Capability Guide Release A 4 5 COPYRIGHT GPP and its Organizational Partners claim copyright in this document and individual Organizational Partners may copyright and issue documents or standards publications in individual Organizational Partner's name based on this document. Requests for reproduction of this document should be directed to the GPP Secretariat at secretariat@gpp.org. Requests to reproduce individual Organizational Partner's documents should be directed to that Organizational Partner. See for more information.

2 Revision History Revision Description Date Version.0.0 Initial Publication January 0,

3 TABLE OF CONTENTS LIST OF FIGURES 5 INTRODUCTION 7 DOCUMENT PURPOSE 7 DOCUMENT OVERVIEW 7 DOCUMENT APPLICABILITY 7 DOCUMENT REFERENCES 8 GPP OVERVIEW AND BACKGROUND 9 GPP SYSTEM OVERVIEW GPP RELEASE A OBJECTIVES GPP NETWORK BASIS 5 GPP NETWORK ARCHITECTURE 6 GPP AIR INTERFACE SIGNALING LAYERS 8 GPP AIR INTERFACE PHYSICAL LAYER VOCODER CAPABILITIES 8 LOGICAL CHANNELS 9 MAC LAYER CAPABILITIES 0 LAC LAYER CAPABILITIES LAYER SIGNALING CAPABILITIES GPP RADIO ACCESS NETWORK INTERFACE 4 GPP INTERSYSTEM INTERFACE 6 GPP SYSTEM FEATURES 7 GPP DATA SERVICES 9 CIRCUIT DATA 4 PACKET DATA 4 GPP SYSTEM SERVICES 4 ANALOG OPERATIONS 4 APPENDIX 46 GPP DOCUMENT REFERENCE LISTING 47 AIR INTERFACE PARAMETER ADMINISTRATION 50

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5 LIST OF FIGURES Figure : GPP ORGANIZATIONAL STRUCTURE Figure : GPP NETWORK REFERENCE MODEL 7 Figure : AIR INTERFACE SIMPLIFIED LAYERING 8 DIAGRAM Figure 4: AIR INTERFACE GENERAL ARCHITECTURE 9 Figure 5: GPP AIR INTERFACE CONTROL AND DATA PLANES

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7 INTRODUCTION This document is the GPP System Capability Guide (SCG) for GPP wireless telecommunication systems. It is developed and maintained under the auspices of GPP TSG-S, the TSG for Services and Systems Aspects for GPP. DOCUMENT PURPOSE This objective of this document is to provide an overview for and reference to the GPP wireless telecommunication system capabilities, features, and services. This document is intended for use by persons and/or companies who are developing and/or deploying GPP wireless telecommunication systems or by persons who are otherwise interested in GPP wireless telecommunication systems. DOCUMENT OVERVIEW This document includes the following sections: INTRODUCTION AND GPP SYSTEM OVERVIEW cdma000 AIR INTERFACE CAPABILITIES PHYSICAL LAYER SIGNALING MAC LAYER SIGNALING LAC LAYER SIGNALING LAYER SIGNALING ACCESS NETWORK CAPABILITIES INTERSYSTEM CAPABILITIES OTHER GPP SYSTEM FEATURES DATA SERVICES CIRCUIT DATA PACKET DATA GPP SYSTEM SERVICES ANALOG AIR INTERFACE OPERATIONS AND CAPABILITIES ACRONYM LISTING AND CROSS REFERENCE DOCUMENT APPLICABILITY This document is applicable to the GPP wireless telecommunications system Release A. However, this document may also include references to previously issued standards and specifications.

8 DOCUMENT REFERENCES This document references all GPP specifications and reports based on the GPP Document Reference Listing which is included in the Appendix of this document. All documents included in that list are also considered implicit references for this SCG document. The GPP Service Implementation Guide (SIG) is a companion document to this SCG document which details the use of existing GPP signaling to implement new system services. That document is referenced in the GPP SYSTEM SERVICES section of this document

9 GPP OVERVIEW AND BACKGROUND The GPP (rd Generation Partnership Project ) is a partnership of standards development organizations (SDOs). The GPP Organizational Partners include, along with their regional areas of interest, the following SDOs: ARIB CWTS TTA TTC ORGANIZATIONAL PARTNER Association of Radio Industries and Business China Wireless Telecommunication Standard Group Telecommunications Technology Association Telecommunication Technology Committee REGIONAL AREA OF INTEREST Japan China Korea Japan TIA Telecommunications Industry Association NAFTA countries including USA, Canada, and Mexico GPP is an effort spearheaded by the original four (4) Organizational Partners (i.e., ARIB, TTA, TTC, and TIA) to establish a Partnership Project for the G wireless communication systems using evolved ANSI/TIA/EIA-4, "Cellular Radio telecommunication Intersystem Operations" networks and related RTTs. This effort was initiated in response to concerns regarding ETSI s unwillingness to include non-gsm technologies in their proposal for the establishment of the G Partnership Project (GPP). The inaugural meeting of the GPP Steering Committee was held in January 999 in Vancouver, BC where the partnership documents and working procedures were also officially agreed. CWTS s application for membership as an Organizational Partner was officially accepted in June 999 in Seoul, Korea. Participating SDOs have the right to submit GPP technical specifications for approval and publication as standards, or parts of standards within their home national or regional processes. This partnership project is a new way of working among the existing organizations. It addresses the industry's need to produce globally applicable specifications without altering the national or regional scope of existing standards organizations. The Technical Specification Groups (TSGs) currently formed within GPP for specifying Release A are the following: TSG-A Access Network Interface Physical links, transports and signaling Support for access network mobility G Capabilities (e.g. High speed data support) Abis interface Interoperability Specification Support for GPP Radio Access Technologies

10 TSG-C cdma000 Radio Layer specification Radio Layer specification Radio Layer specification MS/BS Radio Performance Specifications Radio Link Protocol Support for enhanced privacy, authentication and encryption Digital Speech Codecs Video Codec adoption Data and Other Ancillary Services support Conformance Test Plans MS-Adapter Interface TSG-N ANSI-4/WIN Evolution of Core Network for Inter System Operation within the ANSI-4 Family member UIM support (Detachable and Integrated) Support for enhanced privacy, authentication, encryption and other security aspects. VHE (Virtual Home Environment) Support of New Supplemental Services (including ISDN interworking) Optimal Interoperability Specification for International Roaming (e.g. Selection of required parameters options) New Features for International Roaming (Global Emergency Number, Optimal Routing) IMT-000 issues as necessary to ensure support of the ANSI-4 family member TSG-P Wireless Packet Data Networking Wireless IP Services (including IP Mobility Management) Wireless IP network architecture design Voice over IP Secure Private Network Access Internet Access Packet Data Accounting Multimedia Support QoS Support

11 TSG-R Interface of GPP Radio Access Technology to G Core Network evolved from ANSI-4 Interface to accommodate evolving UTRA features which may include WP-CDMA and other features as determined by GPP Minimal enhancements/ modifications of UTRA radio technology, if necessary, to accommodate ANSI-4 Core Network. Support handoff between existing cdmaone (G) and UTRA radio technology (both intersystem and intrasystem handoff) Roaming issues for UTRA handset between GSM core network and ANSI-4 core network User terminal equipment and infrastructure for the above Liaison or joint work efforts, as appropriate, with other G groups. TSG-S Services and Systems Aspects System Capability Set Development Stage Feature and Service Requirements Definition System Reference Model Development and Maintenance Requirements for International Roaming. Definition of Stage high level requirements for OAM&P across all TSGs. High level coordination of the work performed in other TSGs and monitoring of progress.

12 The organizational structure of GPP is illustrated in Figure below: ORGANIZATIONAL PARTNERS STEERING COMMITTEE TSG-A TSG-C TSG-N TSG-P TSG-R TSG-S Figure : GPP ORGANIZATIONAL STRUCTURE 4 5 NOTE: Additional and more detailed information on GPP may be obtained at

13 GPP SYSTEM OVERVIEW The GPP wireless telecommunication system is a third generation (G) wireless telecommunication system which was designed based on requirements proposed by the International Telecommunications Union (ITU) in their IMT- 000 initiative. The GPP air interface (cdma000) is a wideband spread spectrum radio interface that utilizes CDMA technology in order to meet the needs of the third generation (G) wireless communication systems and to meet the requirements for the G evolution of the current TIA/EIA-95-B family of standards. GPP RELEASE A OBJECTIVES TIA/EIA-IS-000 was the first G system standard published in the world. Basic design objectives of the GPP Release A system as enhanced from that TIA/EIA-IS-000 standard are indicated below: CORE CAPABILITY ENHANCEMENTS Complete X/X Upper Layer Support Complete X Physical Layer Support Add Packet Data Support up to a minimum of 84 kbps Add Circuit Data Support up to a minimum of 64 kbps Add MAC and Non-Transparent RLP for Packet Data Services up to a minimum of 84 kbps Add MAC and Non-Transparent RLP for Circuit Data Services up to a minimum of 64 kbps Add Enhanced System Access Procedures Add Voice and Packet Data Concurrent Support Add Direct Spread (DS) and Multi-Carrier (MC) Support Add Quality of Service (QoS) Support QoS Negotiation - Start of Call QoS Parameters - Initial list NOTE: Release A does not include QoS negotiation during a call. Add Ability to Select and Invoke Enhanced and Alternative Privacy and Encryption algorithms Add Ability to Select and Invoke Enhanced and Alternative Authentication algorithms and schemes

14 4 Add Support for Handoff between different carrier sizes and structures (e.g. Soft, Hard, x-x, DS to MC, Inter-generation) Add hooks to support MC and DS implementations which are globally harmonized SERVICE ADDITIONS/ENHANCEMENTS OTASP/OTAPA Updates Global Emergency Number Support Broadcast Teleservice Transport Categories Circuit Data - ISDN Interworking Support Circuit Data - V.90 Interworking Support Advice of Charge Multiple Character Set Support Feature Activation/De-Activation Messages User Identity Module (UIM) Support including support for Removable UIM (R-UIM) including UIM-MT (UIM Mobile Terminal) interface Location Services Support including support for compliance with U.S. FCC E9 mandate Standing SYSTEM Requirements Increased Battery Life for the Mobile Full Support of cdma000 Phase Systems (TIA/EIA-95-B and IS- 000) Physical Layer Optimization and Signaling Layer Support NOTE: GPP Release A supports the following FDD modes: xrtt MC (multi-carrier, xrtt) Support for the TDD and FDD DS modes will be added in a future release. NOTE: All references to DS in this document refer to the direct spread mode which has been harmonized between GPP and GPP (DS-4).

15 Additional details on the GPP wireless telecommunications system are indicated below: GPP NETWORK BASIS In general, the GPP system is defined by the operation of three () primary system interfaces as listed below: AIR INTERFACE RADIO ACCESS INTERFACE (i.e., A-INTERFACE) INTERSYSTEM INTERFACE The basis of the GPP wireless telecommunications system is summarized as follows: Intersystem interface and network architecture are based on ANSI- 4. Radio access interface is based on the InterOperability System (IOS) standard. Compliance GPP A.S-000 is required for full support of all applicable capabilities, features, and services listed herein. Air interface is based on enhanced cdma000 and is designed as follows: BAND CLASS DESIGNATORS BAND CLASS BAND DESIGNATOR 0 NORTH AMERICAN CELLULAR BAND NORTH AMERICAN PCS BAND TACS BAND JTACS BAND 4 KOREAN PCS BAND 5 NMT-450 BAND 6 IMT-000 BAND

16 BAND CLASS FREQUENCY BANDS NORTH AMERICAN CELLULAR BAND System Transmit Frequency Band (MHz) Designator Mobile Station Base Station A B NORTH AMERICAN PCS BAND Block Transmit Frequency Band (MHz) Designator Mobile Station Base Station A D B E F C OTHER BANDS 5 6 Band Class Value (Binary) Frequency Band Associated Standards MHz Cellular System TIA/EIA-95-B to.990 GHz Broadband PCS TIA/EIA-95-B to 960 MHz TACS Band None to 95 MHz JTACS Band ARIB STD-T to.870 GHz Korean PCS TTA.KO MHz NMT None 000 GHz IMT-000 Band TIA/EIA/IS Reserved None

17 PHYSICAL CHANNELS.5 MHz SINGLE CHANNEL x MULTI-CARRIER CHANNEL (MC) OTHER BASIC CAPABILITIES SUPPORTS G MOBILES SUPPORT HANDOFF BETWEEN G/G SYSTEMS AND BETWEEN G CHANNELS Compliance with GPP C.S000 through C.S0006 is required for full support of all applicable capabilities, features, and services listed herein. GPP NETWORK ARCHITECTURE The GPP Network Reference Model (NRM) is illustrated in Figure. It is described in substantially more detail in the GPP Network Reference Model document (GPP S.R0005-A). Compliance with GPP S.R0005- A is required for full support of all applicable capabilities, features, and services listed herein.

18 MS IP T SCP T7 SN T8 ME MT0 T5 T 9 T T T6 T4 NPDB EIR TE S m MT A ter BS E Z F A i PSTN R v W DCE TE Um BTS A bis BSC A MSC P i PDN Rx TE TE Rm TAm Q C B D i ISDN S TE MC N HLR D VLR Q TE R m MT A quater M M H N D G TA R TE SME AC OTAF D i U i M V U r UIM PDSN P AAA P WNE Y IWF MWNE IAP P CDIS Key d I X Specific Network Entity O DF CDGP J CDCP CSC Composite Entity OSF e K Collective Entity O CF CDRP x H Interface Reference Point Interface to Another Instance of the Same Network Entity rev. 997 Line Intersection Figure : GPP NETWORK REFERENCE MODEL 4

19 4 GPP AIR INTERFACE SIGNALING LAYERS The air interface of GPP systems has been developed based on the ISO/OSI Reference Model layering requirements. The GPP layer structure is illustrated below in Figure : 5 Upper Layers TIA/EIA-95 Layer Signaling cdma000 Upper Layer Signaling Other Upper Layer Signaling Packet Data Service Voice Services Circuit Data Service Link Layer Link Access Control (LAC) Media Access Control (MAC) Physical Layer Physical Layer 6 7 Figure : AIR INTERFACE - SIMPLIFIED LAYERING DIAGRAM

20 A more detailed architectural diagram is detailed in Figure 4 below: Voice Service Data Voice Signaling to Physical Layer Interface Data Service Upper Layers Data Data Burst SDBTS Upper Layer Signaling Voice LAC Sublayer L PDU Signaling LAC RLP PDU LAC PDU LAC PDU MAC Sublayer Resource Configuration Database SRBP RLP RLP Null ARQ f/r-dsch f/r-csch f/r-dtch f/r-dtch Mux and QoS Sublayer Physical Layer F-SYNC F- BCCH F-CACH R-EACH F- CPCCH F/R- DCCH F/R- F/R- F/R-FCH R-ACH F-PCH CCCH SCHi Physical Layer (Coding and Modulation) Figure 4: AIR INTERFACE - GENERAL ARCHITECTURE NOTE: An explanation of the terms used in Figure may be obtained from the TIA Subcommittee TR-45.5 Final Inputs for the Draft IMT.RSPC Section 5 at However, an ITU-R TIES password is required for access.

21 Definitions of the GPP air interface layers are indicated below: PHYSICAL LAYER: Supports actual transmission and reception of signals between the mobile station and the base station including frequency selection with appropriate modulation and demodulation operations. The Physical Layer supports RF channel bandwidths of N.5 MHz, where N is the Spreading Rate number and N = and. The data rates, channel encoding, and modulation parameters supported on the Traffic Channels are specified by radio configurations. For Spreading Rates and, there are six radio configurations for the reverse link and there are nine radio configurations for the forward link. Collectively, these radio configurations form the FDD MC-CDMA X and X. Spreading Rate corresponds to X. Spreading Rate corresponds to X. Radio Configurations and are specified to be backward compatible with TIA/EIA-95-B systems. The GPP air interface also supports a class of operational band plans as specified in the TIA/EIA/IS- 000 standard. The Physical Layer signaling corresponds to ISO/OSI Reference Model physical layer (i.e., layer ). MEDIA ACCESS CONTROL (MAC) LAYER: Supports multiple data service state machine instances, one for each active packet or circuit data service instance, with applicable QoS mechanisms on each. This layer supports the complex multi-media multi-service capabilities which are targeted for G wireless systems. The MAC Layer signaling corresponds to the lower portion (i.e., interface to the Physical Layer) of the ISO/OSI Reference Model Link Layer (i.e., layer ). The MAC services are considered to be null when encoded voice data is transported directly by the Physical Layer (i.e., backward compatible with TAI/EIA-95-B). NOTE: The MAC Layer for GPP Release A includes support for one () voice and/or one () packet data service (data rates up to 44 kbps) instance. The full multi-media call model will be supported in a future MAC Layer release. LINK ACCESS CONTROL (LAC) LAYER: Supports point-to-point transmission over the air for signaling services and (optionally) for circuit data services. The LAC Layer also provides the framework and services to transport encoded voice data in the form of packet data or circuit data traffic as a part of a multimedia call. The LAC Layer signaling corresponds to the upper portion (i.e., interface to the MAC Layer) of the ISO/OSI Reference Model Link Layer (i.e., layer ). The LAC services are considered to be null when encoded voice data is transported directly by the Physical Layer (i.e., backward compatible with TAI/EIA-95-B).

22 f/r-csch SC.R00-00 v.0: GPP System Capability Guide - Release A LAYER SIGNALING: Supports all other application and upper layer protocols (e.g. Signaling Services, Voice Services, Data Services (Packet Data and Circuit Data)). Layer signaling corresponds to layers and above as appropriate of the ISO/OSI Reference Model. The GPP layering structure is composed of two () separate planes: the Control Plane and the Data Plane. The principal advantage of this structuring is the clear definition of the service interfaces between all of the functional entities described by the cdma000 layering structure. The major functional blocks of the Control and Data Planes are depicted in Figure 5. Control Plane SDBTS Data Plane Upper Layers Signaling Control Upper Layer Signaling Signaling Data Data Application Data Application Data Application TCP/UDP TCP/UDP IP IP IP PPP PPP PPP User Data Voice Voice Application Voice (Vocoder) Application (Vocoder) Voice Voice LAC Sublayer PLICF Sublayer Instance Specific PLDCF Sublayer Signaling to Physical Layer Interface Resource Control Resource Configuraton Database DCR DCR PLICF PLICF Voice PLICF Data Data Service PLICF(s) Service PLICF(s) PLICF Queue Status and Control Signaling LAC SRBP Data LAC (or Null) RLP Queue RLP DCR RBP Voice LAC (or Null) Null ARQ PLDCF and Mux and QoS Sublayer Mux and QoS Control f/r-dsch f/r-dtch Mux and QoS Sublayer f/r-dtch Physical Layer F/R-FCH DCCH F/R- F/R- ACH PCH CCCH Physical Layer Coding and Modulation F/R-SCH Figure 5: GPP AIR INTERFACE CONTROL AND DATA PLANES NOTE: This air interface layering applies to CDMA modes only. It does not apply to dual-mode phones operating in analog mode. NOTE: Additional and more detailed technical information on the GPP air interface (cdma000) may be obtained from the TIA Subcommittee TR-45.5 Final Inputs for the Draft IMT.RSPC Section 5 at However, an ITU-R TIES password is required for access.

23 SC.R00-00 v.0: GPP System Capability Guide - Release A

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25 4 GPP AIR INTERFACE This section details the capabilities and features of the GPP air interface (cdma000). PHYSICAL LAYER The following are general physical layer capabilities of the GPP system. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE 5 BAND CLASS BAND CLASS 0 C.S000 Section... C.S000-A Section... BAND CLASS C.S000 Section... C.S000-A Section... BAND CLASS C.S000-A Section... BAND CLASS C.S000-A Section...4 BAND CLASS 4 C.S000-A Section...5 BAND CLASS 5 C.S000-A Section...6 BAND CLASS 6 C.S000-A Section...7 CDMA SYSTEM TIME C.S000 Section. C.S000-A Section. LOGICAL CHANNEL C.S000 Section.. NAMING CONVENTION C.S000-A Section.. CDMA CHANNEL FORWARD CDMA CHANNELS C.S000 Section... MODULATION C.S000-A Section... REVERSE CDMA CHANNELS C.S000 Section... C.S000-A Section...

26 PHYSICAL CHANNELS ACCESS CHANNEL R-ACH C.S000 Section... C.S000-A Section... BROADCAST CHANNEL F-BCH C.S000 Section...5 C.S000-A Section...5 COMMON POWER CONTROL CHANNEL F-CPCCH C.S000 Section...7 C.S000-A Section...7 COMMON ASSIGNMENT CHANNEL F-CACH C.S000 Section...8 C.S000-A Section...8 ENHANCED ACCESS CHANNEL R-EACH C.S000 Section...4 C.S000-A Section...4 FORWARD COMMON CONTROL CHANNEL F-CCCH C.S000 Section...9 C.S000-A Section...9 FORWARD DEDICATED CONTROL CHANNEL F-DCCH C.S000 Section...0 C.S000-A Section...0 FORWARD FUNDAMENTAL CHANNEL F-FCH C.S000 Section... C.S000-A Section... FORWARD SUPPLEMENTAL CHANNEL F-SCH C.S000 Section... C.S000-A Section... FORWARD SUPPLEMENTAL CODE CHANNEL F-SCCH C.S000 Section... C.S000-A Section... PAGING CHANNEL F-PCH C.S000 Section...4 C.S000-A Section...4 PILOT CHANNELS F-PICH C.S000 Section... C.S000-A Section... QUICK PAGING CHANNEL F-QPCH C.S000 Section...6 C.S000-A Section...6 REVERSE PILOT CHANNEL R-PICH C.S000 Section... C.S000-A Section...

27 REVERSE COMMON CONTROL CHANNEL R-CCCH C.S000 Section...5 C.S000-A Section...5 REVERSE DEDICATED CONTROL CHANNEL R-DCCH C.S000 Section...6 C.S000-A Section...6 REVERSE FUNDAMENTAL CHANNEL R-FCH C.S000 Section...7 C.S000-A Section...7 REVERSE POWER CONTROL SUBCHANNEL C.S000 Section...0 REVERSE SUPPLEMENTAL CHANNEL R-SCH C.S000 Section...8 C.S000-A Section...8 REVERSE SUPPLEMENTAL CODE CHANNEL R-SCCH C.S000 Section...9 C.S000-A Section...9 SYNC CHANNEL F-SYNCH C.S000 Section... C.S000-A Section...

28 The following are mobile station capabilities which are supported by the GPP system. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE MINIMUM PERFORMANCE REQUIREMENTS TRANSMITTER RECEIVER C.S00 FREQUENCY PARAMETERS C.S000 Section.. C.S000-A Section.. OUTPUT POWER CHARACTERISTICS C.S000 Section.. C.S000-A Section.. MODULATION CHARACTERISTICS C.S000 Section.. C.S000-A Section.. LIMITATIONS ON EMISSIONS C.S000 Section..4 C.S000-A Section..4 SYNCHRONIZATION AND TIMING C.S000 Section..5 C.S000-A Section..5 TRANSMITTER PERFORMANCE REQUIREMENTS C.S000 Section..6 C.S000-A Section..6 CHANNEL SPACING AND DESIGNATION C.S000 Section.. C.S000-A Section.. DEMODULATION CHARACTERISTICS C.S000 Section.. C.S000-A Section.. LIMITATIONS ON EMISSIONS C.S000 Section.. C.S000-A Section.. MALFUNCTION DETECTION C.S000 Section..4 C.S000-A Section..4

29 The following are base station capabilities which are supported by the GPP system. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE MINIMUM PERFORMANCE REQUIREMENTS TRANSMITTER RECEIVER C.S000 FREQUENCY PARAMETERS C.S000 Section.. C.S000-A Section.. OUTPUT POWER CHARACTERISTICS C.S000 Section.. C.S000-A Section.. MODULATION CHARACTERISTICS C.S000 Section.. C.S000-A Section.. LIMITATIONS ON EMISSIONS C.S000 Section..4 C.S000-A Section..4 SYNCHRONIZATION, TIMING, AND PHASE C.S000 Section..5 C.S000-A Section..5 TRANSMITTER PERFORMANCE REQUIREMENTS C.S000 Section..6 C.S000-A Section..6 CHANNEL SPACING AND DESIGNATION C.S000 Section.. C.S000-A Section.. DEMODULATION CHARACTERISTICS C.S000 Section.. C.S000-A Section.. LIMITS ON EMISSIONS C.S000 Section.. C.S000-A Section.. RECEIVER PERFORMANCE REQUIREMENTS C.S000 Section..4 C.S000-A Section..4

30 VOCODER CAPABILITIES The following vocoder capabilities are supported by the GPP system. FEATURE CATEGORY ACRONYM REFERENCE 4 MINIMUM PERFORMANCE STANDARD C.S00 FOR SPEECH OPTION HIGH REATE ( kbps) SPEECH SO C.S000 - HIGH RATE SPEECH SO TTY/TDD C.S000- ADDENDUM - MINIMUM PERFORMANCE STANDARD FOR HR ( kpbs) C.S00 ENHANCED VARIABLE RATE VOCODER EVRC C.S004 - EVRC ADDENDUM FOR REMOVAL OF BIT EXACT C.S EVRC TTY/TDD ADDENDUM C.S MINIMUM PERFORMANCE STANDARD FOR EVRC C.S008

31 LOGICAL CHANNELS The following logical channels are supported by the GPP Release A system. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE LOGICAL CHANNELS FORWARD COMMON SIGNALING CHANNEL f-csch C.S000 C.S000-A FORWARD DEDICATED MAC CHANNEL f-dmch C.S000 C.S000-A FORWARD DEDICATED SIGNALING CHANNEL f-dsch C.S000 C.S000-A FORWARD DEDICATED TRAFFIC CHANNEL f-dtch C.S000 C.S000-A REVERSE COMMON SIGNALING CHANNEL r-csch C.S000 C.S000-A REVERSE DEDICATED MAC CHANNEL r-dmch C.S000 C.S000-A REVERSE DEDICATED SIGNALING CHANNEL r-dsch C.S000 C.S000-A REVERSE DEDICATED TRAFFIC CHANNEL r-dtch C.S000 C.S000-A 4

32 MAC LAYER CAPABILITIES The following are general MAC layer capabilities of the GPP system. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE 4 OVERVIEW AND DEFINITION OF MAC COMPONENTS C.S000 Section.7. C.S000-A Section.7. LAYERING MODEL C.S000 Section.7. C.S000-A Section.7. SERVICE INTERFACES C.S000 Section. C.S000-A Section. ENTITIES OF MAC LAYER C.S000 Section. C.S000-A Section. - RESOURCE CONTROL C.S000 Section.. C.S000-A Section.. - OBJECTS C.S000 Section.. - CONTROL PLANE ENTITIES C.S000 Section.. - DATA PLANE ENTITIES C.S000 Section..4 - MAC SUBLAYER FUNCTIONAL C.S000-A Section.. ENTITIES - SUPERVISORY PROCEDURES C.S000 Section..5 C.S000-A Section..

33 LAC LAYER CAPABILITIES The following reference is the conceptual model for the LAC Sublayer. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE CONCEPTUAL MODEL FOR THE LAC SUBLAYER TIMERS AND CONSTANTS C.S0004 Annex A C.S0004-A Section. C.S0004 Annex B C.S004-A Annex A 4 The following are general LAC layer capabilities of the GPP system for mobile stations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE 5 6 COMMON CHANNEL OPERATION C.S0004 Section. C.S0004-A Section. - TRANSMISSION ON R- CSCH C.S0004 Section.. C.S0004-A Section.. - RECEPTION ON F-CSCH C.S0004 Section.. C.S0004-A Section.. DEDICATED CHANNEL OPERATION C.S0004 Section. C.S0004-A Section. - TRANSMISSION ON R- CSCH C.S0004 Section.. C.S0004-A Section.. - RECEPTION ON F-CSCH C.S0004 Section.. C.S0004-A Section..

34 The following are general LAC layer capabilities of the GPP system for base stations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE COMMON CHANNEL OPERATION - RECEPTION ON R- CSCH - TRANSMISSION ON F- CSCH DEDICATED CHANNEL OPERATION - RECEPTION ON R- CSCH - TRANSMISSION ON F- CSCH C.S0004 Section. C.S0004-A Section. C.S0004 Section.. C.S0004-A Section.. C.S0004 Section.. C.S0004-A Section.. C.S0004 Section. C.S0004-A Section. C.S0004 Section.. C.S0004-A Section.. C.S0004 Section.. C.S0004-A Section..

35 LAYER SIGNALING CAPABILITIES The following references illustrate the general overview of Layer Signaling. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE SIGNALING ARCHITECTURE SIGNALING AND FUNCTIONALITY C.S0005 Section. C.S0005-A Section. C.S0005 Section. C.S0005-A Section. 4 The following are general Layer Signaling capabilities of the GPP system for mobile stations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE 5 6 SECURITY AND IDENTIFICATION MONITORED QUANTITIES AND STATISTICS ACCUMULATED STATISTICS C.S0005 Section. C.S0005-A Section. C.S0005 Section.4 C.S0005-A Section.4 CALL PROCESSING C.S0005 Section.6 LAYER PROCESSING C.S0005-A Section.6 PDU FORMATS FOR MOBILE STATIONS C.S0005 Section.7 C.S0005-A Section.7

36 The following are general Layer Signaling capabilities of the GPP system for base stations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE SECURITY AND IDENTIFICATION C.S0005 Section. C.S0005-A Section. SUPERVISION C.S0005 Section.4 C.S0005-A Section.4 CALL PROCESSING C.S0005 Section.6 LAYER PROCESSING C.S0005-A Section.6 PDU FORMATS FOR MESSAGES C.S0005 Section.7 C.S0005-A Section.7 The following are the hooks and extensions to the GPP system for support of GPP cross mode operations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE CDMA DS ON ANSI-4 C.S0007 CDMA MC ON GSM-MAP C.S0008 4

37 GPP RADIO ACCESS NETWORK INTERFACE This section details the capabilities and features of the GPP access network interface (i.e., A Interface). CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE MSC-BS INTERFACE MODEL A.S000 Section.7 CALL PROCESSING AND A.S000 Section SUPPLEMENTARY SERVICES - CALL CONTROL A.S000 Section. - A INTERFACE CALL SETUP A.S000 Section. - CALL CLEARING PROCEDURE A.S000 Section. - TRAFFIC CHANNEL RADIO LINK A.S000 Section.4 SUPERVISION - SUPPORT OF SUPPLEMENTARY A.S000 Section.5 SERVICES - DATA CALLS A.S000 Section.6 - SUPPORT OF SHORT MESSAGE A.S000 Section.7 SERVICE - SUPPORT OF OVER-THE- A.S000 Section.8 AIRSERVICE-PROVISIONING (OTASP) - ERROR HANDLING A.S000 Section.9 RADIO RESOURCE A.S000 Section MANAGEMENT - RADIO CHANNEL SUPERVISION A.S000 Section. - RADIO CHANNEL A.S000 Section. MANAGEMENT - HANDOFF VIA MSC A.S000 Section. - HANDOFF VIA DIRECT BS-TO- A.S000 Section.4 BS SIGNALING - HANDOFF CALL FLOWS A.S000 Section.5

38 CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE MOBILITY MANAGEMENT, A.S000 Section 4 AUTHENTICATION, AND PRIVACY - MOBILITY MANAGEMENT A.S000 Section 4. - AUTHENTICATION AND A.S000 Section 4. PRIVACY LAYERS & AND A.S000 Section 5 TERRESTRIAL FACILITY MANAGEMENT - PHYSICAL LAYER A.S000 Section 5. SPECIFICATION (LAYER ) - ANSI SS7 TRANSPORT A.S000 Section 5. SPECIFICATION (LAYER ) - USE OF ATM (LAYER ) A.S000 Section 5. - TRANSPORT PROTOCOLS A.S000 Section TERRESTRIAL CIRCUIT A.S000 Section 5.5 MANAGEMENT PROCEDURES MESSAGES, INFORMATION A.S000 Section 6 ELEMENTS, AND TIMER DEFINITIONS SUPPLEMENTARY SERVICES ANNEX A.S000 Annex ABIS INTERFACE A.R000 - FUNCTIONAL ARCHITECTURE A.R000 Section 4 AND INTERFACES - CALL PROCESSING A.R000 Section 5 - AB INTERFACE MESSAGE A.R000 Section 6 FORMATS - INFORMATION ELEMENT DEFINITIONS A.R000 Section 7

39 GPP INTERSYSTEM INTERFACE This section details the capabilities and features of the GPP intersystem interface. FEATURE CATEGORY ACRONYM REFERENCE CELLULAR N.S0005 RADIOTELECOMMUNICATIONS INTERSYSTEM OPERATIONS - PCS MULTI-BAND BASED ON IS-4-C N.S DCCH BASED ON IS-4-C N.S IMSI N.S ANSI-4-D MISCELLANEOUS N.S005 ENHANCEMENTS - TIA/EIA-4-D ENHANCEMENTS FOR N.S006 INTERNATIONALIZATION - INTERNATIONAL IMPLEMENTATION OF N.S007 WIRELESS TELECOMMUNICATIONS SYSTEMS COMPLIANT WITH TIA/EIA-4 - INTERSYSTEM LINK PROTOCOL N.S009

40

41 GPP SYSTEM FEATURES This section details the features of the GPP system. FEATURE CATEGORY ACRONYM REFERENCE CELLULAR FEATURES DESCRIPTIONS S.R0006 ADVANCE FEATURES IN WIDEBAND N.S000 SPREAD SPECTRUM SYSTEMS ADVICE OF CHARGE STAGE AOC S.R00 ANSWER HOLD STAGE STAGE / AH S.R0008 N.S000 CALLING NAME PRESENTATION / CALLING NAME RESTRICTION CNAP/CNAR N.S00 FREEPHONE N.S0004 GLOBAL EMERGENCY CALL ORIGINATION STAGE GECO S.R00 PREFERRED LANGUAGE ENHANCEMENT STAGE STAGE / S.R000 N.S0004 PREMIUM RATE CHARGING N.S0004 PREPAID CHARGING N.S008 REJECTION OF UNDESIRED ANNOYING CALLS STAGE STAGE / RUAC S.R00 N.S0004 USER SELECTIVE CALL FORWARDING STAGE STAGE / USCF S.R0007 N.S000 REMOVABLE USER IDENTITY MODULE STAGE STAGE / R-UIM S.R0009 N.S000

42

43 GPP DATA SERVICES This section details the data services, circuit and packet, support by the GPP system. CIRCUIT DATA CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE CDMA DATA SERVICES C.S007 Section - SERVICE OPTIONS FOR DATA C.S007 Section. SERVICES - ASYNC AND FAX SERVICES C.S007 Section. - PACKET DATA BEARER C.S007 Section. SERVICE - STU-III SERVICE C.S007 Section.4 - ANALOG FAX SERVICE C.S007 Section.5 - HIGH SPEED PACKET BEARER C.S007 Section.6 SERVICE INTERSYSTEM SUPPORT C.S007 Section 4 - PROTOCOL ARCHITECTURE C.S007 Section 4. - INTERSYSTEM INTERFACE C.S007 Section 4. DATA SERVICE OPTIONS FOR C.S SPREAD SPECTRUM SYSTEMS: RADIO LINK PROTOCOL (RLP) DATA SERVICE OPTIONS FOR SPREAD SPECTRUM SYSTEMS: cdma000 HIGH SPEED DATA SERVICES C.S

44 PACKET DATA CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE PROTOCOL REFERENCE P.S000 Section 4 MODEL SIMPLE IP OPERATION P.S000 Section 5 MOBILE IP OPERATION P.S000 Section 6 MOBILITY MANAGEMENT P.S000 Section 7 QUALITY OF SERVICE (QOS) P.S000 Section 8 ACCOUNTING P.S000 Section 9 R-P INTERFACE P.S000 Section 0 RADIO NETWORK P.S000 Section REQUIREMENTS AIR INTERFACE P.S000 Section

45 GPP SYSTEM SERVICES This section details the system services supported by the GPP system. FEATURE CATEGORY ACRONYM REFERENCE G WIRELESS NETWORK MANAGEMENT STAGE S.R007 AUTHETICATION N.S004 AUTOMATIC CODE GAPPING STAGE S.R006 ISDN INTERWORKING STAGE S.R005 C.S LOCATION SERVICES C.S00 MOBILE STATION LOOPBACK TEST C.S00 OVER-THE-AIR SERVICE PROVISIONING OVER-THE-AIR PARAMETER OTASP OTAPA C.S006 N.S00 ADMINISTRATION SHORT MESSAGE SERVICE SMS C.S005 TANDEM FREE OPERATION STAGE TFO S.R004 A.S0004 SERVICE OPTIONS: - SPEECH SERVICE OPTION C.S DATA SERVICE OPTIONS FOR SPREAD C.S007 SPECTRUM SYSTEMS SERVICES IMPLEMENTED USING EXISTING PROTOCOLS - INTERNATIONAL ACCESS/+ CODE S.R0004 Section DIALING - CREDIT CARD CALLING SERVICE S.R0004 Section - CLOSED USER GROUP CUG S.R0004 Section - ENHANCED ROUTING S.R0004 Section 4

46 FEATURE CATEGORY ACRONYM REFERENCE - INTERNATIONAL ROAMING S.R0004 Section 5 - SPECIAL SERVICE DIALING SPD S.R0004 Section 6

47 ANALOG OPERATIONS This section details the capabilities and features of the GPP analog operations. CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE REQUIREMENTS FOR MOBILE STATION ANALOG OPERATION C.S0006 Section C.S0006 -A Section - TRANSMITTER C.S0006 Section. C.S0006 -A Section. - RECEIVER C.S0006 Section. C.S0006 -A Section. - SECURITY AND IDENTIFICATION C.S0006 Section. C.S0006 -A Section. - SUPERVISION C.S0006 Section.4 C.S0006 -A Section.4 - MALFUNTION DETECTION C.S0006 Section.5 C.S0006 -A Section.5 - CALL PROCESSING C.S0006 Section.6 C.S0006 -A Section.6 - SIGNALING FORMATS C.S0006 Section.7 C.S0006 -A Section.7

48 CAPABILITY/FEATURE CATEGORY ACRONYM REFERENCE REQUIREMENTS FOR BASE STATION ANALOG OPERATION C.S0006 Section C.S0006 -A Section - TRANSMITTER C.S0006 Section. C.S0006 -A Section. - RECEIVER C.S0006 Section. C.S0006 -A Section. - SECURITY AND IDENTIFICATION C.S0006 Section. C.S0006 -A Section. - SUPERVISION C.S0006 Section.4 C.S0006 -A Section.4 - MALFUNTION DETECTION C.S0006 Section.5 C.S0006 -A Section.5 - CALL PROCESSING C.S0006 Section.6 C.S0006 -A Section.6 - SIGNALING FORMATS C.S0006 Section.7 C.S0006 -A Section.7 REQUIREMENTS FOR MOBIULE STATION OPTIONS C.S0006 Section 4 C.S0006 -A Section 4 REQUIREMENTS FOR BASE STATION OPTIONS C.S0006 Section 5 C.S0006 -A Section 5

49 APPENDIX GPP DOCUMENT REFERENCE LISTING GPP DOCUMENT # TITLE TIA REF # TSG-A RADIO ACCESS INTERFACE A.S000 G-IOS Rev.0 is G-IOS V4. Future point releases such as G- IOS V4. and V4. will correspond to rev.a, rev.b and so on. G-IOS V5 will be the next available revision number. A.S000 Abis interface specification A.S0004 Tandem Free Operation TSG-C cdma000 AIR INTERFACE C.S000-0 cdma000 Introduction IS-000- C.S000-0 cdma000 - Physical Layer IS-000- C.S000-0 cdma000 MAC IS-000- C.S cdma000 - Layer LAC IS C.S cdma000 - Layer IS C.S cdma000 Analog IS C.S GG CDMA-DS on ANSI-4 C.S GG CDMA-MC on GSM-MAP C.S Speech Service Option TIA/EIA-96-C C.S000-0 Base Station Minimum Performance TIA/EIA-97-D C.S00-0 Mobile Station Minimum Performance TIA/EIA-98-D C.S00-0 Minimum Performance Standard for Speech SO TIA/EIA-5-A C.S00-0 Mobile Station Loopback Test TIA/EIA-6-C C.S004-0 Enhanced Variable Rate Codec (EVRC) IS-7 C.S EVRC addendum for removal of bit exact IS-7- C.S EVRC TTY/TDD addendum IS-7- C.S005-0 Short Message Service TIA/EIA-67-A C.S006-0 OTASP of MS in Spread Spectrum Systems IS-68-A

50 GPP DOCUMENT # TITLE TIA REF # C.S007-0 (4.4 kbps) Data SOs for Spread Spectrum Systems IS-707-A - STU III Transparent + Non-Trans - Async Data + G Fax - Packet (Internet + CDPD) - Analog Fax (Rate Set +) C.S Addendum for cdma000 RLP and additional packet data IS-707-A- support C.P Data SOs for Spread Spectrum Systems IS-707-A- C.S008-0 Minimum Performance Specification for EVRC IS-78 C.S000-0 High Rate ( kbps) Speech SO IS-7 C.S High Rate Speech SO TTY/TDD addendum IS-7- C.S00-0 Minimum Performance for HR ( kbps) IS-76-A C.S00-0 Location Services (Position Determination Service) IS-80 C.S00 Removable User Identity Module IS-80 C.R000-0 Requirements Mapping for cdma000 TSB000 C.R00-0 Parameter Value Assignments TSB58-B C.P900 SMV (Selectable Mode Vocoder) PN-4575 TSG-N INTERSYSTEM INTERFACE N.S000 User Selective Call Forwarding PN-455 N.S000 Answer Hold PN-4550 N.S000 User Identity Module PN-458 N.S0004 WIN Phase PN Triggers for Preferred Language - Advice of Charge - Rejection of Undesired Annoying Calls - Premium Rate Charging - Freephone N.S0005 Cellular Radiotelecommunications Intersystem Operations ANSI-4-D N.S0006 PCS Multi-band-Based on IS-4-C TSB-76 N.S0007 DCCH Based on IS-4-C IS-70 N.S0008 Circuit Modes Services-Data-Based on IS-4-C IS-77 N.S0009 IMSI IS-75 N.S000 Advanced Features in Wideband Spread Spectrum Systems IS-75 N.S00 OTASP and OTAPA IS-75-A N.S00 CNAP/CNAR IS-764 N.S00 WIN IS-77

51 GPP DOCUMENT # TITLE TIA REF # N.S004 Authentication Enhancements IS-778 N.S005 ANSI-4-D Miscellaneous Enhancements N.S006 TIA/EIA-4-D Enhancements for Internationalization IS-807 N.S007 International Implementation of Wireless Telecommunication TSB-9-C Systems Compliant with TIA/EIA-4 N.S008 TIA/EIA-4-D Prepaid Charging PN-487 N.S009 Intersystem Link Protocol IS-78 TSG-P PACKET DATA SERVICES P.S000 Wireless IP Network Architecture based on IETF Protocols P.S000 Wireless IP Network Standard PN-486 TSG-S SERVICES AND SYSTEMS ASPECTS S.R000 GPP Specifications List S.R000 G Capability Descriptions S.R000 System Capability Guide S.R0004 System Implementation Guide S.R0005 GPP Network Reference Model S.R0006 Cellular Features Description IS-664-A S.R0007 User Selective Call Forwarding (Stage) PN-455 S.R0008 Answer Hold (Stage) PN-4550 S.R0009 User Identity Module (Stage) PN-458 S.R000 Preferred Language Enhancement (Stage) S.R00 Advice of Charge (Stage) PN-489 S.R00 Rejection of Undesired Annoying Calls (Stage) PN-489 S.R00 Global Emergency Call Origination (Stage) S.R004 Tandem Free Operation (Stage) S.R005 ISDN Interworking (Stage) S.R006 Automatic Code Gapping (Stage) PN-440 S.R007 G Wireless Network Management System High Level [IS-408] Requirements (Stage ) S.R008 Prepaid Charging (Stage ) PN-487 S.R009 Location Services System Support (Stage ) IS-80

52 AIR INTERFACE PARAMETER ADMINISTRATION CAPABILITY/FEATURE REFERENCE GPP PARAMETER ADMINISTRATION PROCESS C.R00 Section SERVICE OPTION NUMBER ASSIGNMENTS C.R00 Section DATA BURST MESSAGE TYPE ASSIGNMENTS C.R00 Section 4 MULTIPLEX OPTION NUMBER ASSIGNMENTS C.R00 Section 5 MANUFACTURER-SPECIFIC OTASP ASSIGNMENTS C.R00 Section 7 ROAMING DISPLAY INDICATOR ASSIGNMENTS C.R00 Section 8 SHORT MESSAGE SERVICES ASSIGNMENTS C.R00 Section 9