SIST EN 300 909 V8.3.1:2003

• Abstract:

  Upgrade to R99 and CRs SMG#30, 30bis, 31

• Status: Published
• Publication Date: 30-Nov-2003
• ICS: 33.070.50 - Global System for Mobile Communication (GSM)
• Technical Committee: SS EIT - Technical Board for the electrotechnical, information technology and telecommunications fields
• Current Stage: 6060 - National Implementation/Publication (Adopted Project)
• Start Date: 01-Dec-2003
• Due Date: 01-Dec-2003
• Completion Date: 01-Dec-2003
• Mandate: T-172-1
• Ref Project: ETSI EN 300 909 V8.3.1 (2000-09) - Digital cellular telecommunications system (Phase 2+) (GSM); Channel coding (GSM 05.03 version 8.3.1 Release 1999)

Overview

SIST EN 300 909 V8.3.1:2003 defines the specifications for channel coding in the Digital Cellular Telecommunications System (GSM Phase 2+), aligning with GSM 05.03 version 8.3.1, Release 1999. Developed and adopted by the Slovenski inštitut za standardizacijo (SIST), this standard is identical to EN 300 909 and published in coordination with the European Telecommunications Standards Institute (ETSI). The document provides detailed guidelines for channel coding across various GSM services, ensuring data integrity, reliability, and efficiency over the GSM radio interface. This version incorporates upgrades relating to Release 99 (R99) and change requests (CRs) from SMG#30, 30bis, and 31, supporting evolving GSM network requirements.

Key Topics

• Channel Coding Methods: Describes coding approaches for different types of GSM channels, including speech (full rate, half rate, enhanced, and adaptive multirate), data, and control channels.
• Convolutional and Block Coding: Outlines standard error protection mechanisms that enhance data reliability in mobile communications.
• Interleaving and Burst Mapping: Specifies techniques for distributing coded data across bursts to minimize the impact of errors inherent in the radio environment.
• Support for GSM Services: Covers a wide spectrum of channel types, such as Traffic Channels (TCH), Control Channels (e.g., SACCH, FACCH, SDCCH), and Packet Data Channels.
• Release 99 Upgrades: Integrates updates and change requests to support newer network features and improved performance, in line with 3GPP evolution.
• Interface Specifications: Defines interactions between user unit devices and radio channel coding processes, critical for device and infrastructure interoperability.

Applications

The SIST EN 300 909 V8.3.1:2003 standard is widely used in the design, testing, and deployment of GSM networks and devices:

• Mobile Network Infrastructure: Enables reliable communication in GSM base stations, controllers, and network switching centers, supporting seamless connectivity and handover.
• Mobile Device Development: Guides handset manufacturers in implementing error protection and coding requirements, promoting cross-vendor device compatibility and performance.
• Data Services: Supports enhanced general packet radio service (EGPRS) and high-performance data transmission by specifying robust channel coding for various radio interface rates.
• System Testing and Certification: Used as a benchmark during GSM conformance and interoperability testing to ensure network elements and devices meet internationally recognized quality and reliability standards.
• Network Evolution: Provides a framework for evolving GSM networks to support new services, increased data rates, and improved spectrum efficiency, paving the way for transition to 3G and beyond.

Related Standards

For holistic GSM and cellular network design, the following interoperability and technical standards are closely associated:

• ETSI EN 301 908: Covers harmonized IMT cellular networks, building on earlier GSM standardization.
• GSM 05.01 (EN 300 911): Physical layer specifications (radio interface part).
• GSM 05.02 (EN 300 912): Multiplexing and multiple access on the radio path.
• GSM 05.04 (EN 300 914): Modulation requirements.
• GSM 05.10/05.08: Radio subsystem link control and radio transmission aspects.
• EN 300 960: Global System for Mobile communications (GSM); Service requirements.

SIST EN 300 909 V8.3.1:2003 is a critical standard for anyone involved in GSM technology and the evolution of digital cellular networks, ensuring robust, reliable, and internationally compatible mobile communications.

2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.Digital cellular telecommunications system (Phase 2+) (GSM); Channel coding (GSM 05.03 version 8.3.1 Release 1999)33.070.50Globalni sistem za mobilno telekomunikacijo (GSM)Global System for Mobile Communication (GSM)ICS:Ta slovenski standard je istoveten z:EN 300 909 Version 8.3.1SIST EN 300 909 V8.3.1:2003en01-december-2003SIST EN 300 909 V8.3.1:2003SLOVENSKI
STANDARD
ETSIEN300909V8.3.1(2000-09)EuropeanStandard(Telecommunicationsseries)Digitalcellulartelecommunicationssystem(Phase2+);Channelcoding(GSM05.03version8.3.1Release1999)GLOBALSYSTEMFORMOBILECOMMUNICATIONSRSIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)2(GSM05.03version8.3.1Release1999)ReferenceREN/SMG-020503Q8KeywordsDigitalcellulartelecommunicationssystem,GlobalSystemforMobilecommunications(GSM)ETSI650RoutedesLuciolesF-06921SophiaAntipolisCedex-FRANCETel.:[phone]Fax:[phone]SiretN°34862356200017-NAF742CAssociationàbutnonlucratifenregistréeàlaSous-PréfecturedeGrasse(06)N°7803/88ImportantnoticeIndividualcopiesofthepresentdocumentcanbedownloadedfrom:http://www.etsi.orgThepresentdocumentmaybemadeavailableinmorethanoneelectronicversionorinprint.Inanycaseofexistingorperceiveddifferenceincontentsbetweensuchversions,thereferenceversionisthePortableDocumentFormat(PDF).Incaseofdispute,thereferenceshallbetheprintingonETSIprintersofthePDFversionkeptonaspecificnetworkdrivewithinETSISecretariat.Usersofthepresentdocumentshouldbeawarethatthedocumentmaybesubjecttorevisionorchangeofstatus.InformationonthecurrentstatusofthisandotherETSIdocumentsisavailableathttp://www.etsi.org/tb/status/Ifyoufinderrorsinthepresentdocument,sendyourcommentto:[e-mail]opartmaybereproducedexceptasauthorizedbywrittenpermission.Thecopyrightandtheforegoingrestrictionextendtoreproductioninallmedia.©EuropeanTelecommunicationsStandardsInstitute2000.Allrightsreserved.SIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)3(GSM05.03version8.3.1Release1999)ContentsIntellectualPropertyRights.9Foreword.91Scope.101.1References.101.2Abbreviations.112General.112.1Generalorganization.112.2NamingConvention.153TrafficChannels(TCH).173.1Speechchannelatfullrate(TCH/FSandTCH/EFS).173.1.1PreliminarychannelcodingforEFRonly.183.1.1.1CRCcalculation.183.1.1.2Repetitionbits.183.1.1.3Correspondencebetweeninputandoutputofpreliminarychannelcoding.183.1.2ChannelcodingforFRandEFR.193.1.2.1Parityandtailingforaspeechframe.193.1.2.2Convolutionalencoder.193.1.3Interleaving.193.1.4MappingonaBurst.203.2Speechchannelathalfrate(TCH/HS).203.2.1Parityandtailingforaspeechframe.203.2.2Convolutionalencoder.213.2.3Interleaving.213.2.4Mappingonaburst.223.3Datachannelatfullrate,12.0kbit/sradiointerfacerate(9.6kbit/sservices(TCH/F9.6)).223.3.1Interfacewithuserunit.223.3.2Blockcode.223.3.3Convolutionalencoder.223.3.4Interleaving.233.3.5MappingonaBurst.233.4Datachannelatfullrate,6.0kbit/sradiointerfacerate(4.8kbit/sservices(TCH/F4.8)).233.4.1Interfacewithuserunit.233.4.2Blockcode.233.4.3Convolutionalencoder.243.4.4Interleaving.243.4.5MappingonaBurst.243.5Datachannelathalfrate,6.0kbit/sradiointerfacerate(4.8kbit/sservices(TCH/H4.8)).243.5.1Interfacewithuserunit.243.5.2Blockcode.243.5.3Convolutionalencoder.243.5.4Interleaving.243.5.5MappingonaBurst.243.6Datachannelatfullrate,3.6kbit/sradiointerfacerate(2.4kbit/sandlessservices(TCH/F2.4)).253.6.1Interfacewithuserunit.253.6.2Blockcode.253.6.3Convolutionalencoder.253.6.4Interleaving.253.6.5MappingonaBurst.253.7Datachannelathalfrate,3.6kbit/sradiointerfacerate(2.4kbit/sandlessservices(TCH/H2.4)).253.7.1Interfacewithuserunit.263.7.2Blockcode.263.7.3Convolutionalencoder.263.7.4Interleaving.263.7.5MappingonaBurst.263.8Datachannelatfullrate,14.5kbit/sradiointerfacerate(14.4kbit/sservices(TCH/F14.4)).26SIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)4(GSM05.03version8.3.1Release1999)3.8.1Interfacewithuserunit.263.8.2Blockcode.263.8.3Convolutionalencoder.263.8.4Interleaving.273.8.5MappingonaBurst.273.9Adaptivemultiratespeechchannelatfullrate(TCH/AFS).273.9.1SID_UPDATE.273.9.1.1Codingofin-banddata.273.9.1.2Parityandconvolutionalencodingforthecomfortnoiseparameters.283.9.1.3Identificationmarker.293.9.1.4Interleaving.293.9.1.5MappingonaBurst.293.9.2SID_FIRST.293.9.2.1Codingofin-banddata.293.9.2.2Identificationmarker.293.9.2.3Interleaving.303.9.2.4MappingonaBurst.303.9.3ONSET.303.9.3.1Codingofin-banddata.303.9.3.2Interleaving.303.9.3.3MappingonaBurst.303.9.4SPEECH.313.9.4.1Codingofthein-banddata.313.9.4.2Orderingaccordingtosubjectiveimportance.313.9.4.3Parityforspeechframes.323.9.4.4Convolutionalencoder.333.9.4.5Interleaving.403.9.4.6MappingonaBurst.403.9.5RATSCCH.403.9.5.1Codingofin-banddata.403.9.5.2ParityandconvolutionalencodingfortheRATSCCHmessage.403.9.5.3Identificationmarker.413.9.5.4Interleaving.413.9.5.5MappingonaBurst.413.10Adaptivemultiratespeechchannelathalfrate(TCH/AHS).413.10.1SID_UPDATE.423.10.1.1Codingofin-banddata.423.10.1.2Parityandconvolutionalencodingforthecomfortnoiseparameters.423.10.1.3Identificationmarker.433.10.1.4Interleaving.433.10.1.5MappingonaBurst.443.10.2SID_UPDATE_INH.443.10.2.1Codingofin-banddata.443.10.2.2Identificationmarker.443.10.2.3Interleaving.443.10.2.4MappingonaBurst.453.10.3SID_FIRST_P1.453.10.3.1Codingofin-banddata.453.10.3.2Identificationmarker.453.10.3.3Interleaving.453.10.3.4MappingonaBurst.453.10.4SID_FIRST_P2.453.10.4.1Codingofin-banddata.453.10.4.2Interleaving.463.10.4.3MappingonaBurst.463.10.5SID_FIRST_INH.463.10.5.1Codingofin-banddata.463.10.5.2Identificationmarker.463.10.5.3Interleaving.463.10.5.4MappingonaBurst.463.10.6ONSET.473.10.6.1Codingofin-banddata.47SIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)5(GSM05.03version8.3.1Release1999)3.10.6.2Interleaving.473.10.6.3MappingonaBurst.473.10.7SPEECH.473.10.7.1Codingofthein-banddata.473.10.7.2Orderingaccordingtosubjectiveimportance.473.10.7.3Parityforspeechframes.483.10.7.4Convolutionalencoder.493.10.7.5Interleaving.533.10.7.6MappingonaBurst.543.10.8RATSCCH_MARKER.543.10.8.1Codingofin-banddata.543.10.8.2Identificationmarker.543.10.8.3Interleaving.543.10.8.4MappingonaBurst.543.10.9RATSCCH_DATA.543.10.9.1Codingofin-banddata.543.10.9.2ParityandconvolutionalencodingfortheRATSCCHmessage.543.10.9.3Interleaving.553.10.9.4MappingonaBurst.553.11DatachannelforECSDatfullrate,29.0kbit/sradiointerfacerate(28.8kbit/sservices(E-TCH/F28.8)).553.11.1Interfacewithuserunit.553.11.2Blockcode.563.11.2.1Repetitionbits.563.11.2.2ReedSolomonencoder.563.11.3Convolutionalencoder.573.11.3.1Tailingbitsforadataframe.573.11.3.2Convolutionalencodingforadataframe.573.11.4Interleaving.583.11.5MappingonaBurst.583.12DatachannelforECSDatfullrate,32.0kbit/sradiointerfacerate(32.0kbit/sservices(E-TCH/F32.0)).593.12.1Interfacewithuserunit.593.12.2Blockcode.593.12.3Convolutionalencoder.603.12.3.1Tailingbitsforadataframe.603.12.3.2Convolutionalencodingforadataframe.603.12.4Interleaving.603.12.5MappingonaBurst.603.13DatachannelforECSDatfullrate,43.5kbit/sradiointerfacerate(43.2kbit/sservices(E-TCH/F43.2)).613.13.1Interfacewithuserunit.613.13.2Convolutionalencoder.613.13.2.1Tailingbitsforadataframe.613.13.2.2Convolutionalencodingforadataframe.613.13.3Interleaving.613.13.4MappingonaBurst.614ControlChannels.614.1Slowassociatedcontrolchannel(SACCH).614.1.1Blockconstitution.614.1.2Blockcode.624.1.3Convolutionalencoder.624.1.4Interleaving.624.1.5MappingonaBurst.634.2Fastassociatedcontrolchannelatfullrate(FACCH/F).634.2.1Blockconstitution.634.2.2Blockcode.634.2.3Convolutionalencoder.634.2.4Interleaving.634.2.5MappingonaBurst.634.3Fastassociatedcontrolchannelathalfrate(FACCH/H).644.3.1Blockconstitution.644.3.2Blockcode.644.3.3Convolutionalencoder.64SIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)6(GSM05.03version8.3.1Release1999)4.3.4Interleaving.644.3.5MappingonaBurst.644.4Broadcastcontrol,Paging,Accessgrant,NotificationandCellbroadcastchannels(BCCH,PCH,AGCH,NCH,CBCH),CTSPagingandAccessgrantchannels(CTSPCH,CTSAGCH).654.5Stand-alonededicatedcontrolchannel(SDCCH).654.6Randomaccesschannel(RACH).654.7Synchronizationchannel(SCH),Compactsynchronizationchannel(CSCH),CTSBeaconandAccessrequestchannels(CTSBCH-SB,CTSARCH).664.8AccessBurstoncircuitswitchedchannelsotherthanRACH.664.9AccessBurstsforuplinkaccessonachannelusedforVGCS.664.10FastassociatedcontrolchannelatECSDE-TCH/F(E-FACCH/F).674.10.1Blockconstitution.674.10.2Blockcode.674.10.3Convolutionalencoder.674.10.4Interleaving.674.10.5MappingonaBurst.675PacketSwitchedChannels.685.1Packetdatatrafficchannel(PDTCH).685.1.1Packetdatablocktype1(CS-1).685.1.2Packetdatablocktype2(CS-2).685.1.2.1Blockconstitution.685.1.2.2Blockcode.685.1.2.3Convolutionalencoder.695.1.2.4Interleaving.695.1.2.5Mappingonaburst.695.1.3Packetdatablocktype3(CS-3).695.1.3.1Blockconstitution.695.1.3.2Blockcode.695.1.3.3Convolutionalencoder.705.1.3.4Interleaving.705.1.3.5Mappingonaburst.705.1.4Packetdatablocktype4(CS-4).705.1.4.1Blockconstitution.705.1.4.2Blockcode.715.1.4.3Convolutionalencoder.715.1.4.4Interleaving.715.1.4.5Mappingonaburst.715.1.5Packetdatablocktype5(MCS-1).715.1.5.1Downlink(MCS-1DL).715.1.5.1.1Blockconstitution.715.1.5.1.2USFprecoding.725.1.5.1.3Headercoding.725.1.5.1.4Datacoding.725.1.5.1.5Interleaving.735.1.5.1.6Mappingonaburst.745.1.5.2Uplink(MCS-1UL).745.1.5.2.1Blockconstitution.745.1.5.2.2Headercoding.745.1.5.2.3Datacoding.755.1.5.2.4Interleaving.755.1.5.2.5Mappingonaburst.755.1.6Packetdatablocktype6(MCS-2).755.1.6.1Downlink(MCS-2DL).755.1.6.1.1Blockconstitution.755.1.6.1.2USFprecoding.765.1.6.1.3Headercoding.765.1.6.1.4Datacoding.765.1.6.1.5Interleaving.765.1.6.1.6Mappingonaburst.775.1.6.2Uplink(MCS-2UL).775.1.6.2.1Blockconstitution.77SIST EN 300 909 V8.3.1:2003

ETSIETSIEN300909V8.3.1(2000-09)7(GSM05.03version8.3.1Release1999)5.1.6.2.2Headercoding.775.1.6.2.3Datacoding.775.1.6.2.4Interleaving.775.1.6.2.5Mappingonaburst.775.1.7Packetdatablocktype7(MCS-3).775.1.7.1Downlink(MCS-3DL).775.1.7.1.1Blockconstitution.775.1.7.1.2USFprecoding.775.1.7.1.3Headercoding.775.1.7.1.4Datacoding.775.1.7.1.5Interleaving.785.1.7.1.6Mappingonaburst.785.1.7.2Uplink(MCS-3UL).785.1.7.2.1Blockconstitution.785.1.7.2.2Headercoding.785.1.7.2.3Datacoding.795.1.7.2.4Interleaving.795.1.7.2.5Mappingonaburst.795.1.8Packetdatablocktype8(MCS-4).795.1.8.1Downlink(MCS-4DL).795.1.8.1.1Blockconstitution.795.1.8.1.2USFprecoding.795.1.8.1.3Headercoding.795.1.8.1.4Datacoding.795.1.8.1.5Interleaving.805.1.8.1.6Mappingonaburst.805.1.8.2Uplink(MCS-4UL).805.1.8.2.1Blockconstitution.805.1.8.2.2Headercoding.805.1.8.2.3Datacoding.805.1.8.2.4Interleaving.805.1.8.2.5Mappingonaburst.805.1.9Packetdatablocktype9(MCS-5).805.1.9.1Downlink(MCS-5DL).805.1.9.1.1Blockconstitution.805.1.9.1.2USFprecoding.815.1.9.1.3Headercoding.815.1.9.1.4Datacoding.825.1.9.1.5Interleaving.825.1.9.1.6Mappingonaburst.835.1.9.2Uplink(MCS-5UL).845.1.9.2.1Blockconstitution.845.1.9.2.2Headercoding.845.1.9.2.3Datacoding.
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