SIST EN 300 392-2 V2.1.1:2003

• Abstract:

  Maintenance of the base standard for Voice plus Data

• Status: Published
• Publication Date: 30-Nov-2003
• ICS: 33.070.10 - Terrestrial Trunked Radio (TETRA)
• 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: BC-T-344
• Ref Project: ETSI EN 300 392-2 V2.1.1 (2000-12) - Terrestrial Trunked Radio (TETRA); Voice plus Data (V+D); Part 2: Air Interface (AI)

SIST EN 300 392-2 V2.1.1:2003 is the SIST adoption of the ETSI standard for Terrestrial Trunked Radio (TETRA) Voice plus Data (V+D), Part 2 - Air Interface (AI). It is the maintenance version of the base standard for V+D and specifies the radio interface, signalling, coding and protocol behaviour used by TETRA base stations, mobile stations and the network that connects them.

What does SIST EN 300 392-2 V2.1.1:2003 specify?

SIST EN 300 392-2 V2.1.1:2003 specifies the TETRA V+D air interface. In practice, it tells implementers how the radio link is structured, how messages are carried, and how the network and terminal coordinate calls, data and mobility.

The document is organized from general material into radio, protocol and mobility topics:

• Clauses 1 to 3 cover scope, references, definitions and abbreviations.
• Clauses 4 to 10 cover radio aspects, modulation, transmission and reception, synchronization, channel coding, multiplexing and link control.
• Clauses 11 to 13 cover Call Control (CC), Supplementary Services (SS) and Short Data Service (SDS).
• Clause 14 covers the CMCE protocol.
• Clauses 15 and 16 cover Mobility Management (MM) service and protocol.
• Clauses 17 and 18 cover MLE service and protocol.

What are the key requirements of SIST EN 300 392-2 V2.1.1:2003?

SIST EN 300 392-2 V2.1.1:2003 brings together the main air-interface rules needed to make TETRA equipment interoperate. The most important points are the radio structure, the modulation and coding methods, the transmitter and receiver characteristics, and the signalling procedures that move calls and data across the network.

Radio structure and channel organization

Clause 4 defines the set of logical channels, the reference configuration, error control schemes, multiple access, timeslot structure and the mapping of logical channels onto physical channels. That matters because equipment must place the right traffic or control information into the correct bursts and slots.

Clause 9 develops this further with logical channel hierarchy, the physical resource model, RF channels, timeslots, TDMA frame structure, subslots, multiframes and hyperframes, plus the types of physical channels and burst formats. This is the part that tells designers how the air interface is actually laid out over time.

Modulation, transmission and reception

Clauses 5 and 6 define the modulation type, modulation rate, symbol definition, filter definition and the transmitter and receiver requirements. Clause 6 covers frequency bands and channel arrangement, reference test planes, output power, unwanted emissions, RF tolerance, power time masks, blocking, spurious response rejection, intermodulation rejection and modulation accuracy. For a buyer or test lab, this is the core of conformance testing.

Synchronization and link control

Clause 7 sets the synchronization model, timebase counters and transmitted signal timing for both BS and MS. Clause 10 adds RF power control and radio-link measurements such as received signal strength, signal quality and round-trip MS-BS path delay. In practice, these rules support stable access to the network and radio resource control.

Coding, scrambling and service protection

Clause 8 defines the error-control building blocks, including RCPC codes, a shortened Reed-Muller code, a block code, interleaving and scrambling. It also assigns error-control schemes to channels such as AACH, BSCH, traffic channels and signalling channels. This matters because each channel type carries a different protection level depending on its role.

Signalling, calls and mobility

Clauses 11 to 18 define the service and protocol behaviour for CC, SS, SDS, CMCE, MM and MLE. They include service primitives, protocol states, procedures, PDU descriptions, timers and information element coding. In practice, these clauses govern call setup and release, short data transfer, registration, attachment and detachment, energy saving, dual watch, and cell reselection.

What terms does SIST EN 300 392-2 V2.1.1:2003 define?

• TETRA - Terrestrial Trunked Radio, the digital land mobile radio system covered by the standard.
• V+D - Voice plus Data, the TETRA service profile that carries speech and data on the same air interface.
• AI - Air Interface, the radio interface between the network and the terminal.
• BS - Base Station, the fixed radio part of the network with defined transmitter, receiver and synchronization behaviour.
• MS - Mobile Station, the user terminal that must meet the air-interface rules for transmission, reception and synchronization.
• SwMI - Switching and Management Infrastructure, the network side that controls switching, mobility and resource assignment.
• PDU - Protocol Data Unit, the structured message exchanged by the protocol entities.
• SAP - Service Access Point, the interface where service primitives are exchanged between protocol layers.

Who uses SIST EN 300 392-2 V2.1.1:2003?

SIST EN 300 392-2 V2.1.1:2003 is used by TETRA network operators, terminal manufacturers, radio equipment designers, systems integrators and test laboratories. It is also useful to quality managers and procurement teams who need to verify that a BS or MS implements the correct air-interface behaviour for interoperability and conformance testing.

What does the SIST EN 300 392-2 V2.1.1:2003 document contain?

The document contains the radio and protocol descriptions needed to implement and test the TETRA V+D air interface. It includes detailed PDU descriptions, service primitive tables and service state diagrams for CC, SS, SDS, MM and MLE.

It also contains definitions of logical and physical channels, burst types, channel mapping rules, synchronization procedures, error-control coding, interleaving and scrambling. Clause 6 provides the radio-performance topics used for transmitter and receiver testing, while clauses 14, 16 and 18 provide the protocol structures, procedures and timers used in signalling and mobility behaviour.

2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.Prizemni snopovni radio (TETRA) – Govor in podatki (V+D) – 2. del: Radijski vmesnik (AI)Terrestrial Trunked Radio (TETRA); Voice plus Data (V+D); Part 2: Air Interface (AI)33.070.10Prizemni snopovni radio (TETRA)Terrestrial Trunked Radio (TETRA)ICS:Ta slovenski standard je istoveten z:EN 300 392-2 Version 2.1.1SIST EN 300 392-2 V2.1.1:2003en01-december-2003SIST EN 300 392-2 V2.1.1:2003SLOVENSKI
STANDARD
ETSIEN300392-2V2.1.1(2000-12)EuropeanStandard(Telecommunicationsseries)TerrestrialTrunkedRadio(TETRA);VoiceplusData(V+D);Part2:AirInterface(AI)SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)2ReferenceREN/TETRA-03023-02Keywordsradio,TETRA,V+DETSI650RoutedesLuciolesF-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 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)3ContentsIntellectualPropertyRights.29Foreword.291Scope.302References.313Definitionsandabbreviations.333.1Definitions.333.2Abbreviations.374Radioaspects.394.1Introduction.394.2Setoflogicalchannels.394.3Referenceconfiguration.394.4Errorcontrolschemes.404.5Multipleaccessandtimeslotstructure.404.5.1Hyperframes,multiframesandframes.414.5.2Timeslotsandbursts.414.5.3Mappingoflogicalchannelsontophysicalchannels.414.6Coding,interleavingandscrambling.424.7Modulation.424.8Transmissionandreception.424.9Otherradio-relatedfunctions.424.10Performance.434.11TETRAmodesofoperation.434.11.1Transmissionmodes.434.11.1.1D-CTmode.434.11.1.2D-CTTmode.434.11.1.3D-MCCTTmode.434.11.1.4U-MSTmode.434.11.2Controlmodes.444.11.2.1NCM.444.11.2.2MCmode.445Modulation.445.1Introduction.445.2Modulationtype.445.3Modulationrate.445.4Modulationsymboldefinition.445.5Modulatedsignaldefinition.455.6Modulationfilterdefinition.455.7Modulationblockdiagram.466Radiotransmissionandreception.466.1Introduction.466.2Frequencybandsandchannelarrangement.466.3Referencetestplanes.466.4Transmittercharacteristics.476.4.1Outputpower.476.4.1.1BS.476.4.1.2MS.486.4.2Unwantedconductedemissions.486.4.2.1Definitions.486.4.2.2Unwantedemissionsclosetothecarrier.496.4.2.2.1Emissionduringtheusefulpartoftheburst.496.4.2.2.2Emissionduringtheswitchingtransients.496.4.2.3Unwantedemissionsfarfromthecarrier.506.4.2.4UnwantedemissionsduringtheCLCHandBLCH.50SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)46.4.2.5Unwantedemissionsinthenon-transmitstate.506.4.3Unwantedradiatedemissions.506.4.4RFtolerance.506.4.5RFOutputpowertimemask.516.4.5.1BS.526.4.5.2MS.526.4.6Transmitterintermodulationattenuation.526.4.6.1Definition.526.4.6.2BS.526.4.6.3MS.526.4.7Intra-BSintermodulationrequirements.536.5Receivercharacteristics.536.5.1Blockingcharacteristics.536.5.1.1Definition.536.5.1.2Specification.536.5.2Spuriousresponserejection.546.5.2.1Definition.546.5.2.2Specification.546.5.3Intermodulationresponserejection.546.5.3.1Definition.546.5.3.2Specification.546.5.4Unwantedconductedemissions.546.5.4.1Definition.546.5.4.2Specification.556.5.5Unwantedradiatedemissions.556.6Transmitter/receiverperformance.556.6.1Modulationaccuracy.556.6.1.1Idealcase.556.6.1.2Vectorerrormagnituderequirementatsymboltime.556.6.2Receiverperformance.566.6.2.1Nominalerrorrates.576.6.2.2Dynamicreferencesensitivityperformance.576.6.2.2.1BSreceiverperformance.576.6.2.2.2MSreceiverperformance.586.6.2.3Receiverperformanceatreferenceinterferenceratios.586.6.2.3.1BSreceiverperformance.596.6.2.3.2MSreceiverperformance.596.6.2.4Staticreferencesensitivityperformance.596.6.2.4.1BSreceiverperformance.606.6.2.4.2MSreceiverperformance.606.6.2.5MSreceiverperformanceforsynchronizationburstacquisition.606.6.3Propagationconditions.606.6.3.1Propagationconditions-introduction.616.6.3.2Tap-gainprocesstypes.616.6.3.3Propagationmodels.627Radiosub-systemsynchronization.627.1Introduction.627.2Generaldescriptionofsynchronizationsystem.627.3Timebasecounters.637.3.1Timingcounters.637.3.2Valuesofthecounters.637.4Timingoftransmittedsignals.637.5BSrequirementsforsynchronization.647.6MSrequirementsforsynchronization.648Channelcodingandscrambling.648.1Introduction.648.2General.658.2.1Interfacesintheerrorcontrolstructure.658.2.2Notation.668.2.3Definitionoferrorcontrolcodes.66SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)58.2.3.116-stateRate-CompatiblePuncturedConvolutional(RCPC)codes.668.2.3.1.1Encodingbythe16-statemothercodeofrate¼.668.2.3.1.2Puncturingofthemothercode.678.2.3.1.3PuncturingschemeoftheRCPCcodeofrate2/3.678.2.3.1.4PuncturingschemeoftheRCPCcodeofrate1/3.678.2.3.1.5PuncturingschemeoftheRCPCcodeofrate292/432.678.2.3.1.6PuncturingschemeoftheRCPCcodeofrate148/432.678.2.3.2Shortened(30,14)Reed-Muller(RM)code.688.2.3.3(K1+16,K1)blockcode.688.2.4Definitionofinterleavingschemes.698.2.4.1Blockinterleaving.698.2.4.2InterleavingoverNblocks.698.2.5Definitionofscrambling.698.2.5.1Scramblingmethod.698.2.5.2Scramblingsequence.698.3Errorcontrolschemes.708.3.1AccessAssignmentChannel(AACH).718.3.2BroadcastSynchronizationChannel(BSCH).718.3.3Trafficchannelsincircuitswitchedmode.728.3.3.1TrafficCHannel,netrate=4,8kbit/s(TCH/4,8).728.3.3.2TrafficCHannel,netrate=2,4kbit/s(TCH/2,4).738.3.3.3TrafficCHannel,netrate=7,2kbit/s(TCH/7,2).738.3.3.4SpeechTrafficChannel,fullslot(TCH/S).748.3.3.5SpeechTrafficChannel,halfslot(TCH/S).748.3.4Signallingchannelsforsignallingandpacketmodedata.748.3.4.1SignallingCHannelformappingontoHalf-burstsontheDownlink(SCH/HD),BroadcastNetworkCHannel(BNCH),andSTealingCHannel(STCH).748.3.4.2SignallingCHannelformappingontoHalf-burstsontheUplink(SCH/HU).758.3.4.3SignallingCHannelformappingontoFullbursts(SCH/F).759ChannelmultiplexingforV+D.769.1Introduction.769.2Logicalchannels.769.2.1Logicalchannelshierarchy.769.2.2Trafficchannels.769.2.3ControlCHannels(CCH).769.2.3.1General.769.2.3.2BCCH.779.2.3.3LCH.779.2.3.4SCH.779.2.3.5AACH.779.2.3.6STCH.779.3Thephysicalresource.789.3.1General.789.3.2RFchannels.789.3.3Timeslots.799.3.4TDMAframe.799.3.5Timeslotnumbering.799.3.6Subslot.799.3.7Multiframe.799.3.8Hyperframe.799.3.9Framealignment.799.4Physicalchannels.799.4.1General.799.4.2Typesofphysicalchannels.799.4.2.1CPchannel.809.4.2.2TPchannel.809.4.2.3UPchannel.809.4.3Bursts.809.4.3.1General.809.4.3.2Modulationsymbolnumbering.809.4.3.3Modulationbitnumbering.80SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)69.4.3.4Bursttiming.819.4.4Typeofbursts.819.4.4.1General.819.4.4.2Modulationbitsallocation.839.4.4.2.1ControluplinkBurst(CB).839.4.4.2.2LinearizationuplinkBurst(LB).839.4.4.2.3Linearizationdownlinkburst.849.4.4.2.4NormalUplinkBurst(NUB).849.4.4.2.5Normalcontinuousdownlinkburst.849.4.4.2.6Synchronizationcontinuousdownlinkburst.849.4.4.2.7Normaldiscontinuousdownlinkburst.859.4.4.2.8Synchronizationdiscontinuousdownlinkburst.869.4.4.3Burstfields.869.4.4.3.1Frequencycorrectionfield.869.4.4.3.2Normaltrainingsequence.869.4.4.3.3Extendedtrainingsequence.879.4.4.3.4Synchronizationtrainingsequence.879.4.4.3.5Tailbits.879.4.4.3.6Phaseadjustmentbits.879.4.5Transmissionmodes.889.4.5.1BScontinuoustransmission.889.4.5.2BStimesharingtransmission.889.4.5.3MSmultipleslottransmission.899.5Mappingoflogicalchannelsintophysicalchannels.909.5.1Generalmappingoflogicalchannels.909.5.2MappingofBCCHandCLCH.919.5.3MappingofSCH.929.5.4MappingofTCHandSTCH.929.5.5MappingofAACH.929.6MonitoringpatternfortransmittingMSs.929.7BStimesharingtransmission.939.7.1Carriersharing.939.7.2MCCHsharing.939.8Modesofcontrol.939.8.1NCM.939.8.2MCM.9410Radiosubsystemlinkcontrol.9410.1Introduction.9410.2RFpowercontrol.9510.3Radiolinkmeasurements.9510.3.1Receivedsignalstrength.9510.3.1.1Sampledurationforsignalstrengthmeasurement.9510.3.2Signalquality.9510.3.3Round-tripMS-BSpathdelay.9511CallControl(CC)servicedescription.9511.1Introduction.9511.2Servicesoffered.9511.3CCservice.9611.3.1CCprimitivesexchangedthroughtheTNCC-SAP.9611.3.2ServiceprimitivesattheTNCC-SAP.9611.3.3Primitivedescription.9711.3.3.1TNCC-ALERTprimitive.9711.3.3.2TNCC-COMPLETEprimitive.9811.3.3.3TNCC-DTMFprimitive.9811.3.3.4TNCC-MODIFYprimitive.9911.3.3.5TNCC-NOTIFYprimitive.9911.3.3.6TNCC-PROCEEDprimitive.10011.3.3.7TNCC-RELEASEprimitive.10011.3.3.8TNCC-SETUPprimitive.10011.3.3.9TNCC-TXprimitive.101SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)711.3.4Parameterdescription.10211.4StatesforCCSAP.10912SupplementaryServices(SS)servicedescription.10912.1Introduction.10912.2Servicesoffered.11012.3SSservice.11012.3.1PrimitivesexchangedthroughTNSS-SAP.11012.3.2Parameterdescription.11013ShortDataService(SDS)servicedescription.11113.1Introduction.11113.2Servicesoffered.11113.3SDS.11113.3.1SDSprimitivesexchangedthroughtheTNSDS-SAP.11113.3.2ServiceprimitivesattheTNSDS-SAP.11213.3.2.1TNSDS-STATUSprimitive.11213.3.2.2TNSDS-REPORTprimitive.11313.3.2.3TNSDS-UNITDATAprimitive.11313.3.2.4TNSDS-CANCELprimitive.11413.3.3Parameterdescription.11413.3.4Statedescription.11613.3.4.1NULLstate.11613.3.4.2SHORTDATAINITIATEDstate.11613.3.5ServicestatediagramfortheTNSDS-SAP.11714CMCEprotocol.11714.1Introduction.11714.2OverviewofCMCE.11714.2.1CommunicationroutesoftheCMCEmodel.11814.2.2Protocolstructureandprotocolstack.11814.2.3Addressingrules.12014.2.4CC,SSandSDSsub-entities.12114.2.4.1CCsub-entity.12114.2.4.2SSsub-entity.12114.2.4.3SDSsub-entity.12214.2.5PCsub-entity.12214.2.6Internalroutes.12214.2.7Intra-CMCEprimitivesummary.12514.2.7.1DownlinkCCPDUparameters.12514.2.7.2UplinkCCPDUparameters.12514.2.7.3DownlinkSSPDUparameters.12514.2.7.4UplinkSSPDUparameters.12614.2.7.5DownlinkSDSPDUparameters.12614.2.7.6UplinkSDSPDUparameters.12614.2.7.7CMCEmanagementprimitives.12614.2.7.7.0ACTIVITYrequest.12614.2.7.7.1BREAKindication.12614.2.7.7.1aBUSYindication.12614.2.7.7.2CANCELrequest.12614.2.7.7.3CLOSEindication.12614.2.7.7.4CONFIGUREindication.12714.2.7.7.5CONFIGURErequest.12714.2.7.7.6IDENTITIESrequest.12714.2.7.7.6aIDLEindication.12714.2.7.7.6bINFOindication.12714.2.7.7.7OPENindication.12714.2.7.7.8REOPENindication.12714.2.7.7.9REPORTindication.12814.2.7.7.10RESUMEindication.12814.3OverviewofservicesrequiredbytheCMCE.12814.4CMCEprotocolstates.12814.4.1StatesforPC.128SIST EN 300 392-2 V2.1.1:2003

ETSIETSIEN300392-2V2.1.1(2000-12)814.4.1.1CLOSED.12814.4.1.2OPEN.
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