SIST EN 301 349 V6.7.1:2005

• Abstract:

  CR SMG#31

• Status: Published
• Publication Date: 31-Jan-2005
• ICS: 33.070.01 - Mobile services in general
• Technical Committee: RES - Radio equipment and systems
• Current Stage: 6060 - National Implementation/Publication (Adopted Project)
• Start Date: 01-Feb-2005
• Due Date: 01-Feb-2005
• Completion Date: 01-Feb-2005
• Mandate: BC-T-330
• Ref Project: ETSI EN 301 349 V6.7.1 (2000-09) - Digital cellular telecommunications system (Phase 2+) (GSM); General Packet Radio Service (GPRS); Mobile Station (MS) - Base Station System (BSS) interface; Radio Link Control/Medium Access Control (RLC/MAC) protocol (GSM 04.60 version 6.7.1 Release 1997)

SIST EN 301 349 V6.7.1:2005 is an ETSI European Standard for the GPRS radio interface in GSM Phase 2+. It specifies the Radio Link Control/Medium Access Control (RLC/MAC) procedures used between the Mobile Station (MS) and the Base Station System (BSS), including how packet data channels are accessed, shared, controlled and released.

What does SIST EN 301 349 V6.7.1:2005 specify?

SIST EN 301 349 V6.7.1:2005 specifies the procedures used at the Um radio interface for the General Packet Radio Service (GPRS) RLC/MAC layer. It applies to RLC functions, Medium Access Control (MAC) functions and Physical Link Control functions on Packet Data Channel (PDCH) resources, and it covers operation in packet idle mode and packet transfer mode.

The document is organized around the protocol architecture, access and transfer procedures, the RLC/MAC block format, message definitions, information element coding, and timers and counters.

Annex	What it covers
A	Bibliography
B	RLC data block encoding examples
C	Message sequence diagrams
D	Examples of fixed allocation timeslot assignment
E	Repeated fixed allocations
F	Countdown procedure examples
G	Handling of erroneous protocol data, with examples
H	Document change history

What are the key requirements of SIST EN 301 349 V6.7.1:2005?

SIST EN 301 349 V6.7.1:2005 defines how an MS and the network share packet radio resources and how they move between idle and transfer states. In practice, this is the document that tells implementers how to set up a Temporary Block Flow (TBF), move data reliably or unreliably, and keep the cell information needed to stay attached to GPRS service.

Packet access and transfer behavior

• Clause 5 defines packet idle mode and packet transfer mode. In idle mode the MS monitors paging channels; in transfer mode it uses allocated PDCH resources for LLCPDU transfer.
• Clause 5.2 defines TBF, Temporary Flow Identity (TFI) and Uplink State Flag (USF). These are the identifiers that let the network separate simultaneous users on shared radio resources.
• Clause 5.2.4 defines Dynamic Allocation, Extended Dynamic Allocation and Fixed Allocation. The mode chosen must match the MS multislot class, which matters because it limits how many PDCHs the MS can use together.

System information, paging and cell reselection

• Clause 5.5 requires the MS to monitor broadcast system information on PBCCH or BCCH and to handle PBCCH_CHANGE_MARK or BCCH_CHANGE_MARK updates. This is how the MS knows when cell parameters have changed.
• Clause 5.5 also covers acquisition of complete or partial system information, including consistent sets of messages, and the use of PACKETPSISTATUS when supported.
• Clause 5.6 defines measurement reporting. The MS sends Network Control (NC) measurement reports or Extended Measurement (EM) reports using the reporting periods set by the network.

Establishing access and handling paging

• Clause 6 defines paging for RR connection establishment and downlink packet transfer. The network pages on CCCH, PCCCH or PACCH depending on the mode and channel availability.
• Clause 7 defines MS-initiated TBF establishment on PCCCH, including permission to access the network, one-phase and two-phase access, access persistence control and contention resolution.
• Clause 7 also defines packet access request formats and special cases such as page response, cell update and measurement report access.

RLC procedures and block structure

• Clause 8 defines uplink and downlink RLC data block transfer, polling, resource reassignment, release, and abnormal release handling.
• Clause 9 defines RLC peer-to-peer behavior, including segmentation and re-assembly of LLC PDUs, acknowledged and unacknowledged modes, state variables, and error recovery behavior.
• Clauses 10 to 12 define the block structure, header fields, control messages and information elements that carry all protocol data on the air interface.

Timers and counters

• Clause 13 defines timers and counters on the MS side and network side. These govern retransmission, reporting and supervision behavior, so implementations can react consistently to delays and failures.

What terms does SIST EN 301 349 V6.7.1:2005 define?

• Block period - the sequence of four time slots on a PDCH used to carry one radio block.
• Packet idle mode - the state where the MS has no TBF and listens for paging on PCCCH or CCCH.
• Packet transfer mode - the state where the MS has a TBF and transfers LLCPDUs on PDCH resources.
• RLC/MAC block - the protocol data unit exchanged between RLC/MAC entities.
• RLC/MAC control block - the part of an RLC/MAC block that carries a control message.
• Temporary Block Flow (TBF) - the physical connection used for unidirectional LLCPDU transfer on packet data physical channels.
• Uplink State Flag (USF) - the field used on downlink PDCHs to schedule uplink transmissions from different MSs.

Who uses SIST EN 301 349 V6.7.1:2005?

SIST EN 301 349 V6.7.1:2005 is used by GPRS radio protocol designers, MS and BSS implementers, interoperability test teams, and conformance engineers. It is also relevant to quality managers and buyers who need to check that equipment supports the required GPRS radio procedures, channel access behavior and measurement reporting.

Which standards are used with SIST EN 301 349 V6.7.1:2005?

The standard relies on related GSM specifications for definitions, system descriptions, channel structures and tests. Key companions include:

• GSM01.04 and GSM02.60 - abbreviations and the GPRS service description.
• GSM03.03, GSM03.13 and GSM03.64 - numbering, DRX and the overall GPRS radio interface description.
• GSM04.02, GSM04.03, GSM04.04, GSM04.05, GSM04.07, GSM04.08 and GSM04.64 - interface configuration, channel structures, layer 1, data link, layer 3, CCCH procedures and LLC.
• GSM05.02, GSM05.03, GSM05.08 and GSM05.10 - multiplexing and multiple access, channel coding, link control and synchronization.
• GSM11.10 and GSM11.21 - conformance and equipment specification references for testing.

What does the SIST EN 301 349 V6.7.1:2005 document contain?

SIST EN 301 349 V6.7.1:2005 contains the full set of MAC and RLC procedures, plus the protocol data structures needed to implement them. Clause 11 gives the functional definitions and message contents for paging, access, assignment, measurement, release and system information messages. Clause 12 defines the coding of the information elements used in those messages, such as frequency parameters, TFI, TLLI, timing advance, cell identification and PCCCH organization parameters.

Clause 13 provides the timers and counters that control waiting times and retry behavior on the MS and network sides. The informative annexes then give worked examples, sequence diagrams and block encodings that are useful for design reviews, implementation checks and interoperability testing.

2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.UHQRVQHJDDigital cellular telecommunications system (Phase 2+) (GSM) - General Packet Radio Service (GPRS) - Mobile Station (MS) - Base Station System (BSS) interface - Radio Link Control/Medium Access Control (RLC/MAC) protocol (GSM 04.60 version 6.7.1 Release 1997)33.070.01Mobilni servisi na splošnoMobile services in generalICS:Ta slovenski standard je istoveten z:EN 301 349 Version 6.7.1SIST EN 301 349 V6.7.1:2005en01-februar-2005SIST EN 301 349 V6.7.1:2005SLOVENSKI
STANDARD
ETSIEN301349V6.7.1(2000-09)EuropeanStandard(Telecommunicationsseries)Digitalcellulartelecommunicationssystem(Phase2+);GeneralPacketRadioService(GPRS);MobileStation(MS)-BaseStationSystem(BSS)interface;RadioLinkControl/MediumAccessControl(RLC/MAC)protocol(GSM04.60version6.7.1Release1997)GLOBALSYSTEMFORMOBILECOMMUNICATIONSRSIST EN 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)2(GSM04.60version6.7.1Release1997)ReferenceREN/SMG-020460Q6R3KeywordsDigitalcellulartelecommunicationssystem,GlobalSystemforMobilecommunications(GSM),GeneralPacketRadioService(GPRS)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 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)3(GSM04.60version6.7.1Release1997)ContentsIntellectualPropertyRights.10Foreword.101Scope.112References.123Definitionsandabbreviations.133.1Vocabulary.134Layeredoverviewofradiointerface.144.1Layerservices.154.2Layerfunctions.154.3Serviceprimitives.164.4Servicesrequiredfromlowerlayers.165IntroductiontotheMediumAccessControl(MAC)procedures.165.1General.165.2Multiplexingprinciples.165.2.1TemporaryBlockFlow.165.2.2TemporaryFlowIdentity.165.2.3UplinkStateFlag.175.2.4MediumAccessmodes.175.3Packetidlemode.175.4Packettransfermode.175.5Generalproceduresinpacketidleandpackettransfermodes.185.5.1Mobilestationside.185.5.1.1Cellreselection.185.5.1.2SysteminformationonPBCCH.195.5.1.2.1SupervisionofPBCCH_CHANGE_MARKandupdateofPBCCHinformation.195.5.1.2.2ReplacementofPBCCH.205.5.1.2.3PSI1receptionfailure.205.5.1.3SysteminformationonBCCH.205.5.1.3.1SupervisionofBCCH_CHANGE_MARKandupdateofBCCHinformation.205.5.1.3.2EstablishmentofPBCCH.215.5.1.3.3SI13receptionfailure.215.5.1.4Acquisitionofsysteminformationonthebroadcastchannel.215.5.1.4.1Consistentsetsofsysteminformationmessages.225.5.1.4.2Suspensionofoperationtoreceivesysteminformation.225.5.1.4.3Requestforacquisitionofsysteminformation.225.5.1.5Discontinuousreception(DRX).235.5.1.6PagemodeproceduresonPCCCH.235.5.1.7FrequencyParameters.245.5.1.8TLLImanagement.255.5.2Networkside.255.5.2.1SystemInformationbroadcasting.255.5.2.1.1SysteminformationonPBCCH.255.5.2.1.2SysteminformationonBCCH.255.5.2.1.3SysteminformationonPACCH(andotherlogicalchannels).265.5.2.1.4Consistentsetsofsysteminformationmessages.265.5.2.2Paging.275.6Measurementreports.275.6.1NetworkControl(NC)measurementreporting.275.6.2Extendedmeasurement(EM)reporting.286Pagingprocedures.286.1PagingprocedureforRRconnectionestablishment.286.1.1PaginginitiationusingpagingsubchannelonCCCH.296.1.2PaginginitiationusingpagingsubchannelonPCCCH.29SIST EN 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)4(GSM04.60version6.7.1Release1997)6.1.3PaginginitiationusingPACCH.296.1.4Pagingresponse.296.2Pagingprocedurefordownlinkpackettransfer.296.2.1PagingprocedureusingpagingsubchannelonCCCH.306.2.2PagingusingpagingsubchannelonPCCCH.306.2.3Pagingresponse.307MediumAccessControl(MAC)proceduresonPCCCH.307.1TBFestablishmentinitiatedbythemobilestationonPCCCH.307.1.1Permissiontoaccessthenetwork.317.1.2InitiationofaTBFestablishment.317.1.2.1Initiationofthepacketaccessprocedure.317.1.2.1.1AccesspersistencecontrolonPRACH.327.1.2.2Packetassignmentprocedure.327.1.2.2.1OnreceiptofaPACKETCHANNELREQUESTmessage.327.1.2.2.2Packetaccessqueuingnotificationprocedure.337.1.2.2.3Packetpollingprocedure.347.1.2.2.4Packetaccessrejectprocedure.347.1.2.3Contentionresolutionatonephaseaccess.357.1.2.4Onephasepacketaccesscompletion.357.1.2.5TimingAdvance.357.1.3TBFestablishmentusingtwophaseaccess.357.1.3.1InitiationofthePacketresourcerequestprocedure.367.1.3.2Packetresourceassignmentforuplinkprocedure.367.1.3.2.1OnreceiptofaPACKETRESOURCEREQUESTmessage.367.1.3.3Contentionresolutionattwophaseaccess.367.1.3.4Twophasepacketaccesscompletion.377.1.3.5TimingAdvance.377.1.4Abnormalcases.377.2TBFestablishmentinitiatedbythenetworkonPCCCH.377.2.1Enteringthepackettransfermode.387.2.1.1Packetdownlinkassignmentprocedure.387.2.1.2Packetdownlinkassignmentprocedurecompletion.397.2.1.3Packetpollingprocedure.397.2.2Abnormalcases.397.3Procedureformeasurementreportsendinginpacketidlemode.397.3.1MeasurementreportsendingprocedureinitiatedonPCCCH.407.3.1.1OnreceiptofaPACKETCHANNELREQUESTmessage.407.3.1.2OnreceiptofaPACKETUPLINKASSIGNMENTmessage.407.3.1.3OnreceiptofaPACKETACCESSREJECTmessage.407.3.1.4Abnormalcases.407.3.2MeasurementreportsendingprocedureinitiatedonCCCH.417.4CellChangeOrderproceduresinPacketIdlemode.417.4.1CellChangeOrderprocedureinitiatedonPCCCH.417.4.2CellChangeOrderprocedureinitiatedonCCCH.427.5MeasurementOrderproceduresinPacketIdlemode.427.5.1MeasurementOrderproceduresinitiatedonPCCCH.427.5.2MeasurementOrderproceduresinitiatedonCCCH.428MediumAccessControl(MAC)ProceduresinPacketTransferMode.438.1TransferofRLCdatablocks.438.1.1UplinkRLCdatablocktransfer.438.1.1.1DynamicallocationuplinkRLCdatablocktransfer.448.1.1.1.1PACCHoperation.458.1.1.1.2ResourceReallocationforUplink.458.1.1.1.2.1Abnormalcases.468.1.1.1.3EstablishmentofDownlinkTBF.468.1.1.1.3.1Abnormalcases.478.1.1.2ExtendedDynamicAllocationuplinkRLCdatablocktransfer.478.1.1.2.1UplinkPDCHAllocation.478.1.1.2.2PACCHoperation.488.1.1.2.3Neighbourcellpowermeasurements.48SIST EN 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)5(GSM04.60version6.7.1Release1997)8.1.1.3FixedAllocationuplinkRLCdatablocktransfer.488.1.1.3.1TransferofRLC/MACblocks.488.1.1.3.2Reallocationforopen-endedTBF.498.1.1.3.2.1Atthebeginningofeachfixedallocation.518.1.1.3.2.2Uponreceiptofthereallocationrequest.518.1.1.3.2.3Uponexhaustionofthecurrentallocation.518.1.1.3.2.4EndingtheTBF.518.1.1.3.2.5AbnormalCases.528.1.1.3.3Neighbourcellpowermeasurements.528.1.1.3.4PACCHoperation.528.1.1.3.5EstablishmentofDownlinkTBF.538.1.1.3.5.1Abnormalcases.538.1.1.4NetworkinitiatedreleaseofuplinkTBF.548.1.1.5Abnormalcases.548.1.2DownlinkRLCdatablocktransfer.558.1.2.1DownlinkRLCdatablocktransfer.558.1.2.1.1Abnormalcases.558.1.2.2PollingforPacketDownlinkAck/Nack.568.1.2.3Spare.568.1.2.4ResourceReassignmentforDownlink.568.1.2.4.1Abnormalcases.578.1.2.5EstablishmentofuplinkTBF.578.1.2.5.1Abnormalcases.588.1.2.6Spare.598.1.2.7Fixedallocationneighbourcellpowermeasurements.598.1.2.8NetworkinitiatedabnormalreleaseofdownlinkTBF.598.1.3ConcurrentTBFproceduresforhalfduplexoperation.608.1.3.1Spare.608.1.3.2Spare.608.1.3.2.1SavingdownlinkTBFstateandinitiatinguplinkTBF.608.1.3.2.2SavingdownlinkTBFstateandrestoringuplinkTBFstate.608.1.3.2.3EndingdownlinkTBFandrestoringuplinkTBFstate.608.1.3.2.4SavinguplinkTBFstateandinitiatingdownlinkTBF.608.1.3.2.5SavinguplinkTBFstateandrestoringdownlinkTBFstate.608.1.3.2.6EndinguplinkTBFandrestoringdownlinkTBFstate.608.2PacketPDCHRelease.618.3ProcedureformeasurementreportsendinginPacketTransfermode.618.4Networkcontrolledcellreselectionprocedure.618.4.1Networkcontrolledcellreselectioncompletion.628.4.2Abnormalcases.628.5MeasurementOrderproceduresinPacketTransfermode.628.6PACKETCONTROLACKNOWLEDGEMENT.638.7Abnormalcases.638.7.1AbnormalreleasewithreturntoCCCHorPCCCH.638.7.2Abnormalreleasewithrandomaccess.638.7.3Abnormalreleasewithsysteminformation.649RadioLinkControl(RLC)proceduresinpackettransfermode.649.1Proceduresandparametersforpeer-to-peeroperation.649.1.1SendstatevariableV(S).649.1.1aControlsendstatevariableV(CS).649.1.2AcknowledgestatevariableV(A).659.1.3AcknowledgestatearrayV(B).659.1.4BlocksequencenumberBSN.659.1.4aReducedBlockSequenceNumberRBSN.659.1.5ReceivestatevariableV(R).659.1.6ReceivewindowstatevariableV(Q).669.1.7ReceivestatearrayV(N).669.1.8Startingsequencenumber(SSN)andreceivedblockbitmap(RBB).669.1.9WindowSize.679.1.10SegmentationofLLCPDUsintoRLCdataunits.679.1.11Re-assemblyofLLCPDUsfromRLCdataunits.67SIST EN 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)6(GSM04.60version6.7.1Release1997)9.1.11aSegmentationofRLC/MACcontrolmessagesintoRLC/MACcontrolblocks.689.1.11bRe-assemblyofRLC/MACcontrolmessagesfromRLC/MACcontrolblocks.689.1.12PriorityofLLCPDUs.699.2OperationduringRLC/MACcontrolmessagetransfer.699.3OperationduringRLCdatablocktransfer.699.3.1Countdownprocedure.699.3.2Acknowledgedmodeoperation.709.3.2.1EstablishmentofTemporaryBlockFlow.709.3.2.2OperationofuplinkTemporaryBlockFlow.709.3.2.3ReleaseofuplinkTemporaryBlockFlow.719.3.2.4OperationofdownlinkTemporaryBlockFlow.719.3.2.5ReleaseofdownlinkTemporaryBlockFlow.729.3.3Unacknowledgedmodeoperation.729.3.3.1EstablishmentofTemporaryBlockFlow.729.3.3.2OperationofuplinkTemporaryBlockFlow.729.3.3.3ReleaseofuplinkTemporaryBlockFlow.739.3.3.4OperationofdownlinkTemporaryBlockFlow.739.3.3.5ReleaseofdownlinkTemporaryBlockFlow.749.4Abnormalreleasecases.749.4.1Abnormalreleasewithrandomaccess.749.4.2Abnormalreleasewithcellreselection.7410RLC/MACblockstructure.7510.1Sparebits.7510.2RLCdatablocks.7510.2.1DownlinkRLCdatablock.7510.2.2UplinkRLCdatablock.7610.3RLC/MACcontrolblocks.7610.3.1DownlinkRLC/MACcontrolblock.7710.3.2UplinkRLC/MACcontrolblock.7710.4Headerfields.7710.4.1Uplinkstateflag(USF)field.7710.4.2Retry(R)bit.7710.4.3Stallindicator(SI)bit.7810.4.4Supplementary/Polling(S/P)Bit.7810.4.5RelativeReservedBlockPeriod(RRBP)field.7810.4.6CountdownValue(CV)field.7910.4.7PayloadTypefield.7910.4.8Finalblockindicator(FBI)bit.7910.4.9TLLIIndicator(TI)bit.7910.4.9aAddressControl(AC)bit.8010.4.9bFinalSegment(FS)bit.8010.4.9cRadioTransactionIdentifier(RTI)field.8010.4.9dDirection(D)bit.8010.4.10TemporaryFlowIdentity(TFI)field.8110.4.10aPowerReduction(PR)field.8110.4.11Extension(E)Bit.8110.4.12BlockSequenceNumber(BSN)field.8110.4.12aReducedBlockSequenceNumber(RBSN)bit.8210.4.13More(M)bit.8210.4.14LengthIndicator(LI)field.8210.4.15TLLIfield.8210.4.16RLCdatafield.8310.4.17Controlmessagecontentsfield.8311Messagefunctionaldefinitionsandcontents.8311.1Handlingoferroneousprotocoldata.8411.1.1Messageclassification.8411.1.1.1Distributionmessages.8411.1.1.2Non-distributionmessages.8411.1.1.2.1Formatoftheaddressinformation.8511.1.2Errordetectionmechanism.85SIST EN 301 349 V6.7.1:2005

ETSIETSIEN301349V6.7.1(2000-09)7(GSM04.60version6.7.1Release1997)11.1.3Errorlabels.8511.1.3.1Genericerrorlabels.8511.1.3.2'Ignore'errorlabel.8611.1.3.3'Messageescape'errorlabel.8611.1.4Errordetectionandorderofprecedence.8711.1.4.1Unknownmessagetype.8711.1.4.2Messagenotcompatiblewithcurrentprotocolstate.8711.1.4.3Syntacticallyincorrectmessage.8711.1.4.3.1Messageswitherrorlabel:'Distributionparterror'.8711.1.4.3.2Messageswitherrorlabel:'Addressinformationparterror'.8811.1.4.3.3Messageswitherrorlabel:'Non-distributionparterror'.8811.1.4.3.4Messageswitherrorlabel:'Messageescape'.8811.1.4.3.5Messageswitherrorlabel:'Ignore'.8811.1.4.4Syntacticerrorintruncatedconcatenation.8811.1.4.5Exceptions.8911.2RLC/MACcontrolmessages.8911.2.0Messageformat.9011.2.0.1DownlinkRLC/MACmessages.9111.2.0.2UplinkRLC/MACmessages.9111.2.1PacketAccessReject.9211.2.2PacketControlAcknowledgement.9311.2.3PacketCellChangeFailure.9511.2.4PacketCellChangeOrder.9611.2.5PacketChannelRequest.9811.2.6PacketDownlinkAck/Nack.10011.2.7PacketDownlinkAssignment.10211.2.8PacketDownlinkDummyControlBlock.10511.2.8aVoid.10511.2.8bPacketUplinkDummyControlBlock.10511.2.9PacketMeasurementReport.10611.2.9aVoid.10811.2.9bPacketMeasurementOrder.10911.2.9cPacketMobileTBFStatus.11311.2.10PacketPagingRequest.11411.2.11PacketPDCHRelease.11611.2.12PacketPollingRequest.11711.2.13PacketPowerControl/TimingAdvance.11811.2.14PacketPRACHParameters.11911.2.15PacketQueueingNotification.12011.2.16PacketResourceRequest.12111.2.17PacketPSIStatus.12311.2.18PacketSystemInformationType1.12511.2.19PacketSystemInformationType2.12711.2.19.1ReferenceFrequencyListsinPSI2.12911.2.19.2CellAllocationinPSI2.12911.2.19.3GPRSMobileAllocationinPSI2.12911.2.19.4PCCCHDescription.12911.2.19.5Abnormalcases.13011.2.20PacketSystemInformationType3.13011.2.21PacketSystemInformationType3bis.13611.2.22PacketSystemInformationType4.13911.2.23PacketSystemInformationType5.14111.2.24Spare.14411.2.25PacketSystemInformation13.14511.2.26PacketTBFRelease.14811.2.27Spare.14811.2.28PacketUplinkAck/Nack.14911.2.29PacketUplinkAssignment.15211.2.30Spare.15711.2.31PacketTimeslotReconfigure.158SIST EN 301 349 V6.7.1:2005

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