SIST EN 301 349 V6.6.1:2005
(Main)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 6.6.1 Release 1997)
- Abstract
.
- Status
- Published
- Publication Date
- 31-Jan-2005
- 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
SIST EN 301 349 V6.6.1:2005 is the Slovenian adoption of ETSI EN 301 349 Version 6.6.1 for the GPRS Radio Link Control / Medium Access Control (RLC/MAC) protocol on the Mobile Station (MS) - Base Station System (BSS) interface in GSM Phase 2+. It specifies how the mobile station and the network share Packet Data Channels (PDCHs), set up Temporary Block Flows (TBFs), page mobile stations, exchange system information, and send measurement reports at the Um radio interface.
This standard is mainly for implementers and testers of GPRS radio access in mobile stations, base stations, and related network equipment.
What does SIST EN 301 349 V6.6.1:2005 specify?
SIST EN 301 349 V6.6.1:2005 specifies the procedures used at the radio interface for the GPRS MAC/RLC layer, with the focus on operation on PDCHs. It covers both packet idle mode and packet transfer mode, and it ties the RLC/MAC procedures to the surrounding GSM and GPRS radio interface specifications.
The document is organized into 13 clauses plus informative annexes A to H.
| Annex | What it covers |
|---|---|
| A | Bibliography |
| B | RLC data block encoding examples |
| C | Message sequence diagrams |
| D | Fixed allocation timeslot assignment examples |
| E | Repeated fixed allocations |
| F | Countdown procedure operation examples |
| G | Erroneous protocol data examples |
| H | Document change history |
What are the key requirements of SIST EN 301 349 V6.6.1:2005?
SIST EN 301 349 V6.6.1:2005 defines how the RLC/MAC layer works in practice on a shared radio channel. The most important points are the mode of operation, the resource allocation rules, the handling of system information, and the procedures for paging, access, transfer, and measurements.
Mode and resource management
Clause 5 introduces Temporary Block Flow (TBF), Temporary Flow Identity (TFI), Uplink State Flag (USF), and the three medium access modes: Dynamic Allocation, Extended Dynamic Allocation, and Fixed Allocation. In practice, this is the part that decides who may transmit, on which PDCH, and under what scheduling rule.
Packet idle mode and packet transfer mode
Clause 5 also separates packet idle mode from packet transfer mode. In packet idle mode, the mobile station listens for paging and system information but has no allocated packet data resource. In packet transfer mode, the mobile station has a TBF and can transfer LLC PDUs over one or more PDCHs.
System information and cell reselection
Clause 5 requires the mobile station to monitor broadcast system information on PBCCH or BCCH, depending on what the cell provides. It also defines how PBCCH_CHANGE_MARK, BCCH_CHANGE_MARK, PSI_CHANGE_FIELD, and SI_CHANGE_FIELD are used to detect changes, and when a partial or complete reacquisition of system information is needed. This matters because the mobile station must keep its access parameters current before it can safely use the cell.
Paging and response behavior
Clause 6 defines paging for RR connection establishment and downlink packet transfer. Paging can use CCCH, PCCCH, or PACCH depending on the mode and cell configuration. For implementers, this means the paging procedure must match the current mode and the channel that is available.
Packet access on PCCCH
Clause 7 defines one-phase and two-phase packet access on PCCCH, including Packet Channel Request, access persistence control, access classes, and the T3186 timer. This is the procedure a mobile station uses to ask for radio resources before uplink transfer.
Measurement reporting
Clauses 5.6, 7.3, 8.3, and 13 cover Network Control (NC) measurement reporting and Extended Measurement (EM) reporting. The standard links reporting behavior to timers such as T3158 and T3178, so implementations can schedule reports at the required interval.
RLC transfer and block handling
Clauses 8 to 11 define uplink and downlink RLC data block transfer, acknowledged and unacknowledged operation, block structure, sequence variables, and error handling. In practice, these clauses are what implementers use to build segmentation, reassembly, retransmission, and protocol error handling.
What terms does SIST EN 301 349 V6.6.1:2005 define?
- Temporary Block Flow (TBF) - a physical connection used to transfer LLC PDUs on packet data channels in one direction.
- Temporary Flow Identity (TFI) - the identity assigned by the network to a TBF, used to identify that flow on the radio interface.
- Uplink State Flag (USF) - a downlink header field that tells a mobile station when it may transmit on the uplink PDCH.
- Packet idle mode - the state where no TBF exists and the mobile station only listens for paging and system information.
- Packet transfer mode - the state where the mobile station has radio resources for point-to-point packet transfer.
- RLC/MAC block - the protocol data unit exchanged between RLC/MAC entities.
- GPRS multislot class - the capability class that limits how many PDCHs a mobile station can use in combination.
Who uses SIST EN 301 349 V6.6.1:2005?
SIST EN 301 349 V6.6.1:2005 is used by mobile station vendors, base station and BSS vendors, and protocol engineers implementing GPRS radio access. It is also used by test laboratories and quality teams that need to verify paging, access, measurement reporting, system information handling, and TBF behavior against the specification.
Which standards are used with SIST EN 301 349 V6.6.1:2005?
| Reference | What it contributes |
|---|---|
| GSM01.04 | Abbreviations and acronyms |
| GSM02.60 | Stage 1 GPRS service description |
| GSM03.03 | Numbering, addressing and identification |
| GSM03.13 | Discontinuous Reception (DRX) |
| GSM03.64 | Overall GPRS radio interface description |
| GSM04.02 | Reference configuration for PLMN access |
| GSM04.03 | Channel structures and access capabilities |
| GSM04.04 | Layer 1 general requirements |
| GSM04.05 | Data Link layer general aspects |
| GSM04.07 | Layer 3 general aspects |
| GSM04.08 | Mobile radio interface layer 3 specification |
| GSM04.64 | Logical Link Control (LLC) |
| GSM05.02 | Multiplexing and multiple access on the radio path |
| GSM05.03 | Channel coding |
| GSM05.08 | Radio subsystem link control |
| GSM05.10 | Radio subsystem synchronization |
| GSM11.10 | MS conformity specification |
| GSM11.21 | BSS equipment specification |
What does the SIST EN 301 349 V6.6.1:2005 document contain?
The document contains the protocol overview, detailed MAC procedures, paging procedures, RLC procedures, block formats, information element coding, and timer and counter definitions. It also includes control message formats for messages such as Packet Access Reject, Packet Paging Request, Packet Downlink Assignment, Packet Uplink Assignment, Packet Measurement Report, and Packet System Information types. Annexes B to G provide worked examples and sequence diagrams that help engineers implement, debug, and test the procedures without changing the normative rules.
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Frequently Asked Questions
SIST EN 301 349 V6.6.1:2005 is a standard published by the Slovenian Institute for Standardization (SIST). Its full title is "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 6.6.1 Release 1997)". This standard covers: .
.
SIST EN 301 349 V6.6.1:2005 is classified under the following ICS (International Classification for Standards) categories: 33.070.01 - Mobile services in general. The ICS classification helps identify the subject area and facilitates finding related standards.
SIST EN 301 349 V6.6.1:2005 is associated with the following European legislation: Standardization Mandates: BC-T-330. When a standard is cited in the Official Journal of the European Union, products manufactured in conformity with it benefit from a presumption of conformity with the essential requirements of the corresponding EU directive or regulation.
SIST EN 301 349 V6.6.1:2005 is available in PDF format for immediate download after purchase. The document can be added to your cart and obtained through the secure checkout process. Digital delivery ensures instant access to the complete standard document.
Standards Content (Sample)
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 6.6.1 Release 1997)33.070.01Mobilni servisi na splošnoMobile services in generalICS:Ta slovenski standard je istoveten z:EN 301 349 Version 6.6.1SIST EN 301 349 V6.6.1:2005en01-februar-2005SIST EN 301 349 V6.6.1:2005SLOVENSKI
STANDARD
ETSIEN301349V6.6.1(2000-06)EuropeanStandard(Telecommunicationsseries)Digitalcellulartelecommunicationssystem(Phase2+);GeneralPacketRadioService(GPRS);MobileStation(MS)-BaseStationSystem(BSS)interface;RadioLinkControl/MediumAccessControl(RLC/MAC)protocol(GSM04.60version6.6.1Release1997)GLOBALSYSTEMFORMOBILECOMMUNICATIONSRSIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)2(GSM04.60version6.6.1Release1997)ReferenceREN/SMG-020460Q6R2KeywordsDigitalcellulartelecommunicationssystem,GlobalSystemforMobilecommunications(GSM),GeneralPacketRadioService(GPRS)ETSI650RoutedesLuciolesF-06921SophiaAntipolisCedex-FRANCETel.:+33492944200Fax:+33493654716SiretN°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:editor@etsi.frCopyrightNotificationNopartmaybereproducedexceptasauthorizedbywrittenpermission.Thecopyrightandtheforegoingrestrictionextendtoreproductioninallmedia.©EuropeanTelecommunicationsStandardsInstitute2000.Allrightsreserved.SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)3(GSM04.60version6.6.1Release1997)ContentsIntellectualPropertyRights.10Foreword.101Scope.112References.123Definitionsandabbreviations.133.1Vocabulary.134Layeredoverviewofradiointerface.144.1Layerservices.154.2Layerfunctions.154.3Serviceprimitives.154.4Servicesrequiredfromlowerlayers.155IntroductiontotheMediumAccessControl(MAC)procedures.155.1General.155.2Multiplexingprinciples.165.2.1TemporaryBlockFlow.165.2.2TemporaryFlowIdentity.165.2.3UplinkStateFlag.165.2.4MediumAccessmodes.165.3Packetidlemode.175.4Packettransfermode.175.5Generalproceduresinpacketidleandpackettransfermodes.175.5.1Mobilestationside.175.5.1.1Cellreselection.175.5.1.2SysteminformationonPBCCH.185.5.1.2.1SupervisionofPBCCH_CHANGE_MARKandupdateofPBCCHinformation.185.5.1.2.2ReplacementofPBCCH.195.5.1.2.3PSI1receptionfailure.195.5.1.3SysteminformationonBCCH.195.5.1.3.1SupervisionofBCCH_CHANGE_MARKandupdateofBCCHinformation.205.5.1.3.2EstablishmentofPBCCH.205.5.1.3.3SI13receptionfailure.205.5.1.4Acquisitionofsysteminformationonthebroadcastchannel.205.5.1.4.1Consistentsetsofsysteminformationmessages.215.5.1.4.2Suspensionofoperationtoreceivesysteminformation.215.5.1.4.3Requestforacquisitionofsysteminformation.225.5.1.5Discontinuousreception(DRX).225.5.1.6PagemodeproceduresonPCCCH.225.5.1.7FrequencyParameters.235.5.1.8TLLImanagement.245.5.2Networkside.245.5.2.1SystemInformationbroadcasting.245.5.2.1.1SysteminformationonPBCCH.245.5.2.1.2SysteminformationonBCCH.255.5.2.1.3SysteminformationonPACCH(andotherlogicalchannels).255.5.2.1.4Consistentsetsofsysteminformationmessages.265.5.2.2Paging.265.6Measurementreports.265.6.1NetworkControl(NC)measurementreporting.265.6.2Extendedmeasurement(EM)reporting.276Pagingprocedures.286.1PagingprocedureforRRconnectionestablishment.28SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)4(GSM04.60version6.6.1Release1997)6.1.1PaginginitiationusingpagingsubchannelonCCCH.286.1.2PaginginitiationusingpagingsubchannelonPCCCH.286.1.3PaginginitiationusingPACCH.286.1.4Pagingresponse.296.2Pagingprocedurefordownlinkpackettransfer.296.2.1PagingprocedureusingpagingsubchannelonCCCH.296.2.2PagingusingpagingsubchannelonPCCCH.296.2.3Pagingresponse.297MediumAccessControl(MAC)proceduresonPCCCH.297.1TBFestablishmentinitiatedbythemobilestationonPCCCH.307.1.1Permissiontoaccessthenetwork.307.1.2InitiationofaTBFestablishment.307.1.2.1Initiationofthepacketaccessprocedure.307.1.2.1.1AccesspersistencecontrolonPRACH.317.1.2.2Packetassignmentprocedure.327.1.2.2.1OnreceiptofaPACKETCHANNELREQUESTmessage.327.1.2.2.2Packetaccessqueuingnotificationprocedure.337.1.2.2.3Packetpollingprocedure.337.1.2.2.4Packetaccessrejectprocedure.337.1.2.3Contentionresolutionatonephaseaccess.347.1.2.4Onephasepacketaccesscompletion.357.1.2.5TimingAdvance.357.1.3TBFestablishmentusingtwophaseaccess.357.1.3.1InitiationofthePacketresourcerequestprocedure.357.1.3.2Packetresourceassignmentforuplinkprocedure.367.1.3.2.1OnreceiptofaPACKETRESOURCEREQUESTmessage.367.1.3.3Contentionresolutionattwophaseaccess.367.1.3.4Twophasepacketaccesscompletion.367.1.3.5TimingAdvance.367.1.4Abnormalcases.377.2TBFestablishmentinitiatedbythenetworkonPCCCH.377.2.1Enteringthepackettransfermode.377.2.1.1Packetdownlinkassignmentprocedure.377.2.1.2Packetdownlinkassignmentprocedurecompletion.387.2.1.3Packetpollingprocedure.387.2.2Abnormalcases.387.3Procedureformeasurementreportsendinginpacketidlemode.397.3.1MeasurementreportsendingprocedureinitiatedonPCCCH.397.3.1.1OnreceiptofaPACKETCHANNELREQUESTmessage.397.3.1.2OnreceiptofaPACKETUPLINKASSIGNMENTmessage.397.3.1.3OnreceiptofaPACKETACCESSREJECTmessage.407.3.1.4Abnormalcases.407.3.2MeasurementreportsendingprocedureinitiatedonCCCH.407.4CellChangeOrderproceduresinPacketIdlemode.407.4.1CellChangeOrderprocedureinitiatedonPCCCH.407.4.2CellChangeOrderprocedureinitiatedonCCCH.417.5MeasurementOrderproceduresinPacketIdlemode.417.5.1MeasurementOrderproceduresinitiatedonPCCCH.417.5.2MeasurementOrderproceduresinitiatedonCCCH.428MediumAccessControl(MAC)ProceduresinPacketTransferMode.428.1TransferofRLCdatablocks.428.1.1UplinkRLCdatablocktransfer.428.1.1.1DynamicallocationuplinkRLCdatablocktransfer.438.1.1.1.1PACCHoperation.448.1.1.1.2ResourceReallocationforUplink.448.1.1.1.2.1Abnormalcases.458.1.1.1.3EstablishmentofDownlinkTBF.468.1.1.1.3.1Abnormalcases.468.1.1.2ExtendedDynamicAllocationuplinkRLCdatablocktransfer.46SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)5(GSM04.60version6.6.1Release1997)8.1.1.2.1UplinkPDCHAllocation.478.1.1.2.2PACCHoperation.478.1.1.2.3Neighbourcellpowermeasurements.478.1.1.3FixedAllocationuplinkRLCdatablocktransfer.478.1.1.3.1TransferofRLC/MACblocks.488.1.1.3.2Reallocationforopen-endedTBF.498.1.1.3.2.1Atthebeginningofeachfixedallocation.508.1.1.3.2.2Uponreceiptofthereallocationrequest.508.1.1.3.2.3Uponexhaustionofthecurrentallocation.508.1.1.3.2.4EndingtheTBF.518.1.1.3.2.5AbnormalCases.518.1.1.3.3Neighbourcellpowermeasurements.518.1.1.3.4PACCHoperation.518.1.1.3.5EstablishmentofDownlinkTBF.528.1.1.3.5.1Abnormalcases.538.1.1.4NetworkinitiatedreleaseofuplinkTBF.538.1.1.5Abnormalcases.548.1.2DownlinkRLCdatablocktransfer.548.1.2.1DownlinkRLCdatablocktransfer.548.1.2.1.1Abnormalcases.558.1.2.2PollingforPacketDownlinkAck/Nack.558.1.2.3Spare.568.1.2.4ResourceReassignmentforDownlink.568.1.2.4.1Abnormalcases.568.1.2.5EstablishmentofuplinkTBF.578.1.2.5.1Abnormalcases.588.1.2.6Spare.598.1.2.7Fixedallocationneighbourcellpowermeasurements.598.1.2.8NetworkinitiatedabnormalreleaseofdownlinkTBF.598.1.3ConcurrentTBFproceduresforhalfduplexoperation.598.1.3.1Spare.598.1.3.2Spare.598.1.3.2.1SavingdownlinkTBFstateandinitiatinguplinkTBF.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.608.3ProcedureformeasurementreportsendinginPacketTransfermode.618.4Networkcontrolledcellreselectionprocedure.618.4.1Networkcontrolledcellreselectioncompletion.618.4.2Abnormalcases.628.5MeasurementOrderproceduresinPacketTransfermode.628.6PACKETCONTROLACKNOWLEDGEMENT.638.7Abnormalcases.638.7.1AbnormalreleasewithreturntoCCCHorPCCCH.638.7.2Abnormalreleasewithrandomaccess.638.7.3Abnormalreleasewithsysteminformation.639RadioLinkControl(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).66SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)6(GSM04.60version6.6.1Release1997)9.1.8Startingsequencenumber(SSN)andreceivedblockbitmap(RBB).669.1.9WindowSize.679.1.10SegmentationofLLCPDUsintoRLCdataunits.679.1.11Re-assemblyofLLCPDUsfromRLCdataunits.679.1.11aSegmentationofRLC/MACcontrolmessagesintoRLC/MACcontrolblocks.689.1.11bRe-assemblyofRLC/MACcontrolmessagesfromRLC/MACcontrolblocks.689.1.12PriorityofLLCPDUs.689.2OperationduringRLC/MACcontrolmessagetransfer.689.3OperationduringRLCdatablocktransfer.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.719.3.3Unacknowledgedmodeoperation.729.3.3.1EstablishmentofTemporaryBlockFlow.729.3.3.2OperationofuplinkTemporaryBlockFlow.729.3.3.3ReleaseofuplinkTemporaryBlockFlow.739.3.3.4OperationofdownlinkTemporaryBlockFlow.739.3.3.5ReleaseofdownlinkTemporaryBlockFlow.739.4Abnormalreleasecases.749.4.1Abnormalreleasewithrandomaccess.749.4.2Abnormalreleasewithcellreselection.7410RLC/MACblockstructure.7410.1Sparebits.7510.2RLCdatablocks.7510.2.1DownlinkRLCdatablock.7510.2.2UplinkRLCdatablock.7610.3RLC/MACcontrolblocks.7610.3.1DownlinkRLC/MACcontrolblock.7610.3.2UplinkRLC/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.8010.4.10TemporaryFlowIdentifier(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.8210.4.17Controlmessagecontentsfield.8311.1Handlingoferroneousprotocoldata.8311.1.1Messageclassification.8411.1.1.1Distributionmessages.84SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)7(GSM04.60version6.6.1Release1997)11.1.1.2Non-distributionmessages.8411.1.1.2.1Formatoftheaddressinformation.8511.1.2Errordetectionmechanism.8511.1.3Errorlabels.8511.1.3.1Genericerrorlabels.8511.1.3.2'Ignore'errorlabel.8611.1.3.3'Messageescape'errorlabel.8611.1.4Errordetectionandorderofprecedence.8611.1.4.1Unknownmessagetype.8711.1.4.2Messagenotcompatiblewithcurrentprotocolstate.8711.1.4.3Syntacticallyincorrectmessage.8711.1.4.3.1Messageswitherrorlabel:'Distributionparterror'.8711.1.4.3.2Messageswitherrorlabel:'Addressinformationparterror'.8711.1.4.3.3Messageswitherrorlabel:'Non-distributionparterror'.8711.1.4.3.4Messageswitherrorlabel:'Messageescape'.8711.1.4.3.5Messageswitherrorlabel:'Ignore'.8811.1.4.4Syntacticerrorintruncatedconcatenation.8811.1.4.5Exceptions.8811.2RLC/MACcontrolmessages.8811.2.0Messageformat.8911.2.0.1DownlinkRLC/MACmessages.9011.2.0.2UplinkRLC/MACmessages.9011.2.1PacketAccessReject.9111.2.2PacketControlAcknowledgement.9211.2.3PacketCellChangeFailure.9411.2.4PacketCellChangeOrder.9511.2.5PacketChannelRequest.9711.2.6PacketDownlinkAck/Nack.9911.2.7PacketDownlinkAssignment.10111.2.8PacketDownlinkDummyControlBlock.10311.2.8bPacketUplinkDummyControlBlock.10411.2.9PacketMeasurementReport.10511.2.9bPacketMeasurementOrder.10811.2.9cPacketMobileTBFStatus.11211.2.10PacketPagingRequest.11311.2.11PacketPDCHRelease.11411.2.12PacketPollingRequest.11611.2.13PacketPowerControl/TimingAdvance.11711.2.14PacketPRACHParameters.11811.2.15PacketQueueingNotification.11911.2.16PacketResourceRequest.12011.2.17PacketPSIStatus.12211.2.18PacketSystemInformationType1.12411.2.19PacketSystemInformationType2.12611.2.19.1ReferenceFrequencyListsinPSI2.12811.2.19.2CellAllocationinPSI2.12811.2.19.3GPRSMobileAllocationinPSI2.12811.2.19.4PCCCHDescription.12811.2.19.5Abnormalcases.12911.2.20PacketSystemInformationType3.13011.2.21PacketSystemInformationType3bis.13511.2.22PacketSystemInformationType4.13911.2.23PacketSystemInformationType5.14111.2.24Spare.14511.2.25PacketSystemInformation13.14611.2.26PacketTBFRelease.14911.2.27Spare.14911.2.28PacketUplinkAck/Nack.15011.2.29PacketUplinkAssignment.15311.2.30Spare.158SIST EN 301 349 V6.6.1:2005
ETSIETSIEN301349V6.6.1(2000-06)8(GSM04.60version6.6.1Release1997)11.2.31PacketTimeslotReconfigure.15912Informationelementcoding.16612.1Overview.16612.2Spare.
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