UMTS: Alive and Well - 4G Americas

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SGSGiSGSNS-GWSICS-ICICSIMSIMOSINRSIPSIPTOSIP-URISIRSISOSLgSLsSMSMSSNAPSNSSOASONSPSSR/CQI/ACKSRITSRSSrvSRVCCS-SCHSTBCSU-MIMOSU-UL-MIMOSYNCTATASTAUTBTCPTDDTD-LTETDMTDSTD-SCDMATE-IDTFTISPANTMTPTPCTRXTSTSG-RANTSMTSNTTIServing GatewayReference point between the PDN-GW and the packet data networkServing GPRS Support NodeServing GatewaySuccessive Interference CancellationStatic Interference CoordinationSubscriber Identity ModuleSingle-Input Multiple-OutputSignal-to-Interference plus Noise RatioSession Initiated ProtocolSelected Internet Protocol Traffic OffloadSession Initiated Protocol -Uniform Resource IdentifierSignal-to-Interference RatioSingle-Input Single-OutputInterface between the MME and the GMLCInterface between the MME and the E-SMLCSpatial MultiplexingShort Message ServiceSubscriber, Network, Application, PolicySocial Networking SiteService-Oriented ArchitectureSelf-Optimizing or Self-Organizing NetworkSemi-Persistent SchedulingScheduling Request/Channel Quality Indicators/AcknowledgementSet of Radio Interface TechnologiesSounding Reference SignalServerSingle Radio Voice Call ContinuitySecondary Synchronization CodeSpace-Time Block CodeSingle-User Multiple-Input Multiple-OutputSingle-User Uplink Multiple-Input Multiple-OutputShort for SynchronizationTiming AdvanceTransmit Antenna SwitchingTarget Acquisition and tracking UnitTransport BlocksTransmission Control ProtocolTime Division DuplexTime Division-Long Term Evolution or LTE TDDTime Division MultiplexingTime Domain SchedulingTime Division-Spatial Code Division Multiple AccessTunnel Endpoint IdentifierTransport FormatTelecoms & Internet converged Services & Protocols for Advanced Networks, astandardization body of ETSITransparent ModeTransport ProtocolTransmit Power ControlTransceiverTechnical SpecificationTSG Radio Access Network is a specification group at 3GPPTransport Synchronous ModuleTransmission Sequence NumberingTransmission Time Intervalwww.3GAmericas.org February 2010 Page 238
Tx or TXTxD or TXDUDCUEUGCUICCULUL-SCHUMUMAUMBUMDUMTSUpPTSURA_PCHUSBUSB-ICUSIMUSSDUTCUTRAUTRANVASVCCVLRVNIVoIPVPCRFVPLMNVPNWAPWBCWCDMAWIWi-FiWIMWiMAXWLANWPWRCWTSC-G3GSNX2xDSLxHTMLxSONTransmitTransmit DiversityUtility Data CenterUser EquipmentUser Generated ContentUser Interface Control ChannelUplinkUplink Shared ChannelUnacknowledged ModeUnlicensed Mobile AccessUltra Mobile BroadbandUltra Mobile DeviceUniversal Mobile Telecommunication System, also known as WCDMAUplink Pilot Time SlotUTRAN Registration Area_Paging ChannelUniversal Serial BusUniversal Serial Bus-Integrated CircuitUMTS SIMUnstructured Supplementary Service DataUniversal Time CoordinatedUniversal Terrestrial Radio AccessUMTS Terrestrial Radio Access NetworkValue-Added ServiceVoice Call ContinuityVisitor Location RegisterVisual Networking IndexVoice over Internet ProtocolVisiting PCRFVisiting PLMNVirtual Private NetworkWireless Application ProtocolWireless Broadband CoreWideband Code Division Multiple AccessWork ItemWireless Internet or IEEE 802.11 standardsWireless Internet ModuleWorldwide Interoperability for Microwave Access based onIEEE 802.16 standardWireless Local Area NetworkWorking PartyWorld Radio ConferenceWireless Technologies & Systems Committee-GSM/3G System and NetworkSubcommittee at ATISInterface between eNBsDigital Subscriber LineExtensible Hypertext Markup LanguageExtended Self-Optimizing/Self-Organizing Networkwww.3GAmericas.org February 2010 Page 239
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TABLE OF CONTENTSPREFACE………
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7.9 DETAILS OF THE 3GPP CANDIDATE T
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Rogers expects to cover 80 percent
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efficiently supported services wher
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1 INTRODUCTIONWireless data usage i
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2 PROGRESS OF RELEASE 99, RELEASE 5
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Mobilkom Austria completed the firs
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download speed on the downlink and
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Mbps without deploying MIMO. As pre
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Figure 3.1. 3GPP UMTS-HSPA Timeline
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paired and unpaired spectrum. In es
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complete ecosystem. Some manufactur
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4 THE GROWING DEMANDS FOR WIRELESS
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4.1 WIRELESS DATA TRENDS AND FORECA
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Philippines by Smart Communications
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IMS Research forecasted complementa
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The wireless enterprise is becoming
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spend about the same amount of time
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to one. The reality is that far mor
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LBS revenues are expected grow at 1
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4.6 SUMMARYFor some operators, LTE
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IPSGiMMES11GWS5S1-MMES1-UeNodeFigur
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6.1.2 MIMO + DC-HSDPARel-8 introduc
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4. All UEs are allowed. Along with
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Alert Service (CMAS) to allow wirel
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Federal Government entity (i.e. FEM
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ATIS WTSC G3GSN and TIA TR45.8 Subc
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ooInteracts with UE to exchange loc
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OTDOA METHODThe OTDOA method is a d
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With CSFB, UE under EPS can enjoy t
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• MSC for GERAN/UTRANooMaintainin
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6.2.5.3 MBMS SPECIFIC REFERENCE POI
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6.2.5.5 MBMS SERVICE PROVISIONINGAn
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6.2.7 ENHANCED DOWNLINK BEAMFORMING
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ate. After an initial measurement p
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Srv) is an optional function allowi
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VPLMNHPLMNCSGList SrvHSSC1 (OMA DM
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7 STATUS OF IMT-ADVANCED, LTE-ADVAN
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3GPP plays an important role in IMT
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euse factor, where the effective ba
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Table 7.2. Cell Edge User Spectral
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7.4.7 HANDOVERThe handover interrup
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• IMT-ADV/8. Acknowledgement of c
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In the WRC-07, the following spectr
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7.6.2 DEFINING THE LTE-ADVANCED CAP
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ITU-ROutside ITU-RStep 1Circular Le
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It is important to note that the sa
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7.8 POTENTIAL FEATURES/TECHNOLOGIES
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Component carrierFreq.Modulated dat
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the optimal scheme to reach MU-MIMO
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Intra-site CoMPBS3BS2Inter-site CoM
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freedom at a cell site. The latter
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UnUuUERNeNBFigure 7.10. A Diagramma
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• RN → eNB and UE → RN links
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• Mobility Load Balancing. Relate
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has defined a work item on Network
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oFor LTE Rel-10:• The FDD RIT Com
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8 CONCLUSIONSWireless data usage an
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Alcatel-Lucent has long been active
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Siemens Networks and Sony Ericsson
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Converged Mobility Management (HLR,
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• July 2009: Huawei launched the
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applications for fixed, mobile and
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LTE networks in February 2009. Noki
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5. Has made massive investments: U.
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Based on its Emerging Ultra-mobile
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2. Location-Based Services. Locatio
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diversity of app use. In our resear
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• The first NFC devices will be s
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some of these new formats will surp
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the use of MIMO. Furthermore, it do
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UTRANSGSNGERANS3S5S1-MMEMMES11LTE-U
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• Mobility Management Entity (MME
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• Decapsulation/Encapsulation of
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• S2a: The S2a interface provides
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Application / Service LayerUL Servi
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USIM / AuCUE / HSSUE / ASMEKCK, IKK
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C.2.1.6.4ROAMING AND NON-ROAMING SC
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C.2.2E-UTRAN AIR-INTERFACEThis sect
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C.2.2.1.2LTE DOWNLINK FRAME STRUCTU
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One downlink slot TslotNDLsymbOFDM
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freqtimeControl Region Data RegionO
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Table C.3. UE Search Space Summary.
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handover decisions. Two types of sy
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which the cells should be synchroni
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of offered bandwidth. UEs were rand
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far problem is present due to the o
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parameterization was chosen in such
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Table C.5. Random Access Burst Para
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Figure C.29. LTE UL Spectrum Effici
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eNBInter Cell RRMRB ControlConnecti
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technology forms dynamic beams that
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MIMO: SPACE-TIME CODINGSpace-time c
Page 188 and 189: sufficient. When several users are
Page 190 and 191: 0.060Downlink Cell Edge Spectral Ef
Page 192 and 193: C.2.2.5INTERFERENCE MITIGATION TECH
Page 194 and 195: Node-B755 263 741 526 374 136741 52
Page 196 and 197: Table C.6. Features Only Available
Page 198 and 199: Table C.8. DwPTS/GP/UpPTS Length (O
Page 200 and 201: In 3GPP Rel-8, as a result of the s
Page 202 and 203: USIM in LTE networks is not just a
Page 204 and 205: APPENDIX D: GLOBAL 3G DEPLOYMENT ST
Page 206 and 207: French West Indies Outremer Telecom
Page 208 and 209: Philippines Globe Telecom In Servic
Page 210 and 211: Ukraine Kyivstar Planned/In Deploym
Page 212 and 213: UK O2 (UK) In Service In ServiceUK
Page 214 and 215: APPENDIX E: GLOBAL LAUNCHES OF HSPA
Page 216 and 217: Colombia Colombia Movil Tigo Colomb
Page 218 and 219: USA CenturyTel (700) 2010USA Cox Co
Page 220 and 221: Full-buffer spectrum efficiencyEval
Page 222 and 223: Detailed Self-Evaluation ResultsDow
Page 224 and 225: Cell-average and Cell-edge spectrum
Page 226 and 227: Cell-average and Cell-edge spectrum
Page 228 and 229: VoIP results (FDD)• LTE Rel. 8 fu
Page 230 and 231: APPENDIX H: ACRONYM LIST1xShort for
Page 232 and 233: DIPDominant Interferer ProportionDL
Page 234 and 235: IDFTIECIEEEIETF RFCIFFTIFOMI-HSPAIM
Page 236 and 237: NI-LRNetwork Induced Location Reque
Page 240: ACKNOWLEDGMENTSThe mission of 3G Am
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