3GPP Broadband Evolution to IMT-Advanced - 4G Americas

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kHz — Kilohertzkm – KilometerLTE – Long Term EvolutionLSTI – LTE/SAE Trial InitiativeM2M – Machine-to-machineMAC – Medium Access ControlMBMS - Multimedia Broadcast/Multicast ServiceMbps – Megabits Per SecondMBR – Maximum Bit RateMBSFN – Multicast/broadcast, Single FrequencyMcps – Megachips Per SecondMCS – Modulation and Coding SchemeMCW – Multiple CodewordMediaFLO – Media Forward Link OnlyMHz – MegahertzMID – Mobile Internet DevicesMIMO – Multiple Input Multiple OutputmITF – Japan Mobile IT ForumMMDS – Multichannel Multipoint Distribution ServiceMME – Mobile Management EntityMMSE – Minimum Mean Square ErrorMRxD – Mobile Receive DiversityMS – Mobile StationMSA – Mobile Service ArchitectureMSC – Mobile Switching Centermsec – millisecondMU-MIMO – Multi-User MIMONENA – National Emergency Number AssociationNGMC – Next Generation Mobile CommitteeNGMN – Next Generation Mobile Networks AllianceOFDM – Orthogonal Frequency Division MultiplexingOFDMA – Orthogonal Frequency Division Multiple AccessOL-SM – Open Loop Spatial MultiplexingOMA – Open Mobile AlliancePAR – Peak to Average RatioPBCCH – Packet Broadcast Control ChannelPCH – Paging ChannelPCRF – Policy Control and Charging Rules FunctionPCS – Personal Communications ServicePDN – Packet Data NetworkTransition to 4G: 3GPP Broadband Evolution to IMT-Advanced, Rysavy Research/3G Americas, Aug 2010 Page 124
PHY – Physical LayerPMI – Precoding Matrix IndicationPoC – Push-to-talk over CellularPSH – Packet Switched HandoverPSK – Phase-Shift KeyingQAM – Quadrature Amplitude ModulationQCI – Quality of Service Class IdentifierQLIC – Quasi-Linear Interference CancellationQoS – Quality of ServiceQPSK – Quadrature Phase Shift KeyingRAB – Radio Access BearerRAN – Radio Access NetworkRCS – Rich Communications SuiteREST – Representational State TransferRF – Radio FrequencyRNC – Radio Network ControllerROHC – Robust Header CompressionRRC – Radio Resource ControlRTP – Real Time Transport ProtocolRTSP – Real Time Streaming ProtocolSAE – System Architecture EvolutionSC-FDMA – Single Carrier Frequency Division Multiple AccessSCRI – Signaling Connection Release IndicationSCW – Single CodewordSDMA – Space Division Multiple AccessSDP – Session Description Protocolsec – SecondSFBA – Space Frequency Block CodeSGSN – Serving GPRS Support NodeSIC – Successive Interference CancellationSIM – Subscriber Identity ModuleSIMO – Single Input Multiple OutputSINR – Signal to Interference Plus Noise RationSIP – Session Initiation ProtocolSIPTO – Selected IP Traffic OffloadSISO – Single Input Single OutputSMS – Short Message ServiceSNR – Signal to Noise RatioSoN – Self Optimizing NetworkSR-VCC – Single Radio Voice Call ContinuityTransition to 4G: 3GPP Broadband Evolution to IMT-Advanced, Rysavy Research/3G Americas, Aug 2010 Page 125
Page 11 and 12:
Quality of service (QoS). By priori
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Figure 4: WCDMA-HSPA Voice and Data
Page 16 and 17:
It is clear that both EDGE and UMTS
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TechnologyNameType Characteristics
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Europe are providing operators with
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MHz, in Japan at 1500 MHz and in Eu
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and VoIP operation. These approache
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will be able to build applications
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Leveraging this success, operators
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VoIP for HSPA. Since LTE uses an IP
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Figure 10: Different Deployment Sce
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Figure 11: Radio Resource Managemen
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IEEE 802.16e-2005 and now IEEE 802.
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attempts, no terrestrial wireless-d
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DownlinkPeakNetworkSpeedPeakand/orT
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DownlinkUplinkPeakNetworkSpeedPeaka
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Figure 13: HSDPA Performance of a 7
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Figure 15: HSPA+ Performance Measur
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Figure 17: LTE Throughput in Variou
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Figure 19: Latency of Different Tec
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Figure 20: Performance Relative to
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Figure 21: Comparison of Downlink S
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Incremental redundancy in error cor
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Figure 23: Comparison of Voice Spec
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Figure 24: Relative Volume of Subsc
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Technology EDGE/HSPA/LTE CDMA2000 W
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capacity of OFDMA-based approaches
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In this section, we consider differ
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To understand the evolution of data
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how EDGE functions including networ
Page 73 and 74: Alternatively, the original number
Page 75 and 76: In today’s EDGE systems, f12 thro
Page 77 and 78: DAS-9 16 QAM 217.6DAS-10 32 QAM 262
Page 79 and 80: Operators can also use their entire
Page 81 and 82: HSDPAHSPA refers to networks that s
Page 83 and 84: Figure 33: User DiversitySignal Qua
Page 85 and 86: Initial devices enabled peak user r
Page 87 and 88: “single-stream MIMO” or “MIMO
Page 89 and 90: Given the large amount of backhaul
Page 91 and 92: connection between the network and
Page 93 and 94: Figure 39: HSPA One-Tunnel Architec
Page 95 and 96: Figure 40: High-Speed Forward Acces
Page 97 and 98: elatively straightforward changes i
Page 99 and 100: on LTE began in 2004 with an offici
Page 101 and 102: Figure 45: LTE OFDMA Downlink Resou
Page 103 and 104: Single base-station antenna versus
Page 105 and 106: TX antennas and most devices will o
Page 107 and 108: Figure 48: Evolution of Voice in an
Page 109 and 110: Table 19: IMT-Advanced Requirements
Page 111 and 112: Beyond wider bandwidths, LTE-Advanc
Page 113 and 114: As discussed in more detail in the
Page 115 and 116: Different technologies spanning Wi-
Page 117 and 118: stations, and because of the narrow
Page 119 and 120: Support for new radio-access networ
Page 121 and 122: AbbreviationsThe following abbrevia
Page 123: GBR - Guaranteed Bit RateGbyte - Gi
Page 127 and 128: Additional Information3G Americas m
Page 129 and 130: Ericsson: HSPA voice migration, Jun
Page 131 and 132: SNL Kagan: press release, “SNL Ka
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3GPP Broadband Evolution to IMT-Advanced - 4G Americas

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