Content for TR 38.913 Word version: 17.0.0
2 References
3 Definitions, symbols and abbreviations
4 Introduction
5 Objectives
6 Scenarios
7 Key performance indicators
8 Requirements for architecture and migration of Next Generation Radio Access Technologies
9 Supplementary-Service related requirements
10 Operational requirements
11 Testing and Conformance Requirements
$ Change History
2 References p. 6
3 Definitions, symbols and abbreviations p. 7
4 Introduction p. 8
5 Objectives p. 8
6 Scenarios p. 9
6.0 General p. 9
6.1 Deployment scenarios p. 9
6.1.1 Indoor hotspot p. 10
6.1.2 Dense urban p. 11
6.1.3 Rural p. 12
6.1.4 Urban macro p. 13
6.1.5 High speed p. 14
6.1.6 Extreme long distance coverage in low density areas p. 16
6.1.7 Urban coverage for massive connection p. 16
6.1.8 Highway Scenario p. 17
6.1.9 Urban Grid for Connected Car p. 19
6.1.10 Commercial Air to Ground scenario p. 21
6.1.11 Light aircraft scenario p. 21
6.1.12 Satellite extension to Terrestrial p. 21
7 Key performance indicators p. 23
7.1 Peak data rate p. 23
7.2 Peak Spectral efficiency p. 23
7.3 Bandwidth p. 23
7.4 Control plane latency p. 23
7.5 User plane latency p. 24
7.6 Latency for infrequent small packets p. 24
7.7 Mobility interruption time p. 24
7.8 Inter-system mobility p. 24
7.9 Reliability p. 25
7.10 Coverage p. 25
7.10.1 Extreme Coverage p. 25
7.11 UE battery life p. 26
7.12 UE energy efficiency p. 26
7.13 Cell/Transmission Point/TRxP spectral efficiency p. 26
7.14 Area traffic capacity p. 27
7.15 User experienced data rate p. 27
7.16 5th percentile user spectrum efficiency p. 28
7.17 Connection density p. 28
7.18 Mobility p. 29
7.19 Network energy efficiency p. 29
8 Requirements for architecture and migration of Next Generation Radio Access Technologies p. 31
9 Supplementary-Service related requirements p. 32
9.1 Multimedia Broadcast/Multicast Service p. 32
9.2 Location/Positioning Service p. 32
9.3 Critical Communications services p. 33
9.3.1 Public safety communications p. 33
9.3.2 Emergency communications p. 33
9.3.3 Public warning/emergency alert systems p. 33
9.4 V2X communication p. 33
10 Operational requirements p. 34
10.0 General p. 34
10.1 Spectrum p. 34
10.1.1 Void
10.1.2 Channel bandwidth scalability p. 34
10.1.3 Void
10.1.4 Duplexing flexibility p. 34
10.1.5 Support of shared spectrum p. 34
10.1.6 Spectrum range p. 34
10.2 UL Link Budget p. 34
10.3 Support for wide range of services p. 34
10.4 Co-existence and interworking with legacy RATs p. 34
10.4.1 Co-existence with LTE p. 34
10.4.2 Co-existence with UMTS and GSM/EDGE p. 35
10.4.3 V2X communication p. 35
10.5 Void
10.6 Interworking with non-3GPP systems p. 35
10.7 Void
10.8 Easy operation and Self Organization requirements p. 35
10.9 Void
10.10 Cost-related requirements p. 36
10.11 Energy-related requirements p. 36
10.12 Security and Privacy related requirement relevant for Radio Access p. 36
10.13 Void
10.14 Lawful Interception p. 36
10.15 Backhaul and signalling optimization requirements p. 36
10.16 Relay requirements p. 37
10.17 High availability p. 37
10.18 Void
11 Testing and Conformance Requirements p. 38
$ Change History p. 39
