Content for TR 36.802 Word version: 13.0.0
2 References
3 Definitions, symbols and abbreviations
4 Background
5 Frequency bands and channel arrangement
6 System scenarios
7 Study of BS requirements
8 Study of UE requirements
9 Other requirements
10 Test specification
$ Change History
2 References p. 6
3 Definitions, symbols and abbreviations p. 6
4 Background p. 7
5 Frequency bands and channel arrangement p. 9
6 System scenarios p. 12
6.1 Coexistence simulation cases p. 12
6.2 Coexistence simulation assumptions p. 13
6.3 Coexistence simulation methodology p. 15
6.4 Coexistence simulation results p. 18
6.4.1 Case1 -Standalone downlink, NB-IoT aggressor, LTE victim p. 18
6.4.2 Case2 -Standalone downlink, LTE aggressor, NB-IoT victim p. 19
6.4.3 Case3 -Standalone downlink, NB-IoT aggressor, UMTS victim p. 19
6.4.4 Case4 -Standalone downlink, UMTS aggressor, NB-IoT victim p. 20
6.4.5 Case5 -Standalone downlink, NB-IoT aggressor, GSM victim p. 20
6.4.6 Case6 -Standalone downlink, GSM aggressor, NB-IoT victim p. 20
6.4.7 Case7 -Standalone uplink, NB-IoT aggressor, LTE victim p. 21
6.4.8 Case8 -Standalone uplink, LTE aggressor, NB-IoT victim p. 24
6.4.9 Case9 -Standalone uplink, NB-IoT aggressor, UMTS victim p. 26
6.4.10 Case10 -Standalone uplink, UMTS aggressor, NB-IoT victim p. 27
6.4.11 Case11 -Standalone uplink, NB-IoT aggressor, GSM victim p. 28
6.4.12 Case12 -Standalone uplink, GSM aggressor, NB-IoT victim p. 29
6.4.13 Intermediary Conclusion p. 30
6.4.14 UEM masks p. 31
6.4.15 Conclusion p. 31
6.4.16 Case13 -Guard band uplink, NB-IoT aggressor, LTE victim p. 32
6.4.17 Case14 -Guard band uplink, LTE aggressor, NB-IoT victim p. 34
6.4.18 Case15 -In-band uplink, NB-IoT aggressor, LTE victim p. 34
6.4.19 Case16 -In-band uplink, LTE aggressor, NB-IoT victim p. 35
6.4.20 Background and conclusion p. 36
7 Study of BS requirements p. 36
7.1 Transmitter characteristics p. 36
7.1.1 General p. 36
7.1.2 Base station output power p. 36
7.1.3 Output power dynamics p. 36
7.1.4 Transmit ON/OFF power p. 37
7.1.5 Transmitted signal quality p. 37
7.1.5.1 Error Vector Magnitude p. 37
7.1.5.2 Frequency error p. 37
7.1.5.3 Time alignment error p. 37
7.1.5.4 DL NRS power p. 37
7.1.6 Unwanted emissions p. 38
7.1.6.1 Occupied bandwidth p. 38
7.1.6.2 Adjacent Channel Leakage power Ratio (ACLR) p. 38
7.1.6.3 Operating band unwanted emissions p. 39
7.1.6.4 Transmitter spurious emissions p. 39
7.1.7 Transmitter intermodulation p. 39
7.2 Receiver characteristics p. 39
7.2.1 Reference sensitivity level p. 39
7.2.2 Dynamic Range p. 40
7.2.3 In-channel selectivity p. 41
7.2.4 ACS/Blocking p. 42
7.2.5 Receiver spurious emission p. 43
7.2.6 Receiver intermodulation p. 43
8 Study of UE requirements p. 43
8.1 Transmitter characteristics p. 43
8.1.1 Agreements p. 43
8.1.2 EVM p. 44
8.1.3 Minimum and OFF power p. 45
8.1.4 Spectrum emission mask and spurious emission domain boundary p. 46
8.1.5 NB-IoT UE ACLR p. 46
8.1.6 A-MPR p. 47
8.1.7 EVM equalizer spectrum flatness p. 48
8.1.8 Transmit intermodulation p. 49
8.1.9 Relative power control p. 51
8.2 Receiver characteristics p. 52
8.2.1 Agreements from NB-IoT Ad-Hoc p. 52
8.2.2 Maximum input level p. 52
8.2.3 ACS p. 53
8.2.4 In-band blocking p. 55
8.2.5 NB-IoT receiver intermodulation p. 55
8.2.6 Narrowband blocking p. 56
8.2.7 Receiver spurious emissions p. 57
9 Other requirements p. 57
9.1 RRM requirements p. 57
9.2 Performance requirements p. 57
10 Test specification p. 57
$ Change History p. 58
