Tech-invite 3GPPspace IETFspace

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Content for TR 37.829 Word version: 18.0.0

1… 4…

4 Background p. 9

4.1 General p. 9

4.2 Justification of the work p. 9

4.3 Objectives of the work p. 10

5 Band specific requirements for a UE p. 10

5.1 Bands n71 and n85 p. 10

5.1.1 REFSENS exception p. 10

5.1.2 A-MPR and MPR p. 11

5.1.2.1 A-MPR simulation assumptions p. 11

5.1.2.2 A-MPR simulation results p. 12

5.1.2.3 A-MPR p. 14

5.1.2.4 Edge allocations for PC2 and PC1.5 p. 16

5.1.2.5 MPR simulation results p. 18

5.1.2.6 MPR p. 20

5.2 Bands n100 and n101 p. 21

5.2.1 REFSENS exception p. 21

5.2.2 A-MPR and MPR p. 21

5.2.3 ECC requirements p. 21

5.2.3.1 n100 compliance p. 22

5.2.3.2 n101 compliance p. 22

5.2.4 ECC Report 318 p. 22

5.3 Band 12 p. 23

5.3.1 REFSENS exception p. 23

5.3.2 A-MPR and MPR p. 23

5.3.2.1 A-MPR simulation assumptions p. 23

5.3.2.2 A-MPR simulation results p. 24

5.3.2.3 A-MPR p. 26

5.4 Bands n7 p. 26

5.4.1 REFSENS exception p. 26

5.4.2 A-MPR and MPR p. 26

5.4.2.1 Simulation assumption p. 26

5.4.2.2 Simulation results p. 27

5.4.2.3 A-MPR specification p. 28

5.5 Band n41 p. 30

5.5.1 REFSENS exception p. 30

5.5.2 A-MPR and MPR p. 30

5.5.2.1 A-MPR simulation assumption p. 30

5.5.2.2 A-MPR simulation results p. 31

5.5.2.2.1 General p. 31

5.5.2.2.2 A-MPR based on spectral regrowth p. 33

5.5.2.2.3 A-MPR based on IMD3 p. 38

5.5.2.2.4 A-MPR for edge allocations p. 38

5.5.2.3 A-MPR p. 38

A Coexistence studies for 31 dBm UE Power Class for LTE Band 41 and NR Band n41 p. 42

A.1 Simulation assumptions p. 42

A.1.1 Macro cell Propagation model p. 42

A.1.1.1 Macro cell Propagation model - Urban and Suburban Areas p. 42

A.1.1.2 Macro cell Propagation model - Rural Area p. 42

A.1.2 Power Control Simulation Parameters p. 42

A.1.3 Cell Layout p. 44

A.1.4 Other Simulation Assumptions p. 44

A.1.5 Simulation procedure p. 46

A.2 Simulation results p. 46

A.2.1 0.75 km inter-site distance p. 46

A.2.2 2.8 km inter-site distance p. 49

A.2.3 6 km inter-site distance p. 51

A.2.4 8 km inter-site distance p. 54

A.2.5 BS received signal power p. 56

B Coexistence studies for 31 dBm UE Power Class for NR Band n77 p. 57

B.1 Simulation assumptions p. 57

B.1.1 Macro cell Propagation model p. 57

B.1.1.1 Macro cell Propagation model - Urban and Suburban Areas p. 57

B.1.1.2 Macro cell Propagation model - Rural Area p. 57

B.1.2 Power Control Simulation Parameters p. 58

B.1.3 Cell Layout p. 59

B.1.4 Other Simulation Assumptions p. 60

B.1.5 Simulation Procedure p. 61

B.2 Simulation results p. 61

B.2.1 0.5 km inter-site distance p. 61

B.2.2 1 km inter-site distance p. 64

B.2.3 2 km inter-site distance p. 66

B.2.4 5 km inter-site distance p. 68

B.2.5 BS received signal power p. 70

C Coexistence studies for 31 dBm UE Power Class for NR Band n25 p. 71

C.1 Simulation assumptions p. 71

C.1.1 Macro cell Propagation model p. 71

C.1.1.1 Macro cell Propagation model - Urban and Suburban Areas p. 71

C.1.1.2 Macro cell Propagation model - Rural Area p. 71

C.1.2 Power Control Simulation Parameters p. 72

C.1.3 Cell Layout p. 73

C.1.4 Other Simulation Assumptions p. 73

C.1.5 Simulation Procedure p. 74

C.2 Simulation results p. 75

C.2.1 2 km inter-site distance p. 75

C.2.2 5.1 km inter-site distance p. 78

C.2.3 9.3 km inter-site distance p. 80

C.2.4 BS received signal power p. 83

D Coexistence studies for 31 dBm UE Power Class for NR Band n66 p. 83

D.1 Simulation assumptions p. 83

D.1.1 Macro cell Propagation model p. 83

D.1.1.1 Macro cell Propagation model - Urban and Suburban Areas p. 83

D.1.1.2 Macro cell Propagation model - Rural Area p. 83

D.1.2 Power Control Simulation Parameters p. 84

D.1.3 Cell Layout p. 85

D.1.4 Other Simulation Assumptions p. 85

D.1.5 Simulation Procedure p. 86

D.2 Simulation results p. 87

D.2.1 2 km inter-site distance p. 87

D.2.2 5.1 km inter-site distance p. 90

D.2.3 9.3 km inter-site distance p. 92

D.2.4 BS received signal power p. 95

E Coexistence studies for 31 dBm UE Power Class in other LTE bands and NR bands p. 95

$ Change history p. 96