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Content for  TR 37.901-5  Word version:  16.12.0

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1…   5…   A… 
A Test Procedures  B Specific Test Conditions and Environment  C Specific Connection Diagrams  D Reference Test Points  E E-UTRA Anchor Configuration for NSA testing Diagrams  F Embedded Data Client Recommendations  G Applicability  H Default message content for Application Layer Data Throughput  $ Change history 

 

A  Test Procedures  p. 33

A.1  Purpose of annex  p. 33

A.1.1  General  p. 33

A.2  5G NR /TCP Downlink Throughput /Conducted/Static Peak Throughput for SA and NSA  p. 34

A.2.1  5G NR /TCP Downlink Throughput /Conducted/Static Channel Peak Throughput tests for SA and NSA  p. 34

A.2.1.1  5G NR /TCP Downlink Throughput /Conducted/Static Channel/ SA and NSA (no Downlink Split Bearer)  p. 34

A.2.1.2  5G NR /TCP Downlink Throughput /Conducted/Static Channel/NSA (Downlink Split Bearer)  p. 36

A.3  5G NR /TCP Downlink Throughput /Conducted for Fixed Reference Channel (FRC) Scenarios with Fading for SA and NSA  p. 37

A.3.1  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC for SA and NSA  p. 37

A.3.1.1  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/2Rx for SA and NSA  p. 37

A.3.1.1.1  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/2Rx FDD/FR1 PDSCH mapping Type A performance - 2x2 MIMO for SA and NSA  p. 37
A.3.1.1.2  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/2Rx TDD/FR1 PDSCH mapping Type A performance - 2x2 MIMO for SA and NSA  p. 39

A.3.1.2  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/4Rx for SA and NSA  p. 40

A.3.1.2.1  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/4Rx FDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 40
A.3.1.2.2  5G NR /TCP Downlink Throughput /Conducted/Fading/FRC/4Rx TDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 42

A.4  5G NR /UDP Downlink Throughput /Conducted/Static Peak Throughput for SA and NSA  p. 43

A.4.1  5G NR /UDP Downlink Throughput /Conducted/Static Channel Peak Throughput tests for SA and NSA  p. 43

A.4.1.1  5G NR /UDP Downlink Throughput /Conducted/Static Channel/ SA and NSA (no Downlink Split Bearer)  p. 43

A.4.1.2  5G NR /UDP Downlink Throughput /Conducted/Static Channel/NSA (Downlink Split Bearer)  p. 45

A.5  5G NR /UDP Downlink Throughput /Conducted for Fixed Reference Channel (FRC) Scenarios with Fading for SA and NSA  p. 47

A.5.1  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC for SA and NSA  p. 47

A.5.1.1  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC/2Rx for SA and NSA  p. 47

A.5.1.1.1  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC/2Rx FDD/FR1 PDSCH mapping Type A performance - 2x2 MIMO for SA and NSA  p. 47
A.5.1.1.2  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC/2Rx TDD/FR1 PDSCH mapping Type A performance - 2x2 MIMO for SA and NSA  p. 48

A.5.1.2  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC/4Rx for SA and NSA  p. 50

A.5.1.2.1  5G NR /UDP Downlink Throughput /Conducted/Fading/FRC/4Rx FDD/FR1 PDSCH mapping Type A performance - 4x4 MIMO for SA and NSA  p. 50
A.5.1.2.2  5G NR /UDP Downlink Throughput /Conducted/Fading/4Rx TDD/FR1 PDSCH mapping Type A performance - 4x4 MIMO for SA and NSA  p. 51

A.6  5G NR /TCP Downlink Throughput/Radiated/Static Peak Throughput for SA and NSA  p. 53

A.6.1  5G NR /TCP Downlink Throughput /Radiated/Static Channel Peak Throughput tests for SA and NSA  p. 53

A.6.1.1  5G NR /TCP Downlink Throughput /Radiated/Static Channel/ SA and NSA (no Downlink Split Bearer)  p. 53

A.7  5G NR /TCP Downlink Throughput /Radiated for Fixed Reference Channel Scenarios (FRC) with Fading  p. 54

A.7.1  5G NR /TCP Downlink Throughput /Radiated/Fading/FRC  p. 54

A.7.1.1  5G NR /TCP Downlink Throughput /Radiated/Fading/FRC/2Rx  p. 54

A.7.1.1.1  5G NR /TCP Downlink Throughput /Radiated/Fading/FRC/2Rx TDD/FR2 PDSCH mapping Type A performance - for SA and NSA  p. 54

A.7.1.2  5G NR /TCP Downlink Throughput /Radiated/Fading/FRC/4Rx  p. 56

A.7.1.2.1  Void

A.8  5G NR /UDP Downlink Throughput/Radiated/Static Peak Throughput for SA and NSA  p. 56

A.8.1  5G NR /UDP Downlink Throughput /Radiated/Static Channel Peak Throughput tests for SA and NSA  p. 56

A.8.1.1  5G NR /UDP Downlink Throughput /Radiated/Static Channel/ SA and NSA (no Downlink Split Bearer)  p. 56

A.9  5G NR /UDP Downlink Throughput /Radiated for Fixed Reference Channel Scenarios (FRC) with Fading  p. 57

A.9.1  5G NR /UDP Downlink Throughput /Radiated/Fading/FRC  p. 57

A.9.1.1  5G NR /UDP Downlink Throughput /Radiated/Fading/FRC/2Rx  p. 57

A.9.1.1.1  5G NR /UDP Downlink Throughput /Radiated/Fading/2Rx TDD/FR2 PDSCH mapping Type A performance - for SA and NSA  p. 57

A.9.1.2  5G NR /UDP Downlink Throughput /Radiated/Fading/FRC/4Rx  p. 59

A.9.1.2.1  Void

A.10  5G NR /TCP Downlink Throughput /Conducted for Variable Reference Channel (VRC) Scenarios with Fading for SA and NSA  p. 59

A.10.1  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC for SA and NSA  p. 59

A.10.1.1  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/2Rx for SA and NSA  p. 59

A.10.1.1.1  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/2Rx FDD /FR1 PDSCH mapping Type A performance - for SA and NSA  p. 59
A.10.1.1.2  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/2Rx TDD /FR1 PDSCH mapping Type A performance - for SA and NSA  p. 62

A.10.1.2  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/4Rx  p. 65

A.10.1.2.1  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/4Rx FDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 65
A.10.1.2.2  5G NR /TCP Downlink Throughput /Conducted/Fading/VRC/4Rx TDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 68

A.11  5G NR /UDP Downlink Throughput /Conducted for Variable Reference Channel (VRC) Scenarios for SA and NSA  p. 71

A.11.1  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC  p. 71

A.11.1.1  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/2Rx  p. 71

A.11.1.1.1  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/2Rx FDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 71
A.11.1.1.2  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/2Rx TDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 74

A.11.1.2  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/4Rx  p. 77

A.11.1.2.1  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/4Rx FDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 77
A.11.1.2.2  5G NR /UDP Downlink Throughput /Conducted/Fading/VRC/4Rx TDD/FR1 PDSCH mapping Type A performance - for SA and NSA  p. 80

A.12  5G NR /TCP Downlink Throughput /Radiated for Variable Reference Channel Scenarios (VRC) with Fading  p. 83

A.12.1  5G NR /TCP Downlink Throughput /Radiated/Fading/VRC  p. 83

A.12.1.1  5G NR /TCP Downlink Throughput /Radiated/Fading/VRC/2Rx TDD  p. 83

A.13  5G NR /UDP Downlink Throughput /Radiated for Variable Reference Channel (VRC) Scenarios  p. 86

A.13.1  5G NR /UDP Downlink Throughput /Radiated/Fading/VRC  p. 86

A.13.1.1  5G NR /UDP Downlink Throughput /Radiated/Fading/VRC/2Rx TDD  p. 86

B  Specific Test Conditions and Environment  p. 89

B.1  Upper Layer configurations  p. 89

B.1.1  MAC Configurations  p. 89

B.1.2  RLC Configuration  p. 89

B.1.3  PDCP Configuration  p. 89

B.2  UL RMC  p. 89

C  Specific Connection Diagrams  p. 91

D  Reference Test Points  p. 92

D.1  FR1 Reference Test Points  p. 92

D.2  FR2 Reference Test Points  p. 94

E  E-UTRA Anchor Configuration for NSA testing Diagrams  p. 94

F  Embedded Data Client Recommendations  p. 95

F.1  Purpose of annex  p. 95

F.2  Embedded Data Client Automation  p. 95

F.2.1  Embedded Data Client Functionality  p. 95

F.2.2  Embedded Data Client Provisioning  p. 95

F.2.3  Embedded Data Client Command Set and Operation  p. 96

F.2.3.1  Poll for Task Command  p. 96

F.2.3.2  Task List  p. 96

F.2.3.3  Result Reporting  p. 96

G  Applicability  p. 97

H  Default message content for Application Layer Data Throughput  p. 98

H.1  Radio resource control information elements  p. 98

$  Change history  p. 99

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