5.1.1.1.1  Average delay DL air-interface  p. 30

5.1.1.1.2  Distribution of delay DL air-interface |R16|  p. 31

5.1.1.1.3  Average delay UL on over-the-air interface |R16|  p. 31

5.1.1.1.4  Average RLC packet delay in the UL |R16|  p. 32

5.1.1.1.5  Average PDCP re-ordering delay in the UL |R16|  p. 32

5.1.1.1.6  Distribution of DL delay between NG-RAN and UE |R16|  p. 33

5.1.1.1.7  Distribution of UL delay between NG-RAN and UE |R16|  p. 34

5.1.1.1.8  DL packet delay between NG-RAN and PSA UPF |R16|  p. 35

5.1.1.2.1  DL Total PRB Usage  p. 37

5.1.1.2.2  UL Total PRB Usage  p. 37

5.1.1.2.3  Distribution of DL Total PRB Usage  p. 38

5.1.1.2.4  Distribution of UL total PRB usage  p. 38

5.1.1.2.5  Mean DL PRB used for data traffic |R16|  p. 39

5.1.1.2.6  DL total available PRB |R16|  p. 39

5.1.1.2.7  Mean UL PRB used for data traffic |R16|  p. 39

5.1.1.2.8  UL total available PRB |R16|  p. 40

5.1.1.2.9  Peak DL PRB used for data traffic |R17|  p. 40

5.1.1.2.10  Peak UL PRB used for data traffic |R17|  p. 41

5.1.1.2.11  PDSCH PRB Usage per cell for MIMO |R17|  p. 41

5.1.1.2.12  PUSCH PRB Usage per cell for MIMO |R17|  p. 42

5.1.1.2.13  SDM PDSCH PRB Usage |R17|  p. 42

5.1.1.2.14  SDM PUSCH PRB Usage |R17|  p. 43

5.1.1.2.15  DL PRB Usage per SSB |R18|  p. 44

5.1.1.2.16  UL PRB Usage per SSB |R18|  p. 45

5.1.1.2.17  UL CI Time Domain Proportion |R18|  p. 45

5.1.1.3.1  Average DL UE throughput in gNB  p. 46

5.1.1.3.2  Distribution of DL UE throughput in gNB  p. 47

5.1.1.3.3  Average UL UE throughput in gNB  p. 49

5.1.1.3.4  Distribution of UL UE throughput in gNB  p. 50

5.1.1.3.5  Percentage of unrestricted DL UE data volume in gNB  p. 51

5.1.1.3.6  Percentage of unrestricted UL UE data volume in gNB  p. 52

5.1.1.3.7  Average DL UE buffered Throughput per DRB |R18|  p. 53

5.1.1.4.1  Mean number of RRC Connections  p. 60

5.1.1.4.2  Max number of RRC Connections  p. 60

5.1.1.4.3  Mean number of stored inactive RRC Connections |R16|  p. 60

5.1.1.4.4  Max number of stored inactive RRC Connections |R16|  p. 61

5.1.1.5.1  Void

5.1.1.5.2  Void

5.1.1.5.3  Number of PDU Sessions failed to setup  p. 61

5.1.1.5.4  Mean number of PDU sessions being allocated |R17|  p. 62

5.1.1.5.5  Peak number of PDU sessions being allocated |R17|  p. 62

5.1.1.6.1  Inter-gNB handovers  p. 63

5.1.1.6.2  Intra-gNB handovers  p. 68

5.1.1.6.3  Handovers between 5GS and EPS  p. 69

5.1.1.6.4  RRC redirection measurement |R17|  p. 75

5.1.1.6.5  Intra/Inter-frequency Handover related measurements |R17|  p. 75

5.1.1.6.6  Inter-gNB conditional handovers |R17|  p. 77

5.1.1.6.7  Intra-gNB conditional handovers |R17|  p. 82

5.1.1.6.8  Inter-gNB DAPS handovers |R17|  p. 83

5.1.1.6.9  Intra-gNB DAPS handovers |R17|  p. 87

5.1.1.6.10  Average Time Interval for Preparation of the SN initiated inter-SN CPC |R18|  p. 88

5.1.1.7.1  Total number of DL initial TBs  p. 88

5.1.1.7.2  Intial error number of DL TBs  p. 89

5.1.1.7.3  Total number of DL TBs  p. 89

5.1.1.7.4  Total error number of DL TBs  p. 89

5.1.1.7.5  Residual error number of DL TBs  p. 90

5.1.1.7.6  Total number of UL initial TBs  p. 90

5.1.1.7.7  Error number of UL initial TBs  p. 90

5.1.1.7.8  Total number of UL TBs  p. 91

5.1.1.7.9  Total error number of UL TBs  p. 91

5.1.1.7.10  Residual error number of UL TBs  p. 92

5.1.1.10.1  Number of DRBs attempted to setup  p. 92

5.1.1.10.2  Number of DRBs successfully setup  p. 92

5.1.1.10.3  Number of released active DRBs  p. 93

5.1.1.10.4  In-session activity time for DRB  p. 94

5.1.1.10.7  Number of DRBs attempted to be resumed |R17|  p. 95

5.1.1.10.8  Number of DRBs successfuly resumed |R17|  p. 96

5.1.1.10.9  Void

5.1.1.10.10  Void

5.1.1.10.11  Mean number of DRBs undergoing from User Plane Path Failures |R17|  p. 96

5.1.1.10.12  Number of DRBs attempted to setup in case of Dual Connectivity |R18|  p. 96

5.1.1.10.13  Number of DRBs successfully setup in case of Dual Connectivity |R18|  p. 97

5.1.1.11.1  Wideband CQI distribution  p. 97

5.1.1.12.1  MCS Distribution in PDSCH  p. 98

5.1.1.12.2  MCS Distribution in PUSCH  p. 98

5.1.1.12.3  PDSCH MCS Distribution for MU-MIMO |R17|  p. 99

5.1.1.12.4  PUSCH MCS Distribution for MU-MIMO |R17|  p. 99

5.1.1.13.1  QoS flow release  p. 99

5.1.1.13.2  QoS flow activity  p. 100

5.1.1.13.3  QoS flow setup  p. 101

5.1.1.13.4  QoS flow modification  p. 103

5.1.1.15.1  Attempted RRC connection establishments  p. 103

5.1.1.15.2  Successful RRC connection establishments  p. 103

5.1.1.15.3  Failed RRC connection establishments |R17|  p. 104

5.1.1.15.4  Number of Idle-state RRC release messages |R18|  p. 104

5.1.1.16.1  Attempted UE-associated logical NG-connection establishment from gNB to AMF  p. 105

5.1.1.16.2  Successful UE-associated logical NG-connection establishment from gNB to AMF  p. 105

5.1.1.17.1  Number of RRC connection re-establishment attempts  p. 105

5.1.1.17.2  Successful RRC connection re-establishment with UE context  p. 106

5.1.1.17.3  Successful RRC connection re-establishment without UE context  p. 106

5.1.1.17.4  Number of RRC connection re-establishment attempts followed by RRC Setup |R17|  p. 106

5.1.1.18.1  Number of RRC connection resuming attempts  p. 107

5.1.1.18.2  Successful RRC connection resuming  p. 107

5.1.1.18.3  Successful RRC connection resuming with fallback  p. 107

5.1.1.18.4  RRC connection resuming followed by network release  p. 108

5.1.1.18.5  RRC connection resuming followed by network suspension  p. 108

5.1.1.18.6  Number of RRC connection resuming attempts followed by RRC Setup |R17|  p. 108

5.1.1.19.1  Applicability of measurements  p. 109

5.1.1.19.2  PNF Power Consumption  p. 109

5.1.119.2.2  Minimum Power  p. 109

5.1.1.19.3  PNF Energy consumption  p. 110

5.1.1.19.4  PNF Temperature  p. 110

5.1.1.19.5  PNF Voltage  p. 111

5.1.1.19.6  PNF Current  p. 111

5.1.1.19.7  PNF Humidity  p. 111

5.1.1.20.1  Received Random Access Preambles per cell  p. 112

5.1.1.20.2  Received Random Access Preambles per SSB  p. 112

5.1.1.20.3  Distribution of number of RACH preambles per cell  p. 113

5.1.1.20.4  Distribution of RACH access delay  p. 113

5.1.1.21.1  Number of requested Intra-NRCell SSB Beam switch executions  p. 114

5.1.1.21.2  Number of successful Intra-NRCell SSB Beam switch executions  p. 114

5.1.1.22.1  SS-RSRP distribution per SSB  p. 115

5.1.1.22.2  SS-RSRP distribution per SSB of neighbor NR cell |R17|  p. 115

5.1.1.22.3  RSRP distribution per neighbor E-UTRAN cell |R17|  p. 115

5.1.1.22.4  SRS-RSRP measurement |R18|  p. 116

5.1.1.23.1  Mean number of Active UEs in the DL per cell  p. 116

5.1.1.23.2  Max number of Active UEs in the DL per cell  p. 117

5.1.1.23.3  Mean number of Active UEs in the UL per cell  p. 117

5.1.1.23.4  Max number of Active UEs in the UL per cell  p. 118

5.1.1.25.1  Handover failures related to MRO for intra-system mobility  p. 118

5.1.1.25.2  Handover failures related to MRO for inter-system mobility  p. 119

5.1.1.25.3  Unnecessary handovers for inter-system mobility  p. 119

5.1.1.25.4  Handover ping-pong for inter-system mobility  p. 120

5.1.1.25.5  Handover failures per beam-cell pair related to MRO for intra-system mobility |R17|  p. 120

5.1.1.25.6  Handover failures per beam-cell pair related to MRO for inter-system mobility |R18|  p. 120

5.1.1.25.7  Unnecessary handovers per beam-cell pair for inter-system mobility |R18|  p. 121

5.1.1.25.8  Handover ping-pong per beam-cell pair for inter-system mobility |R18|  p. 121

5.1.1.26.1  Type 1 power headroom distribution  p. 122

5.1.1.27.1  Number of CN Initiated paging records received by the gNB-CU  p. 122

5.1.1.27.2  Number of NG-RAN Initiated paging records received by the gNB-CU  p. 122

5.1.1.27.3  Void

5.1.1.27.4  Number of CN Initiated paging records discarded at the gNB-CU  p. 123

5.1.1.27.5  Number of NG-RAN Initiated paging records discarded at the gNB-CU  p. 123

5.1.1.27.6  Number of paging records discarded at the NRCellDU  p. 123

5.1.1.27.7  Number of NG-RAN Initiated paging records sent by the gNB-CU |R18|  p. 123

5.1.1.27.8  Number of successful NG-RAN Initiated paging sent by the gNB-CU |R18|  p. 124

5.1.1.28.1  Number of UE related the SSB beam Index (mean)  p. 124

5.1.1.29.1  Maximum transmit power of NR cell  p. 125

5.1.1.29.2  Mean transmit power of NR cell  p. 125

5.1.1.30.1  Scheduled PDSCH RBs per layer of MU-MIMO  p. 125

5.1.1.30.2  Scheduled PUSCH RBs per layer of MU-MIMO  p. 126

5.1.1.30.3  PDSCH Time-domain average Maximum Scheduled Layer Number of cell for MIMO scenario  p. 126

5.1.1.30.4  PUSCH Time-domain average Maximum Scheduled Layer Number of cell for MIMO scenario  p. 126

5.1.1.30.5  Average value of scheduled MIMO layers per PRB on the DL  p. 127

5.1.1.30.6  Average value of scheduled MIMO layers per PRB on the UL  p. 127

5.1.1.30.7  Available MIMO Layers Coverage Map per UE and per PRB on the DL |R18|  p. 128

5.1.1.30.8  Available MIMO Layers Coverage Map per UE and per PRB on the UL |R18|  p. 129

5.1.1.30.9  Distribution of Scheduled PDSCH PRBs based on MIMO Layers Coverage Map in DL |R18|  p. 129

5.1.1.30.10  Distribution of Scheduled PUSCH PRBs based on MIMO Layers Coverage Map in UL |R18|  p. 130

5.1.1.31.1  SS-RSRQ distribution in gNB |R18|  p. 130

5.1.1.31.2  SS-RSRQ distribution per SSB |R18|  p. 131

5.1.1.31.3  SS-RSRQ distribution per SSB of neighbor NR cell |R18|  p. 131

5.1.1.32.1  SS-SINR distribution in gNB |R18|  p. 132

5.1.1.32.2  SS-SINR distribution per SSB |R18|  p. 132

5.1.1.32.3  SS-SINR distribution per SSB of neighbor NR cell |R18|  p. 133

5.1.1.33.1  Timing Advance distribution for NR Cell  p. 133

5.1.1.33.2  Average Value of Timing Advance per SS-RSRP and AOA ranges |R18|  p. 133

5.1.2.1.1  DL PDCP SDU Data Volume Measurements  p. 139

5.1.2.1.2  UL PDCP SDU Data Volume Measurements  p. 140

5.1.2.2.1  UL PDCP SDU Success Rate  p. 142

5.1.2.3.1  Mean interruption time interval for 5QI 1 QoS Flow released due to double NG (double UE context)  p. 143

5.1.3.1.1  UL PDCP SDU Loss Rate  p. 143

5.1.3.1.2  UL F1-U Packet Loss Rate  p. 144

5.1.3.1.3  DL F1-U Packet Loss Rate  p. 144

5.1.3.2.1  DL PDCP SDU Drop rate in gNB-CU-UP  p. 145

5.1.3.2.2  DL RLC SDU Packet Drop Rate in gNB-DU  p. 146

5.1.3.3.1  Average delay DL in CU-UP  p. 146

5.1.3.3.2  Average delay DL on F1-U  p. 147

5.1.3.3.3  Average delay DL in gNB-DU  p. 147

5.1.3.3.4  Distribution of delay DL in CU-UP |R16|  p. 148

5.1.3.3.5  Distribution of delay DL on F1-U |R16|  p. 148

5.1.3.3.6  Distribution of delay DL in gNB-DU |R16|  p. 149

5.1.3.4.1  General information  p. 150

5.1.3.4.2  Average IP Latency DL in gNB-DU  p. 150

5.1.3.4.3  Distribution of IP Latency DL in gNB-DU |R16|  p. 150

5.1.3.5.1  UE Context Release Request (gNB-DU initiated)  p. 151

5.1.3.5.2  Number of UE Context Release Requests (gNB-CU initiated)  p. 151

5.1.3.6.1  PDCP PDU data volume Measurement  p. 152

5.1.3.6.2  PDCP SDU data volume Measurement  p. 153

5.1.3.7.1  Intra-gNB handovers  p. 155

5.1.3.10.1  Total number of UL PDCP SDU Packets  p. 158

5.1.3.10.2  Total number of DL PDCP SDU Packets in gNB-CU-UP  p. 158

5.1.3.10.3  Total number of DL RLC SDU Packets in gNB-DU  p. 159

5.1.4.1.1  Total cell In-Service duration  p. 159

5.1.4.1.2  Total cell outage duration  p. 160

5.1.4.1.3  Average cell outage duration  p. 160

5.1.4.1.4  Cell AvailabilityNRCellDU  p. 161