LTE Radio Access, Rel. RL50, Operating Documentation, Issue 02, Documentation Change Delivery 2 LTE Performance Measurements DN0944219 Issue 05B Approval Date 2014-04-10
LTE Performance Measurements
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DN0944219
Issue: 05B
LTE Performance Measurements
Table of Contents This document has 822 pages
Summary of changes................................................................... 38
1
Introduction to LTE Performance Measurement Counters........... 40
2 2.1 2.1.1 2.1.2 2.1.2.1 2.1.2.2 2.1.2.3
LTE performance measurements................................................. 44 LTE S1AP measurement (M8000)............................................... 44 Description of LTE S1AP measurement.......................................44 Counters of LTE S1AP measurement.......................................... 44 M8000C0 / Initial Context Setup requests....................................44 M8000C1 / Initial Context Setup completions.............................. 44 M8000C2 / Initial Context Setup failures due to Radio Network Layer cause..................................................................................45 M8000C3 / Initial Context Setup failures due to Transport Layer cause............................................................................................46 M8000C4 / Initial Context Setup failures due to Resource reasons. 46 M8000C5 / Initial Context Setup failures due to Other reasons... 47 M8000C6 / S1 setup requests......................................................48 M8000C7 / S1 setup completions................................................ 48 M8000C8 / S1 setup failure due to timer expiration..................... 49 M8000C9 / S1 setup failure due to MME rejection.......................50 M8000C11 / S1 Paging requests..................................................50 M8000C12 / Number of UE-associated logical S1-connection establishments............................................................................. 51 M8000C13 / Global S1 Reset initiated by the eNB...................... 51 M8000C14 / Global S1 Reset initiated by the MME.....................52 M8000C15 / Partial S1 Reset initiated by the eNB...................... 53 M8000C16 / Partial S1 Reset initiated by the MME..................... 53 M8000C23 / UE Context modification attempts........................... 54 M8000C24 / UE Context modification attempts due to AMBR.....54 M8000C25 / UE Context modification failures............................. 55 M8000C29 / Number of Uplink NAS Transport messages...........56 M8000C30 / Number of Downlink NAS Transport messages...... 56 M8000C31 / UE Context modification attempts due to CS Fallback ..................................................................................................... 57 M8000C32 / E-RAB Setup Requests for IMS emergency sessions. 58 M8000C33 / E-RAB Setup Completions for IMS emergency sessions....................................................................................... 58 M8000C34 / E-RAB setup failures for IMS emergency sessions due to to missing RB (Radio Bearer) resources...........................59 M8000C35 / Number of Location Reporting Control messages...60 M8000C36 / Number of Location Report messages.................... 61
2.1.2.4 2.1.2.5 2.1.2.6 2.1.2.7 2.1.2.8 2.1.2.9 2.1.2.10 2.1.2.11 2.1.2.12 2.1.2.13 2.1.2.14 2.1.2.15 2.1.2.16 2.1.2.17 2.1.2.18 2.1.2.19 2.1.2.20 2.1.2.21 2.1.2.22 2.1.2.23 2.1.2.24 2.1.2.25 2.1.2.26 2.1.2.27
Issue: 05B
DN0944219
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LTE Performance Measurements
2.1.2.28 2.1.2.29 2.1.2.30 2.1.2.31 2.1.2.32 2.1.2.33 2.2 2.2.1 2.2.2 2.2.2.1 2.2.2.2 2.2.2.3 2.2.2.4 2.2.2.5 2.2.2.6 2.2.2.7 2.2.2.8 2.2.2.9 2.2.2.10 2.2.2.11 2.2.2.12 2.2.2.13 2.2.2.14 2.2.2.15 2.2.2.16 2.2.2.17 2.2.2.18 2.2.2.19 2.2.2.20 2.2.2.21 2.2.2.22 2.2.2.23 2.2.2.24 2.2.2.25 2.2.2.26 2.2.2.27 2.2.2.28 2.2.2.29 2.2.2.30 2.2.2.31 2.2.2.32 2.2.2.33
4
M8000C37 / Number of successful X2 IP address retrievals via S1 ..................................................................................................... 61 M8000C38 / Number of attempted X2 IP address retrievals via S1. 62 M8000C39 / Number of WRITE-REPLACE WARNING REQUEST messages.....................................................................................62 M8000C40 / Number of WRITE-REPLACE WARNING RESPONSE messages................................................................63 M8000C41 / Number of KILL REQUEST messages....................64 M8000C42 / Number of KILL RESPONSE messages................. 64 LTE Cell Load measurement (M8001)......................................... 65 Description of LTE Cell Load measurement.................................65 Counters of LTE Cell Load measurement.................................... 65 M8001C0 / PDCP SDU delay on DL DTCH Min.......................... 65 M8001C1 / PDCP SDU delay on DL DTCH Max......................... 66 M8001C2 / PDCP SDU delay on DL DTCH Mean.......................66 M8001C3 / PDCP SDU delay on UL DTCH Min.......................... 67 M8001C4 / PDCP SDU delay on UL DTCH Max......................... 68 M8001C5 / PDCP SDU delay on UL DTCH Mean.......................68 M8001C6 / RACH setup attempts for small size messages........ 69 M8001C7 / RACH setup attempts for large size messages.........69 M8001C8 / RACH setup completions.......................................... 70 M8001C9 / Transmitted TBs on PCH...........................................71 M8001C10 / Transmitted TBs on BCH.........................................71 M8001C11 / Transmitted TBs on DL-SCH................................... 72 M8001C12 / HARQ retransmissions on DL-SCH.........................72 M8001C13 / Correct non-duplicate UL-SCH TB with original reception...................................................................................... 73 M8001C14 / Correct UL-SCH TB with re-reception..................... 74 M8001C15 / Erroneous UL-SCH TB receptions.......................... 74 M8001C16 / PUSCH transmissions using MCS0........................ 75 M8001C17 / PUSCH transmissions using MCS1........................ 75 M8001C18 / PUSCH transmissions using MCS2........................ 76 M8001C19 / PUSCH transmissions using MCS3........................ 77 M8001C20 / PUSCH transmissions using MCS4........................ 77 M8001C21 / PUSCH transmissions using MCS5........................ 78 M8001C22 / PUSCH transmissions using MCS6........................ 78 M8001C23 / PUSCH transmissions using MCS7........................ 79 M8001C24 / PUSCH transmissions using MCS8........................ 79 M8001C25 / PUSCH transmissions using MCS9........................ 80 M8001C26 / PUSCH transmissions using MCS10...................... 81 M8001C27 / PUSCH transmissions using MCS11.......................81 M8001C28 / PUSCH transmissions using MCS12...................... 82 M8001C29 / PUSCH transmissions using MCS13...................... 82 M8001C30 / PUSCH transmissions using MCS14...................... 83 M8001C31 / PUSCH transmissions using MCS15...................... 84 M8001C32 / PUSCH transmissions using MCS16...................... 84
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.34 2.2.2.35 2.2.2.36 2.2.2.37 2.2.2.38 2.2.2.39 2.2.2.40 2.2.2.41 2.2.2.42 2.2.2.43 2.2.2.44 2.2.2.45 2.2.2.46 2.2.2.47 2.2.2.48 2.2.2.49 2.2.2.50 2.2.2.51 2.2.2.52 2.2.2.53 2.2.2.54 2.2.2.55 2.2.2.56 2.2.2.57 2.2.2.58 2.2.2.59 2.2.2.60 2.2.2.61 2.2.2.62 2.2.2.63 2.2.2.64 2.2.2.65 2.2.2.66 2.2.2.67 2.2.2.68 2.2.2.69 2.2.2.70 2.2.2.71 2.2.2.72 2.2.2.73 2.2.2.74 2.2.2.75 2.2.2.76 2.2.2.77 2.2.2.78 2.2.2.79
Issue: 05B
M8001C33 / PUSCH transmissions using MCS17...................... 85 M8001C34 / PUSCH transmissions using MCS18...................... 86 M8001C35 / PUSCH transmissions using MCS19...................... 86 M8001C36 / PUSCH transmissions using MCS20...................... 87 M8001C37 / PUSCH transmissions using MCS21...................... 87 M8001C38 / PUSCH transmissions using MCS22...................... 88 M8001C39 / PUSCH transmissions using MCS23...................... 89 M8001C40 / PUSCH transmissions using MCS24...................... 89 M8001C41 / PUSCH transmissions using MCS25...................... 90 M8001C42 / PUSCH transmissions using MCS26...................... 91 M8001C43 / PUSCH transmissions using MCS27...................... 91 M8001C44 / PUSCH transmissions using MCS28...................... 92 M8001C45 / PDSCH transmissions using MCS0........................ 92 M8001C46 / PDSCH transmissions using MCS1........................ 93 M8001C47 / PDSCH transmissions using MCS2........................ 94 M8001C48 / PDSCH transmissions using MCS3........................ 94 M8001C49 / PDSCH transmissions using MCS4........................ 95 M8001C50 / PDSCH transmissions using MCS5........................ 95 M8001C51 / PDSCH transmissions using MCS6........................ 96 M8001C52 / PDSCH transmissions using MCS7........................ 96 M8001C53 / PDSCH transmissions using MCS8........................ 97 M8001C54 / PDSCH transmissions using MCS9........................ 98 M8001C55 / PDSCH transmissions using MCS10...................... 98 M8001C56 / PDSCH transmissions using MCS11.......................99 M8001C57 / PDSCH transmissions using MCS12...................... 99 M8001C58 / PDSCH transmissions using MCS13.................... 100 M8001C59 / PDSCH transmissions using MCS14.................... 101 M8001C60 / PDSCH transmissions using MCS15.................... 101 M8001C61 / PDSCH transmissions using MCS16.................... 102 M8001C62 / PDSCH transmissions using MCS17.................... 103 M8001C63 / PDSCH transmissions using MCS18.................... 103 M8001C64 / PDSCH transmissions using MCS19.................... 104 M8001C65 / PDSCH transmissions using MCS20.................... 104 M8001C66 / PDSCH transmissions using MCS21.................... 105 M8001C67 / PDSCH transmissions using MCS22.................... 106 M8001C68 / PDSCH transmissions using MCS23.................... 106 M8001C69 / PDSCH transmissions using MCS24.................... 107 M8001C70 / PDSCH transmissions using MCS25.................... 107 M8001C71 / PDSCH transmissions using MCS26.................... 108 M8001C72 / PDSCH transmissions using MCS27.................... 109 M8001C73 / PDSCH transmissions using MCS28.................... 109 M8001C74 / PUSCH transmission nacks using MCS0.............. 110 M8001C75 / PUSCH transmission nacks using MCS1.............. 110 M8001C76 / PUSCH transmission nacks using MCS2.............. 111 M8001C77 / PUSCH transmission nacks using MCS3.............. 112 M8001C78 / PUSCH transmission nacks using MCS4.............. 112
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LTE Performance Measurements
2.2.2.80 2.2.2.81 2.2.2.82 2.2.2.83 2.2.2.84 2.2.2.85 2.2.2.86 2.2.2.87 2.2.2.88 2.2.2.89 2.2.2.90 2.2.2.91 2.2.2.92 2.2.2.93 2.2.2.94 2.2.2.95 2.2.2.96 2.2.2.97 2.2.2.98 2.2.2.99 2.2.2.100 2.2.2.101 2.2.2.102 2.2.2.103 2.2.2.104 2.2.2.105 2.2.2.106 2.2.2.107 2.2.2.108 2.2.2.109 2.2.2.110 2.2.2.111 2.2.2.112 2.2.2.113 2.2.2.114 2.2.2.115 2.2.2.116 2.2.2.117 2.2.2.118 2.2.2.119 2.2.2.120 2.2.2.121 2.2.2.122 2.2.2.123 2.2.2.124 2.2.2.125
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M8001C79 / PUSCH transmission nacks using MCS5.............. 113 M8001C80 / PUSCH transmission nacks using MCS6.............. 113 M8001C81 / PUSCH transmission nacks using MCS7.............. 114 M8001C82 / PUSCH transmission nacks using MCS8.............. 115 M8001C83 / PUSCH transmission nacks using MCS9.............. 115 M8001C84 / PUSCH transmission nacks using MCS10............ 116 M8001C85 / PUSCH transmission nacks using MCS11............ 116 M8001C86 / PUSCH transmission nacks using MCS12............ 117 M8001C87 / PUSCH transmission nacks using MCS13............ 118 M8001C88 / PUSCH transmission nacks using MCS14............ 118 M8001C89 / PUSCH transmission nacks using MCS15............ 119 M8001C90 / PUSCH transmission nacks using MCS16............ 119 M8001C91 / PUSCH transmission nacks using MCS17............120 M8001C92 / PUSCH transmission nacks using MCS18............121 M8001C93 / PUSCH transmission nacks using MCS19............121 M8001C94 / PUSCH transmission nacks using MCS20............122 M8001C95 / PUSCH transmission nacks using MCS21............122 M8001C96 / PUSCH transmission nacks using MCS22............123 M8001C97 / PUSCH transmission nacks using MCS23............124 M8001C98 / PUSCH transmission nacks using MCS24............124 M8001C99 / PUSCH transmission nacks using MCS25............125 M8001C100 / PUSCH transmission nacks using MCS26..........126 M8001C101 / PUSCH transmission nacks using MCS27..........126 M8001C102 / PUSCH transmission nacks using MCS28..........127 M8001C103 / PDSCH transmission nacks using MCS0............127 M8001C104 / PDSCH transmission nacks using MCS1............128 M8001C105 / PDSCH transmission nacks using MCS2............129 M8001C106 / PDSCH transmission nacks using MCS3............129 M8001C107 / PDSCH transmission nacks using MCS4............130 M8001C108 / PDSCH transmission nacks using MCS5............130 M8001C109 / PDSCH transmission nacks using MCS6............131 M8001C110 / PDSCH transmission nacks using MCS7............ 132 M8001C111 / PDSCH transmission nacks using MCS8............ 132 M8001C112 / PDSCH transmission nacks using MCS9............ 133 M8001C113 / PDSCH transmission nacks using MCS10.......... 133 M8001C114 / PDSCH transmission nacks using MCS11.......... 134 M8001C115 / PDSCH transmission nacks using MCS12.......... 135 M8001C116 / PDSCH transmission nacks using MCS13.......... 135 M8001C117 / PDSCH transmission nacks using MCS14.......... 136 M8001C118 / PDSCH transmission nacks using MCS15.......... 136 M8001C119 / PDSCH transmission nacks using MCS16.......... 137 M8001C120 / PDSCH transmission nacks using MCS17..........138 M8001C121 / PDSCH transmission nacks using MCS18..........138 M8001C122 / PDSCH transmission nacks using MCS19..........139 M8001C123 / PDSCH transmission nacks using MCS20..........139 M8001C124 / PDSCH transmission nacks using MCS21..........140
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.126 2.2.2.127 2.2.2.128 2.2.2.129 2.2.2.130 2.2.2.131 2.2.2.132 2.2.2.133 2.2.2.134 2.2.2.135 2.2.2.136 2.2.2.137 2.2.2.138 2.2.2.139 2.2.2.140 2.2.2.141 2.2.2.142 2.2.2.143 2.2.2.144 2.2.2.145 2.2.2.146 2.2.2.147 2.2.2.148 2.2.2.149 2.2.2.150 2.2.2.151 2.2.2.152 2.2.2.153 2.2.2.154 2.2.2.155 2.2.2.156 2.2.2.157 2.2.2.158 2.2.2.159 2.2.2.160 2.2.2.161 2.2.2.162 2.2.2.163 2.2.2.164 2.2.2.165 2.2.2.166 2.2.2.167 2.2.2.168
Issue: 05B
M8001C125 / PDSCH transmission nacks using MCS22..........141 M8001C126 / PDSCH transmission nacks using MCS23..........141 M8001C127 / PDSCH transmission nacks using MCS24..........142 M8001C128 / PDSCH transmission nacks using MCS25..........142 M8001C129 / PDSCH transmission nacks using MCS26..........143 M8001C130 / PDSCH transmission nacks using MCS27..........144 M8001C131 / PDSCH transmission nacks using MCS28..........144 M8001C132 / RLC SDUs on DL DTCH..................................... 145 M8001C133 / RLC SDUs on DL DCCH..................................... 145 M8001C135 / RLC SDUs on UL DTCH..................................... 146 M8001C136 / RLC SDUs on UL DCCH..................................... 147 M8001C137 / RLC PDU first transmissions............................... 147 M8001C138 / RLC PDU re-transmissions................................. 148 M8001C139 / RLC PDU reception............................................. 148 M8001C140 / DL RLC C-PDUs transmitted the first time.......... 149 M8001C141 / DL RLC Data PDUs transmitted first time........... 150 M8001C142 / UL RLC PDUs received.......................................150 M8001C143 / Duplicate UL RLC PDU received.........................151 M8001C144 / UL RLC PDU retransmission requested on RLC level............................................................................................151 M8001C145 / UL RLC PDUs discarded.....................................152 M8001C146 / DL RLC SDU From PDCP...................................153 M8001C147 / Average number of UEs with buffered data in DL..... 153 M8001C148 / Max number of UEs with buffered data in DL...... 154 M8001C150 / Average number of UEs with buffered data in UL..... 155 M8001C151 / Max number of UEs with buffered data in UL...... 155 M8001C153 / PDCP SDUs in Uplink......................................... 156 M8001C154 / PDCP SDUs in Downlink.....................................156 M8001C155 / Discarded PDCP SDUs in downlink.................... 157 M8001C156 / Failed Transmission PDSCH MCS0.................... 158 M8001C157 / Failed Transmission PDSCH MCS1.................... 158 M8001C158 / Failed Transmission PDSCH MCS2.................... 159 M8001C159 / Failed Transmission PDSCH MCS3.................... 160 M8001C160 / Failed Transmission PDSCH MCS4.................... 160 M8001C161 / Failed Transmission PDSCH MCS5.................... 161 M8001C162 / Failed Transmission PDSCH MCS6.................... 162 M8001C163 / Failed Transmission PDSCH MCS7.................... 162 M8001C164 / Failed Transmission PDSCH MCS8.................... 163 M8001C165 / Failed Transmission PDSCH MCS9.................... 163 M8001C166 / Failed Transmission PDSCH MCS10.................. 164 M8001C167 / Failed Transmission PDSCH MCS11.................. 165 M8001C168 / Failed Transmission PDSCH MCS12.................. 165 M8001C169 / Failed Transmission PDSCH MCS13.................. 166 M8001C170 / Failed Transmission PDSCH MCS14.................. 167
DN0944219
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2.2.2.169 2.2.2.170 2.2.2.171 2.2.2.172 2.2.2.173 2.2.2.174 2.2.2.175 2.2.2.176 2.2.2.177 2.2.2.178 2.2.2.179 2.2.2.180 2.2.2.181 2.2.2.182 2.2.2.183 2.2.2.184 2.2.2.185 2.2.2.186 2.2.2.187 2.2.2.188 2.2.2.189 2.2.2.190 2.2.2.191 2.2.2.192 2.2.2.193 2.2.2.194 2.2.2.195 2.2.2.196 2.2.2.197 2.2.2.198 2.2.2.199 2.2.2.200 2.2.2.201 2.2.2.202 2.2.2.203 2.2.2.204 2.2.2.205 2.2.2.206 2.2.2.207 2.2.2.208 2.2.2.209 2.2.2.210 2.2.2.211 2.2.2.212
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M8001C171 / Failed Transmission PDSCH MCS15.................. 167 M8001C172 / Failed Transmission PDSCH MCS16.................. 168 M8001C173 / Failed Transmission PDSCH MCS17.................. 169 M8001C174 / Failed Transmission PDSCH MCS18.................. 169 M8001C175 / Failed Transmission PDSCH MCS19.................. 170 M8001C176 / Failed Transmission PDSCH MCS20.................. 171 M8001C177 / Failed Reception PUSCH MCS0......................... 171 M8001C178 / Failed Reception PUSCH MCS1......................... 172 M8001C179 / Failed Reception PUSCH MCS2......................... 172 M8001C180 / Failed Reception PUSCH MCS3......................... 173 M8001C181 / Failed Reception PUSCH MCS4......................... 174 M8001C182 / Failed Reception PUSCH MCS5......................... 174 M8001C183 / Failed Reception PUSCH MCS6......................... 175 M8001C184 / Failed Reception PUSCH MCS7......................... 176 M8001C185 / Failed Reception PUSCH MCS8......................... 176 M8001C186 / Failed Reception PUSCH MCS9......................... 177 M8001C187 / Failed Reception PUSCH MCS10....................... 178 M8001C188 / Failed Reception PUSCH MCS11....................... 178 M8001C189 / Failed Reception PUSCH MCS12....................... 179 M8001C190 / Failed Reception PUSCH MCS13....................... 180 M8001C191 / Failed Reception PUSCH MCS14....................... 180 M8001C192 / Failed Reception PUSCH MCS15....................... 181 M8001C193 / Failed Reception PUSCH MCS16....................... 181 M8001C194 / Failed Reception PUSCH MCS17....................... 182 M8001C195 / Failed Reception PUSCH MCS18....................... 183 M8001C196 / Failed Reception PUSCH MCS19....................... 183 M8001C197 / Failed Reception PUSCH MCS20....................... 184 M8001C199 / RRC Connected UEs Avg....................................185 M8001C200 / RRC Connected UEs Max...................................185 M8001C202 / Failed Transmission PDSCH MCS21.................. 186 M8001C203 / Failed Transmission PDSCH MCS22.................. 187 M8001C204 / Failed Transmission PDSCH MCS23.................. 187 M8001C205 / Failed Transmission PDSCH MCS24.................. 188 M8001C206 / Failed Transmission PDSCH MCS25.................. 189 M8001C207 / Failed Transmission PDSCH MCS26.................. 189 M8001C208 / Failed Transmission PDSCH MCS27.................. 190 M8001C209 / Failed Transmission PDSCH MCS28.................. 190 M8001C210 / Minimum queue length DL SRB.......................... 191 M8001C211 / Average queue length DL SRB............................192 M8001C212 / Maximum queue length DL SRB......................... 192 M8001C213 / Minimum queue length DL DRB.......................... 193 M8001C214 / Average queue length DL DRB........................... 194 M8001C215 / Maximum queue length DL DRB......................... 194 M8001C216 / Average number of available PRBs per TTI on PDSCH.......................................................................................195
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.213 2.2.2.214 2.2.2.215 2.2.2.216 2.2.2.217 2.2.2.218 2.2.2.219 2.2.2.220 2.2.2.221 2.2.2.222 2.2.2.223 2.2.2.224 2.2.2.225 2.2.2.226 2.2.2.227 2.2.2.228 2.2.2.229 2.2.2.230 2.2.2.231 2.2.2.232 2.2.2.233 2.2.2.234 2.2.2.235 2.2.2.236 2.2.2.237 2.2.2.238 2.2.2.239 2.2.2.240 2.2.2.241 2.2.2.242 2.2.2.243 2.2.2.244 2.2.2.245 2.2.2.246 2.2.2.247 2.2.2.248 2.2.2.249 2.2.2.250
Issue: 05B
M8001C217 / Average number of available PRBs per TTI on PUSCH.......................................................................................196 M8001C218 / RLC SDUs on BCCH...........................................196 M8001C219 / RLC SDUs on DL CCCH..................................... 197 M8001C220 / RLC SDUs on PCCH...........................................198 M8001C222 / RLC SDUs on UL CCCH..................................... 198 M8001C223 / Active UE per Cell average................................. 199 M8001C224 / Active UE per Cell max........................................199 M8001C227 / UEs with buffered DL data for DRB with QCI 1... 200 M8001C228 / UEs with buffered DL data for QCI2 bearer.........201 M8001C229 / UEs with buffered DL data for QCI3 bearer.........201 M8001C230 / UEs with buffered DL data for QCI4 bearer.........202 M8001C231 / Number of primary ETWS notifications............... 203 M8001C232 / Number of secondary ETWS notifications...........203 M8001C233 / Number of CMAS notifications............................ 204 M8001C235 / UEs with buffered DL data for non-GBR DRB..... 205 M8001C254 / Number of lost PDCP SDUs in UL...................... 205 M8001C255 / Number of lost PDCP SDUs in UL for QCI 1.......206 M8001C256 / Number of lost PDCP SDUs in UL for QCI 2.......207 M8001C257 / Number of lost PDCP SDUs in UL for QCI 3.......207 M8001C258 / Number of lost PDCP SDUs in UL for QCI 4.......208 M8001C259 / Number of lost PDCP SDUs in DL...................... 209 M8001C260 / Number of lost PDCP SDUs in DL for QCI 1.......209 M8001C261 / Number of lost PDCP SDUs in DL for QCI 2.......210 M8001C262 / Number of lost PDCP SDUs in DL for QCI 3....... 211 M8001C263 / Number of lost PDCP SDUs in DL for QCI 4....... 211 M8001C264 / Sum of Active UEs with buffered data in DL per cell. 212 M8001C265 / Denominator for Active UEs with buffered data in DL per cell.................................................................................. 213 M8001C266 / Sum of Active UEs with buffered data in UL per cell. 213 M8001C267 / Denominator for Active UEs with buffered data in UL per cell.................................................................................. 214 M8001C269 / Mean PDCP SDU delay on DL DTCH for DRB with QCI 1..........................................................................................215 M8001C270 / Mean PDCP SDU delay on DL DTCH for non-GBR DRB............................................................................................215 M8001C271 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 2........................................................................... 216 M8001C272 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 3........................................................................... 217 M8001C273 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 4........................................................................... 217 M8001C286 / RACH setup attempts for dedicated preambles.. 218 M8001C305 / PDCP SDU UL QCI 1.......................................... 218 M8001C306 / PDCP SDU UL QCI 2.......................................... 219 M8001C307 / PDCP SDU UL QCI 3.......................................... 220
DN0944219
9
LTE Performance Measurements
2.2.2.251 2.2.2.252 2.2.2.253 2.2.2.254 2.2.2.255 2.2.2.256 2.2.2.257 2.2.2.258 2.2.2.259 2.2.2.260 2.2.2.261 2.2.2.262 2.2.2.263 2.2.2.264 2.2.2.265 2.2.2.266 2.2.2.267 2.2.2.268 2.2.2.269 2.2.2.270 2.2.2.271 2.2.2.272 2.2.2.273 2.2.2.274 2.2.2.275 2.2.2.276 2.2.2.277 2.2.2.278 2.2.2.279 2.2.2.280 2.2.2.281 2.2.2.282 2.2.2.283 2.2.2.284 2.2.2.285 2.2.2.286 2.2.2.287 2.2.2.288
10
M8001C308 / PDCP SDU UL QCI 4.......................................... 220 M8001C314 / PDCP SDU DL QCI 1.......................................... 221 M8001C315 / PDCP SDU DL QCI 2.......................................... 222 M8001C316 / PDCP SDU DL QCI 3.......................................... 222 M8001C317 / PDCP SDU DL QCI 4.......................................... 223 M8001C318 / Sum of RRC Connected UEs per cell..................223 M8001C319 / Denominator for RRC Connected UEs per cell... 224 M8001C320 / Sum of Active UEs per cell.................................. 225 M8001C321 / Denominator for Active UEs per cell....................225 M8001C323 / PDCP SDU discarded DL QCI 1......................... 226 M8001C324 / PDCP SDU discarded DL QCI 2......................... 226 M8001C325 / PDCP SDU discarded DL QCI 3......................... 227 M8001C326 / PDCP SDU discarded DL QCI 4......................... 228 M8001C419 / UEs with buffered UL data for DRB with QCI 1... 228 M8001C420 / UEs with buffered UL data for non-GBR DRB..... 229 M8001C421 / Number of PDCCH order attempts......................230 M8001C422 / Number of initial PDCCH order attempts.............230 M8001C423 / Number of successful PDCCH orders................. 231 M8001C424 / Unavailability of dedicated preamble...................232 M8001C425 / Unavailability of dedicated preamble for PDCCH order purposes........................................................................... 232 M8001C426 / Unavailability of dedicated preamble for handover purposes.................................................................................... 233 M8001C427 / Number of UE state transitions from UL-In-Sync to UL-Out-Of-Sync......................................................................... 234 M8001C428 / Average number of UEs in UL-In-Sync............... 234 M8001C429 / Average number of UEs with unlimited power supply resources........................................................................ 235 M8001C430 / UE UL-Out-Of-Sync time T in the range 0 seconds < T <= 0.5 seconds.................................................................... 236 M8001C431 / UE UL-Out-Of-Sync time T in the range 0.5 seconds < T <= 2.5 seconds...................................................... 237 M8001C432 / UE UL-Out-Of-Sync time T in the range 2.5 seconds < T <= 10 seconds....................................................... 237 M8001C433 / UE UL-Out-Of-Sync time T in the range 10 seconds < T <= 100 seconds................................................................... 238 M8001C434 / UE UL-Out-Of-Sync time T larger than 100 seconds ................................................................................................... 239 M8001C435 / First transmissions on PUSCH using MCS0....... 240 M8001C436 / First transmissions on PUSCH using MCS1....... 240 M8001C437 / First transmissions on PUSCH using MCS2....... 241 M8001C438 / First transmissions on PUSCH using MCS3....... 242 M8001C439 / First transmissions on PUSCH using MCS4....... 242 M8001C440 / First transmissions on PUSCH using MCS5....... 243 M8001C441 / First transmissions on PUSCH using MCS6....... 243 M8001C442 / First transmissions on PUSCH using MCS7....... 244 M8001C443 / First transmissions on PUSCH using MCS8....... 245
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.289 2.2.2.290 2.2.2.291 2.2.2.292 2.2.2.293 2.2.2.294 2.2.2.295 2.2.2.296 2.2.2.297 2.2.2.298 2.2.2.299 2.2.2.300 2.2.2.301 2.2.2.302 2.2.2.303 2.2.2.304 2.2.2.305 2.2.2.306 2.2.2.307 2.2.2.308 2.2.2.309 2.2.2.310 2.2.2.311 2.2.2.312 2.2.2.313 2.2.2.314 2.2.2.315 2.2.2.316 2.2.2.317 2.2.2.318 2.2.2.319 2.2.2.320
Issue: 05B
M8001C444 / First transmissions on PUSCH using MCS9....... 245 M8001C445 / First transmissions on PUSCH using MCS10..... 246 M8001C446 / First transmissions on PUSCH using MCS11......247 M8001C447 / First transmissions on PUSCH using MCS12..... 247 M8001C448 / First transmissions on PUSCH using MCS13..... 248 M8001C449 / First transmissions on PUSCH using MCS14..... 248 M8001C450 / First transmissions on PUSCH using MCS15..... 249 M8001C451 / First transmissions on PUSCH using MCS16..... 250 M8001C452 / First transmissions on PUSCH using MCS17..... 250 M8001C453 / First transmissions on PUSCH using MCS18..... 251 M8001C454 / First transmissions on PUSCH using MCS19..... 252 M8001C455 / First transmissions on PUSCH using MCS20..... 252 M8001C456 / First transmissions on PUSCH using MCS21..... 253 M8001C457 / First transmissions on PUSCH using MCS22..... 253 M8001C458 / First transmissions on PUSCH using MCS23..... 254 M8001C459 / First transmissions on PUSCH using MCS24..... 255 M8001C460 / First transmission NACKs on PUSCH using MCS0.. 255 M8001C461 / First transmission NACKs on PUSCH using MCS1.. 256 M8001C462 / First transmission NACKs on PUSCH using MCS2.. 257 M8001C463 / First transmission NACKs on PUSCH using MCS3.. 257 M8001C464 / First transmission NACKs on PUSCH using MCS4.. 258 M8001C465 / First transmission NACKs on PUSCH using MCS5.. 258 M8001C466 / First transmission NACKs on PUSCH using MCS6.. 259 M8001C467 / First transmission NACKs on PUSCH using MCS7.. 260 M8001C468 / First transmission NACKs on PUSCH using MCS8.. 260 M8001C469 / First transmission NACKs on PUSCH using MCS9.. 261 M8001C470 / First transmission NACKs on PUSCH using MCS10 ................................................................................................... 262 M8001C471 / First transmission NACKs on PUSCH using MCS11. 262 M8001C472 / First transmission NACKs on PUSCH using MCS12 ................................................................................................... 263 M8001C473 / First transmission NACKs on PUSCH using MCS13 ................................................................................................... 263 M8001C474 / First transmission NACKs on PUSCH using MCS14 ................................................................................................... 264 M8001C475 / First transmission NACKs on PUSCH using MCS15 ................................................................................................... 265
DN0944219
11
LTE Performance Measurements
2.2.2.321 2.2.2.322 2.2.2.323 2.2.2.324 2.2.2.325 2.2.2.326 2.2.2.327 2.2.2.328 2.2.2.329 2.2.2.330 2.2.2.331 2.2.2.332 2.2.2.333 2.2.2.334 2.2.2.335 2.2.2.336 2.3 2.3.1 2.3.2 2.3.2.1 2.3.2.2 2.3.2.3 2.3.2.4 2.4 2.4.1 2.4.2 2.4.2.1 2.4.2.2 2.4.2.3 2.4.2.4 2.4.2.5 2.4.2.6 2.4.2.7 2.4.2.8 2.4.2.9 2.4.2.10 2.4.2.11
12
M8001C476 / First transmission NACKs on PUSCH using MCS16 ................................................................................................... 265 M8001C477 / First transmission NACKs on PUSCH using MCS17 ................................................................................................... 266 M8001C478 / First transmission NACKs on PUSCH using MCS18 ................................................................................................... 267 M8001C479 / First transmission NACKs on PUSCH using MCS19 ................................................................................................... 267 M8001C480 / First transmission NACKs on PUSCH using MCS20 ................................................................................................... 268 M8001C481 / First transmission NACKs on PUSCH using MCS21 ................................................................................................... 268 M8001C482 / First transmission NACKs on PUSCH using MCS22 ................................................................................................... 269 M8001C483 / First transmission NACKs on PUSCH using MCS23 ................................................................................................... 270 M8001C484 / First transmission NACKs on PUSCH using MCS24 ................................................................................................... 270 M8001C485 / Failed Reception PUSCH MCS21....................... 271 M8001C486 / Failed Reception PUSCH MCS22....................... 272 M8001C487 / Failed Reception PUSCH MCS23....................... 272 M8001C488 / Failed Reception PUSCH MCS24....................... 273 M8001C494 / Average number of DL carrier aggregated capable UEs............................................................................................ 273 M8001C495 / Average number of UEs with a configured SCell...... 274 M8001C496 / Average number of UEs with an activated SCell. 275 LTE Transport Load measurement (M8004).............................. 275 Description of LTE Transport Load measurement......................275 Counters of LTE Transport Load measurement......................... 276 M8004C0 / X2 data volume per eNB, incoming signaling data..276 M8004C1 / X2 data volume per eNB, outgoing signaling data.. 276 M8004C2 / Incoming u-plane X2 data volume per eNB.............277 M8004C3 / Outgoing u-plane X2 data volume per eNB.............278 LTE Power and Quality UL measurement (M8005)....................278 Description of LTE Power and Quality UL measurement........... 278 Counters of LTE Power and Quality UL measurement.............. 278 M8005C0 / RSSI for PUCCH Min.............................................. 278 M8005C1 / RSSI for PUCCH Max............................................. 279 M8005C2 / RSSI for PUCCH Mean........................................... 280 M8005C3 / RSSI for PUSCH Min...............................................280 M8005C4 / RSSI for PUSCH Max..............................................281 M8005C5 / RSSI for PUSCH Mean........................................... 282 M8005C6 / RSSI for PUCCH Level 01.......................................282 M8005C7 / RSSI for PUCCH Level 02.......................................283 M8005C8 / RSSI for PUCCH Level 03.......................................283 M8005C9 / RSSI for PUCCH Level 04.......................................284 M8005C10 / RSSI for PUCCH Level 05.....................................285
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.12 2.4.2.13 2.4.2.14 2.4.2.15 2.4.2.16 2.4.2.17 2.4.2.18 2.4.2.19 2.4.2.20 2.4.2.21 2.4.2.22 2.4.2.23 2.4.2.24 2.4.2.25 2.4.2.26 2.4.2.27 2.4.2.28 2.4.2.29 2.4.2.30 2.4.2.31 2.4.2.32 2.4.2.33 2.4.2.34 2.4.2.35 2.4.2.36 2.4.2.37 2.4.2.38 2.4.2.39 2.4.2.40 2.4.2.41 2.4.2.42 2.4.2.43 2.4.2.44 2.4.2.45 2.4.2.46 2.4.2.47 2.4.2.48 2.4.2.49 2.4.2.50 2.4.2.51 2.4.2.52 2.4.2.53 2.4.2.54 2.4.2.55 2.4.2.56 2.4.2.57
Issue: 05B
M8005C11 / RSSI for PUCCH Level 06..................................... 285 M8005C12 / RSSI for PUCCH Level 07.....................................286 M8005C13 / RSSI for PUCCH Level 08.....................................287 M8005C14 / RSSI for PUCCH Level 09.....................................287 M8005C15 / RSSI for PUCCH Level 10.....................................288 M8005C16 / RSSI for PUCCH Level 11..................................... 289 M8005C17 / RSSI for PUCCH Level 12.....................................289 M8005C18 / RSSI for PUCCH Level 13.....................................290 M8005C19 / RSSI for PUCCH Level 14.....................................291 M8005C20 / RSSI for PUCCH Level 15.....................................291 M8005C21 / RSSI for PUCCH Level 16.....................................292 M8005C22 / RSSI for PUCCH Level 17.....................................293 M8005C23 / RSSI for PUCCH Level 18.....................................293 M8005C24 / RSSI for PUCCH Level 19.....................................294 M8005C25 / RSSI for PUCCH Level 20.....................................295 M8005C26 / RSSI for PUCCH Level 21.....................................295 M8005C27 / RSSI for PUCCH Level 22.....................................296 M8005C28 / RSSI for PUSCH Level 01.....................................297 M8005C29 / RSSI for PUSCH Level 02.....................................297 M8005C30 / RSSI for PUSCH Level 03.....................................298 M8005C31 / RSSI for PUSCH Level 04.....................................299 M8005C32 / RSSI for PUSCH Level 05.....................................299 M8005C33 / RSSI for PUSCH Level 06.....................................300 M8005C34 / RSSI for PUSCH Level 07.....................................301 M8005C35 / RSSI for PUSCH Level 08.....................................301 M8005C36 / RSSI for PUSCH Level 09.....................................302 M8005C37 / RSSI for PUSCH Level 10.....................................303 M8005C38 / RSSI for PUSCH Level 11..................................... 303 M8005C39 / RSSI for PUSCH Level 12.....................................304 M8005C40 / RSSI for PUSCH Level 13.....................................305 M8005C41 / RSSI for PUSCH Level 14.....................................305 M8005C42 / RSSI for PUSCH Level 15.....................................306 M8005C43 / RSSI for PUSCH Level 16.....................................307 M8005C44 / RSSI for PUSCH Level 17.....................................307 M8005C45 / RSSI for PUSCH Level 18.....................................308 M8005C46 / RSSI for PUSCH Level 19.....................................309 M8005C47 / RSSI for PUSCH Level 20.....................................309 M8005C48 / RSSI for PUSCH Level 21.....................................310 M8005C49 / RSSI for PUSCH Level 22..................................... 311 M8005C54 / UE Power Headroom for PUSCH Level 1..............311 M8005C55 / UE Power Headroom for PUSCH Level 2............. 312 M8005C56 / UE Power Headroom for PUSCH Level 3............. 313 M8005C57 / UE Power Headroom for PUSCH Level 4............. 313 M8005C58 / UE Power Headroom for PUSCH Level 5............. 314 M8005C59 / UE Power Headroom for PUSCH Level 6............. 315 M8005C60 / UE Power Headroom for PUSCH Level 7............. 315
DN0944219
13
LTE Performance Measurements
2.4.2.58 2.4.2.59 2.4.2.60 2.4.2.61 2.4.2.62 2.4.2.63 2.4.2.64 2.4.2.65 2.4.2.66 2.4.2.67 2.4.2.68 2.4.2.69 2.4.2.70 2.4.2.71 2.4.2.72 2.4.2.73 2.4.2.74 2.4.2.75 2.4.2.76 2.4.2.77 2.4.2.78 2.4.2.79 2.4.2.80 2.4.2.81 2.4.2.82 2.4.2.83 2.4.2.84 2.4.2.85 2.4.2.86 2.4.2.87 2.4.2.88 2.4.2.89 2.4.2.90 2.4.2.91 2.4.2.92 2.4.2.93 2.4.2.94 2.4.2.95 2.4.2.96 2.4.2.97 2.4.2.98 2.4.2.99 2.4.2.100 2.4.2.101 2.4.2.102 2.4.2.103
14
M8005C61 / UE Power Headroom for PUSCH Level 8............. 316 M8005C62 / UE Power Headroom for PUSCH Level 9............. 316 M8005C63 / UE Power Headroom for PUSCH Level 10........... 317 M8005C64 / UE Power Headroom for PUSCH Level 11............318 M8005C65 / UE Power Headroom for PUSCH Level 12........... 318 M8005C66 / UE Power Headroom for PUSCH Level 13........... 319 M8005C67 / UE Power Headroom for PUSCH Level 14........... 320 M8005C68 / UE Power Headroom for PUSCH Level 15........... 320 M8005C69 / UE Power Headroom for PUSCH Level 16........... 321 M8005C70 / UE Power Headroom for PUSCH Level 17........... 321 M8005C71 / UE Power Headroom for PUSCH Level 18........... 322 M8005C72 / UE Power Headroom for PUSCH Level 19........... 323 M8005C73 / UE Power Headroom for PUSCH Level 20........... 323 M8005C74 / UE Power Headroom for PUSCH Level 21........... 324 M8005C75 / UE Power Headroom for PUSCH Level 22........... 325 M8005C76 / UE Power Headroom for PUSCH Level 23........... 325 M8005C77 / UE Power Headroom for PUSCH Level 24........... 326 M8005C78 / UE Power Headroom for PUSCH Level 25........... 326 M8005C79 / UE Power Headroom for PUSCH Level 26........... 327 M8005C80 / UE Power Headroom for PUSCH Level 27........... 328 M8005C81 / UE Power Headroom for PUSCH Level 28........... 328 M8005C82 / UE Power Headroom for PUSCH Level 29........... 329 M8005C83 / UE Power Headroom for PUSCH Level 30........... 330 M8005C84 / UE Power Headroom for PUSCH Level 31........... 330 M8005C85 / UE Power Headroom for PUSCH Level 32........... 331 M8005C87 / UE Power Headroom PUSCH Min........................ 331 M8005C88 / UE Power Headroom PUSCH Max....................... 332 M8005C89 / UE Power Headroom PUSCH Mean..................... 333 M8005C90 / SINR for PUCCH Min............................................ 333 M8005C91 / SINR for PUCCH Max........................................... 334 M8005C92 / SINR for PUCCH Mean......................................... 334 M8005C93 / SINR for PUSCH Min............................................ 335 M8005C94 / SINR for PUSCH Max........................................... 336 M8005C95 / SINR for PUSCH Mean......................................... 336 M8005C96 / SINR for PUCCH Level 1...................................... 337 M8005C97 / SINR for PUCCH Level 2...................................... 338 M8005C98 / SINR for PUCCH Level 3...................................... 338 M8005C99 / SINR for PUCCH Level 4...................................... 339 M8005C100 / SINR for PUCCH Level 5.................................... 339 M8005C101 / SINR for PUCCH Level 6.................................... 340 M8005C102 / SINR for PUCCH Level 7.................................... 341 M8005C103 / SINR for PUCCH Level 8.................................... 341 M8005C104 / SINR for PUCCH Level 9.................................... 342 M8005C105 / SINR for PUCCH Level 10.................................. 343 M8005C106 / SINR for PUCCH Level 11...................................343 M8005C107 / SINR for PUCCH Level 12.................................. 344
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.104 2.4.2.105 2.4.2.106 2.4.2.107 2.4.2.108 2.4.2.109 2.4.2.110 2.4.2.111 2.4.2.112 2.4.2.113 2.4.2.114 2.4.2.115 2.4.2.116 2.4.2.117 2.4.2.118 2.4.2.119 2.4.2.120 2.4.2.121 2.4.2.122 2.4.2.123 2.4.2.124 2.4.2.125 2.4.2.126 2.4.2.127 2.4.2.128 2.4.2.129 2.4.2.130 2.4.2.131 2.4.2.132 2.4.2.133 2.4.2.134 2.4.2.135 2.4.2.136 2.4.2.137 2.4.2.138 2.4.2.139 2.4.2.140 2.4.2.141 2.4.2.142 2.4.2.143 2.4.2.144 2.4.2.145 2.4.2.146 2.4.2.147 2.4.2.148 2.4.2.149
Issue: 05B
M8005C108 / SINR for PUCCH Level 13.................................. 344 M8005C109 / SINR for PUCCH Level 14.................................. 345 M8005C110 / SINR for PUCCH Level 15...................................346 M8005C111 / SINR for PUCCH Level 16................................... 346 M8005C112 / SINR for PUCCH Level 17...................................347 M8005C113 / SINR for PUCCH Level 18...................................348 M8005C114 / SINR for PUCCH Level 19...................................348 M8005C115 / SINR for PUCCH Level 20...................................349 M8005C116 / SINR for PUCCH Level 21...................................349 M8005C117 / SINR for PUCCH Level 22...................................350 M8005C118 / SINR for PUSCH Level 1..................................... 351 M8005C119 / SINR for PUSCH Level 2..................................... 351 M8005C120 / SINR for PUSCH Level 3.....................................352 M8005C121 / SINR for PUSCH Level 4.....................................353 M8005C122 / SINR for PUSCH Level 5.....................................353 M8005C123 / SINR for PUSCH Level 6.....................................354 M8005C124 / SINR for PUSCH Level 7.....................................354 M8005C125 / SINR for PUSCH Level 8.....................................355 M8005C126 / SINR for PUSCH Level 9.....................................356 M8005C127 / SINR for PUSCH Level 10...................................356 M8005C128 / SINR for PUSCH Level 11................................... 357 M8005C129 / SINR for PUSCH Level 12...................................358 M8005C130 / SINR for PUSCH Level 13...................................358 M8005C131 / SINR for PUSCH Level 14...................................359 M8005C132 / SINR for PUSCH Level 15...................................359 M8005C133 / SINR for PUSCH Level 16...................................360 M8005C134 / SINR for PUSCH Level 17...................................361 M8005C135 / SINR for PUSCH Level 18...................................361 M8005C136 / SINR for PUSCH Level 19...................................362 M8005C137 / SINR for PUSCH Level 20...................................363 M8005C138 / SINR for PUSCH Level 21...................................363 M8005C139 / SINR for PUSCH Level 22...................................364 M8005C140 / UL AMC upgrades............................................... 364 M8005C141 / UL AMC downgrades.......................................... 365 M8005C206 / Minimum of cell-wide RSSI on PUCCH...............366 M8005C207 / Maximum of cell-wide RSSI on PUCCH..............366 M8005C208 / Mean of cell-wide RSSI on PUCCH.................... 367 M8005C209 / Cell-wide RSSI on PUCCH level 1...................... 368 M8005C210 / Cell-wide RSSI on PUCCH level 2...................... 368 M8005C211 / Cell-wide RSSI on PUCCH level 3.......................369 M8005C212 / Cell-wide RSSI on PUCCH level 4...................... 370 M8005C213 / Cell-wide RSSI on PUCCH level 5...................... 370 M8005C214 / Cell-wide RSSI on PUCCH level 6...................... 371 M8005C215 / Cell-wide RSSI on PUCCH level 7...................... 372 M8005C216 / Cell-wide RSSI on PUCCH level 8...................... 372 M8005C217 / Cell-wide RSSI on PUCCH level 9...................... 373
DN0944219
15
LTE Performance Measurements
2.4.2.150 2.4.2.151 2.4.2.152 2.4.2.153 2.4.2.154 2.4.2.155 2.4.2.156 2.4.2.157 2.4.2.158 2.4.2.159 2.4.2.160 2.4.2.161 2.4.2.162 2.4.2.163 2.4.2.164 2.4.2.165 2.4.2.166 2.4.2.167 2.4.2.168 2.4.2.169 2.4.2.170 2.4.2.171 2.4.2.172 2.4.2.173 2.4.2.174 2.4.2.175 2.4.2.176 2.4.2.177 2.4.2.178 2.4.2.179 2.4.2.180 2.4.2.181 2.4.2.182 2.4.2.183 2.4.2.184 2.4.2.185 2.4.2.186 2.4.2.187 2.4.2.188 2.4.2.189 2.4.2.190 2.4.2.191 2.4.2.192 2.4.2.193 2.4.2.194 2.4.2.195
16
M8005C218 / Cell-wide RSSI on PUCCH level 10.................... 374 M8005C219 / Cell-wide RSSI on PUCCH level 11.....................374 M8005C220 / Cell-wide RSSI on PUCCH level 12.................... 375 M8005C221 / Cell-wide RSSI on PUCCH level 13.................... 376 M8005C222 / Cell-wide RSSI on PUCCH level 14.................... 376 M8005C223 / Cell-wide RSSI on PUCCH level 15.................... 377 M8005C224 / Cell-wide RSSI on PUCCH level 16.................... 378 M8005C225 / Cell-wide RSSI on PUCCH level 17.................... 378 M8005C226 / Cell-wide RSSI on PUCCH level 18.................... 379 M8005C227 / Cell-wide RSSI on PUCCH level 19.................... 380 M8005C228 / Cell-wide RSSI on PUCCH level 20.................... 380 M8005C229 / Cell-wide RSSI on PUCCH level 21.................... 381 M8005C230 / Cell-wide RSSI on PUCCH level 22.................... 382 M8005C231 / Minimum of cell-wide RSSI on PUSCH............... 382 M8005C232 / Maximum of cell-wide RSSI on PUSCH.............. 383 M8005C233 / Mean of cell-wide RSSI on PUSCH.....................383 M8005C234 / Cell-wide RSSI on PUSCH level 1...................... 384 M8005C235 / Cell-wide RSSI on PUSCH level 2...................... 385 M8005C236 / Cell-wide RSSI on PUSCH level 3...................... 385 M8005C237 / Cell-wide RSSI on PUSCH level 4...................... 386 M8005C238 / Cell-wide RSSI on PUSCH level 5...................... 387 M8005C239 / Cell-wide RSSI on PUSCH level 6...................... 387 M8005C240 / Cell-wide RSSI on PUSCH level 7...................... 388 M8005C241 / Cell-wide RSSI on PUSCH level 8...................... 389 M8005C242 / Cell-wide RSSI on PUSCH level 9...................... 389 M8005C243 / Cell-wide RSSI on PUSCH level 10.................... 390 M8005C244 / Cell-wide RSSI on PUSCH level 11.....................391 M8005C245 / Cell-wide RSSI on PUSCH level 12.................... 391 M8005C246 / Cell-wide RSSI on PUSCH level 13.................... 392 M8005C247 / Cell-wide RSSI on PUSCH level 14.................... 393 M8005C248 / Cell-wide RSSI on PUSCH level 15.................... 393 M8005C249 / Cell-wide RSSI on PUSCH level 16.................... 394 M8005C250 / Cell-wide RSSI on PUSCH level 17.................... 395 M8005C251 / Cell-wide RSSI on PUSCH level 18.................... 395 M8005C252 / Cell-wide RSSI on PUSCH level 19.................... 396 M8005C253 / Cell-wide RSSI on PUSCH level 20.................... 397 M8005C254 / Cell-wide RSSI on PUSCH level 21.................... 397 M8005C255 / Cell-wide RSSI on PUSCH level 22.................... 398 M8005C256 / Minimum of cell-wide SINR on PUCCH...............399 M8005C257 / Maximum of cell-wide SINR on PUCCH..............399 M8005C258 / Mean of cell-wide SINR on PUCCH.................... 400 M8005C259 / Cell-wide SINR on PUCCH level 1...................... 400 M8005C260 / Cell-wide SINR on PUCCH level 2...................... 401 M8005C261 / Cell-wide SINR on PUCCH level 3...................... 402 M8005C262 / Cell-wide SINR on PUCCH level 4...................... 402 M8005C263 / Cell-wide SINR on PUCCH level 5...................... 403
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.196 2.4.2.197 2.4.2.198 2.4.2.199 2.4.2.200 2.4.2.201 2.4.2.202 2.4.2.203 2.4.2.204 2.4.2.205 2.4.2.206 2.4.2.207 2.4.2.208 2.4.2.209 2.4.2.210 2.4.2.211 2.4.2.212 2.4.2.213 2.4.2.214 2.4.2.215 2.4.2.216 2.4.2.217 2.4.2.218 2.4.2.219 2.4.2.220 2.4.2.221 2.4.2.222 2.4.2.223 2.4.2.224 2.4.2.225 2.4.2.226 2.4.2.227 2.4.2.228 2.4.2.229 2.4.2.230 2.4.2.231 2.4.2.232 2.4.2.233 2.4.2.234 2.4.2.235 2.4.2.236 2.4.2.237 2.5 2.5.1 2.5.2 2.5.2.1
Issue: 05B
M8005C264 / Cell-wide SINR on PUCCH level 6...................... 404 M8005C265 / Cell-wide SINR on PUCCH level 7...................... 404 M8005C266 / Cell-wide SINR on PUCCH level 8...................... 405 M8005C267 / Cell-wide SINR on PUCCH level 9...................... 405 M8005C268 / Cell-wide SINR on PUCCH level 10.................... 406 M8005C269 / Cell-wide SINR on PUCCH level 11.................... 407 M8005C270 / Cell-wide SINR on PUCCH level 12.................... 407 M8005C271 / Cell-wide SINR on PUCCH level 13.................... 408 M8005C272 / Cell-wide SINR on PUCCH level 14.................... 409 M8005C273 / Cell-wide SINR on PUCCH level 15.................... 409 M8005C274 / Cell-wide SINR on PUCCH level 16.................... 410 M8005C275 / Cell-wide SINR on PUCCH level 17.................... 411 M8005C276 / Cell-wide SINR on PUCCH level 18.................... 411 M8005C277 / Cell-wide SINR on PUCCH level 19.................... 412 M8005C278 / Cell-wide SINR on PUCCH level 20.................... 412 M8005C279 / Cell-wide SINR on PUCCH level 21.................... 413 M8005C280 / Cell-wide SINR on PUCCH level 22.................... 414 M8005C281 / Minimum of cell-wide SINR on PUSCH...............414 M8005C282 / Maximum of cell-wide SINR on PUSCH..............415 M8005C283 / Mean of cell-wide SINR on PUSCH.................... 416 M8005C284 / Cell-wide SINR on PUSCH level 1...................... 416 M8005C285 / Cell-wide SINR on PUSCH level 2...................... 417 M8005C286 / Cell-wide SINR on PUSCH level 3...................... 418 M8005C287 / Cell-wide SINR on PUSCH level 4...................... 418 M8005C288 / Cell-wide SINR on PUSCH level 5...................... 419 M8005C289 / Cell-wide SINR on PUSCH level 6...................... 419 M8005C290 / Cell-wide SINR on PUSCH level 7...................... 420 M8005C291 / Cell-wide SINR on PUSCH level 8...................... 421 M8005C292 / Cell-wide SINR on PUSCH level 9...................... 421 M8005C293 / Cell-wide SINR on PUSCH level 10.................... 422 M8005C294 / Cell-wide SINR on PUSCH level 11.....................423 M8005C295 / Cell-wide SINR on PUSCH level 12.................... 423 M8005C296 / Cell-wide SINR on PUSCH level 13.................... 424 M8005C297 / Cell-wide SINR on PUSCH level 14.................... 424 M8005C298 / Cell-wide SINR on PUSCH level 15.................... 425 M8005C299 / Cell-wide SINR on PUSCH level 16.................... 426 M8005C300 / Cell-wide SINR on PUSCH level 17.................... 426 M8005C301 / Cell-wide SINR on PUSCH level 18.................... 427 M8005C302 / Cell-wide SINR on PUSCH level 19.................... 428 M8005C303 / Cell-wide SINR on PUSCH level 20.................... 428 M8005C304 / Cell-wide SINR on PUSCH level 21.................... 429 M8005C305 / Cell-wide SINR on PUSCH level 22.................... 430 LTE EPS Bearer measurement (M8006)....................................430 Description of LTE EPS Bearer measurement........................... 430 Counters of LTE EPS Bearer measurement.............................. 430 M8006C0 / EPS Bearer setup attempts..................................... 430
DN0944219
17
LTE Performance Measurements
2.5.2.2 2.5.2.3 2.5.2.4 2.5.2.5 2.5.2.6 2.5.2.7 2.5.2.8 2.5.2.9 2.5.2.10 2.5.2.11 2.5.2.12 2.5.2.13 2.5.2.14 2.5.2.15 2.5.2.16 2.5.2.17 2.5.2.18 2.5.2.19 2.5.2.20 2.5.2.21 2.5.2.22 2.5.2.23 2.5.2.24 2.5.2.25 2.5.2.26 2.5.2.27 2.5.2.28 2.5.2.29
18
M8006C1 / EPS Bearer setup completions................................431 M8006C2 / EPS Bearer setup failures due to Radio Network Layer ................................................................................................... 432 M8006C3 / EPS Bearer setup failures due to Transport Layer.. 432 M8006C4 / EPS Bearer setup failures due to Radio Resource reasons...................................................................................... 433 M8006C5 / EPS Bearer setup failures due to Other reasons.... 434 M8006C6 / EPC initiated EPS Bearer Release requests due to Normal release by UE................................................................ 434 M8006C7 / EPC initiated EPS Bearer Release requests due to Detach procedure by UE or MME.............................................. 435 M8006C8 / EPC initiated EPS Bearer Release requests due to Radio Network Layer cause....................................................... 436 M8006C9 / EPC initiated EPS Bearer Release requests due to Other causes..............................................................................437 M8006C10 / eNB initiated EPS Bearer Release requests due to normal release........................................................................... 437 M8006C12 / Released E-RABs due to Radio Link Failure initiated by eNB....................................................................................... 438 M8006C13 / eNB initiated EPS Bearer Release requests due to Other causes..............................................................................439 M8006C14 / eNB initiated EPS Bearer Release requests due to Transport Layer Cause...............................................................439 M8006C15 / eNB initiated EPS Bearer Release requests due to Radio Network Layer cause Redirect.........................................440 M8006C17 / Initial EPS Bearer setup attempts for QCI1........... 441 M8006C18 / Initial EPS Bearer setup attempts for non-GBR.... 441 M8006C26 / Additional EPS Bearer setup attempts for QCI1....442 M8006C35 / Initial EPS Bearer setup completions for QCI1......443 M8006C36 / Initial EPS Bearer setup completions for non-GBR..... 443 M8006C44 / Additional EPS Bearer setup completions for QCI1.... 444 M8006C89 / EPC initiated EPS Bearer Release requests for QCI1 due to Normal release by UE..................................................... 445 M8006C98 / EPC initiated EPS Bearer Release requests for QCI1 due to Detach procedure by UE or MME................................... 445 M8006C107 / EPC initiated EPS Bearer Release requests per QCI1 due to Radio Network Layer cause...................................446 M8006C116 / EPC initiated EPS Bearer Release requests for QCI1 due to Other causes......................................................... 447 M8006C125 / eNB initiated EPS Bearer Release requests for QCI1 due to normal release....................................................... 447 M8006C134 / eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause...................................448 M8006C143 / eNB initiated EPS Bearer Release requests for QCI1 due to Other causes......................................................... 449 M8006C152 / eNB initiated EPS Bearer Release requests for QCI1 due to Transport Layer Cause.......................................... 449
DN0944219
Issue: 05B
LTE Performance Measurements
2.5.2.30 2.5.2.31 2.5.2.32 2.5.2.33 2.5.2.34 2.5.2.35 2.5.2.36 2.5.2.37 2.5.2.38 2.5.2.39 2.5.2.40 2.5.2.41 2.5.2.42 2.5.2.43 2.5.2.44 2.5.2.45 2.5.2.46 2.5.2.47 2.5.2.48 2.5.2.49 2.5.2.50 2.5.2.51 2.5.2.52 2.5.2.53 2.5.2.54 2.6 2.6.1 2.6.2 2.6.2.1 2.6.2.2 2.6.2.3 2.6.2.4
Issue: 05B
M8006C161 / eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause Redirect.................... 450 M8006C162 / Initial EPS Bearer setup attempts for GBR DRBS of QCI2...........................................................................................451 M8006C163 / Initial EPS Bearer setup attempts for GBR DRBs of QCI3...........................................................................................452 M8006C164 / Initial EPS Bearer setup attempts for GBR DRBs of QCI4...........................................................................................452 M8006C165 / Additional EPS Bearer setup attempts for GBR DRBs of QCI2............................................................................ 453 M8006C166 / Additional EPS Bearer setup attempts for GBR DRBs of QCI3............................................................................ 454 M8006C167 / Additional EPS Bearer setup attempts for GBR DRBs of QCI4............................................................................ 454 M8006C168 / Initial EPS Bearer setup completions for GBR DRBs of QCI2.......................................................................................455 M8006C169 / Initial EPS Bearer setup completions for GBR DRBs of QCI3.......................................................................................456 M8006C170 / Initial EPS Bearer setup completions for GBR DRBs of QCI4.......................................................................................456 M8006C171 / Additional EPS Bearer setup completions for GBR DRBs of QCI2............................................................................ 457 M8006C172 / Additional EPS Bearer setup completions for GBR DRBs of QCI3............................................................................ 458 M8006C173 / Additional EPS Bearer setup completions for GBR DRBs of QCI4............................................................................ 458 M8006C174 / Pre-empted GBR bearers....................................459 M8006C175 / Pre-empted non-GBR bearers.............................460 M8006C176 / Released active ERABs QCI1............................. 460 M8006C177 / Released active ERABs QCI2............................. 461 M8006C178 / Released active ERABs QCI3............................. 462 M8006C179 / Released active ERABs QCI4............................. 462 M8006C180 / Released active non GBR ERABs (QCI5...9)......463 M8006C181 / In-session activity time for QCI1 ERABs............. 464 M8006C182 / In-session activity time for QCI2 ERABs............. 464 M8006C183 / In-session activity time for QCI3 ERABs............. 465 M8006C184 / In-session activity time for QCI4 ERABs............. 466 M8006C185 / In-session activity time for non-GBR ERABs (QCI5..9).................................................................................... 466 LTE Radio Bearer measurement (M8007)................................. 467 Description of LTE Radio Bearer measurement.........................467 Counters of LTE Radio Bearer measurement............................ 467 M8007C0 / Number of Data Radio Bearers attempted to setup...... 467 M8007C1 / Number of Data Radio Bearers successfully established................................................................................. 468 M8007C2 / Number of Data Radio Bearers failed to setup........469 M8007C3 / Number of released Data Radio Bearers due to Normal Release......................................................................... 470
DN0944219
19
LTE Performance Measurements
2.6.2.5 2.6.2.6 2.6.2.7 2.6.2.8 2.6.2.9 2.6.2.10 2.6.2.11 2.6.2.12 2.6.2.13 2.6.2.14 2.7 2.7.1 2.7.2 2.7.2.1 2.7.2.2 2.7.2.3 2.7.2.4 2.7.2.5 2.7.2.6 2.7.2.7 2.7.2.8 2.7.2.9 2.7.2.10 2.7.2.11 2.7.2.12 2.7.2.13 2.7.2.14 2.8 2.8.1 2.8.2 2.8.2.1 2.8.2.2 2.8.2.3 2.8.2.4 2.8.2.5
20
M8007C4 / Number of released Data Radio Bearers due to Detach........................................................................................471 M8007C5 / Number of released Data Radio Bearers due to Lost Radio Connection.......................................................................471 M8007C6 / Number of released Data Radio Bearers due to Other Reasons..................................................................................... 472 M8007C7 / SRB1 setup attempts...............................................473 M8007C8 / SRB1 setup completions......................................... 474 M8007C9 / SRB1 setup failures.................................................474 M8007C10 / SRB2 setup attempts.............................................475 M8007C11 / SRB2 setup completions........................................475 M8007C12 / SRB2 setup failures...............................................476 M8007C13 / Radio Bearer Release requests including redirect information................................................................................. 477 LTE RRC measurement (M8008)...............................................478 Description of LTE RRC measurement...................................... 478 Counters of LTE RRC measurement..........................................478 M8008C0 / Rejected RRC Connection re-establishments......... 478 M8008C1 / RRC Paging requests..............................................478 M8008C2 / Discarded RRC Paging requests.............................479 M8008C3 / RRC Paging messages........................................... 480 M8008C4 / Number of RRC Connection Re-establishment attempts..................................................................................... 480 M8008C5 / Number of successful RRC Connection Reestablishment procedures.......................................................... 481 M8008C6 / RRC Connection Re-establishment attempts per cause (Handover Failure)...........................................................482 M8008C7 / RRC Connection Re-establishment success per cause (Handover Failure)..................................................................... 482 M8008C8 / RRC Connection Re-establishment attempts per cause (Other Failure)................................................................. 483 M8008C9 / RRC Connection Re-establishment success per cause (Other Failure)............................................................................484 M8008C10 / Number of Report CGI Requests.......................... 484 M8008C11 / Number of successful CGI Reports....................... 485 M8008C15 / Number of UEs attempted to redirect to Home eNB... 486 M8008C16 / Number of RRC Pagings for ETWS or CMAS.......486 LTE Intra eNB Handover measurement (M8009).......................487 Description of LTE Intra eNB Handover measurement.............. 487 Counters of LTE Intra eNB Handover measurement..................487 M8009C0 / Total not started Handover preparations................. 487 M8009C1 / Total Handover decisions........................................ 488 M8009C2 / Intra eNB Handover preparations............................488 M8009C3 / Failed Intra eNB Handover preparations due to Admission Control...................................................................... 489 M8009C5 / Failed Intra-eNB Handover preparations caused by other reasons............................................................................. 490
DN0944219
Issue: 05B
LTE Performance Measurements
2.8.2.6 2.8.2.7 2.8.2.8 2.9 2.9.1 2.9.2 2.9.2.1 2.9.2.2 2.9.2.3 2.9.2.4 2.9.2.5 2.9.2.6 2.9.2.7 2.9.2.8 2.9.2.9 2.9.2.10 2.9.2.11 2.9.2.12 2.9.2.13 2.9.2.14 2.9.2.15 2.9.2.16 2.9.2.17 2.9.2.18 2.9.2.19 2.9.2.20 2.9.2.21 2.9.2.22 2.9.2.23 2.9.2.24 2.9.2.25 2.9.2.26 2.9.2.27
2.10 2.10.1 2.10.2 2.10.2.1 2.10.2.2 2.10.2.3 2.10.2.4 2.10.2.5 2.10.2.6 2.10.2.7
Issue: 05B
M8009C6 / Attempted intra eNB HO..........................................490 M8009C7 / Successful intra eNB HO.........................................491 M8009C8 / Total intra eNB HO failures due to timer.................. 492 LTE Power and Quality DL measurement (M8010)....................492 Description of LTE Power and Quality DL measurement........... 492 Counters of LTE Power and Quality DL measurement.............. 493 M8010C36 / UE Reported CQI Level 00....................................493 M8010C37 / UE Reported CQI Level 01....................................493 M8010C38 / UE Reported CQI Level 02....................................494 M8010C39 / UE Reported CQI Level 03....................................494 M8010C40 / UE Reported CQI Level 04....................................495 M8010C41 / UE Reported CQI Level 05....................................496 M8010C42 / UE Reported CQI Level 06....................................496 M8010C43 / UE Reported CQI Level 07....................................497 M8010C44 / UE Reported CQI Level 08....................................497 M8010C45 / UE Reported CQI Level 09....................................498 M8010C46 / UE Reported CQI Level 10....................................498 M8010C47 / UE Reported CQI Level 11.................................... 499 M8010C48 / UE Reported CQI Level 12....................................500 M8010C49 / UE Reported CQI Level 13....................................500 M8010C50 / UE Reported CQI Level 14....................................501 M8010C51 / UE Reported CQI Level 15....................................501 M8010C52 / CQI offset Min........................................................502 M8010C53 / CQI offset Max.......................................................503 M8010C54 / CQI offset Mean.....................................................503 M8010C55 / MIMO Open Loop Diversity Mode......................... 504 M8010C56 / MIMO Open Loop Spatial Multiplexing.................. 504 M8010C57 / MIMO Closed Loop Single Codeword................... 505 M8010C58 / MIMO Closed Loop Double Codeword..................506 M8010C59 / Open Loop MIMO mode switches......................... 506 M8010C60 / Closed Loop MIMO mode switches.......................507 M8010C61 / PDCCH allocations for PDSCH transmissions with HARQ reporting..........................................................................508 M8010C62 / PDCCH allocations for PDSCH transmissions with HARQ reporting for which eNB received no HARQ response from UE.............................................................................................. 508 LTE Cell Resource measurement (M8011)................................ 509 Description of LTE Cell Resource measurement....................... 509 Counters of LTE Cell Resource measurement...........................509 M8011C12 / UL PRB utilization per TTI Level 1.........................509 M8011C13 / UL PRB utilization per TTI Level 2.........................510 M8011C14 / UL PRB utilization per TTI Level 3......................... 511 M8011C15 / UL PRB utilization per TTI Level 4......................... 511 M8011C16 / UL PRB utilization per TTI Level 5.........................512 M8011C17 / UL PRB utilization per TTI Level 6.........................513 M8011C18 / UL PRB utilization per TTI Level 7.........................513
DN0944219
21
LTE Performance Measurements
2.10.2.8 2.10.2.9 2.10.2.10 2.10.2.11 2.10.2.12 2.10.2.13 2.10.2.14 2.10.2.15 2.10.2.16 2.10.2.17 2.10.2.18 2.10.2.19 2.10.2.20 2.10.2.21 2.10.2.22 2.10.2.23 2.10.2.24 2.10.2.25 2.10.2.26 2.10.2.27 2.10.2.28 2.10.2.29 2.10.2.30 2.10.2.31 2.10.2.32 2.10.2.33 2.10.2.34 2.10.2.35 2.10.2.36 2.10.2.37 2.10.2.38 2.10.2.39 2.10.2.40 2.10.2.41 2.10.2.42 2.10.2.43 2.10.2.44 2.10.2.45 2.10.2.46 2.10.2.47 2.10.2.48 2.10.2.49
22
M8011C19 / UL PRB utilization per TTI Level 8.........................514 M8011C20 / UL PRB utilization per TTI Level 9.........................515 M8011C21 / UL PRB utilization per TTI Level 10.......................515 M8011C22 / UL PRB utilization per TTI Min...............................516 M8011C23 / UL PRB utilization per TTI Max..............................516 M8011C24 / UL PRB utilization per TTI Mean........................... 517 M8011C25 / DL PRB utilization per TTI Level 1.........................518 M8011C26 / DL PRB utilization per TTI Level 2.........................518 M8011C27 / DL PRB utilization per TTI Level 3.........................519 M8011C28 / DL PRB utilization per TTI Level 4.........................520 M8011C29 / DL PRB utilization per TTI Level 5.........................520 M8011C30 / DL PRB utilization per TTI Level 6.........................521 M8011C31 / DL PRB utilization per TTI Level 7.........................522 M8011C32 / DL PRB utilization per TTI Level 8.........................522 M8011C33 / DL PRB utilization per TTI Level 9.........................523 M8011C34 / DL PRB utilization per TTI Level 10.......................523 M8011C35 / DL PRB utilisation per TTI Min...............................524 M8011C36 / DL PRB utilisation per TTI Max..............................525 M8011C37 / DL PRB utilisation per TTI Mean........................... 525 M8011C38 / CCEs available PDCCH scheduling...................... 526 M8011C39 / AGG1 used PDCCH.............................................. 527 M8011C40 / AGG2 used PDCCH.............................................. 527 M8011C41 / AGG4 used PDCCH.............................................. 528 M8011C42 / AGG8 used PDCCH.............................................. 528 M8011C43 / AGG1 blocked PDCCH..........................................529 M8011C44 / AGG2 blocked PDCCH..........................................530 M8011C45 / AGG4 blocked PDCCH..........................................530 M8011C46 / AGG8 blocked PDCCH..........................................531 M8011C47 / PRB used UL total................................................. 532 M8011C49 / PRB used PUCCH................................................. 532 M8011C50 / PRB used PUSCH................................................. 533 M8011C51 / PRB used DL total................................................. 534 M8011C54 / PRB used PDSCH................................................. 534 M8011C55 / Average UEs per UL TTI........................................535 M8011C56 / Max UEs per UL TTI.............................................. 536 M8011C57 / Average UEs per DL TTI........................................536 M8011C58 / Max UEs per DL TTI.............................................. 537 M8011C59 / Number of subframes with 1 OFDM symbol allocated to PDCCH.................................................................................. 538 M8011C60 / Number of subframes with 2 OFDM symbols allocated to PDCCH................................................................... 538 M8011C61 / Number of subframes with 3 OFDM symbols allocated to PDCCH................................................................... 539 M8011C62 / Average number of UEs configured for TTI Bundling mode.......................................................................................... 540 M8011C63 / Number of UL grants for TTI Bundling................... 540
DN0944219
Issue: 05B
LTE Performance Measurements
2.10.2.50 2.10.2.51 2.10.2.52 2.10.2.53 2.10.2.54 2.10.2.55 2.11 2.11.1 2.11.2 2.11.2.1 2.11.2.2 2.11.2.3 2.11.2.4 2.11.2.5 2.11.2.6 2.11.2.7 2.11.2.8 2.11.2.9 2.11.2.10 2.11.2.11 2.11.2.12 2.11.2.13 2.11.2.14 2.11.2.15 2.11.2.16 2.11.2.17 2.11.2.18 2.11.2.19 2.11.2.20 2.11.2.21 2.11.2.22 2.11.2.23 2.11.2.24 2.11.2.25 2.11.2.26 2.11.2.27 2.11.2.28 2.11.2.29 2.11.2.30 2.11.2.31 2.11.2.32 2.11.2.33
Issue: 05B
M8011C64 / Short UE retention time in TTI Bundling mode...... 541 M8011C65 / Medium UE retention time in TTI Bundling mode.. 542 M8011C66 / Long UE retention time in TTI Bundling mode....... 542 M8011C67 / Number of SCell configuration attempts................ 543 M8011C68 / Number of successful SCell configurations........... 544 M8011C69 / High cell load Indicator for Load Balancing........... 544 LTE Cell Throughput measurement (M8012)............................. 545 Description of LTE Cell Throughput measurement.................... 545 Counters of LTE Cell Throughput measurement........................545 M8012C0 / Total volume of original transmissions of DL-SCH TBs. 545 M8012C1 / Total volume of correct received UL-SCH TB with rereception.................................................................................... 546 M8012C2 / Total volume of retransmissions of DL-SCH TBs.... 546 M8012C3 / Total volume of correct non-duplicate received ULSCH TB with original receptions................................................ 547 M8012C12 / RLC data volume on DL DCCH.............................548 M8012C16 / RLC data volume on UL DCCH.............................548 M8012C17 / RLC PDU volume received....................................549 M8012C18 / RLC PDU volume transmitted............................... 549 M8012C19 / PDCP SDU data volume on eUu Interface uplink. 550 M8012C20 / PDCP SDU data volume on eUu Interface downlink... 551 M8012C21 / PDCP Throughput UL Min.....................................551 M8012C22 / PDCP Throughput UL Max....................................552 M8012C23 / PDCP Throughput UL Mean..................................552 M8012C24 / PDCP Throughput DL Min.....................................553 M8012C25 / PDCP Throughput DL Max....................................554 M8012C26 / PDCP Throughput DL Mean..................................554 M8012C27 / MAC PDU volume PDSCH MCS0.........................555 M8012C28 / MAC PDU volume PDSCH MCS1.........................556 M8012C29 / MAC PDU volume PDSCH MCS2.........................556 M8012C30 / MAC PDU volume PDSCH MCS3.........................557 M8012C31 / MAC PDU volume PDSCH MCS4.........................557 M8012C32 / MAC PDU volume PDSCH MCS5.........................558 M8012C33 / MAC PDU volume PDSCH MCS6.........................559 M8012C34 / MAC PDU volume PDSCH MCS7.........................559 M8012C35 / MAC PDU volume PDSCH MCS8.........................560 M8012C36 / MAC PDU volume PDSCH MCS9.........................560 M8012C37 / MAC PDU volume PDSCH MCS10.......................561 M8012C38 / MAC PDU volume PDSCH MCS11....................... 562 M8012C39 / MAC PDU volume PDSCH MCS12.......................562 M8012C40 / MAC PDU volume PDSCH MCS13.......................563 M8012C41 / MAC PDU volume PDSCH MCS14.......................563 M8012C42 / MAC PDU volume PDSCH MCS15.......................564 M8012C43 / MAC PDU volume PDSCH MCS16.......................565
DN0944219
23
LTE Performance Measurements
2.11.2.34 2.11.2.35 2.11.2.36 2.11.2.37 2.11.2.38 2.11.2.39 2.11.2.40 2.11.2.41 2.11.2.42 2.11.2.43 2.11.2.44 2.11.2.45 2.11.2.46 2.11.2.47 2.11.2.48 2.11.2.49 2.11.2.50 2.11.2.51 2.11.2.52 2.11.2.53 2.11.2.54 2.11.2.55 2.11.2.56 2.11.2.57 2.11.2.58 2.11.2.59 2.11.2.60 2.11.2.61 2.11.2.62 2.11.2.63 2.11.2.64 2.11.2.65 2.11.2.66 2.11.2.67 2.11.2.68 2.11.2.69 2.11.2.70 2.11.2.71 2.11.2.72 2.11.2.73 2.11.2.74 2.11.2.75 2.11.2.76 2.11.2.77
24
M8012C44 / MAC PDU volume PDSCH MCS17.......................565 M8012C45 / MAC PDU volume PDSCH MCS18.......................566 M8012C46 / MAC PDU volume PDSCH MCS19.......................567 M8012C47 / MAC PDU volume PDSCH MCS20.......................567 M8012C48 / MAC PDU volume PUSCH MCS0.........................568 M8012C49 / MAC PDU volume PUSCH MCS1.........................568 M8012C50 / MAC PDU volume PUSCH MCS2.........................569 M8012C51 / MAC PDU volume PUSCH MCS3.........................570 M8012C52 / MAC PDU volume PUSCH MCS4.........................570 M8012C53 / MAC PDU volume PUSCH MCS5.........................571 M8012C54 / MAC PDU volume PUSCH MCS6.........................571 M8012C55 / MAC PDU volume PUSCH MCS7.........................572 M8012C56 / MAC PDU volume PUSCH MCS8.........................573 M8012C57 / MAC PDU volume PUSCH MCS9.........................573 M8012C58 / MAC PDU volume PUSCH MCS10.......................574 M8012C59 / MAC PDU volume PUSCH MCS11....................... 574 M8012C60 / MAC PDU volume PUSCH MCS12.......................575 M8012C61 / MAC PDU volume PUSCH MCS13.......................576 M8012C62 / MAC PDU volume PUSCH MCS14.......................576 M8012C63 / MAC PDU volume PUSCH MCS15.......................577 M8012C64 / MAC PDU volume PUSCH MCS16.......................578 M8012C65 / MAC PDU volume PUSCH MCS17.......................578 M8012C66 / MAC PDU volume PUSCH MCS18.......................579 M8012C67 / MAC PDU volume PUSCH MCS19.......................579 M8012C68 / MAC PDU volume PUSCH MCS20.......................580 M8012C69 / MAC SDU volume on UL-CCCH........................... 581 M8012C70 / MAC SDU volume on UL-DCCH........................... 581 M8012C71 / MAC SDU volume on UL-DTCH............................582 M8012C74 / MAC SDU volume on DL-CCCH........................... 582 M8012C75 / MAC SDU volume on DL-DCCH........................... 583 M8012C76 / MAC SDU volume on DL-DTCH............................584 M8012C77 / RRC UL volume.....................................................584 M8012C78 / RRC DL volume.....................................................585 M8012C79 / RLC SDU UL-DTCH volume................................. 586 M8012C80 / RLC SDU DL-DTCH volume................................. 586 M8012C81 / MAC PDU volume PDSCH MCS21.......................587 M8012C82 / MAC PDU volume PDSCH MCS22.......................587 M8012C83 / MAC PDU volume PDSCH MCS23.......................588 M8012C84 / MAC PDU volume PDSCH MCS24.......................589 M8012C85 / MAC PDU volume PDSCH MCS25.......................589 M8012C86 / MAC PDU volume PDSCH MCS26.......................590 M8012C87 / MAC PDU volume PDSCH MCS27.......................590 M8012C88 / MAC PDU volume PDSCH MCS28.......................591 M8012C89 / Number of TTIs in UL with at least one UE scheduled to transmit user plane data.........................................................592
DN0944219
Issue: 05B
LTE Performance Measurements
2.11.2.78 2.11.2.79 2.11.2.80 2.11.2.81 2.11.2.82 2.11.2.83 2.11.2.84 2.11.2.85 2.11.2.86 2.11.2.87 2.11.2.88 2.11.2.89 2.11.2.90 2.11.2.91 2.11.2.92 2.11.2.93 2.11.2.94 2.11.2.95 2.11.2.96 2.11.2.97 2.11.2.98 2.11.2.99 2.11.2.100 2.11.2.101 2.11.2.102 2.11.2.103 2.11.2.104 2.11.2.105 2.11.2.106 2.11.2.107 2.11.2.108 2.11.2.109 2.11.2.110 2.11.2.111 2.11.2.112 2.11.2.113 2.11.2.114 2.11.2.115 2.11.2.116 2.11.2.117 2.11.2.118 2.11.2.119 2.11.2.120 2.11.2.121 2.12
Issue: 05B
M8012C90 / Number of TTIs in DL with at least one UE scheduled to receive user plane data..........................................................592 M8012C91 / IP Throughput volume in UL for QCI 1.................. 593 M8012C92 / IP Throughput time in UL for QCI 1....................... 593 M8012C93 / IP Throughput volume in UL for QCI 2.................. 594 M8012C94 / IP Throughput time in UL for QCI 2....................... 595 M8012C95 / IP Throughput volume in UL for QCI 3.................. 595 M8012C96 / IP Throughput time in UL for QCI 3....................... 596 M8012C97 / IP Throughput volume in UL for QCI 4.................. 596 M8012C98 / IP Throughput time in UL for QCI 4....................... 597 M8012C99 / IP Throughput volume in UL for QCI 5.................. 598 M8012C100 / IP Throughput time in UL for QCI 5..................... 598 M8012C101 / IP Throughput volume in UL for QCI 6................ 599 M8012C102 / IP Throughput time in UL for QCI 6..................... 599 M8012C103 / IP Throughput volume in UL for QCI 7................ 600 M8012C104 / IP Throughput time in UL for QCI 7..................... 601 M8012C105 / IP Throughput volume in UL for QCI 8................ 601 M8012C106 / IP Throughput time in UL for QCI 8..................... 602 M8012C107 / IP Throughput volume in UL for QCI 9................ 602 M8012C108 / IP Throughput time in UL for QCI 9..................... 603 M8012C116 / PDCP UL throughput Mean for QCI 1................. 604 M8012C117 / IP Throughput volume in DL for QCI 1................ 604 M8012C118 / IP Throughput time in DL for QCI 1..................... 605 M8012C119 / IP Throughput volume in DL for QCI 2................ 605 M8012C120 / IP Throughput time in DL for QCI 2..................... 606 M8012C121 / IP Throughput volume in DL for QCI 3................ 607 M8012C122 / IP Throughput time in DL for QCI 3..................... 607 M8012C123 / IP Throughput volume in DL for QCI 4................ 608 M8012C124 / IP Throughput time in DL for QCI 4..................... 608 M8012C125 / IP Throughput volume in DL for QCI 5................ 609 M8012C126 / IP Throughput time in DL for QCI 5..................... 610 M8012C127 / IP Throughput volume in DL for QCI 6................ 610 M8012C128 / IP Throughput time in DL for QCI 6..................... 611 M8012C129 / IP Throughput volume in DL for QCI 7................ 612 M8012C130 / IP Throughput time in DL for QCI 7..................... 612 M8012C131 / IP Throughput volume in DL for QCI 8................ 613 M8012C132 / IP Throughput time in DL for QCI 8..................... 613 M8012C133 / IP Throughput volume in DL for QCI 9................ 614 M8012C134 / IP Throughput time in DL for QCI 9..................... 615 M8012C143 / PDCP DL throughput Mean for QCI 1................. 615 M8012C144 / MAC PDU volume PUSCH MCS21.....................616 M8012C145 / MAC PDU volume PUSCH MCS22.....................616 M8012C146 / MAC PDU volume PUSCH MCS23.....................617 M8012C147 / MAC PDU volume PUSCH MCS24.....................618 M8012C151 / PCell RLC data volume in DL via SCell...............618 LTE UE State measurement (M8013)........................................ 619
DN0944219
25
LTE Performance Measurements
2.12.1 2.12.2 2.12.2.1 2.12.2.2 2.12.2.3 2.12.2.4 2.12.2.5 2.12.2.6 2.12.2.7 2.12.2.8 2.12.2.9 2.12.2.10 2.12.2.11 2.12.2.12 2.12.2.13 2.12.2.14 2.12.2.15 2.12.2.16 2.12.2.17 2.12.2.18 2.12.2.19 2.12.2.20 2.12.2.21 2.13 2.13.1 2.13.2 2.13.2.1 2.13.2.2 2.13.2.3
26
Description of LTE UE State measurement................................619 Counters of LTE UE State measurement................................... 619 M8013C5 / Signaling Connection Establishment completions...619 M8013C6 / Signaling Connection Establishment failures due to RRC Setup completions missing................................................620 M8013C7 / Signaling Connection Establishment failures due to RRC Setup completions error.................................................... 620 M8013C8 / Signaling Connection Establishment failures due to Rejection by RRM RAC..............................................................621 M8013C9 / EPC initiated transitions to ECM-IDLE due to Normal release by UE.............................................................................622 M8013C10 / EPC initiated transitions to ECM-IDLE due to Detach procedure by UE or MME...........................................................622 M8013C11 / EPC initiated transitions to ECM-IDLE due to Radio Network Layer cause................................................................. 623 M8013C12 / EPC initiated transitions to ECM-IDLE due to Other causes........................................................................................624 M8013C13 / eNB initiated transitions to ECM-IDLE due to Normal release....................................................................................... 624 M8013C15 / eNB initiated transitions to ECM-IDLE due to Radio Network Layer cause................................................................. 625 M8013C16 / eNB initiated transitions to ECM-IDLE due to Other causes........................................................................................626 M8013C17 / Signaling Connection Establishment attempts due to MO-Signaling............................................................................. 627 M8013C18 / Signaling Connection Establishment attempts due to MT-Access................................................................................. 627 M8013C19 / Signaling Connection Establishment attempts due to MO-Data.....................................................................................628 M8013C20 / Signaling Connection Establishment attempts due to others......................................................................................... 629 M8013C21 / Number of Signaling Connection Establishment attempts for emergency calls..................................................... 629 M8013C24 / Subframes of DRX Active UE................................630 M8013C25 / Subframes of DRX Sleep UE................................ 631 M8013C26 / Signaling Connection Establishment completions for emergency calls......................................................................... 631 M8013C27 / Signaling Connection Establishment failures for emergency calls due to missing RB resources.......................... 632 M8013C28 / Pre-empted UE contexts due to pre-emption of last non-GBR bearer.........................................................................633 LTE Inter eNB Handover measurement (M8014).......................633 Description of LTE Inter eNB Handover measurement.............. 633 Counters of LTE Inter eNB Handover measurement..................634 M8014C0 / Inter eNB Handover preparations............................634 M8014C2 / Failed Inter eNB Handover preparations due to timer... 634 M8014C3 / Failed Inter eNB Handover preparations due to target eNB admission control............................................................... 635
DN0944219
Issue: 05B
LTE Performance Measurements
2.13.2.4 2.13.2.5 2.13.2.6 2.13.2.7 2.13.2.8 2.13.2.9 2.13.2.10 2.13.2.11 2.13.2.12 2.13.2.13 2.13.2.14 2.14 2.14.1 2.14.2 2.14.2.1 2.14.2.2 2.14.2.3 2.14.2.4 2.14.2.5 2.14.2.6 2.14.2.7 2.14.2.8 2.14.2.9 2.14.2.10 2.14.2.11 2.14.2.12 2.14.2.13 2.15 2.15.1 2.15.2 2.15.2.1
Issue: 05B
M8014C5 / Failed Inter-eNB Handover preparations caused by other reasons............................................................................. 636 M8014C6 / Attempted inter eNB HO..........................................636 M8014C7 / Successful inter eNB HO.........................................637 M8014C8 / Number of Inter eNB Handover failures ................. 637 M8014C14 / Inter eNB S1-Handover preparations.................... 638 M8014C15 / Failed Inter eNB S1-Handover preparations due to timer........................................................................................... 639 M8014C16 / Failed Inter eNB S1-Handover preparations due to target eNB admission control..................................................... 639 M8014C17 / Failed Inter-eNB S1-Handover preparations caused by other reasons........................................................................ 640 M8014C18 / Attempted inter eNB S1-HO.................................. 641 M8014C19 / Successful inter eNB S1-HO................................. 641 M8014C20 / Inter eNB S1-HO failures due to timer...................642 LTE Neighbor cell related Handover measurement (M8015)..... 643 Description of LTE Neighbor cell related Handover measurement.. 643 Counters of LTE Neighbor cell related Handover measurement...... 643 M8015C0 / Failed Intra eNB HO preparations per neighbor cell...... 643 M8015C1 / Intra eNB HO attempts per neighbor cell.................644 M8015C2 / Intra eNB HO successes per neighbor cell..............644 M8015C5 / Number of failed Inter eNB Handover preparations per neighbor cell relationship........................................................... 645 M8015C6 / Failed Inter eNB Handover preparations per neighbor cell due to expir. of guard timer TX2RELOCprep.......................646 M8015C7 / Failed Inter eNB Handover preparations per neighbor cell due to admission control in the target eNB..........................646 M8015C8 / Number of Inter eNB Handover attempts per neighbor cell relationship.......................................................................... 647 M8015C9 / Number of successful Inter eNB Handover completions per neighbor cell relationship................................. 648 M8015C10 / Number of Inter eNB Handover failures per cause per neighbor cell relationship..................................................... 649 M8015C15 / Intra eNB HO failures per neighbor cell.................649 M8015C16 / Number of Late Handover per neighbor cell relationship.................................................................................650 M8015C17 / Number of Early Handover Type1 per neighbor cell relationship.................................................................................651 M8015C18 / Number of Early Handover Type2 per neighbor cell relationship.................................................................................652 LTE Inter System Handover measurement (M8016)..................653 Description of LTE Inter System Handover measurement......... 653 Counters of LTE Inter System Handover measurement.............653 M8016C11 / CS Fallback attempts with redirection via RRC Connection Release...................................................................653
DN0944219
27
LTE Performance Measurements
2.15.2.2 2.15.2.3 2.15.2.4 2.15.2.5 2.15.2.6 2.15.2.7 2.15.2.8 2.15.2.9 2.15.2.10 2.15.2.11 2.15.2.12 2.15.2.13 2.15.2.14 2.15.2.15 2.15.2.16 2.15.2.17 2.15.2.18 2.16 2.16.1 2.16.2 2.16.2.1
2.16.2.2
2.16.2.3
2.16.2.4 2.16.2.5 2.16.2.6
28
M8016C12 / CS Fallback attempts (UE in Connected Mode) with redirection via RRC Connection Release...................................654 M8016C13 / CS Fallback attempts for emergency call reason with redirection via RRC Connection Release...................................655 M8016C14 / Inter System Handover preparations.....................655 M8016C15 / Failed Inter System Handover preparations due to timer........................................................................................... 656 M8016C16 / Failed Inter System Handover preparations due to admission control....................................................................... 657 M8016C17 / Failed Inter-System Handover preparations caused by other reasons........................................................................ 657 M8016C21 / Inter System Handover attempts........................... 658 M8016C23 / Successful Inter System Handover completions .. 659 M8016C25 / Failed Inter System Handover attempts................ 659 M8016C26 / Number of NACC from LTE to GSM attempts....... 660 M8016C29 / Inter System Handover attempts to UTRAN with SRVCC.......................................................................................661 M8016C30 / Successful Inter System Handover completions to UTRAN with SRVCC.................................................................. 661 M8016C31 / Failed Inter System Handover attempts to UTRAN with SRVCC............................................................................... 662 M8016C32 / CS Fallback attempts to UTRAN with PS Handover... 663 M8016C33 / Inter System Handover attempts to GERAN with SRVCC.......................................................................................663 M8016C34 / Successful Inter System Handover completions to GERAN with SRVCC..................................................................664 M8016C35 / Failed Inter System Handover attempts to GERAN with SRVCC............................................................................... 665 LTE Inter System Handover to UTRAN per Neighbor Cell measurement (M8017)...............................................................665 Description of LTE Inter System Handover to UTRAN per Neighbor Cell measurement...................................................... 665 Counters of LTE Inter System Handover to UTRAN per Neighbor Cell measurement...................................................................... 666 M8017C4 / Failed Inter System Handover preparations to UTRAN due to expiration of guarding timer per neighbor cell relationship.... 666 M8017C5 / Failed Inter System Handover preparations to UTRAN due to admission control in target cell per neighbor cell relationship.................................................................................666 M8017C6 / Failed Inter System Handover preparations to UTRAN due to other reasons in target cell per neighbor cell relationship..... 667 M8017C7 / Inter System Handover attempts to UTRAN per neighbor cell relationship........................................................... 668 M8017C8 / Successful Inter System Handover completions to UTRAN per neighbor cell relationship........................................668 M8017C9 / Failed Inter System Handover attempts to UTRAN per neighbor cell relationship........................................................... 669
DN0944219
Issue: 05B
LTE Performance Measurements
2.16.2.7 2.16.2.8 2.16.2.9 2.16.2.10 2.17 2.17.1 2.17.2 2.17.2.1 2.17.2.2 2.17.2.3 2.17.2.4 2.17.2.5 2.17.2.6 2.17.2.7 2.17.2.8 2.18 2.18.1 2.18.2 2.18.2.1 2.18.2.2 2.18.2.3 2.18.2.4 2.19 2.19.1 2.19.2 2.19.2.1 2.19.2.2 2.19.2.3 2.19.2.4 2.19.2.5 2.19.2.6 2.19.2.7
Issue: 05B
M8017C10 / Inter System Handover preparations per neighbor cell relationship.......................................................................... 670 M8017C11 / Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship........................................670 M8017C12 / Successful Inter System Handover completions to UTRAN with SRVCC per neighbor cell relationship................... 671 M8017C13 / Failed Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship................................ 672 LTE eNB Load measurement (M8018).......................................673 Description of LTE eNB Load measurement.............................. 673 Counters of LTE eNB Load measurement................................. 673 M8018C0 / Active UE per eNB average.....................................673 M8018C1 / Active UE per eNB max...........................................673 M8018C4 / UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB..................................... 674 M8018C5 / Active UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB....................675 M8018C6 / UE Contexts released due to S1 Reset messages (partial and global) initiated by MME..........................................675 M8018C7 / Active UE Contexts released due to S1 Reset messages (partial and global) initiated by MME........................ 676 M8018C8 / Sum of Active UEs per eNB.................................... 677 M8018C9 / Denominator for Active UEs per eNB...................... 677 LTE Inter System Handover to GSM per Neighbor Cell measurement (M8019)...............................................................678 Description of LTE Inter System Handover to GSM per Neighbor Cell measurement...................................................................... 678 Counters of LTE Inter System Handover to GSM per Neighbor Cell measurement...................................................................... 678 M8019C0 / Number of NACC from LTE to GSM attempts per neighbor cell relationship........................................................... 678 M8019C3 / Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship........................................679 M8019C4 / Successful Inter System Handover completions to GERAN with SRVCC per neighbor cell relationship...................680 M8019C5 / Failed Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship................................ 681 LTE Cell Availability measurement (M8020).............................. 681 Description of LTE Cell Availability measurement......................681 Counters of LTE Cell Availability measurement......................... 682 M8020C0 / Number of cell state changes to "cell is available".. 682 M8020C1 / Number of cell state changes to "cell is planned unavailable"................................................................................682 M8020C2 / Number of cell state changes to "cell is unplanned unavailable"................................................................................683 M8020C3 / Samples when the cell is available..........................684 M8020C4 / Samples when the cell is planned unavailable........ 684 M8020C5 / Samples when the cell is unplanned unavailable.... 685 M8020C6 / Cell availability denominator....................................685
DN0944219
29
LTE Performance Measurements
2.20 2.20.1 2.20.2 2.20.2.1 2.20.2.2 2.20.2.3 2.20.2.4 2.20.2.5 2.20.2.6 2.20.2.7 2.20.2.8 2.20.2.9 2.20.2.10 2.20.2.11 2.20.2.12 2.20.2.13 2.20.2.14 2.20.2.15 2.20.2.16 2.20.2.17 2.21 2.21.1 2.21.2 2.21.2.1 2.21.2.2 2.22 2.22.1 2.22.2 2.22.2.1 2.22.2.2 2.22.2.3 2.22.2.4 2.22.2.5
30
LTE Handover measurement (M8021)....................................... 686 Description of LTE Handover measurement.............................. 686 Counters of LTE Handover measurement..................................686 M8021C0 / Number of inter frequency Handover attempts........686 M8021C1 / Number of inter frequency Handover attempts (measurement gap assisted)......................................................687 M8021C2 / Number of successful inter-frequency Handover completions................................................................................ 688 M8021C3 / Number of successful inter-frequency Handover completions (measurement gap assisted)................................. 689 M8021C4 / Number of Handover failures per cause..................690 M8021C5 / Number of Handover failures per cause with measurement gap assisted........................................................ 690 M8021C6 / Handover preparations for IMS emergency sessions.... 691 M8021C9 / Failed Handover preparations for IMS emergency sessions..................................................................................... 692 M8021C12 / Handover attempts for IMS emergency sessions..693 M8021C15 / Successful Handover completions for IMS emergency sessions.................................................................. 694 M8021C18 / Number of Handover attempts for UEs running in DRX mode..................................................................................695 M8021C19 / Number of Handover completions for UEs running in DRX mode..................................................................................696 M8021C20 / Number of Late Handover..................................... 696 M8021C21 / Number of Early Handover Type1......................... 697 M8021C22 / Number of Early Handover Type2......................... 698 M8021C23 / Number of load balancing Handover attempts...... 699 M8021C24 / Number of successful load balancing Handover completions................................................................................ 700 LTE X2AP measurement (M8022)............................................. 701 Description of LTE X2AP measurement.....................................701 Counters of LTE X2AP measurement........................................ 701 M8022C0 / Number of X2 Setup attempts................................. 701 M8022C1 / Number of failed X2 Setup attempts........................702 LTE UE and Service Differentiation measurement (M8023)...... 702 Description of LTE UE and Service Differentiation measurement.... 702 Counters of LTE UE and Service Differentiation measurement. 703 M8023C0 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 1..............................................703 M8023C1 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 2..............................................703 M8023C2 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 3..............................................704 M8023C3 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 4..............................................705 M8023C4 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 5..............................................705
DN0944219
Issue: 05B
LTE Performance Measurements
2.22.2.6 2.22.2.7 2.22.2.8 2.22.2.9 2.22.2.10 2.22.2.11 2.22.2.12 2.22.2.13 2.22.2.14 2.22.2.15 2.22.2.16 2.22.2.17 2.22.2.18 2.22.2.19 2.22.2.20 2.22.2.21 2.22.2.22 2.22.2.23 2.22.2.24 2.22.2.25 2.22.2.26 2.22.2.27 2.22.2.28 2.22.2.29 2.22.2.30 2.22.2.31
Issue: 05B
M8023C5 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 6..............................................706 M8023C6 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 1..............................................707 M8023C7 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 2..............................................707 M8023C8 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 3..............................................708 M8023C9 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 4..............................................709 M8023C10 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 5......................................710 M8023C11 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 6..............................................710 M8023C12 / Average Number of active UE of Mobility Profile 1...... 711 M8023C13 / Average Number of active UE of Mobility Profile 2...... 712 M8023C14 / Average Number of active UE of Mobility Profile 3...... 712 M8023C15 / Average Number of active UE of Mobility Profile 4...... 713 M8023C16 / Average Number of active UE of Mobility Profile 5...... 714 M8023C17 / Average Number of active UE of Mobility Profile 6...... 714 M8023C18 / Average Number of active UE of Mobility Profile 7...... 715 M8023C19 / Average Number of active UE of Mobility Profile 8...... 716 M8023C20 / Average Number of active UE of Default Mobility Profile......................................................................................... 716 M8023C21 / Average number of active UEs of QCI Counter Group 1................................................................................................. 717 M8023C22 / Average number of active UEs of QCI Counter Group 2................................................................................................. 718 M8023C23 / Average number of active UEs of QCI Counter Group 3................................................................................................. 719 M8023C24 / Average number of active UEs of QCI Counter Group 4................................................................................................. 719 M8023C25 / Average number of active UEs of QCI Counter Group 5................................................................................................. 720 M8023C26 / Average number of active UEs of QCI Counter Group 6................................................................................................. 721 M8023C27 / Number of QCI Counter Group mismatch............. 721 M8023C28 / Average number of active UEs of Mobility Profile 9..... 722 M8023C29 / Average number of active UEs of Mobility Profile 10.. 723 M8023C30 / Average number of active UEs of Mobility Profile 11... 723
DN0944219
31
LTE Performance Measurements
2.22.2.32 2.22.2.33 2.22.2.34 2.22.2.35 2.22.2.36 2.23 2.23.1 2.23.2 2.23.2.1 2.23.2.2 2.23.2.3 2.23.2.4 2.23.2.5 2.23.2.6 2.23.2.7 2.24 2.24.1 2.24.2 2.24.2.1 2.24.2.2 2.24.2.3 2.24.2.4 2.24.2.5 2.24.2.6 2.24.2.7 2.24.2.8 2.24.2.9 2.24.2.10 2.24.2.11 2.24.2.12 2.24.2.13 2.24.2.14 2.24.2.15 2.24.2.16 2.24.2.17 2.24.2.18 2.24.2.19 2.24.2.20 2.24.2.21 2.24.2.22 2.24.2.23 2.24.2.24
32
M8023C31 / Average number of active UEs of Mobility Profile 12.. 724 M8023C32 / Average number of active UEs of Mobility Profile 13.. 725 M8023C33 / Average number of active UEs of Mobility Profile 14.. 725 M8023C34 / Average number of active UEs of Mobility Profile 15.. 726 M8023C35 / Average number of active UEs of Mobility Profile 16.. 727 LTE IP Statistics measurement (M51120).................................. 728 Description of LTE IP Statistics measurement........................... 728 Counters of LTE IP Statistics measurement...............................728 M51120C0 / ifInPackets15......................................................... 728 M51120C1 / ifInOctets15............................................................728 M51120C2 / ifOutPackets15.......................................................729 M51120C3 / ifOutOctets15......................................................... 730 M51120C4 / ifInErrors15............................................................ 730 M51120C5 / ifOutDroppedPackets.............................................731 M51120C6 / ifOutDroppedOctets............................................... 732 LTE PHB Statistics measurement (M51121).............................. 732 Description of LTE PHB Statistics measurement....................... 732 Counters of LTE PHB Statistics measurement...........................733 M51121C0 / ifOctets_EF............................................................ 733 M51121C1 / ifPackets_EF..........................................................733 M51121C2 / ifDroppedOctets_EF.............................................. 734 M51121C3 / ifDroppedPackets_EF............................................ 734 M51121C4 / ifOctets_AF4.......................................................... 735 M51121C5 / ifPackets_AF4........................................................736 M51121C6 / ifDroppedOctets_AF4............................................ 736 M51121C7 / ifDroppedPackets_AF4.......................................... 737 M51121C8 / ifOctets_AF3.......................................................... 738 M51121C9 / ifPackets_AF3........................................................738 M51121C10 / ifDroppedOctets_AF3.......................................... 739 M51121C11 / ifDroppedPackets_AF3........................................ 739 M51121C12 / ifOctets_AF2........................................................ 740 M51121C13 / ifPackets_AF2......................................................741 M51121C14 / ifDroppedOctets_AF2.......................................... 741 M51121C15 / ifDroppedPackets_AF2........................................ 742 M51121C16 / ifOctets_AF1........................................................ 743 M51121C17 / ifPackets_AF1......................................................743 M51121C18 / ifDroppedOctets_AF1.......................................... 744 M51121C19 / ifDroppedPackets_AF1........................................ 744 M51121C20 / ifOctets_BE.......................................................... 745 M51121C21 / ifPackets_BE........................................................746 M51121C22 / ifDroppedOctets_BE............................................ 746 M51121C23 / ifDroppedPackets_BE..........................................747
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LTE Performance Measurements
2.24.2.25 2.24.2.26 2.24.2.27 2.24.2.28 2.24.2.29 2.24.2.30 2.24.2.31 2.24.2.32 2.24.2.33 2.24.2.34 2.24.2.35 2.24.2.36 2.25 2.25.1 2.25.2 2.25.2.1 2.25.2.2 2.25.2.3 2.25.2.4 2.25.2.5 2.25.2.6 2.25.2.7 2.25.2.8 2.25.2.9 2.25.2.10 2.25.2.11 2.25.2.12 2.25.2.13 2.25.2.14 2.26 2.26.1 2.26.2 2.26.2.1 2.26.2.2 2.26.2.3 2.26.2.4 2.26.2.5 2.26.2.6 2.27 2.27.1 2.27.2 2.27.2.1 2.27.2.2 2.28 2.28.1 2.28.2
Issue: 05B
M51121C24 / ifRxOctets_EF......................................................748 M51121C25 / ifRxPackets_EF................................................... 748 M51121C26 / ifRxOctets_AF4....................................................749 M51121C27 / ifRxPackets_AF4................................................. 749 M51121C28 / ifRxOctets_AF3....................................................750 M51121C29 / ifRxPackets_AF3................................................. 751 M51121C30 / ifRxOctets_AF2....................................................751 M51121C31 / ifRxPackets_AF2................................................. 752 M51121C32 / ifRxOctets_AF1....................................................753 M51121C33 / ifRxPackets_AF1................................................. 753 M51121C34 / ifRxOctets_BE......................................................754 M51121C35 / ifRxPackets_BE................................................... 755 LTE Ethernet Link measurement (M51123)................................755 Description of LTE Ethernet Link measurement.........................755 Counters of LTE Ethernet Link measurement............................ 755 M51123C0 / EthIfInOcts_15....................................................... 755 M51123C1 / EthIfOutOcts_15.................................................... 756 M51123C2 / EthIfInPkt_15......................................................... 757 M51123C3 / EthIfOutPkt_15.......................................................757 M51123C4 / EthIfInPktErr_15.....................................................758 M51123C8 / EthIfInDiscRateLimiting..........................................759 M51123C16 / ethIfInVlanMismatch............................................ 759 M51123C17 / ethIfOutDiscShaping_Q5..................................... 760 M51123C18 / ethIfOutDiscShaping_Q4..................................... 760 M51123C19 / ethIfOutDiscShaping_Q3..................................... 761 M51123C20 / ethIfOutDiscShaping_Q2..................................... 762 M51123C21 / ethIfOutDiscShaping_Q1..................................... 762 M51123C22 / ethIfOutDiscShaping_Q6..................................... 763 M51123C23 / EthIfInBlocksDiscRateLimiting............................. 764 LTE IP Sec measurement (M51125).......................................... 764 Description of LTE IP Sec measurement................................... 764 Counters of LTE IP Sec measurement.......................................764 M51125C0 / Protected_ESPFramesTx...................................... 764 M51125C1 / Protected_ESPFramesRx......................................765 M51125C2 / Discarded_ESPFramesTx..................................... 766 M51125C3 / Discarded_ESPFramesRx..................................... 766 M51125C4 / Bypassed_FramesTx............................................. 767 M51125C5 / Bypassed_FramesRx.............................................768 LTE IP Filtering measurement (M51126)....................................768 Description of LTE IP Filtering measurement.............................768 Counters of LTE IP Filtering measurement................................ 769 M51126C0 / ipRmDroppedPacketsRateLimiting........................ 769 M51126C1 / ipRmDroppedPacketsFiltering............................... 769 LTE VLAN IP Statistics measurement (M51127)........................770 Description of LTE VLAN IP Statistics measurement.................770 Counters of LTE VLAN IP Statistics measurement.................... 770
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33
LTE Performance Measurements
2.28.2.1 2.28.2.2 2.28.2.3 2.28.2.4 2.28.2.5 2.28.2.6 2.28.2.7 2.29 2.29.1 2.29.2 2.29.2.1 2.29.2.2 2.29.2.3 2.29.2.4 2.29.2.5 2.29.2.6 2.29.2.7 2.29.2.8 2.29.2.9 2.29.2.10 2.29.2.11 2.29.2.12 2.29.2.13 2.29.2.14 2.29.2.15 2.29.2.16 2.29.2.17 2.29.2.18 2.29.2.19 2.29.2.20 2.29.2.21 2.29.2.22 2.29.2.23 2.29.2.24 2.29.2.25 2.29.2.26 2.29.2.27 2.29.2.28 2.29.2.29 2.29.2.30 2.29.2.31 2.29.2.32 2.29.2.33 2.29.2.34 2.29.2.35 2.29.2.36
34
M51127C0 / ifInPackets15......................................................... 770 M51127C1 / ifInOctets15............................................................771 M51127C2 / ifOutPackets15.......................................................771 M51127C3 / ifOutOctets15......................................................... 772 M51127C4 / ifInErrors15............................................................ 773 M51127C5 / ifOutDroppedPackets.............................................773 M51127C6 / ifOutDroppedOctets............................................... 774 LTE VLAN PHB Statistics measurement (M51128)....................775 Description of LTE VLAN PHB Statistics measurement.............775 Counters of LTE VLAN PHB Statistics measurement................ 775 M51128C0 / ifOctets_EF............................................................ 775 M51128C1 / ifPackets_EF..........................................................776 M51128C2 / ifDroppedOctets_EF.............................................. 776 M51128C3 / ifDroppedPackets_EF............................................ 777 M51128C4 / ifOctets_AF4.......................................................... 778 M51128C5 / ifPackets_AF4........................................................778 M51128C6 / ifDroppedOctets_AF4............................................ 779 M51128C7 / ifDroppedPackets_AF4.......................................... 780 M51128C8 / ifOctets_AF3.......................................................... 780 M51128C9 / ifPackets_AF3........................................................781 M51128C10 / ifDroppedOctets_AF3.......................................... 782 M51128C11 / ifDroppedPackets_AF3........................................ 782 M51128C12 / ifOctets_AF2........................................................ 783 M51128C13 / ifPackets_AF2......................................................784 M51128C14 / ifDroppedOctets_AF2.......................................... 784 M51128C15 / ifDroppedPackets_AF2........................................ 785 M51128C16 / ifOctets_AF1........................................................ 786 M51128C17 / ifPackets_AF1......................................................786 M51128C18 / ifDroppedOctets_AF1.......................................... 787 M51128C19 / ifDroppedPackets_AF1........................................ 788 M51128C20 / ifOctets_BE.......................................................... 788 M51128C21 / ifPackets_BE........................................................789 M51128C22 / ifDroppedOctets_BE............................................ 790 M51128C23 / ifDroppedPackets_BE..........................................790 M51128C24 / ifRxOctets_EF......................................................791 M51128C25 / ifRxPackets_EF................................................... 792 M51128C26 / ifRxOctets_AF4....................................................792 M51128C27 / ifRxPackets_AF4................................................. 793 M51128C28 / ifRxOctets_AF3....................................................794 M51128C29 / ifRxPackets_AF3................................................. 794 M51128C30 / ifRxOctets_AF2....................................................795 M51128C31 / ifRxPackets_AF2................................................. 796 M51128C32 / ifRxOctets_AF1....................................................796 M51128C33 / ifRxPackets_AF1................................................. 797 M51128C34 / ifRxOctets_BE......................................................798 M51128C35 / ifRxPackets_BE................................................... 798
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Issue: 05B
LTE Performance Measurements
Issue: 05B
2.30 2.30.1 2.30.2 2.30.2.1 2.30.2.2 2.30.2.3 2.30.2.4 2.31 2.31.1 2.31.2 2.31.2.1 2.31.2.2 2.31.2.3 2.31.2.4 2.31.2.5 2.32 2.32.1 2.32.2 2.32.2.1 2.33 2.33.1 2.33.2 2.33.2.1 2.33.2.2 2.33.2.3 2.33.2.4 2.33.2.5 2.34 2.34.1 2.34.2 2.34.2.1 2.34.2.2 2.34.2.3 2.34.2.4 2.34.2.5 2.34.2.6 2.35 2.35.1 2.35.2 2.35.2.1 2.35.2.2 2.35.2.3 2.35.2.4 2.35.2.5
LTE VLAN Statistics measurement (M51129)............................ 799 Description of LTE VLAN Statistics measurement..................... 799 Counters of LTE VLAN Statistics measurement.........................799 M51129C0 / rxEthernetPackets..................................................799 M51129C1 / rxEhernetOctets..................................................... 800 M51129C2 / txEthernetPackets..................................................800 M51129C3 / txEthernetOctets.................................................... 801 LTE ETH_IF Statistics measurement (M51130)......................... 802 Description of LTE ETH_IF Statistics measurement.................. 802 Counters of LTE ETH_IF Statistics measurement......................802 M51130C0 / rxEthernetPackets..................................................802 M51130C1 / rxEhernetOctets..................................................... 803 M51130C2 / txEthernetPackets..................................................803 M51130C3 / txEthernetOctets.................................................... 804 M51130C4 / EthIfInUnknownVLAN_15 ..................................... 804 LTE L2 Switch Statistics measurement (M51131)......................805 Description of LTE L2 Switch Statistics measurement............... 805 Counters of LTE L2 Switch Statistics measurement.................. 805 M51131C0 / ethIfOutDiscShaping.............................................. 805 LTE TWAMP Statistics measurement (M51132)........................ 806 Description of LTE TWAMP Statistics measurement................. 806 Counters of LTE TWAMP Statistics measurement.....................806 M51132C0 / avgRTT_15Min...................................................... 806 M51132C1 / maxRTT_15Min..................................................... 807 M51132C2 / minRTT_15Min...................................................... 808 M51132C3 / lostTwampMessages............................................. 808 M51132C4 / txTwampMessages................................................ 809 LTE TAC Statistics measurement (M51136).............................. 809 Description of LTE TAC Statistics measurement........................809 Counters of LTE TAC Statistics measurement........................... 810 M51136C0 / tacSuccessfulGbrNormal....................................... 810 M51136C1 / tacSuccessfulGbrHandover................................... 810 M51136C2 / tacSuccessfulGbrEmergency.................................811 M51136C3 / tacRejectedGbrNormal...........................................811 M51136C4 / tacRejectedGbrHandover...................................... 812 M51136C5 / tacRejectedGbrEmergency....................................813 LTE TOP FreqSync Statistics measurement (51137).................813 Description of LTE TOP FreqSync Statistics measurement.......813 Counters of LTE TOP FreqSync Statistics measurement.......... 814 M51137C0 / topRxFreqSyncMsg............................................... 814 M51137C1 / topMinFreqSyncError.............................................814 M51137C2 / topAvgFreqSyncError............................................ 815 M51137C3 / topMaxFreqSyncError............................................815 M51137C4 / topFreqSyncSLS....................................................816
3
Signaling Diagrams.................................................................... 818
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LTE Performance Measurements
3.1 3.2 3.3
36
Bearer Setup.............................................................................. 818 Intra eNB Handover................................................................... 820 Inter eNB Handover via X2........................................................ 821
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LTE Performance Measurements
List of Figures
Issue: 05B
Figure 1
Bearer setup scenario - part 1.......................................................... 819
Figure 2
Bearer setup scenario - part 2.......................................................... 820
Figure 3
Intra eNB Handover scenario........................................................... 821
Figure 4
Inter eNB Handover scenario........................................................... 822
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Summary of changes
LTE Performance Measurements
Summary of changes Changes between document issues are cumulative. Therefore, the latest document issue contains all changes made to previous issues.
Changes between issues 05A (2013-12-10, RL50) and 05B (2014-0410, RL50) The following counters have been updated: • • • •
M8009C5 M8014C5, M8014C17 M8016C17 M51125C0-M51125C3, M51125C5
Changes between issues 05 (2013-09-11, RL50) and 05A (2013-12-10, RL50) The following counters have been updated: • •
M8010C57 - M8010C58, M8010C60 M8011C62
The following counters have been added: • •
M8005C206 - M8005C305 M8012C89 - M8012C108, M8012C117 - M8012C134
Changes between issues 05 DRAFT (2013-06-21, RL50) and 05 (201309-11, RL50) The following counters/measurements have been updated: •
• • • • • • • • • •
• •
38
M8001C3 - M8001C5, M8001C149, M8001C152, M8001C199 - M8001C200, M8001C216 - M8001C217, M8001C223 - M8001C224, M8001C269 - M8001C273, M8001C305, M8001C428 - M8001C429, M8001C494 - M8001C495 M8006C2, M8006C4 M8009C5 M8011C62, M8011C65, M8011C69 M8013C5 M8014C5, M8014C17 M8016C17 M8018C0 - M8018C1 M8023C12 - M8023C26, M8023C28 - M8023C35 M51120C1, M51120C3, M51120C6 M51121C0, M51121C2, M51121C4, M51121C6, M51121C8, M51121C10, M51121C12, M51121C14, M51121C16, M51121C18, M51121C20, M51121C22, M51121C24, M51121C26, M51121C28, M51121C30, M51121C32, M51121C34 M51123C0 - M51123C1 M51127C1, M51127C3, M51127C6
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LTE Performance Measurements
•
• •
Summary of changes
M51128C0, M51128C2, M51128C4, M51128C6, M51128C8 - M51128C10, M51128C12 - M51128C14, M51128C16 - M51128C18, M51128C20 - M51128C22, M51128C24, M51128C26, M51128C28, M51128C30, M51128C32, M51128C34 M51129C1, M51129C3 M51130C1, M51130C3
The following counters have been added: •
M8018C8 - M8018C9
The following counters have been removed: • •
Issue: 05B
M8000C17 - M8000C22 M8001C221
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Introduction to LTE Performance Measurement Counters
LTE Performance Measurements
1 Introduction to LTE Performance Measurement Counters This manual describes the radio acces network related performance measurements for the LTE system, required to monitor functionality of the network elements and interfaces as specified in the E-UTRAN architecture. The scope is to define performance measurements for the LTE system which allows to monitor procedures and the resource situation inside the eNB.
Field descriptions of counter boxes The table describes fields used in the counter boxes.
40
Field name
Description
Counter ID
Counter identification M8009C1 Format: MxxxxCyyyy, where xxxx = measurement number, and yyyy = number which defines the counter within the measurement.
Network element name
Counter name - long version. Used in the OMS Element Manager.
Version
A database-internal version 5.2 number of the counter. The version number may be different in Operating Documentation (NED) and in the Reference Information Service in Product Information Center (NSN Customer Extranet) due to differences in the publishing of the database information. A change in the version number in itself does not indicate change in content. All content changes are explained in Operating Documentation (NED); Alternatively, use the Compare function in the Reference Information Service to export a list of counter changes in Excel format.
NetAct name
Counter name - short version. Used as database view column name in
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Example
Total Handover decisions
TOT_HO_DECISION
Issue: 05B
LTE Performance Measurements
Field name
Introduction to LTE Performance Measurement Counters
Description
Example
NetAct. The maximum length of NetAct name is 31 characters.
Issue: 05B
Description
Describes what information this counter provides.
Updated
Describes when this counter The counter is updated is updated; that is, what is when an intra eNB the triggering point. handover is dropped because of the Radio Link Failure.
Logical type
This field can be used for Sum example to tell whether this counter provides minimum, maximum, average, sum, or cumulative values. "sum" and "cumulative" are interchangeable terms, they both count the amount of some events or duration.
Trigger type
This field provides Event information on whether the triggering of the counter update is event based or periodical (sample based). The 3rd possibility is duration, in which case the triggering can be considered as a combination of start and stop events.
Sampling interval
If the trigger type is 1h, mandatory periodical, this field provides the used sampling interval.
Unit
The unit of the counter. The physical quantity is equal to the numerical value times the unit.
Integer number
Range
This field can be used if the counter has minimum and maximum values which are not self-evident.
(-)10 ...10
DN0944219
The number of positive Handover decisions. In case of a positive Handover decision, the RRM transmits a target cell list to the mobility management (MM) unit
41
Introduction to LTE Performance Measurement Counters
42
LTE Performance Measurements
Field name
Description
Example
Example values
This field can be used to further clarify what kind of values the counter may have. In most cases, this field is not needed.
-
Dependencies with other counters
Provides information on counters which are updated together with this counter.
-
Operability class
The operability class is used Transmission to map counters to basic network operability aspects. Example values: Mobility, Traffic, Resources, Admission, Quality, and Security.
Related to feature
Defines the feature which is the main reason for introducing this counter.
LTE651: Performance Monitoring I
Related to standard
The related standard, and its version number.
-
3GPP Measurement name (Clause header)
More detailed information on the related standard. Customised for 3GPP purposes.
-
3GPP Measurement type
More detailed information on the related standard. Customised for 3GPP purposes.
-
Exceptions to related standard
In a fully compliant case, this field can be used, for example, to describe how the standard defined counter can be derived from NSN counters, or what additional information the counters provide. In a partially compliant case, this field can be used to describe the difference between the standard defined and NSN counters. In that case, the 3GPP Measurement Type begins with 'VS'.
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LTE Performance Measurements
Issue: 05B
Introduction to LTE Performance Measurement Counters
Field name
Description
Example
Used from release
The first product release in which the counter was available.
LN0.5
Definition updated in release
The product release when the counter information has last been modified. This may happen, for example, due to a change in the measured functionality or due to a description clarification.
-
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LTE performance measurements
LTE Performance Measurements
2 LTE performance measurements 2.1 LTE S1AP measurement (M8000) 2.1.1 Description of LTE S1AP measurement S1 Interface measurement (M8000) measures GTP protocol procedures on user plane. Network Profile: PLMN-MRBTS-LNBTS NW Aggregation Levels: LNBTS
2.1.2 Counters of LTE S1AP measurement 2.1.2.1
M8000C0 / Initial Context Setup requests Counter ID: M8000C0
Network element name: Initial Context Setup requests
Version: 6.2
NetAct name: INI_CONT_STP_REQ
Description: The number of Initial Context Setup Requests. Updated: The reception of an S1AP:Initial Context Setup Request message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.2
44
Definition updated in release:
M8000C1 / Initial Context Setup completions Counter ID: M8000C1
Network element name: Initial Context Setup completions
Version: 6.2
NetAct name: INI_CONT_STP_COMP
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LTE Performance Measurements
LTE performance measurements
Description: The number of successful Initial Context Setup completions. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME for the successful Initial Context Setup completion. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.3
Definition updated in release:
M8000C2 / Initial Context Setup failures due to Radio Network Layer cause Counter ID: M8000C2
Network element name: Initial Context Setup failures due to Radio Network Layer cause
Version: 6.2
NetAct name: INI_CONT_STP_FAIL_RNL
Description: The number of Initial Context Setup failures the cause of which is the Radio Network Layer Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME for the failed Initial Context Setup. The transmission of the S1AP: Initial Context Setup Failure to MME if the Initial Context Setup procedure has failed and the cause is bearerindependent Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
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LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.4
Definition updated in release:
M8000C3 / Initial Context Setup failures due to Transport Layer cause Counter ID: M8000C3
Network element name: Initial Context Setup failures due to Transport Layer cause
Version: 6.2
NetAct name: INI_CONT_STP_FAIL_TRPORT
Description: The number of Initial Context Setup failures the cause of which is the Transport Layer. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME for the failed Initial Context Setup. Transmission of an S1AP: Initial Context Setup Failure to the MME if the Initial Context Setup procedure has failed and the cause is bearerindependent. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.5
46
Definition updated in release:
M8000C4 / Initial Context Setup failures due to Resource reasons Counter ID: M8000C4
Network element name: Initial Context Setup failures due to Resource reasons
Version: 6.2
NetAct name: INI_CONT_STP_FAIL_RESOUR
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LTE Performance Measurements
LTE performance measurements
Description: The number of Initial Context Setup failures because of Resource reasons. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME for the failed Initial Context Setup. The transmission of an S1AP: Initial Context Setup Failure message to MME if the Initial Context Setup procedure has failed and the cause is bearer-independent. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.6
Definition updated in release:
M8000C5 / Initial Context Setup failures due to Other reasons Counter ID: M8000C5
Network element name: Initial Context Setup failures due to Other reasons
Version: 6.2
NetAct name: INI_CONT_STP_FAIL_OTHER
Description: The number of Initial Context Setup failures because of Other reasons. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME for the failed Initial Context Setup. The transmission of an S1AP: Initial Context Setup Failure to the MME if the Initial Context Setup procedure has failed and the cause is bearer-independent The counter is updated if the failure detected does not match any other counter failure. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
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LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.1.2.7
Definition updated in release:
M8000C6 / S1 setup requests Counter ID: M8000C6
Network element name: S1 setup requests
Version: 5.2
NetAct name: S1_SETUP_ATT
Description: The number of S1 Setup Requests. Updated: This counter is updated when eNB transmits an S1AP:S1 Setup Request message to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.1.2.8
Definition updated in release:
M8000C7 / S1 setup completions Counter ID: M8000C7
Network element name: S1 setup completions
Version: 5.2
NetAct name: S1_SETUP_SUCC
Description: The number of S1 Setup completions.
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LTE performance measurements
Updated: This counter is updated when eNB receives an S1AP:S1 Setup Response message sent by MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.1.2.9
Definition updated in release:
M8000C8 / S1 setup failure due to timer expiration Counter ID: M8000C8
Network element name: S1 setup failure due to timer expiration
Version: 5.3
NetAct name: S1_SETUP_FAIL_NO_RESP
Description: The number of S1 Setup failures due to the expiration of the S1 setup procedure guarding timer. Updated: This counter is updated when the timer expires. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
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LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.1.2.10
Definition updated in release:
M8000C9 / S1 setup failure due to MME rejection Counter ID: M8000C9
Network element name: S1 setup failure due to MME rejection
Version: 5.3
NetAct name: S1_SETUP_FAIL_IND_BY_MME
Description: The number of S1 Setup failures due to the reception of S1 Setup Failure message from MME. Updated: This counter is updated when eNB receives an S1AP:S1 Setup Failure message sent by MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.1.2.11
Definition updated in release:
M8000C11 / S1 Paging requests Counter ID: M8000C11
Network element name: S1 Paging requests
Version: 5.2
NetAct name: S1_PAGING
Description: The number of S1 paging requests. Updated: This counter is updated when eNB receives an S1AP:Paging message sent by MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
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LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.1.2.12
Definition updated in release:
M8000C12 / Number of UE-associated logical S1-connection establishments Counter ID: M8000C12
Network element name: Number of UE-associated logical S1connection establishments
Version: 5.2
NetAct name: UE_LOG_S1_SETUP
Description: The establishment of UE-associated logical S1-connection is initiated by the reception of the first NAS signaling message within the RRC Connection Establishment. Updated: Transmission of the S1AP message INITIAL UE MESSAGE containing the first NAS signaling message to the MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.1.2.13
M8000C13 / Global S1 Reset initiated by the eNB Counter ID: M8000C13
Issue: 05B
Definition updated in release:
Network element name: Global S1 Reset initiated by the eNB
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LTE Performance Measurements
Version: 3.2
NetAct name: S1AP_GLOBAL_RESET_INIT_ENB
Description: The number of S1 Full Reset messages initiated by eNB. Updated: Transmission of a global S1AP: RESET Message Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.14
Definition updated in release:
M8000C14 / Global S1 Reset initiated by the MME Counter ID: M8000C14
Network element name: Global S1 Reset initiated by the MME
Version: 3.2
NetAct name: S1AP_GLOBAL_RESET_INIT_MME
Description: The number of S1 Full Reset messages initiated by MME Updated: Reception of a global S1AP:RESET Message sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type:
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LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.15
Definition updated in release:
M8000C15 / Partial S1 Reset initiated by the eNB Counter ID: M8000C15
Network element name: Partial S1 Reset initiated by the eNB
Version: 3.2
NetAct name: S1AP_PARTIAL_RESET_INIT_ENB
Description: The number of S1 Partial Reset messages initiated by eNB. Updated: Transmission of a partial S1AP: RESET Message Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.16
Definition updated in release:
M8000C16 / Partial S1 Reset initiated by the MME Counter ID: M8000C16
Network element name: Partial S1 Reset initiated by the MME
Version: 3.2
NetAct name: S1AP_PARTIAL_RESET_INIT_MME
Description: The number of S1 Partial Reset messages initiated by MME Updated: Reception of a partial S1AP:RESET Message sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
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LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.17
Definition updated in release:
M8000C23 / UE Context modification attempts Counter ID: M8000C23
Network element name: UE Context modification attempts
Version: 4.3
NetAct name: UE_CONTEXT_MOD_ATT
Description: The number of UE context modification attempts Updated: Reception of an S1AP:UE CONTEXT MODIFICATION REQUEST message sent by MME to the eNB irrespective of the modified information. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) LTE562: CSFB to UTRAN or GSM via redirect 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.18
M8000C24 / UE Context modification attempts due to AMBR Counter ID: M8000C24
54
Definition updated in release:
Network element name: UE Context modification attempts due to AMBR
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 4.2
NetAct name: UE_CONTEXT_MOD_ATT_AMBR
Description: The number of UE context modification attempts due to UE-AMBR modification Updated: Reception of an S1AP:UE CONTEXT MODIFICATION REQUEST message sent by MME to the eNB in case this message contains the UE-AMBR value. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE562: CSFB to UTRAN or GSM via redirect 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.19
Definition updated in release:
M8000C25 / UE Context modification failures Counter ID: M8000C25
Network element name: UE Context modification failures
Version: 4.3
NetAct name: UE_CONTEXT_MOD_FAIL
Description: The number of UE context modification failures Updated: Transmission of an S1AP:UE CONTEXT MODIFICATION FAILURE message sent by eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) LTE562: CSFB to UTRAN or GSM via redirect
Issue: 05B
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LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.20
Definition updated in release:
M8000C29 / Number of Uplink NAS Transport messages Counter ID: M8000C29
Network element name: Number of Uplink NAS Transport messages
Version: 4.2
NetAct name: S1AP_NAS_UPLINK
Description: The number of Uplink NAS Transport messages sent to MME. Updated: This counter is updated at the transmission of an S1AP: UPLINK NAS TRANSPORT message to the MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.21
Definition updated in release:
M8000C30 / Number of Downlink NAS Transport messages Counter ID: M8000C30
Network element name: Number of Downlink NAS Transport messages
Version: 4.2
NetAct name: S1AP_NAS_DOWNLINK
Description: The number of Downlink NAS Transport messages received by the eNB.
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LTE performance measurements
Updated: This counter is updated following the reception of an S1AP: DOWNLINK NAS TRANSPORT message sent by the MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.22
Definition updated in release:
M8000C31 / UE Context modification attempts due to CS Fallback Counter ID: M8000C31
Network element name: UE Context modification attempts due to CS Fallback
Version: 4.3
NetAct name: UE_CONTEXT_MOD_ATT_CSFB
Description: The number of UE Context modification attempts due to CS Fallback Updated: This counter is updated following the reception of an S1AP: UE CONTEXT MODIFICATION REQUEST message sent by the MME to the eNB in case that this message contains the CS Fallback Indicator (3GPP TS 36.413, TS 23.272). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) LTE562: CSFB to UTRAN or GSM via redirect 3GPP Measurement name (Clause header):
Issue: 05B
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LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.1.2.23
Definition updated in release:
M8000C32 / E-RAB Setup Requests for IMS emergency sessions Counter ID: M8000C32
Network element name: E-RAB Setup Requests for IMS emergency sessions
Version: 3.2
NetAct name: E_RAB_SETUP_ATT_EMG
Description: The number of E-RAB Setup Requests for IMS emergency sessions. Updated: Reception of the S1AP: E-RAB SETUP REQUEST message (eNB <- MME) in case that this message contains the ARP (Allocation and Retention Priority) priority level which is used for emergency sessions (3GPP TS 36.413) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.24
Definition updated in release:
M8000C33 / E-RAB Setup Completions for IMS emergency sessions Counter ID: M8000C33
Network element name: E-RAB Setup Completions for IMS emergency sessions
Version: 3.2
NetAct name: E_RAB_SETUP_SUCC_EMG
Description: The number of E-RAB Setup Completions for IMS emergency sessions.
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LTE performance measurements
Updated: Transmission of the S1AP: E-RAB SETUP RESPONSE message (eNB -> MME) in case that this message contains the E-RAB ID of the IMS emergency session in the E-RAB Setup List AND was sent in response to the reception of the S1AP: E-RAB SETUP REQUEST message (eNB <- MME) containing the ARP (Allocation and Retention Priority) priority level which is used for emergency sessions (3GPP TS 36.413). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.25
Definition updated in release:
M8000C34 / E-RAB setup failures for IMS emergency sessions due to to missing RB (Radio Bearer) resources Counter ID: M8000C34
Network element name: E-RAB setup failures for IMS emergency sessions due to to missing RB (Radio Bearer) resources
Version: 3.2
NetAct name: E_RAB_SETUP_FAIL_RB_EMG
Description: The number of E-RAB setup failures for IMS emergency sessions due to missing RB (Radio Bearer) resources. Updated: Transmission of the S1AP: E-RAB SETUP RESPONSE message (eNB -> MME) in case that this message contains the E-RAB ID of the IMS emergency session in the E-RAB Failed to Setup List (because of missing RB (Radio Bearer) resources) AND was sent in response to the reception of the S1AP: E-RAB SETUP REQUEST message (eNB <- MME) containing the ARP (Allocation and Retention Priority) priority level which is used for emergency sessions (3GPP TS 36.413).
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
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LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.26
Definition updated in release:
M8000C35 / Number of Location Reporting Control messages Counter ID: M8000C35
Network element name: Number of Location Reporting Control messages
Version: 3.2
NetAct name: S1AP_LCS_REP_CTRL
Description: The number of Location Reporting Control messages received from MME per eNB. Updated: Reception of an S1AP:LOCATION REPORTING CONTROL message sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE68: Support of cell based location service 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
60
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.1.2.27
LTE performance measurements
M8000C36 / Number of Location Report messages Counter ID: M8000C36
Network element name: Number of Location Report messages
Version: 3.2
NetAct name: S1AP_LCS_REP
Description: The number of Location Report messages sent to MME per eNB. Updated: Transmission of an S1AP:LOCATION REPORT message to the MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE68: Support of cell based location service 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.28
Definition updated in release:
M8000C37 / Number of successful X2 IP address retrievals via S1 Counter ID: M8000C37
Network element name: Number of successful X2 IP address retrievals via S1
Version: 3.2
NetAct name: X2_IP_RETR_VIA_S1_SUCC
Description: This counter provides the number of successful X2 IP address retrievals of a neighbor eNB via S1. Updated: Reception of S1AP:MME CONFIGURATION TRANSFER including 'SON Information Reply' with 'X2 TNL Configuration Info' - (3GPP TS 36.413) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
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LTE Performance Measurements
Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.29
Definition updated in release:
M8000C38 / Number of attempted X2 IP address retrievals via S1 Counter ID: M8000C38
Network element name: Number of attempted X2 IP address retrievals via S1
Version: 3.2
NetAct name: X2_IP_RETR_VIA_S1_ATT
Description: This counter provides the number of attempts initiated by eNB to retrieve the X2 IP address of a neighbor eNB via S1. Updated: Transmission of S1AP:ENB CONFIGURATION TRANSFER including 'SON Information Request' for 'X2 TNL Configuration Info'. - (3GPP TS 36.413) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.1.2.30
M8000C39 / Number of WRITE-REPLACE WARNING REQUEST messages Counter ID: M8000C39
62
Definition updated in release:
Network element name: Number of WRITE-REPLACE WARNING REQUEST messages
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 1.3
NetAct name: S1AP_WRITE_REP_WARN_REQ
Description: Number of S1AP:WRITE-REPLACE WARNING REQUEST messages received from MME. Updated: The counter is updated when an S1AP:WRITE-REPLACE WARNING REQUEST message is received from MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System LTE843: ETWS broadcast 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.1.2.31
Definition updated in release:
M8000C40 / Number of WRITE-REPLACE WARNING RESPONSE messages Counter ID: M8000C40
Network element name: Number of WRITE-REPLACE WARNING RESPONSE messages
Version: 1.3
NetAct name: S1AP_WRITE_REP_WARN_RESP
Description: Number of S1AP:WRITE-REPLACE WARNING RESPONSE messages sent to MME. Updated: The counter is updated when an S1AP:WRITE-REPLACE WARNING RESPONSE message is sent to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
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LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System LTE843: ETWS broadcast 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.1.2.32
Definition updated in release:
M8000C41 / Number of KILL REQUEST messages Counter ID: M8000C41
Network element name: Number of KILL REQUEST messages
Version: 1.3
NetAct name: S1AP_KILL_REQ
Description: Number of S1AP:KILL REQUEST messages received from MME. Updated: The counter is updated when an S1AP:KILL REQUEST message is received from MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.1.2.33
64
Definition updated in release:
M8000C42 / Number of KILL RESPONSE messages Counter ID: M8000C42
Network element name: Number of KILL RESPONSE messages
Version: 1.3
NetAct name: S1AP_KILL_RESP
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: Number of S1AP:KILL RESPONSE messages sent to MME. Updated: The counter is updated when an S1AP:KILL RESPONSE message is sent to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
Definition updated in release:
2.2 LTE Cell Load measurement (M8001) 2.2.1 Description of LTE Cell Load measurement LTE Cell Load measurement (M8001) measures packet scheduling related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.2.2 Counters of LTE Cell Load measurement 2.2.2.1
M8001C0 / PDCP SDU delay on DL DTCH Min Counter ID: M8001C0
Network element name: PDCP SDU delay on DL DTCH Min
Version: 6.3
NetAct name: PDCP_SDU_DELAY_DL_DTCH_MIN
Description: The minimum retention period for a PDCP SDU (DL) inside the eNB. Updated: At the first transmission of a TB containing a segment of the SDU.
Issue: 05B
Logical type: Min
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
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LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.2
Definition updated in release:
M8001C1 / PDCP SDU delay on DL DTCH Max Counter ID: M8001C1
Network element name: PDCP SDU delay on DL DTCH Max
Version: 6.3
NetAct name: PDCP_SDU_DELAY_DL_DTCH_MAX
Description: The maximum retention period for a PDCP SDU (DL) inside the eNB. Updated: At the first transmission of a TB containing a segment of the SDU. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.3
66
Definition updated in release:
M8001C2 / PDCP SDU delay on DL DTCH Mean Counter ID: M8001C2
Network element name: PDCP SDU delay on DL DTCH Mean
Version: 6.3
NetAct name: PDCP_SDU_DELAY_DL_DTCH_MEAN
DN0944219
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LTE Performance Measurements
LTE performance measurements
Description: The mean retention period for a PDCP SDU (DL) inside the eNB. Updated: At the first transmission of a TB containing a segment of the SDU. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.4
Definition updated in release:
M8001C3 / PDCP SDU delay on UL DTCH Min Counter ID: M8001C3
Network element name: PDCP SDU delay on UL DTCH Min
Version: 6.3
NetAct name: PDCP_SDU_DELAY_UL_DTCH_MIN
Description: The minimum retention period for a PDCP SDU (UL) inside the eNB. Updated: The counter is updated if the current minimum is greater than the last detected delay value at the transmission of the SDU via S1 interface. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
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LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.5
Definition updated in release:
M8001C4 / PDCP SDU delay on UL DTCH Max Counter ID: M8001C4
Network element name: PDCP SDU delay on UL DTCH Max
Version: 6.3
NetAct name: PDCP_SDU_DELAY_UL_DTCH_MAX
Description: The maximum retention period for a PDCP SDU (UL) inside the eNB. Updated: The counter is updated if the current maximum is less than the last detected delay value at the transmission of the SDU via S1 interface. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.6
Definition updated in release:
M8001C5 / PDCP SDU delay on UL DTCH Mean Counter ID: M8001C5
Network element name: PDCP SDU delay on UL DTCH Mean
Version: 6.3
NetAct name: PDCP_SDU_DELAY_UL_DTCH_MEAN
Description: The mean retention period for a PDCP SDU (UL) inside the eNB. Updated: The counter is updated based on currently calculated mean delay value at the transmission of the SDU via S1 interface. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters:
68
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.7
Definition updated in release:
M8001C6 / RACH setup attempts for small size messages Counter ID: M8001C6
Network element name: RACH setup attempts for small size messages
Version: 6.3
NetAct name: RACH_STP_ATT_SMALL_MSG
Description: The number of RACH setup attempts for small size messages (only contention based). Updated: The reception of an RA preamble group A sent by the UE to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.8
M8001C7 / RACH setup attempts for large size messages Counter ID: M8001C7
Issue: 05B
Definition updated in release:
Network element name: RACH setup attempts for large size messages
DN0944219
69
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: RACH_STP_ATT_LARGE_MSG
Description: The number of RACH setup attempts for large size messages (only contention based). Updated: The reception of an RA preamble group B sent by the UE to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.9
Definition updated in release:
M8001C8 / RACH setup completions Counter ID: M8001C8
Network element name: RACH setup completions
Version: 6.3
NetAct name: RACH_STP_COMPLETIONS
Description: The number of RACH setup completions (contention based and dedicated preambles). Updated: The transmission of a RA preamble response sent by the eNB to the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
70
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.10
Definition updated in release:
M8001C9 / Transmitted TBs on PCH Counter ID: M8001C9
Network element name: Transmitted TBs on PCH
Version: 6.3
NetAct name: TRANSMIT_TB_ON_PCH
Description: The number of transmitted transport blocks on PCH. Updated: The transmission of a TB on PCH. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.11
Definition updated in release:
M8001C10 / Transmitted TBs on BCH Counter ID: M8001C10
Network element name: Transmitted TBs on BCH
Version: 6.3
NetAct name: TRANSMIT_TB_ON_BCH
Description: The number of transmitted transport blocks on BCH. Updated: The transmission of a TB on BCH.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
71
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.12
Definition updated in release:
M8001C11 / Transmitted TBs on DL-SCH Counter ID: M8001C11
Network element name: Transmitted TBs on DL-SCH
Version: 6.3
NetAct name: TRANSMIT_TB_ON_DL_SCH
Description: The number of transmitted transport blocks on DL-SCH. Updated: The transmission of a TB for the first time on DL-SCH. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.13
72
Definition updated in release:
M8001C12 / HARQ retransmissions on DL-SCH Counter ID: M8001C12
Network element name: HARQ retransmissions on DL-SCH
Version: 6.3
NetAct name: HARQ_RETRANS_ON_DL_SCH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of HARQ retransmissions on DL-SCH. Updated: HARQ retransmission of a TB on DL-SCH. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.14
Definition updated in release:
M8001C13 / Correct non-duplicate UL-SCH TB with original reception Counter ID: M8001C13
Network element name: Correct non-duplicate UL-SCH TB with original reception
Version: 6.3
NetAct name: CORR_NON_DUPL_UL_SCH_TB
Description: The number of correct non-duplicate UL-SCH TB with original reception. Updated: A correctly received TB by original transmission Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
73
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.15
Definition updated in release:
M8001C14 / Correct UL-SCH TB with re-reception Counter ID: M8001C14
Network element name: Correct UL-SCH TB with re-reception
Version: 6.3
NetAct name: CORR_UL_SCH_TB_RE_RECEPT
Description: The number of correct UL-SCH TB with re-reception Updated: A correctly received TB with retransmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.16
Definition updated in release:
M8001C15 / Erroneous UL-SCH TB receptions Counter ID: M8001C15
Network element name: Erroneous UL-SCH TB receptions
Version: 6.3
NetAct name: INCORR_UL_SCH_TB_RECEPT
Description: The number of erroneous UL-SCH TB receptions. Updated: An erroneous TB reception Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
74
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.17
Definition updated in release:
M8001C16 / PUSCH transmissions using MCS0 Counter ID: M8001C16
Network element name: PUSCH transmissions using MCS0
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS0
Description: The number of transmissions on PUSCH over the measurement period using MCS0 Updated: When MCS0 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.18
Definition updated in release:
M8001C17 / PUSCH transmissions using MCS1 Counter ID: M8001C17
Network element name: PUSCH transmissions using MCS1
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS1
Description: The number of transmissions on PUSCH over the measurement period using MCS1
Issue: 05B
DN0944219
75
LTE performance measurements
LTE Performance Measurements
Updated: When MCS1 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.19
Definition updated in release:
M8001C18 / PUSCH transmissions using MCS2 Counter ID: M8001C18
Network element name: PUSCH transmissions using MCS2
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS2
Description: The number of transmissions on PUSCH over the measurement period using MCS2 Updated: When MCS2 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
76
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.20
LTE performance measurements
M8001C19 / PUSCH transmissions using MCS3 Counter ID: M8001C19
Network element name: PUSCH transmissions using MCS3
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS3
Description: The number of transmissions on PUSCH over the measurement period using MCS3 Updated: When MCS3 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.21
Definition updated in release:
M8001C20 / PUSCH transmissions using MCS4 Counter ID: M8001C20
Network element name: PUSCH transmissions using MCS4
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS4
Description: The number of transmissions on PUSCH over the measurement period using MCS4 Updated: When MCS4 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
DN0944219
77
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.22
Definition updated in release:
M8001C21 / PUSCH transmissions using MCS5 Counter ID: M8001C21
Network element name: PUSCH transmissions using MCS5
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS5
Description: The number of transmissions on PUSCH over the measurement period using MCS5 Updated: When MCS5 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.23
Definition updated in release:
M8001C22 / PUSCH transmissions using MCS6 Counter ID: M8001C22
Network element name: PUSCH transmissions using MCS6
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS6
Description: The number of transmissions on PUSCH over the measurement period using MCS6 Updated: When MCS6 is used for transmission. Logical type: Sum
78
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.24
Definition updated in release:
M8001C23 / PUSCH transmissions using MCS7 Counter ID: M8001C23
Network element name: PUSCH transmissions using MCS7
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS7
Description: The number of transmissions on PUSCH over the measurement period using MCS7 Updated: When MCS7 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.25
M8001C24 / PUSCH transmissions using MCS8 Counter ID: M8001C24
Issue: 05B
Definition updated in release:
Network element name: PUSCH transmissions using MCS8
DN0944219
79
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS8
Description: The number of transmissions on PUSCH over the measurement period using MCS8 Updated: When MCS8 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.26
Definition updated in release:
M8001C25 / PUSCH transmissions using MCS9 Counter ID: M8001C25
Network element name: PUSCH transmissions using MCS9
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS9
Description: The number of transmissions on PUSCH over the measurement period using MCS9 Updated: When MCS9 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
80
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.27
Definition updated in release:
M8001C26 / PUSCH transmissions using MCS10 Counter ID: M8001C26
Network element name: PUSCH transmissions using MCS10
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS10
Description: The number of transmissions on PUSCH over the measurement period using MCS10 Updated: When MCS10 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.28
Definition updated in release:
M8001C27 / PUSCH transmissions using MCS11 Counter ID: M8001C27
Network element name: PUSCH transmissions using MCS11
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS11
Description: The number of transmissions on PUSCH over the measurement period using MCS11 Updated: When MCS11 is used for transmission.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
81
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.29
Definition updated in release:
M8001C28 / PUSCH transmissions using MCS12 Counter ID: M8001C28
Network element name: PUSCH transmissions using MCS12
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS12
Description: The number of transmissions on PUSCH over the measurement period using MCS12 Updated: When MCS12 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.30
M8001C29 / PUSCH transmissions using MCS13 Counter ID: M8001C29
82
Definition updated in release:
Network element name: PUSCH transmissions using MCS13
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS13
Description: The number of transmissions on PUSCH over the measurement period using MCS13 Updated: When MCS13 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.31
Definition updated in release:
M8001C30 / PUSCH transmissions using MCS14 Counter ID: M8001C30
Network element name: PUSCH transmissions using MCS14
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS14
Description: The number of transmissions on PUSCH over the measurement period using MCS14 Updated: When MCS14 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
83
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.32
Definition updated in release:
M8001C31 / PUSCH transmissions using MCS15 Counter ID: M8001C31
Network element name: PUSCH transmissions using MCS15
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS15
Description: The number of transmissions on PUSCH over the measurement period using MCS15 Updated: When MCS15 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.33
Definition updated in release:
M8001C32 / PUSCH transmissions using MCS16 Counter ID: M8001C32
Network element name: PUSCH transmissions using MCS16
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS16
Description: The number of transmissions on PUSCH over the measurement period using MCS16 Updated: When MCS16 is used for transmission. Logical type: Sum
84
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.34
Definition updated in release:
M8001C33 / PUSCH transmissions using MCS17 Counter ID: M8001C33
Network element name: PUSCH transmissions using MCS17
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS17
Description: The number of transmissions on PUSCH over the measurement period using MCS17 Updated: When MCS17 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
85
LTE performance measurements
2.2.2.35
LTE Performance Measurements
M8001C34 / PUSCH transmissions using MCS18 Counter ID: M8001C34
Network element name: PUSCH transmissions using MCS18
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS18
Description: The number of transmissions on PUSCH over the measurement period using MCS18 Updated: When MCS18 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.36
Definition updated in release:
M8001C35 / PUSCH transmissions using MCS19 Counter ID: M8001C35
Network element name: PUSCH transmissions using MCS19
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS19
Description: The number of transmissions on PUSCH over the measurement period using MCS19 Updated: When MCS19 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
86
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.37
Definition updated in release:
M8001C36 / PUSCH transmissions using MCS20 Counter ID: M8001C36
Network element name: PUSCH transmissions using MCS20
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS20
Description: The number of transmissions on PUSCH over the measurement period using MCS20 Updated: When MCS20 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.38
Definition updated in release:
M8001C37 / PUSCH transmissions using MCS21 Counter ID: M8001C37
Network element name: PUSCH transmissions using MCS21
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS21
Description: The number of transmissions on PUSCH over the measurement period using MCS21
Issue: 05B
DN0944219
87
LTE performance measurements
LTE Performance Measurements
Updated: When MCS21 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.39
Definition updated in release:
M8001C38 / PUSCH transmissions using MCS22 Counter ID: M8001C38
Network element name: PUSCH transmissions using MCS22
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS22
Description: The number of transmissions on PUSCH over the measurement period using MCS22 Updated: When MCS22 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
88
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.40
Definition updated in release:
M8001C39 / PUSCH transmissions using MCS23 Counter ID: M8001C39
Network element name: PUSCH transmissions using MCS23
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS23
Description: The number of transmissions on PUSCH over the measurement period using MCS23 Updated: When MCS23 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.41
Definition updated in release:
M8001C40 / PUSCH transmissions using MCS24 Counter ID: M8001C40
Network element name: PUSCH transmissions using MCS24
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS24
Description: The number of transmissions on PUSCH over the measurement period using MCS24 Updated: When MCS24 is used for transmission. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
89
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.42
Definition updated in release:
M8001C41 / PUSCH transmissions using MCS25 Counter ID: M8001C41
Network element name: PUSCH transmissions using MCS25
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS25
Description: The number of transmissions on PUSCH over the measurement period using MCS25 Updated: When MCS25 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
90
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.43
LTE performance measurements
M8001C42 / PUSCH transmissions using MCS26 Counter ID: M8001C42
Network element name: PUSCH transmissions using MCS26
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS26
Description: The number of transmissions on PUSCH over the measurement period using MCS26 Updated: When MCS26 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.44
Definition updated in release:
M8001C43 / PUSCH transmissions using MCS27 Counter ID: M8001C43
Network element name: PUSCH transmissions using MCS27
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS27
Description: The number of transmissions on PUSCH over the measurement period using MCS27 Updated: When MCS27 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
91
LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.45
Definition updated in release:
M8001C44 / PUSCH transmissions using MCS28 Counter ID: M8001C44
Network element name: PUSCH transmissions using MCS28
Version: 6.3
NetAct name: PUSCH_TRANS_USING_MCS28
Description: The number of transmissions on PUSCH over the measurement period using MCS28 Updated: When MCS28 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.46
Definition updated in release:
M8001C45 / PDSCH transmissions using MCS0 Counter ID: M8001C45
Network element name: PDSCH transmissions using MCS0
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS0
Description: The number of transmissions on PDSCH over the measurement period using MCS0 Updated: When MCS0 is used for transmission. SIB, Paging and RA response excluded.
92
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.47
Definition updated in release:
M8001C46 / PDSCH transmissions using MCS1 Counter ID: M8001C46
Network element name: PDSCH transmissions using MCS1
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS1
Description: The number of transmissions on PDSCH over the measurement period using MCS1 Updated: When MCS1 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
93
LTE performance measurements
2.2.2.48
LTE Performance Measurements
M8001C47 / PDSCH transmissions using MCS2 Counter ID: M8001C47
Network element name: PDSCH transmissions using MCS2
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS2
Description: The number of transmissions on PDSCH over the measurement period using MCS2 Updated: When MCS2 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.49
Definition updated in release:
M8001C48 / PDSCH transmissions using MCS3 Counter ID: M8001C48
Network element name: PDSCH transmissions using MCS3
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS3
Description: The number of transmissions on PDSCH over the measurement period using MCS3 Updated: When MCS3 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
94
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.50
Definition updated in release:
M8001C49 / PDSCH transmissions using MCS4 Counter ID: M8001C49
Network element name: PDSCH transmissions using MCS4
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS4
Description: The number of transmissions on PDSCH over the measurement period using MCS4 Updated: When MCS4 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.51
Definition updated in release:
M8001C50 / PDSCH transmissions using MCS5 Counter ID: M8001C50
Network element name: PDSCH transmissions using MCS5
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS5
Description: The number of transmissions on PDSCH over the measurement period using MCS5 Updated: When MCS5 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
95
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.52
Definition updated in release:
M8001C51 / PDSCH transmissions using MCS6 Counter ID: M8001C51
Network element name: PDSCH transmissions using MCS6
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS6
Description: The number of transmissions on PDSCH over the measurement period using MCS6 Updated: When MCS6 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.53
M8001C52 / PDSCH transmissions using MCS7 Counter ID: M8001C52
96
Definition updated in release:
Network element name: PDSCH transmissions using MCS7
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS7
Description: The number of transmissions on PDSCH over the measurement period using MCS7 Updated: When MCS7 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.54
Definition updated in release:
M8001C53 / PDSCH transmissions using MCS8 Counter ID: M8001C53
Network element name: PDSCH transmissions using MCS8
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS8
Description: The number of transmissions on PDSCH over the measurement period using MCS8 Updated: When MCS8 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
97
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.55
Definition updated in release:
M8001C54 / PDSCH transmissions using MCS9 Counter ID: M8001C54
Network element name: PDSCH transmissions using MCS9
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS9
Description: The number of transmissions on PDSCH over the measurement period using MCS9 Updated: When MCS9 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.56
Definition updated in release:
M8001C55 / PDSCH transmissions using MCS10 Counter ID: M8001C55
Network element name: PDSCH transmissions using MCS10
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS10
Description: The number of transmissions on PDSCH over the measurement period using MCS10 Updated: When MCS10 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
98
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.57
Definition updated in release:
M8001C56 / PDSCH transmissions using MCS11 Counter ID: M8001C56
Network element name: PDSCH transmissions using MCS11
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS11
Description: The number of transmissions on PDSCH over the measurement period using MCS11 Updated: When MCS11 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.58
Issue: 05B
Definition updated in release:
M8001C57 / PDSCH transmissions using MCS12 Counter ID: M8001C57
Network element name: PDSCH transmissions using MCS12
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS12
DN0944219
99
LTE performance measurements
LTE Performance Measurements
Description: The number of transmissions on PDSCH over the measurement period using MCS12 Updated: When MCS12 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.59
Definition updated in release:
M8001C58 / PDSCH transmissions using MCS13 Counter ID: M8001C58
Network element name: PDSCH transmissions using MCS13
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS13
Description: The number of transmissions on PDSCH over the measurement period using MCS13 Updated: When MCS13 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
100
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.60
Definition updated in release:
M8001C59 / PDSCH transmissions using MCS14 Counter ID: M8001C59
Network element name: PDSCH transmissions using MCS14
Version: 6.4
NetAct name: PDSCH_TRANS_USING_MCS14
Description: The number of transmissions on PDSCH over the measurement period using MCS14 Updated: When MCS14 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE939: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.61
Definition updated in release:
M8001C60 / PDSCH transmissions using MCS15 Counter ID: M8001C60
Network element name: PDSCH transmissions using MCS15
Version: 6.4
NetAct name: PDSCH_TRANS_USING_MCS15
Description: The number of transmissions on PDSCH over the measurement period using MCS15 Updated: When MCS15 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
101
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE939: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.62
Definition updated in release:
M8001C61 / PDSCH transmissions using MCS16 Counter ID: M8001C61
Network element name: PDSCH transmissions using MCS16
Version: 6.4
NetAct name: PDSCH_TRANS_USING_MCS16
Description: The number of transmissions on PDSCH over the measurement period using MCS16 Updated: When MCS16 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE939: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
102
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.63
LTE performance measurements
M8001C62 / PDSCH transmissions using MCS17 Counter ID: M8001C62
Network element name: PDSCH transmissions using MCS17
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS17
Description: The number of transmissions on PDSCH over the measurement period using MCS17 Updated: When MCS17 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.64
Definition updated in release:
M8001C63 / PDSCH transmissions using MCS18 Counter ID: M8001C63
Network element name: PDSCH transmissions using MCS18
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS18
Description: The number of transmissions on PDSCH over the measurement period using MCS18 Updated: When MCS18 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
103
LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.65
Definition updated in release:
M8001C64 / PDSCH transmissions using MCS19 Counter ID: M8001C64
Network element name: PDSCH transmissions using MCS19
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS19
Description: The number of transmissions on PDSCH over the measurement period using MCS19 Updated: When MCS19 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.66
Definition updated in release:
M8001C65 / PDSCH transmissions using MCS20 Counter ID: M8001C65
Network element name: PDSCH transmissions using MCS20
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS20
Description: The number of transmissions on PDSCH over the measurement period using MCS20
104
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: When MCS20 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.67
Definition updated in release:
M8001C66 / PDSCH transmissions using MCS21 Counter ID: M8001C66
Network element name: PDSCH transmissions using MCS21
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS21
Description: The number of transmissions on PDSCH over the measurement period using MCS21 Updated: When MCS21 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
105
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.68
Definition updated in release:
M8001C67 / PDSCH transmissions using MCS22 Counter ID: M8001C67
Network element name: PDSCH transmissions using MCS22
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS22
Description: The number of transmissions on PDSCH over the measurement period using MCS22 Updated: When MCS22 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.69
Definition updated in release:
M8001C68 / PDSCH transmissions using MCS23 Counter ID: M8001C68
Network element name: PDSCH transmissions using MCS23
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS23
Description: The number of transmissions on PDSCH over the measurement period using MCS23 Updated: When MCS23 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
106
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.70
Definition updated in release:
M8001C69 / PDSCH transmissions using MCS24 Counter ID: M8001C69
Network element name: PDSCH transmissions using MCS24
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS24
Description: The number of transmissions on PDSCH over the measurement period using MCS24 Updated: When MCS24 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.71
Issue: 05B
Definition updated in release:
M8001C70 / PDSCH transmissions using MCS25 Counter ID: M8001C70
Network element name: PDSCH transmissions using MCS25
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS25
DN0944219
107
LTE performance measurements
LTE Performance Measurements
Description: The number of transmissions on PDSCH over the measurement period using MCS25 Updated: When MCS25 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.72
Definition updated in release:
M8001C71 / PDSCH transmissions using MCS26 Counter ID: M8001C71
Network element name: PDSCH transmissions using MCS26
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS26
Description: The number of transmissions on PDSCH over the measurement period using MCS26 Updated: When MCS26 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
108
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.73
Definition updated in release:
M8001C72 / PDSCH transmissions using MCS27 Counter ID: M8001C72
Network element name: PDSCH transmissions using MCS27
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS27
Description: The number of transmissions on PDSCH over the measurement period using MCS27 Updated: When MCS27 is used for transmission. SIB, Paging and RA response excluded. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.74
Definition updated in release:
M8001C73 / PDSCH transmissions using MCS28 Counter ID: M8001C73
Network element name: PDSCH transmissions using MCS28
Version: 6.3
NetAct name: PDSCH_TRANS_USING_MCS28
Description: The number of transmissions on PDSCH over the measurement period using MCS28 Updated: When MCS28 is used for transmission. SIB, Paging and RA response excluded.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
109
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.75
Definition updated in release:
M8001C74 / PUSCH transmission nacks using MCS0 Counter ID: M8001C74
Network element name: PUSCH transmission nacks using MCS0
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS0
Description: The number of unacknowledged transmissions on PUSCH using MCS0 Updated: When MCS0 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.76
M8001C75 / PUSCH transmission nacks using MCS1 Counter ID: M8001C75
110
Definition updated in release:
Network element name: PUSCH transmission nacks using MCS1
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS1
Description: The number of unacknowledged transmissions on PUSCH using MCS1 Updated: When MCS1 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.77
Definition updated in release:
M8001C76 / PUSCH transmission nacks using MCS2 Counter ID: M8001C76
Network element name: PUSCH transmission nacks using MCS2
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS2
Description: The number of unacknowledged transmissions on PUSCH using MCS2 Updated: When MCS2 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
111
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.78
Definition updated in release:
M8001C77 / PUSCH transmission nacks using MCS3 Counter ID: M8001C77
Network element name: PUSCH transmission nacks using MCS3
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS3
Description: The number of unacknowledged transmissions on PUSCH using MCS3 Updated: When MCS3 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.79
Definition updated in release:
M8001C78 / PUSCH transmission nacks using MCS4 Counter ID: M8001C78
Network element name: PUSCH transmission nacks using MCS4
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS4
Description: The number of unacknowledged transmissions on PUSCH using MCS4 Updated: When MCS4 is used for transmission.
112
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.80
Definition updated in release:
M8001C79 / PUSCH transmission nacks using MCS5 Counter ID: M8001C79
Network element name: PUSCH transmission nacks using MCS5
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS5
Description: The number of unacknowledged transmissions on PUSCH using MCS5 Updated: When MCS5 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.81
M8001C80 / PUSCH transmission nacks using MCS6 Counter ID: M8001C80
Issue: 05B
Definition updated in release:
Network element name: PUSCH transmission nacks using MCS6
DN0944219
113
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS6
Description: The number of unacknowledged transmissions on PUSCH using MCS6 Updated: When MCS6 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.82
Definition updated in release:
M8001C81 / PUSCH transmission nacks using MCS7 Counter ID: M8001C81
Network element name: PUSCH transmission nacks using MCS7
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS7
Description: The number of unacknowledged transmissions on PUSCH using MCS7 Updated: When MCS7 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
114
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.83
Definition updated in release:
M8001C82 / PUSCH transmission nacks using MCS8 Counter ID: M8001C82
Network element name: PUSCH transmission nacks using MCS8
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS8
Description: The number of unacknowledged transmissions on PUSCH using MCS8 Updated: When MCS8 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.84
Definition updated in release:
M8001C83 / PUSCH transmission nacks using MCS9 Counter ID: M8001C83
Network element name: PUSCH transmission nacks using MCS9
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS9
Description: The number of unacknowledged transmissions on PUSCH using MCS9 Updated: When MCS9 is used for transmission.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
115
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.85
Definition updated in release:
M8001C84 / PUSCH transmission nacks using MCS10 Counter ID: M8001C84
Network element name: PUSCH transmission nacks using MCS10
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS10
Description: The number of unacknowledged transmissions on PUSCH using MCS10 Updated: When MCS10 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.86
M8001C85 / PUSCH transmission nacks using MCS11 Counter ID: M8001C85
116
Definition updated in release:
Network element name: PUSCH transmission nacks using MCS11
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS11
Description: The number of unacknowledged transmissions on PUSCH using MCS11 Updated: When MCS11 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.87
Definition updated in release:
M8001C86 / PUSCH transmission nacks using MCS12 Counter ID: M8001C86
Network element name: PUSCH transmission nacks using MCS12
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS12
Description: The number of unacknowledged transmissions on PUSCH using MCS12 Updated: When MCS12 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
117
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.88
Definition updated in release:
M8001C87 / PUSCH transmission nacks using MCS13 Counter ID: M8001C87
Network element name: PUSCH transmission nacks using MCS13
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS13
Description: The number of unacknowledged transmissions on PUSCH using MCS13 Updated: When MCS13 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.89
Definition updated in release:
M8001C88 / PUSCH transmission nacks using MCS14 Counter ID: M8001C88
Network element name: PUSCH transmission nacks using MCS14
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS14
Description: The number of unacknowledged transmissions on PUSCH using MCS14 Updated: When MCS14 is used for transmission.
118
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.90
Definition updated in release:
M8001C89 / PUSCH transmission nacks using MCS15 Counter ID: M8001C89
Network element name: PUSCH transmission nacks using MCS15
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS15
Description: The number of unacknowledged transmissions on PUSCH using MCS15 Updated: When MCS15 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.91
M8001C90 / PUSCH transmission nacks using MCS16 Counter ID: M8001C90
Issue: 05B
Definition updated in release:
Network element name: PUSCH transmission nacks using MCS16
DN0944219
119
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS16
Description: The number of unacknowledged transmissions on PUSCH using MCS16 Updated: When MCS16 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.92
Definition updated in release:
M8001C91 / PUSCH transmission nacks using MCS17 Counter ID: M8001C91
Network element name: PUSCH transmission nacks using MCS17
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS17
Description: The number of unacknowledged transmissions on PUSCH using MCS17 Updated: When MCS17 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
120
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.93
Definition updated in release:
M8001C92 / PUSCH transmission nacks using MCS18 Counter ID: M8001C92
Network element name: PUSCH transmission nacks using MCS18
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS18
Description: The number of unacknowledged transmissions on PUSCH using MCS18 Updated: When MCS18 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.94
Definition updated in release:
M8001C93 / PUSCH transmission nacks using MCS19 Counter ID: M8001C93
Network element name: PUSCH transmission nacks using MCS19
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS19
Description: The number of unacknowledged transmissions on PUSCH using MCS19 Updated: When MCS19 is used for transmission.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
121
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.95
Definition updated in release:
M8001C94 / PUSCH transmission nacks using MCS20 Counter ID: M8001C94
Network element name: PUSCH transmission nacks using MCS20
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS20
Description: The number of unacknowledged transmissions on PUSCH using MCS20 Updated: When MCS20 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.96
M8001C95 / PUSCH transmission nacks using MCS21 Counter ID: M8001C95
122
Definition updated in release:
Network element name: PUSCH transmission nacks using MCS21
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS21
Description: The number of unacknowledged transmissions on PUSCH using MCS21 Updated: When MCS21 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.97
Definition updated in release:
M8001C96 / PUSCH transmission nacks using MCS22 Counter ID: M8001C96
Network element name: PUSCH transmission nacks using MCS22
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS22
Description: The number of unacknowledged transmissions on PUSCH using MCS22 Updated: When MCS22 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range
Issue: 05B
DN0944219
123
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.98
Definition updated in release:
M8001C97 / PUSCH transmission nacks using MCS23 Counter ID: M8001C97
Network element name: PUSCH transmission nacks using MCS23
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS23
Description: The number of unacknowledged transmissions on PUSCH using MCS23 Updated: When MCS23 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.99
Definition updated in release:
M8001C98 / PUSCH transmission nacks using MCS24 Counter ID: M8001C98
Network element name: PUSCH transmission nacks using MCS24
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS24
Description: The number of unacknowledged transmissions on PUSCH using MCS24
124
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: When MCS24 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.100
Definition updated in release:
M8001C99 / PUSCH transmission nacks using MCS25 Counter ID: M8001C99
Network element name: PUSCH transmission nacks using MCS25
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS25
Description: The number of unacknowledged transmissions on PUSCH using MCS25 Updated: When MCS25 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
125
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.101
Definition updated in release:
M8001C100 / PUSCH transmission nacks using MCS26 Counter ID: M8001C100
Network element name: PUSCH transmission nacks using MCS26
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS26
Description: The number of unacknowledged transmissions on PUSCH using MCS26 Updated: When MCS26 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.102
Definition updated in release:
M8001C101 / PUSCH transmission nacks using MCS27 Counter ID: M8001C101
Network element name: PUSCH transmission nacks using MCS27
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS27
Description: The number of unacknowledged transmissions on PUSCH using MCS27 Updated: When MCS27 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
126
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.103
Definition updated in release:
M8001C102 / PUSCH transmission nacks using MCS28 Counter ID: M8001C102
Network element name: PUSCH transmission nacks using MCS28
Version: 6.3
NetAct name: PUSCH_TRANS_NACK_MCS28
Description: The number of unacknowledged transmissions on PUSCH using MCS28 Updated: When MCS28 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.104
Issue: 05B
Definition updated in release:
M8001C103 / PDSCH transmission nacks using MCS0 Counter ID: M8001C103
Network element name: PDSCH transmission nacks using MCS0
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS0
DN0944219
127
LTE performance measurements
LTE Performance Measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS0 Updated: When MCS0 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.105
Definition updated in release:
M8001C104 / PDSCH transmission nacks using MCS1 Counter ID: M8001C104
Network element name: PDSCH transmission nacks using MCS1
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS1
Description: The number of unacknowledged transmissions on PDSCH using MCS1 Updated: When MCS1 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
128
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.106
Definition updated in release:
M8001C105 / PDSCH transmission nacks using MCS2 Counter ID: M8001C105
Network element name: PDSCH transmission nacks using MCS2
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS2
Description: The number of unacknowledged transmissions on PDSCH using MCS2 Updated: When MCS2 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.107
Definition updated in release:
M8001C106 / PDSCH transmission nacks using MCS3 Counter ID: M8001C106
Network element name: PDSCH transmission nacks using MCS3
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS3
Description: The number of unacknowledged transmissions on PDSCH using MCS3 Updated: When MCS3 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
129
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.108
Definition updated in release:
M8001C107 / PDSCH transmission nacks using MCS4 Counter ID: M8001C107
Network element name: PDSCH transmission nacks using MCS4
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS4
Description: The number of unacknowledged transmissions on PDSCH using MCS4 Updated: When MCS4 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.109
130
Definition updated in release:
M8001C108 / PDSCH transmission nacks using MCS5 Counter ID: M8001C108
Network element name: PDSCH transmission nacks using MCS5
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS5
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS5 Updated: When MCS5 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.110
Definition updated in release:
M8001C109 / PDSCH transmission nacks using MCS6 Counter ID: M8001C109
Network element name: PDSCH transmission nacks using MCS6
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS6
Description: The number of unacknowledged transmissions on PDSCH using MCS6 Updated: When MCS6 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
131
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.111
Definition updated in release:
M8001C110 / PDSCH transmission nacks using MCS7 Counter ID: M8001C110
Network element name: PDSCH transmission nacks using MCS7
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS7
Description: The number of unacknowledged transmissions on PDSCH using MCS7 Updated: When MCS7 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.112
Definition updated in release:
M8001C111 / PDSCH transmission nacks using MCS8 Counter ID: M8001C111
Network element name: PDSCH transmission nacks using MCS8
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS8
Description: The number of unacknowledged transmissions on PDSCH using MCS8 Updated: When MCS8 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
132
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.113
Definition updated in release:
M8001C112 / PDSCH transmission nacks using MCS9 Counter ID: M8001C112
Network element name: PDSCH transmission nacks using MCS9
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS9
Description: The number of unacknowledged transmissions on PDSCH using MCS9 Updated: When MCS9 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.114
Issue: 05B
Definition updated in release:
M8001C113 / PDSCH transmission nacks using MCS10 Counter ID: M8001C113
Network element name: PDSCH transmission nacks using MCS10
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS10
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LTE performance measurements
LTE Performance Measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS10 Updated: When MCS10 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.115
Definition updated in release:
M8001C114 / PDSCH transmission nacks using MCS11 Counter ID: M8001C114
Network element name: PDSCH transmission nacks using MCS11
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS11
Description: The number of unacknowledged transmissions on PDSCH using MCS11 Updated: When MCS11 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
134
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.116
Definition updated in release:
M8001C115 / PDSCH transmission nacks using MCS12 Counter ID: M8001C115
Network element name: PDSCH transmission nacks using MCS12
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS12
Description: The number of unacknowledged transmissions on PDSCH using MCS12 Updated: When MCS12 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.117
Definition updated in release:
M8001C116 / PDSCH transmission nacks using MCS13 Counter ID: M8001C116
Network element name: PDSCH transmission nacks using MCS13
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS13
Description: The number of unacknowledged transmissions on PDSCH using MCS13 Updated: When MCS13 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
135
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.118
Definition updated in release:
M8001C117 / PDSCH transmission nacks using MCS14 Counter ID: M8001C117
Network element name: PDSCH transmission nacks using MCS14
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS14
Description: The number of unacknowledged transmissions on PDSCH using MCS14 Updated: When MCS14 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.119
136
Definition updated in release:
M8001C118 / PDSCH transmission nacks using MCS15 Counter ID: M8001C118
Network element name: PDSCH transmission nacks using MCS15
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS15
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS15 Updated: When MCS15 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.120
Definition updated in release:
M8001C119 / PDSCH transmission nacks using MCS16 Counter ID: M8001C119
Network element name: PDSCH transmission nacks using MCS16
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS16
Description: The number of unacknowledged transmissions on PDSCH using MCS16 Updated: When MCS16 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
137
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.121
Definition updated in release:
M8001C120 / PDSCH transmission nacks using MCS17 Counter ID: M8001C120
Network element name: PDSCH transmission nacks using MCS17
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS17
Description: The number of unacknowledged transmissions on PDSCH using MCS17 Updated: When MCS17 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.122
Definition updated in release:
M8001C121 / PDSCH transmission nacks using MCS18 Counter ID: M8001C121
Network element name: PDSCH transmission nacks using MCS18
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS18
Description: The number of unacknowledged transmissions on PDSCH using MCS18 Updated: When MCS18 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
138
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.123
Definition updated in release:
M8001C122 / PDSCH transmission nacks using MCS19 Counter ID: M8001C122
Network element name: PDSCH transmission nacks using MCS19
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS19
Description: The number of unacknowledged transmissions on PDSCH using MCS19 Updated: When MCS19 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.124
Issue: 05B
Definition updated in release:
M8001C123 / PDSCH transmission nacks using MCS20 Counter ID: M8001C123
Network element name: PDSCH transmission nacks using MCS20
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS20
DN0944219
139
LTE performance measurements
LTE Performance Measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS20 Updated: When MCS20 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.125
Definition updated in release:
M8001C124 / PDSCH transmission nacks using MCS21 Counter ID: M8001C124
Network element name: PDSCH transmission nacks using MCS21
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS21
Description: The number of unacknowledged transmissions on PDSCH using MCS21 Updated: When MCS21 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
140
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.126
Definition updated in release:
M8001C125 / PDSCH transmission nacks using MCS22 Counter ID: M8001C125
Network element name: PDSCH transmission nacks using MCS22
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS22
Description: The number of unacknowledged transmissions on PDSCH using MCS22 Updated: When MCS22 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.127
Definition updated in release:
M8001C126 / PDSCH transmission nacks using MCS23 Counter ID: M8001C126
Network element name: PDSCH transmission nacks using MCS23
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS23
Description: The number of unacknowledged transmissions on PDSCH using MCS23 Updated: When MCS23 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
141
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.128
Definition updated in release:
M8001C127 / PDSCH transmission nacks using MCS24 Counter ID: M8001C127
Network element name: PDSCH transmission nacks using MCS24
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS24
Description: The number of unacknowledged transmissions on PDSCH using MCS24 Updated: When MCS24 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.129
142
Definition updated in release:
M8001C128 / PDSCH transmission nacks using MCS25 Counter ID: M8001C128
Network element name: PDSCH transmission nacks using MCS25
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS25
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of unacknowledged transmissions on PDSCH using MCS25 Updated: When MCS25 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.130
Definition updated in release:
M8001C129 / PDSCH transmission nacks using MCS26 Counter ID: M8001C129
Network element name: PDSCH transmission nacks using MCS26
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS26
Description: The number of unacknowledged transmissions on PDSCH using MCS26 Updated: When MCS26 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
143
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.2.2.131
Definition updated in release:
M8001C130 / PDSCH transmission nacks using MCS27 Counter ID: M8001C130
Network element name: PDSCH transmission nacks using MCS27
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS27
Description: The number of unacknowledged transmissions on PDSCH using MCS27 Updated: When MCS27 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.132
Definition updated in release:
M8001C131 / PDSCH transmission nacks using MCS28 Counter ID: M8001C131
Network element name: PDSCH transmission nacks using MCS28
Version: 6.3
NetAct name: PDSCH_TRANS_NACK_MCS28
Description: The number of unacknowledged transmissions on PDSCH using MCS28 Updated: When MCS28 is used for transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
144
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.133
Definition updated in release:
M8001C132 / RLC SDUs on DL DTCH Counter ID: M8001C132
Network element name: RLC SDUs on DL DTCH
Version: 6.3
NetAct name: RLC_SDU_ON_DL_DTCH
Description: The number of RLC SDUs on DL DTCH Updated: The counter is updated when RLC SDU on DL DTCH is sent Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.134
Definition updated in release:
M8001C133 / RLC SDUs on DL DCCH Counter ID: M8001C133
Network element name: RLC SDUs on DL DCCH
Version: 6.3
NetAct name: RLC_SDU_ON_DL_DCCH
Description: The number of RLC SDUs on DL DCCH
Issue: 05B
DN0944219
145
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated when RLC SDU on DL DCCH is sent Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.135
Definition updated in release:
M8001C135 / RLC SDUs on UL DTCH Counter ID: M8001C135
Network element name: RLC SDUs on UL DTCH
Version: 6.3
NetAct name: RLC_SDU_ON_UL_DTCH
Description: The number of RLC SDUs on UL DTCH Updated: The counter is updated when RLC SDU on UL DTCH is received Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
146
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.136
LTE performance measurements
M8001C136 / RLC SDUs on UL DCCH Counter ID: M8001C136
Network element name: RLC SDUs on UL DCCH
Version: 6.3
NetAct name: RLC_SDU_ON_UL_DCCH
Description: The number of RLC SDUs on UL DCCH Updated: The counter is updated when RLC SDU on UL DCCH is received Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.137
Definition updated in release:
M8001C137 / RLC PDU first transmissions Counter ID: M8001C137
Network element name: RLC PDU first transmissions
Version: 6.3
NetAct name: RLC_PDU_FIRST_TRANS
Description: The number of RLC AM/UM data PDUs transmitted for the first time on the RLC level Updated: The counter is updated when RLC AM/UM data PDU is transmitted for the first time on the RLC level Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
147
LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.138
Definition updated in release:
M8001C138 / RLC PDU re-transmissions Counter ID: M8001C138
Network element name: RLC PDU re-transmissions
Version: 6.3
NetAct name: RLC_PDU_RE_TRANS
Description: The number of RLC data PDUs retransmitted on the RLC level Updated: The counter is updated when a RLC AM data PDU is retransmitted on the RLC level. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.139
Definition updated in release:
M8001C139 / RLC PDU reception Counter ID: M8001C139
Network element name: RLC PDU reception
Version: 6.3
NetAct name: UL_RLC_PDU_RECECPTION
Description: The number of Non-duplicate RLC AM/UM data PDUs received. Updated: The counter is updated when a non-duplicate RLC AM/UM data PDU is received
148
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.2.2.140
Definition updated in release:
M8001C140 / DL RLC C-PDUs transmitted the first time Counter ID: M8001C140
Network element name: DL RLC C-PDUs transmitted the first time
Version: 5.3
NetAct name: DL_RLC_C_PDU_FIRST_TIME
Description: The number of DL RLC Control PDUs transmitted the first time Updated: The counter is updated when RLC Control PDU related to DCCH or DTCH is transmitted first time on RLC level. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
149
LTE performance measurements
2.2.2.141
LTE Performance Measurements
M8001C141 / DL RLC Data PDUs transmitted first time Counter ID: M8001C141
Network element name: DL RLC Data PDUs transmitted first time
Version: 5.3
NetAct name: DL_RLC_D_PDU_FIRST_TIME
Description: The number of DL RLC Data PDUs transmitted the first time Updated: The counter is updated when RLC Data PDU related to DTCH is transmitted first time on the RLC level. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.142
Definition updated in release:
M8001C142 / UL RLC PDUs received Counter ID: M8001C142
Network element name: UL RLC PDUs received
Version: 5.3
NetAct name: UL_RLC_PDU_REC_TOT
Description: The number of UL RLC PDUs received (total). Updated: The counter is updated when an UL RLC PDU is received. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
150
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.143
Definition updated in release:
M8001C143 / Duplicate UL RLC PDU received Counter ID: M8001C143
Network element name: Duplicate UL RLC PDU received
Version: 5.3
NetAct name: UL_RLC_PDU_DUPL_REC
Description: The number of duplicate UL RLC PDU received Updated: The counter is updated when a duplicate UL RLC PDU is received. Valid for duplicate AMD PDU, AMD PDU segment and UMD PDU. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.144
Definition updated in release:
M8001C144 / UL RLC PDU retransmission requested on RLC level Counter ID: M8001C144
Network element name: UL RLC PDU retransmission requested on RLC level
Version: 5.3
NetAct name: UL_RLC_PDU_RETR_REQ
Description: The number of UL RLC PDUs retransmission requested on the RLC level
Issue: 05B
DN0944219
151
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when a retransmission is requested on the RLC level for a UL RLC PDU. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.145
Definition updated in release:
M8001C145 / UL RLC PDUs discarded Counter ID: M8001C145
Network element name: UL RLC PDUs discarded
Version: 5.3
NetAct name: UL_RLC_PDU_DISC
Description: The number of UL RLC PDUs discarded Updated: This counter is updated when a UL RLC PDU has been discarded. Duplicate RLC PDU's received and RLC PDU's received outside of the reception window trigger updates to this counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
152
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN1.0_LNT1.0
2.2.2.146
Definition updated in release:
M8001C146 / DL RLC SDU From PDCP Counter ID: M8001C146
Network element name: DL RLC SDU From PDCP
Version: 5.3
NetAct name: DL_RLC_SDU_FROM_PDCP
Description: The number of DL RLC SDUs received from the upper layer Updated: This counter is updated when RLC SDU is received from the PDCP layer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.147
Definition updated in release:
M8001C147 / Average number of UEs with buffered data in DL Counter ID: M8001C147
Network element name: Average number of UEs with buffered data in DL
Version: 5.5
NetAct name: DL_UE_DATA_BUFF_AVG
Description: The average value of UEs per TTI with UP data on the RLC-level buffers in the DL (active users). This measurement can be used to monitor the congestion level of the eNB queuing system, realized by schedulers for the shared channels. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Issue: 05B
Trigger type: Sample
DN0944219
Sampling interval: 1 ms
153
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.148
Definition updated in release:
M8001C148 / Max number of UEs with buffered data in DL Counter ID: M8001C148
Network element name: Max number of UEs with buffered data in DL
Version: 5.4
NetAct name: DL_UE_DATA_BUFF_MAX
Description: The maximum value of UEs per TTI with UP data on the RLC-level buffers in the DL (active users). This measurement can be used to monitor the congestion level of the eNB queuing system, realized by schedulers for the shared channels. Updated: The maximum value of active UEs with UP data on DL RLC buffer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Max
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
154
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.149
LTE performance measurements
M8001C150 / Average number of UEs with buffered data in UL Counter ID: M8001C150
Network element name: Average number of UEs with buffered data in UL
Version: 5.5
NetAct name: UL_UE_DATA_BUFF_AVG
Description: The average number of UEs per TTI having buffered DRB data in the UL (active users). This measurement can be used to monitor the congestion level of the eNB queuing system, realized by schedulers for the shared channels. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: This counter is updated based on the buffer status reports. The value is the arithmetical average of samples taken from the number of UEs with UL buffered data. The UL buffer status is sampled for each active TTI where is data scheduled at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.150
Definition updated in release:
M8001C151 / Max number of UEs with buffered data in UL Counter ID: M8001C151
Network element name: Max number of UEs with buffered data in UL
Version: 5.4
NetAct name: UL_UE_DATA_BUFF_MAX
Description: The maximum number of UEs per TTI having buffered DRB data in the UL (active users). This measurement can be used to monitor the congestion level of the eNB queuing system, realized by schedulers for the shared channels. Updated: This counter is updated based on the buffer status reports. The maximum value of active UEs with UL buffered data is updated to this counter. UL buffer status is sampled for each active TTI where is data scheduled at least for one UE. Logical type: Max
Issue: 05B
Trigger type: Sample
DN0944219
Sampling interval: 1 ms
155
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.151
Definition updated in release:
M8001C153 / PDCP SDUs in Uplink Counter ID: M8001C153
Network element name: PDCP SDUs in Uplink
Version: 5.2
NetAct name: PDCP_SDU_UL
Description: The number of received PDCP SDUs (uplink) per cell. Updated: This counter is updated on the reception of an PDCP SDU from UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.152
M8001C154 / PDCP SDUs in Downlink Counter ID: M8001C154
156
Definition updated in release:
Network element name: PDCP SDUs in Downlink
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.2
NetAct name: PDCP_SDU_DL
Description: The number of transmitted PDCP SDUs per cell. Updated: This counter is updated for successful PDCP SDU transmissions during the measurement period. RLC UM: Transmission of an PDCP SDU towards the UE. RLC AM: When MAC layer informs PDCP of a successful SDU delivery to UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.153
Definition updated in release:
M8001C155 / Discarded PDCP SDUs in downlink Counter ID: M8001C155
Network element name: Discarded PDCP SDUs in downlink
Version: 5.3
NetAct name: PDCP_SDU_DL_DISC
Description: This measurement provides the total number of discarded PDCP SDUs in downlink for DRBs. Updated: This counter is updated when a PDCP SDU is removed from the eNB without having started the transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
Issue: 05B
DN0944219
157
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.154
Definition updated in release:
M8001C156 / Failed Transmission PDSCH MCS0 Counter ID: M8001C156
Network element name: Failed Transmission PDSCH MCS0
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS0
Description: The number of unsuccessful transmissions on PDSCH using MCS0 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.155
Definition updated in release:
M8001C157 / Failed Transmission PDSCH MCS1 Counter ID: M8001C157
Network element name: Failed Transmission PDSCH MCS1
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS1
Description: The number of unsuccessful transmissions on PDSCH using MCS1 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered.
158
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.156
Definition updated in release:
M8001C158 / Failed Transmission PDSCH MCS2 Counter ID: M8001C158
Network element name: Failed Transmission PDSCH MCS2
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS2
Description: The number of unsuccessful transmissions on PDSCH using MCS2 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
159
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.157
Definition updated in release:
M8001C159 / Failed Transmission PDSCH MCS3 Counter ID: M8001C159
Network element name: Failed Transmission PDSCH MCS3
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS3
Description: The number of unsuccessful transmissions on PDSCH using MCS3 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.158
Definition updated in release:
M8001C160 / Failed Transmission PDSCH MCS4 Counter ID: M8001C160
Network element name: Failed Transmission PDSCH MCS4
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS4
Description: The number of unsuccessful transmissions on PDSCH using MCS4 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB.
160
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.159
Definition updated in release:
M8001C161 / Failed Transmission PDSCH MCS5 Counter ID: M8001C161
Network element name: Failed Transmission PDSCH MCS5
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS5
Description: The number of unsuccessful transmissions on PDSCH using MCS5 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
161
LTE performance measurements
2.2.2.160
LTE Performance Measurements
M8001C162 / Failed Transmission PDSCH MCS6 Counter ID: M8001C162
Network element name: Failed Transmission PDSCH MCS6
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS6
Description: The number of unsuccessful transmissions on PDSCH using MCS6 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.161
Definition updated in release:
M8001C163 / Failed Transmission PDSCH MCS7 Counter ID: M8001C163
Network element name: Failed Transmission PDSCH MCS7
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS7
Description: The number of unsuccessful transmissions on PDSCH using MCS7 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
162
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.162
Definition updated in release:
M8001C164 / Failed Transmission PDSCH MCS8 Counter ID: M8001C164
Network element name: Failed Transmission PDSCH MCS8
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS8
Description: The number of unsuccessful transmissions on PDSCH using MCS8 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.163
M8001C165 / Failed Transmission PDSCH MCS9 Counter ID: M8001C165
Issue: 05B
Definition updated in release:
Network element name: Failed Transmission PDSCH MCS9
DN0944219
163
LTE performance measurements
LTE Performance Measurements
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS9
Description: The number of unsuccessful transmissions on PDSCH using MCS9 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.164
Definition updated in release:
M8001C166 / Failed Transmission PDSCH MCS10 Counter ID: M8001C166
Network element name: Failed Transmission PDSCH MCS10
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS10
Description: The number of unsuccessful transmissions on PDSCH using MCS10 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
164
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.165
Definition updated in release:
M8001C167 / Failed Transmission PDSCH MCS11 Counter ID: M8001C167
Network element name: Failed Transmission PDSCH MCS11
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS11
Description: The number of unsuccessful transmissions on PDSCH using MCS11 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.166
Issue: 05B
Definition updated in release:
M8001C168 / Failed Transmission PDSCH MCS12 Counter ID: M8001C168
Network element name: Failed Transmission PDSCH MCS12
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS12
DN0944219
165
LTE performance measurements
LTE Performance Measurements
Description: The number of unsuccessful transmissions on PDSCH using MCS12 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.167
Definition updated in release:
M8001C169 / Failed Transmission PDSCH MCS13 Counter ID: M8001C169
Network element name: Failed Transmission PDSCH MCS13
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS13
Description: The number of unsuccessful transmissions on PDSCH using MCS13 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
166
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.168
Definition updated in release:
M8001C170 / Failed Transmission PDSCH MCS14 Counter ID: M8001C170
Network element name: Failed Transmission PDSCH MCS14
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS14
Description: The number of unsuccessful transmissions on PDSCH using MCS14 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.169
Definition updated in release:
M8001C171 / Failed Transmission PDSCH MCS15 Counter ID: M8001C171
Network element name: Failed Transmission PDSCH MCS15
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS15
Description: The number of unsuccessful transmissions on PDSCH using MCS15 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered.
Issue: 05B
DN0944219
167
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.170
Definition updated in release:
M8001C172 / Failed Transmission PDSCH MCS16 Counter ID: M8001C172
Network element name: Failed Transmission PDSCH MCS16
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS16
Description: The number of unsuccessful transmissions on PDSCH using MCS16 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
168
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.171
Definition updated in release:
M8001C173 / Failed Transmission PDSCH MCS17 Counter ID: M8001C173
Network element name: Failed Transmission PDSCH MCS17
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS17
Description: The number of unsuccessful transmissions on PDSCH using MCS17 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.172
Definition updated in release:
M8001C174 / Failed Transmission PDSCH MCS18 Counter ID: M8001C174
Network element name: Failed Transmission PDSCH MCS18
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS18
Description: The number of unsuccessful transmissions on PDSCH using MCS18 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB.
Issue: 05B
DN0944219
169
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.173
Definition updated in release:
M8001C175 / Failed Transmission PDSCH MCS19 Counter ID: M8001C175
Network element name: Failed Transmission PDSCH MCS19
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS19
Description: The number of unsuccessful transmissions on PDSCH using MCS19 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
170
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.174
LTE performance measurements
M8001C176 / Failed Transmission PDSCH MCS20 Counter ID: M8001C176
Network element name: Failed Transmission PDSCH MCS20
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS20
Description: The number of unsuccessful transmissions on PDSCH using MCS20 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.175
Definition updated in release:
M8001C177 / Failed Reception PUSCH MCS0 Counter ID: M8001C177
Network element name: Failed Reception PUSCH MCS0
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS0
Description: The number of unsuccessful receptions on PUSCH using MCS0 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
171
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.176
Definition updated in release:
M8001C178 / Failed Reception PUSCH MCS1 Counter ID: M8001C178
Network element name: Failed Reception PUSCH MCS1
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS1
Description: The number of unsuccessful receptions on PUSCH using MCS1 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.177
M8001C179 / Failed Reception PUSCH MCS2 Counter ID: M8001C179
172
Definition updated in release:
Network element name: Failed Reception PUSCH MCS2
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS2
Description: The number of unsuccessful receptions on PUSCH using MCS2 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.178
Definition updated in release:
M8001C180 / Failed Reception PUSCH MCS3 Counter ID: M8001C180
Network element name: Failed Reception PUSCH MCS3
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS3
Description: The number of unsuccessful receptions on PUSCH using MCS3 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
173
LTE performance measurements
LTE Performance Measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.179
Definition updated in release:
M8001C181 / Failed Reception PUSCH MCS4 Counter ID: M8001C181
Network element name: Failed Reception PUSCH MCS4
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS4
Description: The number of unsuccessful receptions on PUSCH using MCS4 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.180
174
Definition updated in release:
M8001C182 / Failed Reception PUSCH MCS5 Counter ID: M8001C182
Network element name: Failed Reception PUSCH MCS5
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS5
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of unsuccessful receptions on PUSCH using MCS5 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.181
Definition updated in release:
M8001C183 / Failed Reception PUSCH MCS6 Counter ID: M8001C183
Network element name: Failed Reception PUSCH MCS6
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS6
Description: The number of unsuccessful receptions on PUSCH using MCS6 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
Issue: 05B
DN0944219
175
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.182
Definition updated in release:
M8001C184 / Failed Reception PUSCH MCS7 Counter ID: M8001C184
Network element name: Failed Reception PUSCH MCS7
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS7
Description: The number of unsuccessful receptions on PUSCH using MCS7 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.183
Definition updated in release:
M8001C185 / Failed Reception PUSCH MCS8 Counter ID: M8001C185
Network element name: Failed Reception PUSCH MCS8
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS8
Description: The number of unsuccessful receptions on PUSCH using MCS8 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered.
176
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.184
Definition updated in release:
M8001C186 / Failed Reception PUSCH MCS9 Counter ID: M8001C186
Network element name: Failed Reception PUSCH MCS9
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS9
Description: The number of unsuccessful receptions on PUSCH using MCS9 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
177
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.185
Definition updated in release:
M8001C187 / Failed Reception PUSCH MCS10 Counter ID: M8001C187
Network element name: Failed Reception PUSCH MCS10
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS10
Description: The number of unsuccessful receptions on PUSCH using MCS10 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.186
Definition updated in release:
M8001C188 / Failed Reception PUSCH MCS11 Counter ID: M8001C188
Network element name: Failed Reception PUSCH MCS11
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS11
Description: The number of unsuccessful receptions on PUSCH using MCS11 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB.
178
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.187
Definition updated in release:
M8001C189 / Failed Reception PUSCH MCS12 Counter ID: M8001C189
Network element name: Failed Reception PUSCH MCS12
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS12
Description: The number of unsuccessful receptions on PUSCH using MCS12 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
179
LTE performance measurements
2.2.2.188
LTE Performance Measurements
M8001C190 / Failed Reception PUSCH MCS13 Counter ID: M8001C190
Network element name: Failed Reception PUSCH MCS13
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS13
Description: The number of unsuccessful receptions on PUSCH using MCS13 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.189
Definition updated in release:
M8001C191 / Failed Reception PUSCH MCS14 Counter ID: M8001C191
Network element name: Failed Reception PUSCH MCS14
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS14
Description: The number of unsuccessful receptions on PUSCH using MCS14 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
180
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.190
Definition updated in release:
M8001C192 / Failed Reception PUSCH MCS15 Counter ID: M8001C192
Network element name: Failed Reception PUSCH MCS15
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS15
Description: The number of unsuccessful receptions on PUSCH using MCS15 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.191
M8001C193 / Failed Reception PUSCH MCS16 Counter ID: M8001C193
Issue: 05B
Definition updated in release:
Network element name: Failed Reception PUSCH MCS16
DN0944219
181
LTE performance measurements
LTE Performance Measurements
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS16
Description: The number of unsuccessful receptions on PUSCH using MCS16 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.192
Definition updated in release:
M8001C194 / Failed Reception PUSCH MCS17 Counter ID: M8001C194
Network element name: Failed Reception PUSCH MCS17
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS17
Description: The number of unsuccessful receptions on PUSCH using MCS17 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
182
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.193
Definition updated in release:
M8001C195 / Failed Reception PUSCH MCS18 Counter ID: M8001C195
Network element name: Failed Reception PUSCH MCS18
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS18
Description: The number of unsuccessful receptions on PUSCH using MCS18 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.194
Issue: 05B
Definition updated in release:
M8001C196 / Failed Reception PUSCH MCS19 Counter ID: M8001C196
Network element name: Failed Reception PUSCH MCS19
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS19
DN0944219
183
LTE performance measurements
LTE Performance Measurements
Description: The number of unsuccessful receptions on PUSCH using MCS19 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.195
Definition updated in release:
M8001C197 / Failed Reception PUSCH MCS20 Counter ID: M8001C197
Network element name: Failed Reception PUSCH MCS20
Version: 5.3
NetAct name: TB_BAD_PUSCH_MCS20
Description: The number of unsuccessful receptions on PUSCH using MCS20 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
184
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.196
Definition updated in release:
M8001C199 / RRC Connected UEs Avg Counter ID: M8001C199
Network element name: RRC Connected UEs Avg
Version: 4.4
NetAct name: RRC_CONN_UE_AVG
Description: The average number of UEs in RRC_CONNECTED state over the measurement period. The average value is the arithmetical average of samples taken from the number of UEs in RRC_CONNECTED state. Updated: This counter is updated after each sampling interval with the arithmetical average of samples each representing the number of UEs in RRC_CONNECTED state at that moment. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.197
Definition updated in release:
M8001C200 / RRC Connected UEs Max Counter ID: M8001C200
Network element name: RRC Connected UEs Max
Version: 4.3
NetAct name: RRC_CONN_UE_MAX
Description: The highest value for number of UEs in RRC_CONNECTED state over the measurement period.
Issue: 05B
DN0944219
185
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated after each sampling interval with the peak number of UEs in RRC_CONNECTED state during the measurement period. Logical type: Max
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.198
Definition updated in release:
M8001C202 / Failed Transmission PDSCH MCS21 Counter ID: M8001C202
Network element name: Failed Transmission PDSCH MCS21
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS21
Description: The number of unsuccessful transmissions on PDSCH using MCS21 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
186
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.199
Definition updated in release:
M8001C203 / Failed Transmission PDSCH MCS22 Counter ID: M8001C203
Network element name: Failed Transmission PDSCH MCS22
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS22
Description: The number of unsuccessful transmissions on PDSCH using MCS22 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.200
Definition updated in release:
M8001C204 / Failed Transmission PDSCH MCS23 Counter ID: M8001C204
Network element name: Failed Transmission PDSCH MCS23
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS23
Description: The number of unsuccessful transmissions on PDSCH using MCS23 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB.
Issue: 05B
DN0944219
187
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.201
Definition updated in release:
M8001C205 / Failed Transmission PDSCH MCS24 Counter ID: M8001C205
Network element name: Failed Transmission PDSCH MCS24
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS24
Description: The number of unsuccessful transmissions on PDSCH using MCS24 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
188
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.202
LTE performance measurements
M8001C206 / Failed Transmission PDSCH MCS25 Counter ID: M8001C206
Network element name: Failed Transmission PDSCH MCS25
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS25
Description: The number of unsuccessful transmissions on PDSCH using MCS25 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.203
Definition updated in release:
M8001C207 / Failed Transmission PDSCH MCS26 Counter ID: M8001C207
Network element name: Failed Transmission PDSCH MCS26
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS26
Description: The number of unsuccessful transmissions on PDSCH using MCS26 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
189
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.204
Definition updated in release:
M8001C208 / Failed Transmission PDSCH MCS27 Counter ID: M8001C208
Network element name: Failed Transmission PDSCH MCS27
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS27
Description: The number of unsuccessful transmissions on PDSCH using MCS27 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.205
M8001C209 / Failed Transmission PDSCH MCS28 Counter ID: M8001C209
190
Definition updated in release:
Network element name: Failed Transmission PDSCH MCS28
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: TB_BAD_PDSCH_MCS28
Description: The number of unsuccessful transmissions on PDSCH using MCS28 Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.206
Definition updated in release:
M8001C210 / Minimum queue length DL SRB Counter ID: M8001C210
Network element name: Minimum queue length DL SRB
Version: 4.4
NetAct name: DL_QUE_L_SRB_MIN
Description: The volume of queued RLC SDUs is measured. DL SRB queues are counted only when there is data in the buffer. The minimum value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
191
LTE performance measurements
LTE Performance Measurements
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.207
Definition updated in release:
M8001C211 / Average queue length DL SRB Counter ID: M8001C211
Network element name: Average queue length DL SRB
Version: 4.4
NetAct name: DL_QUE_L_SRB_AVG
Description: The volume of queued RLC SDUs is measured. DL SRB queues are counted only when there is data in the buffer. The mean value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.208
192
Definition updated in release:
M8001C212 / Maximum queue length DL SRB Counter ID: M8001C212
Network element name: Maximum queue length DL SRB
Version: 4.4
NetAct name: DL_QUE_L_SRB_MAX
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The volume of queued RLC SDUs is measured. DL SRB queues are counted only when there is data in the buffer. The maximum value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.209
Definition updated in release:
M8001C213 / Minimum queue length DL DRB Counter ID: M8001C213
Network element name: Minimum queue length DL DRB
Version: 4.4
NetAct name: DL_QUE_L_DRB_MIN
Description: The volume of queued RLC SDUs is measured. DL DRB queues are counted only when there is data in the buffer. The minimum value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
193
LTE performance measurements
LTE Performance Measurements
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.210
Definition updated in release:
M8001C214 / Average queue length DL DRB Counter ID: M8001C214
Network element name: Average queue length DL DRB
Version: 4.4
NetAct name: DL_QUE_L_DRB_AVG
Description: The volume of queued RLC SDUs is measured. DL DRB queues are counted only when there is data in the buffer. The mean value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.211
194
Definition updated in release:
M8001C215 / Maximum queue length DL DRB Counter ID: M8001C215
Network element name: Maximum queue length DL DRB
Version: 4.4
NetAct name: DL_QUE_L_DRB_MAX
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The volume of queued RLC SDUs is measured. DL DRB queues are counted only when there is data in the buffer. The maximum value over the measurement period is updated to this counter. Updated: The counter is updated when the size of the RLC buffer changes, except when there is no data in the buffer. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.212
Definition updated in release:
M8001C216 / Average number of available PRBs per TTI on PDSCH Counter ID: M8001C216
Network element name: Average number of available PRBs per TTI on PDSCH
Version: 2.4
NetAct name: MEAN_PRB_AVAIL_PDSCH
Description: This measurement provides the average number of PRBs on PDSCH available for dynamic scheduling. Updated: The counter is updated each time the number of PRBs available for dynamic scheduling for non-GBR and GBR bearers is changed. Logical type: Current
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE497: Smart admission control
Issue: 05B
DN0944219
195
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.213
Definition updated in release:
M8001C217 / Average number of available PRBs per TTI on PUSCH Counter ID: M8001C217
Network element name: Average number of available PRBs per TTI on PUSCH
Version: 2.4
NetAct name: MEAN_PRB_AVAIL_PUSCH
Description: This measurement provides the average number of PRBs on PUSCH available for dynamic scheduling. Updated: The counter is updated each time the number of PRBs available for dynamic scheduling for non-GBR and GBR bearers is changed. Logical type: Current
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE497: Smart admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.214
Definition updated in release:
M8001C218 / RLC SDUs on BCCH Counter ID: M8001C218
Network element name: RLC SDUs on BCCH
Version: 5.3
NetAct name: RLC_SDU_BCCH
Description: The number of transmitted RLC SDUs on BCCH per cell.
196
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated on the transmission of an RLC data block on BCCH towards the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.215
Definition updated in release:
M8001C219 / RLC SDUs on DL CCCH Counter ID: M8001C219
Network element name: RLC SDUs on DL CCCH
Version: 5.3
NetAct name: RLC_SDU_DL_CCCH
Description: The number of transmitted RLC SDUs on CCCH per cell. Updated: This counter is updated on the transmission of an RLC SDU on CCCH towards the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
197
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.2.2.216
Definition updated in release:
M8001C220 / RLC SDUs on PCCH Counter ID: M8001C220
Network element name: RLC SDUs on PCCH
Version: 5.3
NetAct name: RLC_SDU_PCCH
Description: The number of transmitted RLC SDUs on PCCH per cell. Updated: This counter is updated on the transmission of an RLC SDU on PCCH towards the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.217
Definition updated in release:
M8001C222 / RLC SDUs on UL CCCH Counter ID: M8001C222
Network element name: RLC SDUs on UL CCCH
Version: 5.3
NetAct name: RLC_SDU_UL_CCCH
Description: The number of received RLC SDUs on CCCH. Updated: This counter is updated on the reception of an RLC SDU on CCCH from UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
198
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.218
Definition updated in release:
M8001C223 / Active UE per Cell average Counter ID: M8001C223
Network element name: Active UE per Cell average
Version: 5.4
NetAct name: CELL_LOAD_ACT_UE_AVG
Description: The average number of active UEs per cell during measurement period. A UE is active if at least a single non-GBR DRB has been successfully configured for it. Updated: The arithmetical average of samples taken from the number of active UEs. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.219
Definition updated in release:
M8001C224 / Active UE per Cell max Counter ID: M8001C224
Network element name: Active UE per Cell max
Version: 5.4
NetAct name: CELL_LOAD_ACT_UE_MAX
Description: The maximum number of active UEs per cell during measurement period. A UE is active if at least a single non-GBR DRB has been successfully configured for it.
Issue: 05B
DN0944219
199
LTE performance measurements
LTE Performance Measurements
Updated: The maximum value of the samples of active UEs during a measurement period. Logical type: Max
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.2.2.220
Definition updated in release:
M8001C227 / UEs with buffered DL data for DRB with QCI 1 Counter ID: M8001C227
Network element name: UEs with buffered DL data for DRB with QCI 1
Version: 4.5
NetAct name: UE_DRB_DL_DATA_QCI_1
Description: The average number of UEs per TTI with buffered data in DL for QCI1 bearer. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data for QCI1 bearer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range: 0-840
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type:
200
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.221
Definition updated in release:
M8001C228 / UEs with buffered DL data for QCI2 bearer Counter ID: M8001C228
Network element name: UEs with buffered DL data for QCI2 bearer
Version: 2.5
NetAct name: UE_DRB_DL_DATA_QCI_2
Description: The average number of UEs per TTI with buffered data in DL for QCI2 bearer. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data for QCI2 bearer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.222
Definition updated in release:
M8001C229 / UEs with buffered DL data for QCI3 bearer Counter ID: M8001C229
Network element name: UEs with buffered DL data for QCI3 bearer
Version: 2.5
NetAct name: UE_DRB_DL_DATA_QCI_3
Description: The average number of UEs per TTI with buffered data in DL for QCI3 bearer. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100).
Issue: 05B
DN0944219
201
LTE performance measurements
LTE Performance Measurements
Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data for QCI3 bearer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.223
Definition updated in release:
M8001C230 / UEs with buffered DL data for QCI4 bearer Counter ID: M8001C230
Network element name: UEs with buffered DL data for QCI4 bearer
Version: 2.5
NetAct name: UE_DRB_DL_DATA_QCI_4
Description: The average number of UEs per TTI with buffered data in DL for QCI4 bearer. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data for QCI4 bearer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header):
202
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.224
Definition updated in release:
M8001C231 / Number of primary ETWS notifications Counter ID: M8001C231
Network element name: Number of primary ETWS notifications
Version: 1.4
NetAct name: NUM_WARN_ETWS_PRIM
Description: Number of primary ETWS notifications. Updated: The counter is updated when the primary ETWS notification is sent via SIB10. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE843: ETWS broadcast 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.2.2.225
Definition updated in release:
M8001C232 / Number of secondary ETWS notifications Counter ID: M8001C232
Network element name: Number of secondary ETWS notifications
Version: 1.4
NetAct name: NUM_WARN_ETWS_SEC
Description: Number of secondary ETWS notifications. Updated: The counter is updated when the secondary ETWS notification is sent via SIB11. In case of segmented warning message contents the counter is updated when the last segment is sent. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
203
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE843: ETWS broadcast 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.2.2.226
Definition updated in release:
M8001C233 / Number of CMAS notifications Counter ID: M8001C233
Network element name: Number of CMAS notifications
Version: 1.4
NetAct name: NUM_WARN_CMAS
Description: Number of CMAS notifications. Updated: The counter is updated when the CMAS notification is sent via SIB12. In case of segmented warning message contents the counter is updated when the last segment is sent. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
204
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.227
LTE performance measurements
M8001C235 / UEs with buffered DL data for non-GBR DRB Counter ID: M8001C235
Network element name: UEs with buffered DL data for non-GBR DRB
Version: 4.5
NetAct name: UE_DRB_DL_DATA_NON_GBR
Description: The average number of UEs per TTI with buffered data in DL for non-GBR data radio bearers. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average number of active UEs per TTI with buffered DL RLC data for non-GBR bearer is updated to this counter. DL RLC buffer status is sampled for each active TTI where is data in the DL RLC buffer at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range: 0-840
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.228
Definition updated in release:
M8001C254 / Number of lost PDCP SDUs in UL Counter ID: M8001C254
Network element name: Number of lost PDCP SDUs in UL
Version: 1.2
NetAct name: PDCP_SDU_LOSS_UL
Description: Number of missing UL PDCP packets of a data bearer that are not delivered to higher layers. Missing packets are identified by the missing PDCP sequence number. Only user-plane traffic (DTCH) is considered. Updated: Updated when a missing UL PDCP sequence number is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
205
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.229
Definition updated in release:
M8001C255 / Number of lost PDCP SDUs in UL for QCI 1 Counter ID: M8001C255
Network element name: Number of lost PDCP SDUs in UL for QCI 1
Version: 1.2
NetAct name: PDCP_SDU_LOSS_UL_QCI_1
Description: Number of missing UL PDCP packets of a data bearer with QCI = 1 that are not delivered to higher layers. Missing packets are identified by the missing PDCP sequence number. Only user-plane traffic (DTCH) is considered. Updated: Updated when a missing UL PDCP sequence number is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
206
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.230
LTE performance measurements
M8001C256 / Number of lost PDCP SDUs in UL for QCI 2 Counter ID: M8001C256
Network element name: Number of lost PDCP SDUs in UL for QCI 2
Version: 1.2
NetAct name: PDCP_SDU_LOSS_UL_QCI_2
Description: Number of missing UL PDCP packets of a data bearer with QCI = 2 that are not delivered to higher layers. Missing packets are identified by the missing PDCP sequence number. Only user-plane traffic (DTCH) is considered. Updated: Updated when a missing UL PDCP sequence number is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.231
Definition updated in release:
M8001C257 / Number of lost PDCP SDUs in UL for QCI 3 Counter ID: M8001C257
Network element name: Number of lost PDCP SDUs in UL for QCI 3
Version: 1.2
NetAct name: PDCP_SDU_LOSS_UL_QCI_3
Description: Number of missing UL PDCP packets of a data bearer with QCI = 3 that are not delivered to higher layers. Missing packets are identified by the missing PDCP sequence number. Only user-plane traffic (DTCH) is considered. Updated: Updated when a missing UL PDCP sequence number is detected.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
207
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.232
Definition updated in release:
M8001C258 / Number of lost PDCP SDUs in UL for QCI 4 Counter ID: M8001C258
Network element name: Number of lost PDCP SDUs in UL for QCI 4
Version: 1.2
NetAct name: PDCP_SDU_LOSS_UL_QCI_4
Description: Number of missing UL PDCP packets of a data bearer with QCI = 4 that are not delivered to higher layers. Missing packets are identified by the missing PDCP sequence number. Only user-plane traffic (DTCH) is considered. Updated: Updated when a missing UL PDCP sequence number is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
208
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.233
LTE performance measurements
M8001C259 / Number of lost PDCP SDUs in DL Counter ID: M8001C259
Network element name: Number of lost PDCP SDUs in DL
Version: 1.3
NetAct name: PDCP_SDU_LOSS_DL
Description: Number of DL PDCP SDUs that could not be successfully transmitted. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a part of that PDCP SDU was transmitted over the air but not positively acknowledged, and it was decided that no more transmission attempts will be done. If the transmission of a packet might continue in another cell, it must not be included in this count (HO case). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.234
Definition updated in release:
M8001C260 / Number of lost PDCP SDUs in DL for QCI 1 Counter ID: M8001C260
Network element name: Number of lost PDCP SDUs in DL for QCI 1
Version: 1.3
NetAct name: PDCP_SDU_LOSS_DL_QCI_1
Description: Number of DL PDCP SDUs of a data radio bearer with QCI = 1 that could not be successfully transmitted. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a part of that PDCP SDU was transmitted over the air but not positively acknowledged, and it was decided that no more transmission attempts will be done. If the transmission of a packet might continue in another cell, it must not be included in this count (HO case).
Issue: 05B
DN0944219
209
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.235
Definition updated in release:
M8001C261 / Number of lost PDCP SDUs in DL for QCI 2 Counter ID: M8001C261
Network element name: Number of lost PDCP SDUs in DL for QCI 2
Version: 1.3
NetAct name: PDCP_SDU_LOSS_DL_QCI_2
Description: Number of DL PDCP SDUs of a data radio bearer with QCI = 2 that could not be successfully transmitted. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a part of that PDCP SDU was transmitted over the air but not positively acknowledged, and it was decided that no more transmission attempts will be done. If the transmission of a packet might continue in another cell, it must not be included in this count (HO case). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
210
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.236
Definition updated in release:
M8001C262 / Number of lost PDCP SDUs in DL for QCI 3 Counter ID: M8001C262
Network element name: Number of lost PDCP SDUs in DL for QCI 3
Version: 1.3
NetAct name: PDCP_SDU_LOSS_DL_QCI_3
Description: Number of DL PDCP SDUs of a data radio bearer with QCI = 3 that could not be successfully transmitted. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a part of that PDCP SDU was transmitted over the air but not positively acknowledged, and it was decided that no more transmission attempts will be done. If the transmission of a packet might continue in another cell, it must not be included in this count (HO case). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.237
Definition updated in release:
M8001C263 / Number of lost PDCP SDUs in DL for QCI 4 Counter ID: M8001C263
Network element name: Number of lost PDCP SDUs in DL for QCI 4
Version: 1.2
NetAct name: PDCP_SDU_LOSS_DL_QCI_4
Description: Number of DL PDCP SDUs of a data radio bearer with QCI = 4 that could not be successfully transmitted. Only user-plane traffic (DTCH) is considered.
Issue: 05B
DN0944219
211
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when a part of that PDCP SDU was transmitted over the air but not positively acknowledged, and it was decided that no more transmission attempts will be done. If the transmission of a packet might continue in another cell, it must not be included in this count (HO case). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.238
Definition updated in release:
M8001C264 / Sum of Active UEs with buffered data in DL per cell Counter ID: M8001C264
Network element name: Sum of Active UEs with buffered data in DL per cell
Version: 1.3
NetAct name: SUM_ACTIVE_UE_DATA_DL
Description: This measurement provides the sum of sampled values for measuring the number of simultaneously Active UEs with buffered data in DL. This counter, divided by the denominator DENOM_ACTIVE_UE_DATA_DL, provides the average number of Active UEs with buffered user plane data in DL per cell. Updated: This counter is updated after each sampling interval with the sample taken from the number of Active UEs with buffered data in DL. Logical type: Sum
Trigger type: Sample
Sampling interval: 1s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
212
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.239
Definition updated in release:
M8001C265 / Denominator for Active UEs with buffered data in DL per cell Counter ID: M8001C265
Network element name: Denominator for Active UEs with buffered data in DL per cell
Version: 1.3
NetAct name: DENOM_ACTIVE_UE_DATA_DL
Description: The number of samples taken for counter SUM_ACTIVE_UE_DATA_DL used as a denominator for average calculation. Updated: This counter is updated by value 1 when the number of Active UEs is summed to counter SUM_ACTIVE_UE_DATA_DL. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.240
Definition updated in release:
M8001C266 / Sum of Active UEs with buffered data in UL per cell Counter ID: M8001C266
Network element name: Sum of Active UEs with buffered data in UL per cell
Version: 1.3
NetAct name: SUM_ACTIVE_UE_DATA_UL
Description: This measurement provides the sum of sampled values for measuring the number of simultaneously Active UEs with buffered data in UL. This counter, divided by the denominator DENOM_ACTIVE_UE_DATA_UL, provides the average number of Active UEs with buffered user plane data in UL per cell.
Issue: 05B
DN0944219
213
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated after each sampling interval with the sample taken from the number of Active UEs with buffered data in UL. Logical type: Sum
Trigger type: Sample
Sampling interval: 1s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.241
Definition updated in release:
M8001C267 / Denominator for Active UEs with buffered data in UL per cell Counter ID: M8001C267
Network element name: Denominator for Active UEs with buffered data in UL per cell
Version: 1.3
NetAct name: DENOM_ACTIVE_UE_DATA_UL
Description: The number of samples taken for counter SUM_ACTIVE_UE_DATA_UL used as a denominator for average calculation. Updated: This counter is updated by value 1 when the number of Active UEs is summed to counter SUM_ACTIVE_UE_DATA_UL. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
214
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN5.0_LNT3.0
2.2.2.242
Definition updated in release:
M8001C269 / Mean PDCP SDU delay on DL DTCH for DRB with QCI 1 Counter ID: M8001C269
Network element name: Mean PDCP SDU delay on DL DTCH for DRB with QCI 1
Version: 4.3
NetAct name: PDCP_RET_DL_DEL_MEAN_QCI_1
Description: The mean retention delay for a PDCP SDU (DL) inside eNB per QCI 1 Updated: The time starts at the reception of the PDCP SDU in the eNB. The time ends at the first transmission of a TB containing a segment of the SDU. Discarded SDUs will be excluded from the measurement. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.243
Definition updated in release:
M8001C270 / Mean PDCP SDU delay on DL DTCH for non-GBR DRB Counter ID: M8001C270
Network element name: Mean PDCP SDU delay on DL DTCH for non-GBR DRB
Version: 4.3
NetAct name: PDCP_RET_DL_DEL_MEAN_NON_GBR
Description: The mean retention delay for a PDCP SDU (DL) inside eNB non-GBR data radio bearers Updated: The time starts at the reception of the PDCP SDU in the eNB. The time ends at the first transmission of a TB containing a segment of the SDU. Discarded SDUs will be excluded from the measurement. Logical type: Average
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
215
LTE performance measurements
LTE Performance Measurements
Unit: ms
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.244
Definition updated in release:
M8001C271 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 2 Counter ID: M8001C271
Network element name: PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 2
Version: 2.4
NetAct name: PDCP_RET_DL_DEL_MEAN_QCI_2
Description: The mean retention delay for a PDCP SDU (DL) inside eNB for QCI2 bearers. Updated: The time starts at the reception of the PDCP SDU in the eNB. The time ends at the first transmission of a TB containing a segment of the SDU. Discarded SDUs will be excluded from the measurement. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
216
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.245
LTE performance measurements
M8001C272 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 3 Counter ID: M8001C272
Network element name: PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 3
Version: 2.4
NetAct name: PDCP_RET_DL_DEL_MEAN_QCI_3
Description: The mean retention delay for a PDCP SDU (DL) inside eNB for QCI3 bearers. Updated: The time starts at the reception of the PDCP SDU in the eNB. The time ends at the first transmission of a TB containing a segment of the SDU. Discarded SDUs will be excluded from the measurement. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.246
Definition updated in release:
M8001C273 / PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 4 Counter ID: M8001C273
Network element name: PDCP SDU delay on DL DTCH Mean for GBR DRBs of QCI 4
Version: 2.4
NetAct name: PDCP_RET_DL_DEL_MEAN_QCI_4
Description: The mean retention delay for a PDCP SDU (DL) inside eNB for QCI4 bearers. Updated: The time starts at the reception of the PDCP SDU in the eNB. The time ends at the first transmission of a TB containing a segment of the SDU. Discarded SDUs will be excluded from the measurement.
Issue: 05B
Logical type: Average
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
DN0944219
217
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.247
Definition updated in release:
M8001C286 / RACH setup attempts for dedicated preambles Counter ID: M8001C286
Network element name: RACH setup attempts for dedicated preambles
Version: 2.3
NetAct name: RACH_STP_ATT_DEDICATED
Description: The number of RACH setup attempts for dedicated preambles. Updated: The reception of a dedicated RA preamble sent by the UE to the eNB. (cf. 3GPP TS 36.300) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.248
M8001C305 / PDCP SDU UL QCI 1 Counter ID: M8001C305
218
Definition updated in release:
Network element name: PDCP SDU UL QCI 1
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 4.2
NetAct name: PDCP_SDU_UL_QCI_1
Description: This measurement provides the number of received PDCP SDUs for QCI 1 bearers. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a PDCP SDU for a QCI 1 bearer is delivered to higher layers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.249
Definition updated in release:
M8001C306 / PDCP SDU UL QCI 2 Counter ID: M8001C306
Network element name: PDCP SDU UL QCI 2
Version: 1.2
NetAct name: PDCP_SDU_UL_QCI_2
Description: This measurement provides the number of received PDCP SDUs for QCI 2 bearers. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a PDCP SDU for a QCI 2 bearer is delivered to higher layers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
DN0944219
219
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.250
Definition updated in release:
M8001C307 / PDCP SDU UL QCI 3 Counter ID: M8001C307
Network element name: PDCP SDU UL QCI 3
Version: 1.2
NetAct name: PDCP_SDU_UL_QCI_3
Description: This measurement provides the number of received PDCP SDUs for QCI 3 bearers. Only user-plane traffic (DTCH) is considered. Updated: This counter is updated when a PDCP SDU for a QCI 3 bearer is delivered to higher layers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.251
Definition updated in release:
M8001C308 / PDCP SDU UL QCI 4 Counter ID: M8001C308
Network element name: PDCP SDU UL QCI 4
Version: 1.2
NetAct name: PDCP_SDU_UL_QCI_4
Description: This measurement provides the number of received PDCP SDUs for QCI 4 bearers. Only user-plane traffic (DTCH) is considered.
220
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when a PDCP SDU for a QCI 4 bearer is delivered to higher layers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.252
Definition updated in release:
M8001C314 / PDCP SDU DL QCI 1 Counter ID: M8001C314
Network element name: PDCP SDU DL QCI 1
Version: 4.2
NetAct name: PDCP_SDU_DL_QCI_1
Description: The number of transmitted PDCP SDUs in downlink for QCI 1 Updated: The number of transmitted PDCP SDUs in downlink for QCI 1 Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
221
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN2.0_LNT1.0
2.2.2.253
Definition updated in release:
M8001C315 / PDCP SDU DL QCI 2 Counter ID: M8001C315
Network element name: PDCP SDU DL QCI 2
Version: 2.2
NetAct name: PDCP_SDU_DL_QCI_2
Description: This measurement provides the number of transmitted PDCP SDUs in downlink for GBR DRBs of QCI2 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI2 bearer is sent to the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.254
Definition updated in release:
M8001C316 / PDCP SDU DL QCI 3 Counter ID: M8001C316
Network element name: PDCP SDU DL QCI 3
Version: 2.2
NetAct name: PDCP_SDU_DL_QCI_3
Description: This measurement provides the number of transmitted PDCP SDUs in downlink for GBR DRBs of QCI3 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI3 bearer is sent to the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
222
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.255
Definition updated in release:
M8001C317 / PDCP SDU DL QCI 4 Counter ID: M8001C317
Network element name: PDCP SDU DL QCI 4
Version: 2.2
NetAct name: PDCP_SDU_DL_QCI_4
Description: This measurement provides the number of transmitted PDCP SDUs in downlink for GBR DRBs of QCI4 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI4 bearer is sent to the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.256
Issue: 05B
Definition updated in release:
M8001C318 / Sum of RRC Connected UEs per cell Counter ID: M8001C318
Network element name: Sum of RRC Connected UEs per cell
Version: 1.3
NetAct name: SUM_RRC_CONN_UE
DN0944219
223
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides the sum of sampled values for measuring the number of simultaneously RRC Connected UEs. This counter divided by the denominator DENOM_RRC_CONN_UE provides the average number of RRC Connected UEs per cell. Updated: This counter is updated after each sampling interval with the sample taken from the number of UEs in RRC_CONNECTED state. Logical type: Sum
Trigger type: Sample
Sampling interval: 1s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.257
Definition updated in release:
M8001C319 / Denominator for RRC Connected UEs per cell Counter ID: M8001C319
Network element name: Denominator for RRC Connected UEs per cell
Version: 1.3
NetAct name: DENOM_RRC_CONN_UE
Description: The number of samples taken for counter SUM_RRC_CONN_UE used as a denominator for average calculation. Updated: This counter is updated by value 1 when the number of RRC Connected UEs is summed to counter SUM_RRC_CONN_UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type:
224
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.258
Definition updated in release:
M8001C320 / Sum of Active UEs per cell Counter ID: M8001C320
Network element name: Sum of Active UEs per cell
Version: 1.3
NetAct name: SUM_ACTIVE_UE
Description: This measurement provides the sum of sampled values for measuring the number of simultaneously Active UEs. This counter divided by the denominator DENOM_ACTIVE_UE provides the average number of Active UEs per cell. A UE is active if at least a single non-GBR DRB has been successfully configured for it. Updated: This counter is updated after each sampling interval with the sample taken from the number of Active UEs. Logical type: Sum
Trigger type: Sample
Sampling interval: 1s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.259
Definition updated in release:
M8001C321 / Denominator for Active UEs per cell Counter ID: M8001C321
Network element name: Denominator for Active UEs per cell
Version: 1.3
NetAct name: DENOM_ACTIVE_UE
Description: The number of samples taken for counter SUM_ACTIVE_UE used as a denominator for average calculation. Updated: This counter is updated by value 1 when the number of Active UEs is summed to counter SUM_ACTIVE_UE. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
225
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.2.2.260
Definition updated in release:
M8001C323 / PDCP SDU discarded DL QCI 1 Counter ID: M8001C323
Network element name: PDCP SDU discarded DL QCI 1
Version: 4.3
NetAct name: PDCP_SDU_DISC_DL_QCI_1
Description: This measurement provides the number of discarded PDCP SDUs in downlink for GBR DRBs of QCI1 bearers. Updated: This counter is updated when a PDCP SDU of a QCI1 bearer is removed from the eNB without having started the transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.261
M8001C324 / PDCP SDU discarded DL QCI 2 Counter ID: M8001C324
226
Definition updated in release:
Network element name: PDCP SDU discarded DL QCI 2
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 2.2
NetAct name: PDCP_SDU_DISC_DL_QCI_2
Description: This measurement provides the number of discarded PDCP SDUs in downlink for GBR DRBs of QCI2 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI2 bearer is removed from the eNB without having started the transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.262
Definition updated in release:
M8001C325 / PDCP SDU discarded DL QCI 3 Counter ID: M8001C325
Network element name: PDCP SDU discarded DL QCI 3
Version: 2.2
NetAct name: PDCP_SDU_DISC_DL_QCI_3
Description: This measurement provides the number of discarded PDCP SDUs in downlink for GBR DRBs of QCI3 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI3 bearer is removed from the eNB without having started the transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4
Issue: 05B
DN0944219
227
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.263
Definition updated in release:
M8001C326 / PDCP SDU discarded DL QCI 4 Counter ID: M8001C326
Network element name: PDCP SDU discarded DL QCI 4
Version: 2.2
NetAct name: PDCP_SDU_DISC_DL_QCI_4
Description: This measurement provides the number of discarded PDCP SDUs in downlink for GBR DRBs of QCI4 characteristics. Updated: This counter is updated when a PDCP SDU of a QCI4 bearer is removed from the eNB without having started the transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.2.2.264
Definition updated in release:
M8001C419 / UEs with buffered UL data for DRB with QCI 1 Counter ID: M8001C419
Network element name: UEs with buffered UL data for DRB with QCI 1
Version: 4.5
NetAct name: UE_DRB_UL_DATA_QCI_1
Description: The average number of UEs per TTI with buffered data in UL for logical channel group (LCG) which have VoIP (QCI1) bearer mapped. Note that this counter provides reliable results if only QCI1 is mapped into the LCG1. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100).
228
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The value is the arithmetical average of samples taken from the number of UEs with buffered data in UL for logical channel group which have VOIP (QCI1) bearer mapped. The samples are taken from each active TTI there is UL data scheduled at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range: 0-840
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE10: EPS bearers for conversational voice LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.265
Definition updated in release:
M8001C420 / UEs with buffered UL data for non-GBR DRB Counter ID: M8001C420
Network element name: UEs with buffered UL data for non-GBR DRB
Version: 4.5
NetAct name: UE_DRB_UL_DATA_NON_GBR
Description: The average number of UEs per TTI with buffered data in UL for logical channel groups which have non-GBR bearers (QCI5...9) mapped. Note that in case of mixed GBR/non-GBR bearers mapping into the LCG there can be an error in the obtained results because it cannot be distinguished whether this counter is updated only for non-GBR bearers or also for GBR bearers. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The value is the arithmetical average of samples taken from the number of UEs with buffered data in UL for logical channel groups with non-GBR (QCI5...9) bearer mapped. The samples are taken from each active TTI there is UL data scheduled at least for one UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 ms
Unit: Integer number
Range: 0-840
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
229
LTE performance measurements
LTE Performance Measurements
LTE10: EPS bearers for conversational voice LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.2.2.266
Definition updated in release:
M8001C421 / Number of PDCCH order attempts Counter ID: M8001C421
Network element name: Number of PDCCH order attempts
Version: 3.3
NetAct name: PDCCH_ORDER_ATT
Description: This counter provides the number of PDCCH order attempts (including PDCCH order repetitions). Updated: Transmission of a PDCCH order (eNB -> UE; 3GPP TS 36.321, TS 36.212) to initiate a UE Random Access. This counter is not only updated when the first (initial) PDCCH order is transmitted to a UE, but this counter is also updated with PDCCH order transmission repetitions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.267
230
Definition updated in release:
M8001C422 / Number of initial PDCCH order attempts Counter ID: M8001C422
Network element name: Number of initial PDCCH order attempts
Version: 3.3
NetAct name: PDCCH_INIT_ORDER_ATT
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This counter provides the number of initial PDCCH order attempts. Updated: Transmission of an initial PDCCH order (eNB -> UE; 3GPP TS 36.321, TS 36.212) to initiate a UE Random Access; that is this counter is updated when the first (initial) PDCCH order is transmitted to a UE; this counter is not updated with PDCCH transmission repetitions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.268
Definition updated in release:
M8001C423 / Number of successful PDCCH orders Counter ID: M8001C423
Network element name: Number of successful PDCCH orders
Version: 3.3
NetAct name: PDCCH_ORDER_SUCCESS
Description: This counter provides the number of successful PDCCH orders. Updated: The counter is updated when the Random Access Response (eNB -> UE; 3GPP TS 36.300) was sent to a UE after transmission of the related PDCCH order (eNB -> UE; 3GPP TS 36.321, TS 36.212) which initiated the Random Access of a UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
231
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.269
Definition updated in release:
M8001C424 / Unavailability of dedicated preamble Counter ID: M8001C424
Network element name: Unavailability of dedicated preamble
Version: 3.4
NetAct name: D_PREAMB_UNAVAIL
Description: This counter provides the number of events when a dedicated preamble could not be assigned (eNB -> UE) because of insufficient dedicated preamble resources in the cell. This counter is updated irrespectively of that for which purpose a dedicated preamble could not be assigned, that is irrespective of whether a dedicated preamble could not be assigned, for example for PDCCH order purposes, for handover purposes or for other purposes. Updated: eNB-internal trigger Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.270
Definition updated in release:
M8001C425 / Unavailability of dedicated preamble for PDCCH order purposes Counter ID: M8001C425
Network element name: Unavailability of dedicated preamble for PDCCH order purposes
Version: 3.3
NetAct name: D_PREAMB_PDCCH_UNAVAIL
Description: This counter provides the number of events when a dedicated preamble could not be assigned (eNB -> UE) for PDCCH order purposes because of insufficient dedicated preamble resources in the cell.
232
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: eNB-internal trigger Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.271
Definition updated in release:
M8001C426 / Unavailability of dedicated preamble for handover purposes Counter ID: M8001C426
Network element name: Unavailability of dedicated preamble for handover purposes
Version: 3.3
NetAct name: D_PREAMB_HO_UNAVAIL
Description: This counter provides the number of events when a dedicated preamble could not be assigned (eNB -> UE) for handover purposes because of insufficient dedicated preamble resources in the cell. Updated: eNB-internal trigger Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
233
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.272
Definition updated in release:
M8001C427 / Number of UE state transitions from UL-In-Sync to ULOut-Of-Sync Counter ID: M8001C427
Network element name: Number of UE state transitions from UL-In-Sync to UL-Out-Of-Sync
Version: 3.2
NetAct name: CELL_LOAD_UL_IN_SYNC
Description: This counter provides the number of UE state transitions from Uplink-In-Sync to Uplink-Out-Of-Sync. Updated: eNB-internal trigger Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.273
Definition updated in release:
M8001C428 / Average number of UEs in UL-In-Sync Counter ID: M8001C428
Network element name: Average number of UEs in UL-In-Sync
Version: 3.4
NetAct name: CELL_LOAD_UL_IN_SYNC_AVG
Description: This counter provides the average number of UEs which are in Uplink-In-Sync. Remark: The average number of Uplink-Out-Of-Sync UEs is the difference between the average number of RRC connected UEs and the average number of Uplink-In-Sync UEs. Updated: eNB-internal average calculation of the number of UEs in Uplink-In-Sync; the average is calculated as the arithmetical average over the measurement period.
234
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.274
Definition updated in release:
M8001C429 / Average number of UEs with unlimited power supply resources Counter ID: M8001C429
Network element name: Average number of UEs with unlimited power supply resources
Version: 3.3
NetAct name: CELL_LOAD_UNL_POW_RES
Description: This counter provides the average number of RRC connected UEs which have set the "deviceType" in the "UE-EUTRA-Capability" to "noBenFromBatConsumpOpt", that is which have indicated to the network (eNB) that they do not foresee to benefit from network-based battery consumption optimization (3GPP TS 36.331, TS 36.306), that is which have indicated that their power supply resources are not limited to the small battery of a normal UE (for example LTE smart phone with limited battery life) but that they have access to unlimited power supply resources (for example LTE USB-stick connected to a PC using the PC power supply resources). Updated: eNB-internal average calculation of the number of RRC connected UEs which have set the "deviceType" in the "UE-EUTRA-Capability" to "noBenFromBatConsumpOpt" (3GPP TS 36.331, TS 36.306); the average is calculated as the arithmetical average over the measurement period. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings
Issue: 05B
DN0944219
235
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.275
Definition updated in release:
M8001C430 / UE UL-Out-Of-Sync time T in the range 0 seconds < T <= 0.5 seconds Counter ID: M8001C430
Network element name: UE UL-Out-Of-Sync time T in the range 0 seconds < T <= 0.5 seconds
Version: 3.2
NetAct name: CELL_LOAD_UL_OUT_SYNC_0_05
Description: This counter is part of the histogram "UE UL-Out-Of-Sync time" and provides the number of events when the measured Uplink-Out-Of-Sync time T of a UE was in the range 0 seconds < T <= 0.5 seconds. The UE Uplink-Out-Of-Sync time T is measured by the eNB as the time between the UE state transition UL-In-Sync -> UL-Out-Of-Sync and the subsequent UE state transition UL-Out-Of-Sync -> UL-In-Sync. The counters which are part of the histogram "UE UL-Out-Of-Sync time" provide information regarding the distribution of the UL-Out-Of-Sync times of the UEs in the cell. Updated: This counter is updated when the measured Uplink-Out-Of-Sync time T of a UE was in the range 0 seconds < T <= 0.5 seconds. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
236
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.276
LTE performance measurements
M8001C431 / UE UL-Out-Of-Sync time T in the range 0.5 seconds < T <= 2.5 seconds Counter ID: M8001C431
Network element name: UE UL-Out-Of-Sync time T in the range 0.5 seconds < T <= 2.5 seconds
Version: 3.2
NetAct name: CELL_LOAD_UL_OUT_SYNC_05_025
Description: This counter is part of the histogram "UE UL-Out-Of-Sync time" and provides the number of events when the measured Uplink-Out-Of-Sync time T of a UE was in the range 0.5 seconds < T <= 2.5 seconds. The UE Uplink-Out-Of-Sync time T is measured by the eNB as the time between the UE state transition UL-In-Sync -> UL-Out-Of-Sync and the subsequent UE state transition UL-Out-Of-Sync -> UL-In-Sync. The counters which are part of the histogram "UE UL-Out-Of-Sync time" provide information regarding the distribution of the UL-Out-Of-Sync times of the UEs in the cell. Updated: This counter is updated when the measured Uplink-Out-Of-Sync time T of a UE was in the range 0.5 seconds < T <= 2.5 seconds. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.277
Definition updated in release:
M8001C432 / UE UL-Out-Of-Sync time T in the range 2.5 seconds < T <= 10 seconds Counter ID: M8001C432
Network element name: UE UL-Out-Of-Sync time T in the range 2.5 seconds < T <= 10 seconds
Version: 3.2
NetAct name: CELL_LOAD_UL_OUT_SYNC_025_10
Description: This counter is part of the histogram "UE UL-Out-Of-Sync time" and provides the number of events when the measured Uplink-Out-Of-Sync time T of a UE was in the range 2.5 seconds < T <= 10 seconds.
Issue: 05B
DN0944219
237
LTE performance measurements
LTE Performance Measurements
The UE Uplink-Out-Of-Sync time T is measured by the eNB as the time between the UE state transition UL-In-Sync -> UL-Out-Of-Sync and the subsequent UE state transition UL-Out-Of-Sync -> UL-In-Sync. The counters which are part of the histogram "UE UL-Out-Of-Sync time" provide information regarding the distribution of the UL-Out-Of-Sync times of the UEs in the cell. Updated: This counter is updated when the measured Uplink-Out-Of-Sync time T of a UE was in the range 2.5 seconds < T <= 10 seconds. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.278
Definition updated in release:
M8001C433 / UE UL-Out-Of-Sync time T in the range 10 seconds < T <= 100 seconds Counter ID: M8001C433
Network element name: UE UL-Out-Of-Sync time T in the range 10 seconds < T <= 100 seconds
Version: 3.2
NetAct name: CELL_LOAD_UL_OUT_SYNC_10_100
Description: This counter is part of the histogram "UE UL-Out-Of-Sync time" and provides the number of events when the measured Uplink-Out-Of-Sync time T of a UE was in the range 10 seconds < T <= 100 seconds. The UE Uplink-Out-Of-Sync time T is measured by the eNB as the time between the UE state transition UL-In-Sync -> UL-Out-Of-Sync and the subsequent UE state transition UL-Out-Of-Sync -> UL-In-Sync. The counters which are part of the histogram "UE UL-Out-Of-Sync time" provide information regarding the distribution of the UL-Out-Of-Sync times of the UEs in the cell. Updated: This counter is updated when the measured Uplink-Out-Of-Sync time T of a UE was in the range 10 seconds < T <= 100 seconds. Logical type: Sum
238
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.279
Definition updated in release:
M8001C434 / UE UL-Out-Of-Sync time T larger than 100 seconds Counter ID: M8001C434
Network element name: UE UL-Out-Of-Sync time T larger than 100 seconds
Version: 3.2
NetAct name: CELL_LOAD_UL_OUT_SYNC_100_INF
Description: This counter is part of the histogram "UE UL-Out-Of-Sync time" and provides the number of events when the measured Uplink-Out-Of-Sync time T of a UE was larger than 100 seconds. The UE Uplink-Out-Of-Sync time T is measured by the eNB as the time between the UE state transition UL-In-Sync -> UL-Out-Of-Sync and the subsequent UE state transition UL-Out-Of-Sync -> UL-In-Sync. The counters which are part of the histogram "UE UL-Out-Of-Sync time" provide information regarding the distribution of the UL-Out-Of-Sync times of the UEs in the cell. Updated: This counter is updated when the measured Uplink-Out-Of-Sync time T of a UE was larger than 100 seconds. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE473: Extended DRX settings 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
239
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.280
Definition updated in release:
M8001C435 / First transmissions on PUSCH using MCS0 Counter ID: M8001C435
Network element name: First transmissions on PUSCH using MCS0
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS0
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.281
Definition updated in release:
M8001C436 / First transmissions on PUSCH using MCS1 Counter ID: M8001C436
Network element name: First transmissions on PUSCH using MCS1
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS1
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
240
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.282
Definition updated in release:
M8001C437 / First transmissions on PUSCH using MCS2 Counter ID: M8001C437
Network element name: First transmissions on PUSCH using MCS2
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS2
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
241
LTE performance measurements
2.2.2.283
LTE Performance Measurements
M8001C438 / First transmissions on PUSCH using MCS3 Counter ID: M8001C438
Network element name: First transmissions on PUSCH using MCS3
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS3
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.284
Definition updated in release:
M8001C439 / First transmissions on PUSCH using MCS4 Counter ID: M8001C439
Network element name: First transmissions on PUSCH using MCS4
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS4
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
242
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.285
Definition updated in release:
M8001C440 / First transmissions on PUSCH using MCS5 Counter ID: M8001C440
Network element name: First transmissions on PUSCH using MCS5
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS5
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.286
Issue: 05B
Definition updated in release:
M8001C441 / First transmissions on PUSCH using MCS6 Counter ID: M8001C441
Network element name: First transmissions on PUSCH using MCS6
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS6
DN0944219
243
LTE performance measurements
LTE Performance Measurements
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.287
Definition updated in release:
M8001C442 / First transmissions on PUSCH using MCS7 Counter ID: M8001C442
Network element name: First transmissions on PUSCH using MCS7
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS7
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
244
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.288
Definition updated in release:
M8001C443 / First transmissions on PUSCH using MCS8 Counter ID: M8001C443
Network element name: First transmissions on PUSCH using MCS8
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS8
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.289
Definition updated in release:
M8001C444 / First transmissions on PUSCH using MCS9 Counter ID: M8001C444
Network element name: First transmissions on PUSCH using MCS9
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS9
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
245
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.290
Definition updated in release:
M8001C445 / First transmissions on PUSCH using MCS10 Counter ID: M8001C445
Network element name: First transmissions on PUSCH using MCS10
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS10
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
246
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.291
LTE performance measurements
M8001C446 / First transmissions on PUSCH using MCS11 Counter ID: M8001C446
Network element name: First transmissions on PUSCH using MCS11
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS11
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.292
Definition updated in release:
M8001C447 / First transmissions on PUSCH using MCS12 Counter ID: M8001C447
Network element name: First transmissions on PUSCH using MCS12
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS12
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
247
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.293
Definition updated in release:
M8001C448 / First transmissions on PUSCH using MCS13 Counter ID: M8001C448
Network element name: First transmissions on PUSCH using MCS13
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS13
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.294
248
Definition updated in release:
M8001C449 / First transmissions on PUSCH using MCS14 Counter ID: M8001C449
Network element name: First transmissions on PUSCH using MCS14
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS14
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.295
Definition updated in release:
M8001C450 / First transmissions on PUSCH using MCS15 Counter ID: M8001C450
Network element name: First transmissions on PUSCH using MCS15
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS15
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
249
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.296
Definition updated in release:
M8001C451 / First transmissions on PUSCH using MCS16 Counter ID: M8001C451
Network element name: First transmissions on PUSCH using MCS16
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS16
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.297
Definition updated in release:
M8001C452 / First transmissions on PUSCH using MCS17 Counter ID: M8001C452
Network element name: First transmissions on PUSCH using MCS17
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS17
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
250
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.298
Definition updated in release:
M8001C453 / First transmissions on PUSCH using MCS18 Counter ID: M8001C453
Network element name: First transmissions on PUSCH using MCS18
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS18
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
251
LTE performance measurements
2.2.2.299
LTE Performance Measurements
M8001C454 / First transmissions on PUSCH using MCS19 Counter ID: M8001C454
Network element name: First transmissions on PUSCH using MCS19
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS19
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.300
Definition updated in release:
M8001C455 / First transmissions on PUSCH using MCS20 Counter ID: M8001C455
Network element name: First transmissions on PUSCH using MCS20
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS20
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
252
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.301
Definition updated in release:
M8001C456 / First transmissions on PUSCH using MCS21 Counter ID: M8001C456
Network element name: First transmissions on PUSCH using MCS21
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS21
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.302
Issue: 05B
Definition updated in release:
M8001C457 / First transmissions on PUSCH using MCS22 Counter ID: M8001C457
Network element name: First transmissions on PUSCH using MCS22
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS22
DN0944219
253
LTE performance measurements
LTE Performance Measurements
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.303
Definition updated in release:
M8001C458 / First transmissions on PUSCH using MCS23 Counter ID: M8001C458
Network element name: First transmissions on PUSCH using MCS23
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS23
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
254
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.304
Definition updated in release:
M8001C459 / First transmissions on PUSCH using MCS24 Counter ID: M8001C459
Network element name: First transmissions on PUSCH using MCS24
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_MCS24
Description: The number of first transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is received for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.305
Definition updated in release:
M8001C460 / First transmission NACKs on PUSCH using MCS0 Counter ID: M8001C460
Network element name: First transmission NACKs on PUSCH using MCS0
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS0
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
255
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.306
Definition updated in release:
M8001C461 / First transmission NACKs on PUSCH using MCS1 Counter ID: M8001C461
Network element name: First transmission NACKs on PUSCH using MCS1
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS1
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
256
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.307
LTE performance measurements
M8001C462 / First transmission NACKs on PUSCH using MCS2 Counter ID: M8001C462
Network element name: First transmission NACKs on PUSCH using MCS2
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS2
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.308
Definition updated in release:
M8001C463 / First transmission NACKs on PUSCH using MCS3 Counter ID: M8001C463
Network element name: First transmission NACKs on PUSCH using MCS3
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS3
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
257
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.309
Definition updated in release:
M8001C464 / First transmission NACKs on PUSCH using MCS4 Counter ID: M8001C464
Network element name: First transmission NACKs on PUSCH using MCS4
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS4
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.310
258
Definition updated in release:
M8001C465 / First transmission NACKs on PUSCH using MCS5 Counter ID: M8001C465
Network element name: First transmission NACKs on PUSCH using MCS5
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS5
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.311
Definition updated in release:
M8001C466 / First transmission NACKs on PUSCH using MCS6 Counter ID: M8001C466
Network element name: First transmission NACKs on PUSCH using MCS6
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS6
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
259
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.312
Definition updated in release:
M8001C467 / First transmission NACKs on PUSCH using MCS7 Counter ID: M8001C467
Network element name: First transmission NACKs on PUSCH using MCS7
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS7
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.313
Definition updated in release:
M8001C468 / First transmission NACKs on PUSCH using MCS8 Counter ID: M8001C468
Network element name: First transmission NACKs on PUSCH using MCS8
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS8
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
260
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.314
Definition updated in release:
M8001C469 / First transmission NACKs on PUSCH using MCS9 Counter ID: M8001C469
Network element name: First transmission NACKs on PUSCH using MCS9
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS9
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
261
LTE performance measurements
2.2.2.315
LTE Performance Measurements
M8001C470 / First transmission NACKs on PUSCH using MCS10 Counter ID: M8001C470
Network element name: First transmission NACKs on PUSCH using MCS10
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS10
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.316
Definition updated in release:
M8001C471 / First transmission NACKs on PUSCH using MCS11 Counter ID: M8001C471
Network element name: First transmission NACKs on PUSCH using MCS11
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS11
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
262
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.317
Definition updated in release:
M8001C472 / First transmission NACKs on PUSCH using MCS12 Counter ID: M8001C472
Network element name: First transmission NACKs on PUSCH using MCS12
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS12
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.318
Issue: 05B
Definition updated in release:
M8001C473 / First transmission NACKs on PUSCH using MCS13 Counter ID: M8001C473
Network element name: First transmission NACKs on PUSCH using MCS13
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS13
DN0944219
263
LTE performance measurements
LTE Performance Measurements
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.319
Definition updated in release:
M8001C474 / First transmission NACKs on PUSCH using MCS14 Counter ID: M8001C474
Network element name: First transmission NACKs on PUSCH using MCS14
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS14
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
264
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.320
Definition updated in release:
M8001C475 / First transmission NACKs on PUSCH using MCS15 Counter ID: M8001C475
Network element name: First transmission NACKs on PUSCH using MCS15
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS15
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.321
Definition updated in release:
M8001C476 / First transmission NACKs on PUSCH using MCS16 Counter ID: M8001C476
Network element name: First transmission NACKs on PUSCH using MCS16
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS16
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
265
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.322
Definition updated in release:
M8001C477 / First transmission NACKs on PUSCH using MCS17 Counter ID: M8001C477
Network element name: First transmission NACKs on PUSCH using MCS17
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS17
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
266
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.2.2.323
LTE performance measurements
M8001C478 / First transmission NACKs on PUSCH using MCS18 Counter ID: M8001C478
Network element name: First transmission NACKs on PUSCH using MCS18
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS18
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.324
Definition updated in release:
M8001C479 / First transmission NACKs on PUSCH using MCS19 Counter ID: M8001C479
Network element name: First transmission NACKs on PUSCH using MCS19
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS19
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
267
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.325
Definition updated in release:
M8001C480 / First transmission NACKs on PUSCH using MCS20 Counter ID: M8001C480
Network element name: First transmission NACKs on PUSCH using MCS20
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS20
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.326
268
Definition updated in release:
M8001C481 / First transmission NACKs on PUSCH using MCS21 Counter ID: M8001C481
Network element name: First transmission NACKs on PUSCH using MCS21
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS21
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.327
Definition updated in release:
M8001C482 / First transmission NACKs on PUSCH using MCS22 Counter ID: M8001C482
Network element name: First transmission NACKs on PUSCH using MCS22
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS22
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
269
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.328
Definition updated in release:
M8001C483 / First transmission NACKs on PUSCH using MCS23 Counter ID: M8001C483
Network element name: First transmission NACKs on PUSCH using MCS23
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS23
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.329
Definition updated in release:
M8001C484 / First transmission NACKs on PUSCH using MCS24 Counter ID: M8001C484
Network element name: First transmission NACKs on PUSCH using MCS24
Version: 3.3
NetAct name: PUSCH_1ST_TRANS_NACK_MCS24
Description: The number of not acknowledged 1st transmissions on PUSCH for used Modulation and Coding Scheme. Updated: When 1st transmission on PUSCH is nacked for used MCS Logical type: Sum
270
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.330
Definition updated in release:
M8001C485 / Failed Reception PUSCH MCS21 Counter ID: M8001C485
Network element name: Failed Reception PUSCH MCS21
Version: 3.3
NetAct name: TB_BAD_PUSCH_MCS21
Description: The number of unsuccessful receptions on PUSCH for used Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
271
LTE performance measurements
2.2.2.331
LTE Performance Measurements
M8001C486 / Failed Reception PUSCH MCS22 Counter ID: M8001C486
Network element name: Failed Reception PUSCH MCS22
Version: 3.3
NetAct name: TB_BAD_PUSCH_MCS22
Description: The number of unsuccessful receptions on PUSCH for used Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.332
Definition updated in release:
M8001C487 / Failed Reception PUSCH MCS23 Counter ID: M8001C487
Network element name: Failed Reception PUSCH MCS23
Version: 3.3
NetAct name: TB_BAD_PUSCH_MCS23
Description: The number of unsuccessful receptions on PUSCH for used Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
272
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.333
Definition updated in release:
M8001C488 / Failed Reception PUSCH MCS24 Counter ID: M8001C488
Network element name: Failed Reception PUSCH MCS24
Version: 3.3
NetAct name: TB_BAD_PUSCH_MCS24
Description: The number of unsuccessful receptions on PUSCH for used Modulation and Coding Scheme. Only not transmitted TBs exceeding max HARQ retransmissions are considered. Updated: This counter is updated when the maximum number of HARQ retransmissions has been exceeded for the TB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.2.2.334
Issue: 05B
Definition updated in release:
M8001C494 / Average number of DL carrier aggregated capable UEs Counter ID: M8001C494
Network element name: Average number of DL carrier aggregated capable UEs
Version: 1.4
NetAct name: CA_DL_CAP_UE_AVG
DN0944219
273
LTE performance measurements
LTE Performance Measurements
Description: This counter provides the average number of DL CA-capable UEs in the current cell, which - in case of CA configuration - serves as PCell for these UEs. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average of samples taken from the number of DL CA-capable UEs. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.2.2.335
Definition updated in release:
M8001C495 / Average number of UEs with a configured SCell Counter ID: M8001C495
Network element name: Average number of UEs with a configured SCell
Version: 1.4
NetAct name: CA_SCELL_CONF_UE_AVG
Description: This counter provides the average number of UEs in the current cell, which have a configured SCell. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average of samples taken from the number of UEs with a configured SCell. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header):
274
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.2.2.336
Definition updated in release:
M8001C496 / Average number of UEs with an activated SCell Counter ID: M8001C496
Network element name: Average number of UEs with an activated SCell
Version: 1.4
NetAct name: CA_SCELL_ACTIVE_UE_AVG
Description: This counter provides the average number of UEs in the current cell, which have an activated SCell. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: The arithmetical average of samples taken from the number of UEs with an activated SCell. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Definition updated in release:
2.3 LTE Transport Load measurement (M8004) 2.3.1 Description of LTE Transport Load measurement Transport Load measurement (M8004) measures GTP-U protocol procedures. Network Profile: PLMN-MRBTS-LNBTS NW Aggregation Levels: LNBTS
Issue: 05B
DN0944219
275
LTE performance measurements
LTE Performance Measurements
2.3.2 Counters of LTE Transport Load measurement 2.3.2.1
M8004C0 / X2 data volume per eNB, incoming signaling data Counter ID: M8004C0
Network element name: X2 data volume per eNB, incoming signaling data
Version: 5.2
NetAct name: VOLUME_X2_IN_SIG_DATA
Description: The measurement gives an indication of the X2 interface signaling load per eNB by reporting the sum of received signaling volume. Updated: This counter is updated when an X2AP message has been received from any source eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.3.2.2
Definition updated in release:
M8004C1 / X2 data volume per eNB, outgoing signaling data Counter ID: M8004C1
Network element name: X2 data volume per eNB, outgoing signaling data
Version: 5.2
NetAct name: VOLUME_X2_OUT_SIG_DATA
Description: The measurement gives an indication of the X2 interface signaling load per eNB by reporting the sum of transmitted signaling volume. Updated: This counter is updated when an X2AP message is transmitted towards any target eNB.
276
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.3.2.3
Definition updated in release:
M8004C2 / Incoming u-plane X2 data volume per eNB Counter ID: M8004C2
Network element name: Incoming u-plane X2 data volume per eNB
Version: 5.2
NetAct name: X2_DATA_VOL_IN_UPLANE
Description: The measurement gives an indication of the X2 interface traffic load per eNB by reporting the sum of received u-plane traffic volume. Updated: This counter is updated on the reception of an DL Data Forwarding GTP-U: G-PDU from any source eNB Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
277
LTE performance measurements
2.3.2.4
LTE Performance Measurements
M8004C3 / Outgoing u-plane X2 data volume per eNB Counter ID: M8004C3
Network element name: Outgoing u-plane X2 data volume per eNB
Version: 5.2
NetAct name: X2_DATA_VOL_OUT_UPLANE
Description: The measurement gives an indication of the X2 interface traffic load per eNB by reporting the sum of transmitted u-plane traffic volume. Updated: This counter is updated on the transmission of DL Data Forwarding GTP-U: G-PDU towards any target eNB Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Definition updated in release:
2.4 LTE Power and Quality UL measurement (M8005) 2.4.1 Description of LTE Power and Quality UL measurement LTE Power and Quality UL measurement (M8005) measures UL connection quality related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.4.2 Counters of LTE Power and Quality UL measurement 2.4.2.1
278
M8005C0 / RSSI for PUCCH Min Counter ID: M8005C0
Network element name: RSSI for PUCCH Min
Version: 6.3
NetAct name: RSSI_PUCCH_MIN
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The Received Signal Strength Indicator (RSSI) Min value for PUCCH, measured in the eNB. Updated: The counter is updated when the UE-related RSSI for PUCCH minimum value is detected Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.2
Definition updated in release:
M8005C1 / RSSI for PUCCH Max Counter ID: M8005C1
Network element name: RSSI for PUCCH Max
Version: 6.3
NetAct name: RSSI_PUCCH_MAX
Description: The Received Signal Strength Indicator (RSSI) Max value for PUCCH, measured in the eNB. Updated: The counter is updated when the UE-related RSSI for PUCCH maximum value is detected Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
279
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.3
Definition updated in release:
M8005C2 / RSSI for PUCCH Mean Counter ID: M8005C2
Network element name: RSSI for PUCCH Mean
Version: 6.3
NetAct name: RSSI_PUCCH_AVG
Description: The Received Signal Strength Indicator (RSSI) Mean value for PUCCH, measured in the eNB. Updated: The counter is updated with the average value of the UE-related RSSI for PUCCH over the measurement period. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.4
Definition updated in release:
M8005C3 / RSSI for PUSCH Min Counter ID: M8005C3
Network element name: RSSI for PUSCH Min
Version: 6.3
NetAct name: RSSI_PUSCH_MIN
Description: The Received Signal Strength Indicator (RSSI) Min value for PUSCH, measured in the eNB. Updated: The counter is updated when the UE-related RSSI for PUSCH minimum value is detected
280
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.5
Definition updated in release:
M8005C4 / RSSI for PUSCH Max Counter ID: M8005C4
Network element name: RSSI for PUSCH Max
Version: 6.3
NetAct name: RSSI_PUSCH_MAX
Description: The Received Signal Strength Indicator (RSSI) Max value for PUSCH, measured in the eNB. Updated: The counter is updated when the UE-related RSSI for PUSCH maximum value is detected Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
281
LTE performance measurements
2.4.2.6
LTE Performance Measurements
M8005C5 / RSSI for PUSCH Mean Counter ID: M8005C5
Network element name: RSSI for PUSCH Mean
Version: 6.3
NetAct name: RSSI_PUSCH_AVG
Description: The Received Signal Strength Indicator (RSSI) Mean value for PUSCH, measured in the eNB. Updated: The counter is updated with the average value of UE-related RSSI for PUSCH over the measurement period. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.7
Definition updated in release:
M8005C6 / RSSI for PUCCH Level 01 Counter ID: M8005C6
Network element name: RSSI for PUCCH Level 01
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_01
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value <= -120 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value <= -120 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
282
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.8
Definition updated in release:
M8005C7 / RSSI for PUCCH Level 02 Counter ID: M8005C7
Network element name: RSSI for PUCCH Level 02
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_02
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -120 dBm < RssiPucchUe <= -118 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -120 dBm < RssiPucchUe <= -118 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.9
Issue: 05B
Definition updated in release:
M8005C8 / RSSI for PUCCH Level 03 Counter ID: M8005C8
Network element name: RSSI for PUCCH Level 03
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_03
DN0944219
283
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -118 dBm < RssiPucchUe <= -116 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -118 dBm < RssiPucchUe <= -116 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.10
Definition updated in release:
M8005C9 / RSSI for PUCCH Level 04 Counter ID: M8005C9
Network element name: RSSI for PUCCH Level 04
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_04
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -116 dBm < RssiPucchUe <= -114 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -116 dBm < RssiPucchUe <= -114 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
284
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.11
Definition updated in release:
M8005C10 / RSSI for PUCCH Level 05 Counter ID: M8005C10
Network element name: RSSI for PUCCH Level 05
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_05
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -114 dBm < RssiPucchUe <= -112 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -114 dBm < RssiPucchUe <= -112 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.12
Issue: 05B
Definition updated in release:
M8005C11 / RSSI for PUCCH Level 06 Counter ID: M8005C11
Network element name: RSSI for PUCCH Level 06
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_06
DN0944219
285
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -112 dBm < RssiPucchUe <= -110 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -112 dBm < RssiPucchUe <= -110 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.13
Definition updated in release:
M8005C12 / RSSI for PUCCH Level 07 Counter ID: M8005C12
Network element name: RSSI for PUCCH Level 07
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_07
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -110 dBm < RssiPucchUe <= -108 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -110 dBm < RssiPucchUe <= -108 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
286
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.14
Definition updated in release:
M8005C13 / RSSI for PUCCH Level 08 Counter ID: M8005C13
Network element name: RSSI for PUCCH Level 08
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_08
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -108 dBm < RssiPucchUe <= -106 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -108 dBm < RssiPucchUe <= -106 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.15
Issue: 05B
Definition updated in release:
M8005C14 / RSSI for PUCCH Level 09 Counter ID: M8005C14
Network element name: RSSI for PUCCH Level 09
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_09
DN0944219
287
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -106 dBm < RssiPucchUe <= -104 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -106 dBm < RssiPucchUe <= -104 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.16
Definition updated in release:
M8005C15 / RSSI for PUCCH Level 10 Counter ID: M8005C15
Network element name: RSSI for PUCCH Level 10
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_10
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -104 dBm < RssiPucchUe <= -102 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -104 dBm < RssiPucchUe <= -102 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
288
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.17
Definition updated in release:
M8005C16 / RSSI for PUCCH Level 11 Counter ID: M8005C16
Network element name: RSSI for PUCCH Level 11
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_11
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -102 dBm < RssiPucchUe <= -100 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -102 dBm < RssiPucchUe <= -100 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.18
Issue: 05B
Definition updated in release:
M8005C17 / RSSI for PUCCH Level 12 Counter ID: M8005C17
Network element name: RSSI for PUCCH Level 12
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_12
DN0944219
289
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -100 dBm < RssiPucchUe <= -98 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -100 dBm < RssiPucchUe <= -98 dBm is detected. This counter is used for UE-related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.19
Definition updated in release:
M8005C18 / RSSI for PUCCH Level 13 Counter ID: M8005C18
Network element name: RSSI for PUCCH Level 13
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_13
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -98 dBm < RssiPucchUe <= -96 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -98 dBm < RssiPucchUe <= -96 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
290
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.20
Definition updated in release:
M8005C19 / RSSI for PUCCH Level 14 Counter ID: M8005C19
Network element name: RSSI for PUCCH Level 14
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_14
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -96 dBm < RssiPucchUe <= -94 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -96 dBm < RssiPucchUe <= -94 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.21
Issue: 05B
Definition updated in release:
M8005C20 / RSSI for PUCCH Level 15 Counter ID: M8005C20
Network element name: RSSI for PUCCH Level 15
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_15
DN0944219
291
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -94 dBm < RssiPucchUe <= -92 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -94 dBm < RssiPucchUe <= -92 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.22
Definition updated in release:
M8005C21 / RSSI for PUCCH Level 16 Counter ID: M8005C21
Network element name: RSSI for PUCCH Level 16
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_16
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -92 dBm < RssiPucchUe <= -90 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -92 dBm < RssiPucchUe <= -90 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
292
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.23
Definition updated in release:
M8005C22 / RSSI for PUCCH Level 17 Counter ID: M8005C22
Network element name: RSSI for PUCCH Level 17
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_17
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -90 dBm < RssiPucchUe <= -88 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -90 dBm < RssiPucchUe <= -88 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.24
Issue: 05B
Definition updated in release:
M8005C23 / RSSI for PUCCH Level 18 Counter ID: M8005C23
Network element name: RSSI for PUCCH Level 18
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_18
DN0944219
293
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -88 dBm < RssiPucchUe <= -86 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -88 dBm < RssiPucchUe <= -86 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.25
Definition updated in release:
M8005C24 / RSSI for PUCCH Level 19 Counter ID: M8005C24
Network element name: RSSI for PUCCH Level 19
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_19
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -86 dBm < RssiPucchUe <= -84 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -86 dBm < RssiPucchUe <= -84 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
294
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.26
Definition updated in release:
M8005C25 / RSSI for PUCCH Level 20 Counter ID: M8005C25
Network element name: RSSI for PUCCH Level 20
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_20
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -84 dBm < RssiPucchUe <= -82 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -84 dBm < RssiPucchUe <= -82 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.27
Issue: 05B
Definition updated in release:
M8005C26 / RSSI for PUCCH Level 21 Counter ID: M8005C26
Network element name: RSSI for PUCCH Level 21
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_21
DN0944219
295
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of -82 dBm < RssiPucchUe <= -80 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of -82 dBm < RssiPucchUe <= -80 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.28
Definition updated in release:
M8005C27 / RSSI for PUCCH Level 22 Counter ID: M8005C27
Network element name: RSSI for PUCCH Level 22
Version: 6.3
NetAct name: RSSI_PUCCH_LEVEL_22
Description: The Received Signal Strength Indicator (RSSI) distribution for PUCCH, measured in the eNB. The RssiPucchUe value in the range of RssiPucchUe > -80 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUCCH value in the range of RssiPucchUe > -80 dBm is detected. This counter is used for UE related RSSI for the PUCCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
296
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.29
Definition updated in release:
M8005C28 / RSSI for PUSCH Level 01 Counter ID: M8005C28
Network element name: RSSI for PUSCH Level 01
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_01
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPucchUe value <= -120 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value <= -120 dBm is detected. This counter is used for UE related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.30
Issue: 05B
Definition updated in release:
M8005C29 / RSSI for PUSCH Level 02 Counter ID: M8005C29
Network element name: RSSI for PUSCH Level 02
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_02
DN0944219
297
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -120 dBm < RssiPUSCHUe <= -118 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -120 dBm < RssiPUSCHUe <= -118 dBm is detected. This counter is used for UE related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.31
Definition updated in release:
M8005C30 / RSSI for PUSCH Level 03 Counter ID: M8005C30
Network element name: RSSI for PUSCH Level 03
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_03
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -118 dBm < RssiPUSCHUe <= -116 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -118 dBm < RssiPUSCHUe <= -116 dBm is detected. This counter is used for UE related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
298
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.32
Definition updated in release:
M8005C31 / RSSI for PUSCH Level 04 Counter ID: M8005C31
Network element name: RSSI for PUSCH Level 04
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_04
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -116 dBm < RssiPUSCHUe <= -114 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -116 dBm < RssiPUSCHUe <= -114 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.33
Issue: 05B
Definition updated in release:
M8005C32 / RSSI for PUSCH Level 05 Counter ID: M8005C32
Network element name: RSSI for PUSCH Level 05
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_05
DN0944219
299
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -114 dBm < RssiPUSCHUe <= -112 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -114 dBm < RssiPUSCHUe <= -112 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.34
Definition updated in release:
M8005C33 / RSSI for PUSCH Level 06 Counter ID: M8005C33
Network element name: RSSI for PUSCH Level 06
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_06
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -112 dBm < RssiPUSCHUe <= -110 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -112 dBm < RssiPUSCHUe <= -110 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
300
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.35
Definition updated in release:
M8005C34 / RSSI for PUSCH Level 07 Counter ID: M8005C34
Network element name: RSSI for PUSCH Level 07
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_07
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -110 dBm < RssiPUSCHUe <= -108 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -110 dBm < RssiPUSCHUe <= -108 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.36
Issue: 05B
Definition updated in release:
M8005C35 / RSSI for PUSCH Level 08 Counter ID: M8005C35
Network element name: RSSI for PUSCH Level 08
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_08
DN0944219
301
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -108 dBm < RssiPUSCHUe <= -106 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -108 dBm < RssiPUSCHUe <= -106 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.37
Definition updated in release:
M8005C36 / RSSI for PUSCH Level 09 Counter ID: M8005C36
Network element name: RSSI for PUSCH Level 09
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_09
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -106 dBm < RssiPUSCHUe <= -104 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -106 dBm < RssiPUSCHUe <= -104 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
302
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.38
Definition updated in release:
M8005C37 / RSSI for PUSCH Level 10 Counter ID: M8005C37
Network element name: RSSI for PUSCH Level 10
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_10
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -104 dBm < RssiPUSCHUe <= -102 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -104 dBm < RssiPUSCHUe <= -102 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.39
Issue: 05B
Definition updated in release:
M8005C38 / RSSI for PUSCH Level 11 Counter ID: M8005C38
Network element name: RSSI for PUSCH Level 11
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_11
DN0944219
303
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -102 dBm < RssiPUSCHUe <= -100 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -102 dBm < RssiPUSCHUe <= -100 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.40
Definition updated in release:
M8005C39 / RSSI for PUSCH Level 12 Counter ID: M8005C39
Network element name: RSSI for PUSCH Level 12
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_12
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -100 dBm < RssiPUSCHUe <= -98 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -100 dBm < RssiPUSCHUe <= -98 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
304
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.41
Definition updated in release:
M8005C40 / RSSI for PUSCH Level 13 Counter ID: M8005C40
Network element name: RSSI for PUSCH Level 13
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_13
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -98 dBm < RssiPUSCHUe <= -96 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -98 dBm < RssiPUSCHUe <= -96 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.42
Issue: 05B
Definition updated in release:
M8005C41 / RSSI for PUSCH Level 14 Counter ID: M8005C41
Network element name: RSSI for PUSCH Level 14
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_14
DN0944219
305
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -96 dBm < RssiPUSCHUe <= -94 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -96 dBm < RssiPUSCHUe <= -94 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.43
Definition updated in release:
M8005C42 / RSSI for PUSCH Level 15 Counter ID: M8005C42
Network element name: RSSI for PUSCH Level 15
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_15
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -94 dBm < RssiPUSCHUe <= -92 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -94 dBm < RssiPUSCHUe <= -92 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
306
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.44
Definition updated in release:
M8005C43 / RSSI for PUSCH Level 16 Counter ID: M8005C43
Network element name: RSSI for PUSCH Level 16
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_16
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -92 dBm < RssiPUSCHUe <= -90 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -92 dBm < RssiPUSCHUe <= -90 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.45
Issue: 05B
Definition updated in release:
M8005C44 / RSSI for PUSCH Level 17 Counter ID: M8005C44
Network element name: RSSI for PUSCH Level 17
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_17
DN0944219
307
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -90 dBm < RssiPUSCHUe <= -88 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -90 dBm < RssiPUSCHUe <= -88 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.46
Definition updated in release:
M8005C45 / RSSI for PUSCH Level 18 Counter ID: M8005C45
Network element name: RSSI for PUSCH Level 18
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_18
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -88 dBm < RssiPUSCHUe <= -86 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -88 dBm < RssiPUSCHUe <= -86 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
308
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.47
Definition updated in release:
M8005C46 / RSSI for PUSCH Level 19 Counter ID: M8005C46
Network element name: RSSI for PUSCH Level 19
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_19
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -86 dBm < RssiPUSCHUe <= -84 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -86 dBm < RssiPUSCHUe <= -84 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.48
Issue: 05B
Definition updated in release:
M8005C47 / RSSI for PUSCH Level 20 Counter ID: M8005C47
Network element name: RSSI for PUSCH Level 20
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_20
DN0944219
309
LTE performance measurements
LTE Performance Measurements
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -84 dBm < RssiPUSCHUe <= -82 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -84 dBm < RssiPUSCHUe <= -82 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.49
Definition updated in release:
M8005C48 / RSSI for PUSCH Level 21 Counter ID: M8005C48
Network element name: RSSI for PUSCH Level 21
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_21
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of -82 dBm < RssiPUSCHUe <= -80 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of -82 dBm < RssiPUSCHUe <= -80 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
310
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.50
Definition updated in release:
M8005C49 / RSSI for PUSCH Level 22 Counter ID: M8005C49
Network element name: RSSI for PUSCH Level 22
Version: 6.3
NetAct name: RSSI_PUSCH_LEVEL_22
Description: The Received Signal Strength Indicator (RSSI) distribution for PUSCH, measured in the eNB. The RssiPUSCHUe value in the range of RssiPUSCHUe > -80 dBm is updated to this counter. Updated: The counter is updated when a UE-related RSSI for PUSCH value in the range of RssiPUSCHUe > -80 dBm is detected. This counter is used for a UE-related RSSI for the PUSCH histogram. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.51
Issue: 05B
Definition updated in release:
M8005C54 / UE Power Headroom for PUSCH Level 1 Counter ID: M8005C54
Network element name: UE Power Headroom for PUSCH Level 1
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL1
DN0944219
311
LTE performance measurements
LTE Performance Measurements
Description: The UE Power Headroom values in the range of -23dB <= PHR < -21dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -23dB <= PHR < -21dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.52
Definition updated in release:
M8005C55 / UE Power Headroom for PUSCH Level 2 Counter ID: M8005C55
Network element name: UE Power Headroom for PUSCH Level 2
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL2
Description: The UE Power Headroom values in the range of -21dB <= PHR < -19dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -21dB <= PHR < -19dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type:
312
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.53
Definition updated in release:
M8005C56 / UE Power Headroom for PUSCH Level 3 Counter ID: M8005C56
Network element name: UE Power Headroom for PUSCH Level 3
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL3
Description: The UE Power Headroom values in the range of -19dB <= PHR < -17dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -19dB <= PHR < -17dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.54
Definition updated in release:
M8005C57 / UE Power Headroom for PUSCH Level 4 Counter ID: M8005C57
Network element name: UE Power Headroom for PUSCH Level 4
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL4
Description: The UE Power Headroom values in the range of -17dB <= PHR < -15dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -17dB <= PHR < -15dB is detected. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
313
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.55
Definition updated in release:
M8005C58 / UE Power Headroom for PUSCH Level 5 Counter ID: M8005C58
Network element name: UE Power Headroom for PUSCH Level 5
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL5
Description: The UE Power Headroom values in the range of -15dB <= PHR < -13dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -15dB <= PHR < -13dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
314
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.56
LTE performance measurements
M8005C59 / UE Power Headroom for PUSCH Level 6 Counter ID: M8005C59
Network element name: UE Power Headroom for PUSCH Level 6
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL6
Description: The UE Power Headroom values in the range of -13dB <= PHR < -11dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -13dB <= PHR < -11dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.57
Definition updated in release:
M8005C60 / UE Power Headroom for PUSCH Level 7 Counter ID: M8005C60
Network element name: UE Power Headroom for PUSCH Level 7
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL7
Description: The UE Power Headroom values in the range of -11dB <= PHR < -9dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -11dB <= PHR < -9dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
315
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.58
Definition updated in release:
M8005C61 / UE Power Headroom for PUSCH Level 8 Counter ID: M8005C61
Network element name: UE Power Headroom for PUSCH Level 8
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL8
Description: The UE Power Headroom values in the range of -9dB <= PHR < -7dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -9dB <= PHR < -7dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.59
316
Definition updated in release:
M8005C62 / UE Power Headroom for PUSCH Level 9 Counter ID: M8005C62
Network element name: UE Power Headroom for PUSCH Level 9
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL9
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The UE Power Headroom values in the range of -7dB <= PHR < -5dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -7dB <= PHR < -5dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.60
Definition updated in release:
M8005C63 / UE Power Headroom for PUSCH Level 10 Counter ID: M8005C63
Network element name: UE Power Headroom for PUSCH Level 10
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL10
Description: The UE Power Headroom values in the range of -5dB <= PHR < -3dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -5dB <= PHR < -3dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
317
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.61
Definition updated in release:
M8005C64 / UE Power Headroom for PUSCH Level 11 Counter ID: M8005C64
Network element name: UE Power Headroom for PUSCH Level 11
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL11
Description: The UE Power Headroom values in the range of -3dB <= PHR < -1dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -3dB <= PHR < -1dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.62
Definition updated in release:
M8005C65 / UE Power Headroom for PUSCH Level 12 Counter ID: M8005C65
Network element name: UE Power Headroom for PUSCH Level 12
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL12
Description: The UE Power Headroom values in the range of -1dB <= PHR < 1dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of -1dB <= PHR < 1dB is detected. Logical type: Sum
318
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.63
Definition updated in release:
M8005C66 / UE Power Headroom for PUSCH Level 13 Counter ID: M8005C66
Network element name: UE Power Headroom for PUSCH Level 13
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL13
Description: The UE Power Headroom values in the range of 1dB <= PHR < 3dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 1dB <= PHR < 3dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
319
LTE performance measurements
2.4.2.64
LTE Performance Measurements
M8005C67 / UE Power Headroom for PUSCH Level 14 Counter ID: M8005C67
Network element name: UE Power Headroom for PUSCH Level 14
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL14
Description: The UE Power Headroom values in the range of 3dB <= PHR < 5dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 3dB <= PHR < 5dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.65
Definition updated in release:
M8005C68 / UE Power Headroom for PUSCH Level 15 Counter ID: M8005C68
Network element name: UE Power Headroom for PUSCH Level 15
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL15
Description: The UE Power Headroom values in the range of 5dB <= PHR < 7dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 5dB <= PHR < 7dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
320
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.66
Definition updated in release:
M8005C69 / UE Power Headroom for PUSCH Level 16 Counter ID: M8005C69
Network element name: UE Power Headroom for PUSCH Level 16
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL16
Description: The UE Power Headroom values in the range of 7dB <= PHR < 9dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 7dB <= PHR < 9dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.67
Issue: 05B
Definition updated in release:
M8005C70 / UE Power Headroom for PUSCH Level 17 Counter ID: M8005C70
Network element name: UE Power Headroom for PUSCH Level 17
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL17
DN0944219
321
LTE performance measurements
LTE Performance Measurements
Description: The UE Power Headroom values in the range of 9dB <= PHR < 11dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 9dB <= PHR < 11dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.68
Definition updated in release:
M8005C71 / UE Power Headroom for PUSCH Level 18 Counter ID: M8005C71
Network element name: UE Power Headroom for PUSCH Level 18
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL18
Description: The UE Power Headroom values in the range of 11dB <= PHR < 13dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 11dB <= PHR < 13dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type:
322
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.69
Definition updated in release:
M8005C72 / UE Power Headroom for PUSCH Level 19 Counter ID: M8005C72
Network element name: UE Power Headroom for PUSCH Level 19
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL19
Description: The UE Power Headroom values in the range of 13dB <= PHR < 15dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 13dB <= PHR < 15dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.70
Definition updated in release:
M8005C73 / UE Power Headroom for PUSCH Level 20 Counter ID: M8005C73
Network element name: UE Power Headroom for PUSCH Level 20
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL20
Description: The UE Power Headroom values in the range of 15dB <= PHR < 17dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 15dB <= PHR < 17dB is detected. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
323
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.71
Definition updated in release:
M8005C74 / UE Power Headroom for PUSCH Level 21 Counter ID: M8005C74
Network element name: UE Power Headroom for PUSCH Level 21
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL21
Description: The UE Power Headroom values in the range of 17dB <= PHR < 19dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 17dB <= PHR < 19dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
324
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.72
LTE performance measurements
M8005C75 / UE Power Headroom for PUSCH Level 22 Counter ID: M8005C75
Network element name: UE Power Headroom for PUSCH Level 22
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL22
Description: The UE Power Headroom values in the range of 19dB <= PHR < 21dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 19dB <= PHR < 21dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.73
Definition updated in release:
M8005C76 / UE Power Headroom for PUSCH Level 23 Counter ID: M8005C76
Network element name: UE Power Headroom for PUSCH Level 23
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL23
Description: The UE Power Headroom values in the range of 21dB <= PHR < 23dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 21dB <= PHR < 23dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
325
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.74
Definition updated in release:
M8005C77 / UE Power Headroom for PUSCH Level 24 Counter ID: M8005C77
Network element name: UE Power Headroom for PUSCH Level 24
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL24
Description: The UE Power Headroom values in the range of 23dB <= PHR < 25dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 23dB <= PHR < 25dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.75
326
Definition updated in release:
M8005C78 / UE Power Headroom for PUSCH Level 25 Counter ID: M8005C78
Network element name: UE Power Headroom for PUSCH Level 25
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL25
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The UE Power Headroom values in the range of 25dB <= PHR < 27dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 25dB <= PHR < 27dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.76
Definition updated in release:
M8005C79 / UE Power Headroom for PUSCH Level 26 Counter ID: M8005C79
Network element name: UE Power Headroom for PUSCH Level 26
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL26
Description: The UE Power Headroom values in the range of 27dB <= PHR < 29dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 27dB <= PHR < 29dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
327
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.77
Definition updated in release:
M8005C80 / UE Power Headroom for PUSCH Level 27 Counter ID: M8005C80
Network element name: UE Power Headroom for PUSCH Level 27
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL27
Description: The UE Power Headroom values in the range of 29dB <= PHR < 31dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 29dB <= PHR < 31dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.78
Definition updated in release:
M8005C81 / UE Power Headroom for PUSCH Level 28 Counter ID: M8005C81
Network element name: UE Power Headroom for PUSCH Level 28
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL28
Description: The UE Power Headroom values in the range of 31dB <= PHR < 33dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 31dB <= PHR < 33dB is detected. Logical type: Sum
328
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.79
Definition updated in release:
M8005C82 / UE Power Headroom for PUSCH Level 29 Counter ID: M8005C82
Network element name: UE Power Headroom for PUSCH Level 29
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL29
Description: The UE Power Headroom values in the range of 33dB <= PHR < 35dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 33dB <= PHR < 35dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
329
LTE performance measurements
2.4.2.80
LTE Performance Measurements
M8005C83 / UE Power Headroom for PUSCH Level 30 Counter ID: M8005C83
Network element name: UE Power Headroom for PUSCH Level 30
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL30
Description: The UE Power Headroom values in the range of 35dB <= PHR < 37dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 35dB <= PHR < 37dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.81
Definition updated in release:
M8005C84 / UE Power Headroom for PUSCH Level 31 Counter ID: M8005C84
Network element name: UE Power Headroom for PUSCH Level 31
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL31
Description: The UE Power Headroom values in the range of 37dB <= PHR < 39dB. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 37dB <= PHR < 39dB is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
330
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.82
Definition updated in release:
M8005C85 / UE Power Headroom for PUSCH Level 32 Counter ID: M8005C85
Network element name: UE Power Headroom for PUSCH Level 32
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_LEVEL32
Description: The UE Power Headroom values in the range of 39 dB <= PHR. Used for the UE Power Headroom PUSCH histogram. Updated: When UE Power Headroom value in the range of 39 dB <= PHR is detected. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.83
Issue: 05B
Definition updated in release:
M8005C87 / UE Power Headroom PUSCH Min Counter ID: M8005C87
Network element name: UE Power Headroom PUSCH Min
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_MIN
DN0944219
331
LTE performance measurements
LTE Performance Measurements
Description: The UE Power Headroom for the PUSCH minimum value for the reporting period. To get actual dB value calculate: "counter value - 23" according to 3GPP 36.133 chapter 9.1.8.4. Updated: When the minimum UE power headroom value is detected. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.84
Definition updated in release:
M8005C88 / UE Power Headroom PUSCH Max Counter ID: M8005C88
Network element name: UE Power Headroom PUSCH Max
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_MAX
Description: The UE Power Headroom for the PUSCH maximum value for the reporting period. To get actual dB value calculate: "counter value - 23" according to 3GPP 36.133 chapter 9.1.8.4. Updated: When the maximum UE power headroom value is detected. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
332
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.85
Definition updated in release:
M8005C89 / UE Power Headroom PUSCH Mean Counter ID: M8005C89
Network element name: UE Power Headroom PUSCH Mean
Version: 6.3
NetAct name: UE_PWR_HEADROOM_PUSCH_AVG
Description: The UE Power Headroom for the PUSCH mean value for the reporting period. To get actual dB value calculate: "counter value - 23" according to 3GPP 36.133 chapter 9.1.8.4. Updated: Updated for each TTI. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.86
Definition updated in release:
M8005C90 / SINR for PUCCH Min Counter ID: M8005C90
Network element name: SINR for PUCCH Min
Version: 5.3
NetAct name: SINR_PUCCH_MIN
Description: The Signal to Interference and Noise Ratio (SINR) Min value for PUCCH, measured in the eNB. Updated: The counter is updated when the signal-to-interference-and-noise ratio (SINR) minimum value for the PUCCH is detected
Issue: 05B
Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
DN0944219
333
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.87
Definition updated in release:
M8005C91 / SINR for PUCCH Max Counter ID: M8005C91
Network element name: SINR for PUCCH Max
Version: 5.3
NetAct name: SINR_PUCCH_MAX
Description: The Signal to Interference and Noise Ratio (SINR) Max value for PUCCH, measured in the eNB. Updated: The counter is updated when the signal-to-interference-and-noise ratio (SINR) maximum value for the PUCCH is detected Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.88
M8005C92 / SINR for PUCCH Mean Counter ID: M8005C92
334
Definition updated in release:
Network element name: SINR for PUCCH Mean
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: SINR_PUCCH_AVG
Description: The Signal to Interference and Noise Ratio (SINR) Mean value for PUCCH, measured in the eNB. Updated: The counter is updated with the average value of signal-to-interference-and-noise ratio (SINR) over the measurement period. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.89
Definition updated in release:
M8005C93 / SINR for PUSCH Min Counter ID: M8005C93
Network element name: SINR for PUSCH Min
Version: 6.3
NetAct name: SINR_PUSCH_MIN
Description: The Signal to Interference and Noise Ratio (SINR) Min value for PUSCH, measured in the eNB. Updated: The counter is updated when the signal-to-interference-and-noise ratio (SINR) minimum value for the PUSCH is detected Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
DN0944219
335
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.90
Definition updated in release:
M8005C94 / SINR for PUSCH Max Counter ID: M8005C94
Network element name: SINR for PUSCH Max
Version: 6.3
NetAct name: SINR_PUSCH_MAX
Description: The Signal to Interference and Noise Ratio (SINR) Max value for PUSCH, measured in the eNB. Updated: The counter is updated when the signal-to-interference-and-noise ratio (SINR) maximum value for the PUSCH is detected Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.91
Definition updated in release:
M8005C95 / SINR for PUSCH Mean Counter ID: M8005C95
Network element name: SINR for PUSCH Mean
Version: 6.3
NetAct name: SINR_PUSCH_AVG
Description: The Signal to Interference and Noise Ratio (SINR) Mean value for PUSCH, measured in the eNB.
336
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The counter is updated with the average value of signal-to-interference-and-noise ratio (SINR) over the measurement period. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.92
Definition updated in release:
M8005C96 / SINR for PUCCH Level 1 Counter ID: M8005C96
Network element name: SINR for PUCCH Level 1
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_1
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of SINR <= -10dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of <= -10dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
337
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.4.2.93
Definition updated in release:
M8005C97 / SINR for PUCCH Level 2 Counter ID: M8005C97
Network element name: SINR for PUCCH Level 2
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_2
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of -10dB < SINR <= -8dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of -10dB < SINR <= -8dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.94
Definition updated in release:
M8005C98 / SINR for PUCCH Level 3 Counter ID: M8005C98
Network element name: SINR for PUCCH Level 3
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_3
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of -8dB < SINR <= -6dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of -8dB < SINR <= -6dB is detected
338
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.95
Definition updated in release:
M8005C99 / SINR for PUCCH Level 4 Counter ID: M8005C99
Network element name: SINR for PUCCH Level 4
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_4
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of -6dB < SINR <= -4dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of -6dB < SINR <= -4dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.96
M8005C100 / SINR for PUCCH Level 5 Counter ID: M8005C100
Issue: 05B
Definition updated in release:
Network element name: SINR for PUCCH Level 5
DN0944219
339
LTE performance measurements
LTE Performance Measurements
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_5
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of -4dB < SINR <= -2dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of -4dB < SINR <= -2dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.97
Definition updated in release:
M8005C101 / SINR for PUCCH Level 6 Counter ID: M8005C101
Network element name: SINR for PUCCH Level 6
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_6
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of -2dB < SINR <= 0dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of -2dB < SINR <= 0dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
340
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.98
Definition updated in release:
M8005C102 / SINR for PUCCH Level 7 Counter ID: M8005C102
Network element name: SINR for PUCCH Level 7
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_7
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 0dB < SINR <= 2dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 0dB < SINR <= 2dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.99
Definition updated in release:
M8005C103 / SINR for PUCCH Level 8 Counter ID: M8005C103
Network element name: SINR for PUCCH Level 8
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_8
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 2dB < SINR <= 4dB are updated to this counter. Used for SINR for the PUCCH histogram.
Issue: 05B
DN0944219
341
LTE performance measurements
LTE Performance Measurements
Updated: When SINR PUCCH value in the range of 2dB < SINR <= 4dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.100
Definition updated in release:
M8005C104 / SINR for PUCCH Level 9 Counter ID: M8005C104
Network element name: SINR for PUCCH Level 9
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_9
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 4dB < SINR <= 6dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 4dB < SINR <= 6dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
342
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN1.0_LNT1.0
2.4.2.101
Definition updated in release:
M8005C105 / SINR for PUCCH Level 10 Counter ID: M8005C105
Network element name: SINR for PUCCH Level 10
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_10
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 6dB < SINR <= 8dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 4dB < SINR <= 6dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.102
Definition updated in release:
M8005C106 / SINR for PUCCH Level 11 Counter ID: M8005C106
Network element name: SINR for PUCCH Level 11
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_11
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 8dB < SINR <= 10dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 8dB < SINR <= 10dB is detected
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
343
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.103
Definition updated in release:
M8005C107 / SINR for PUCCH Level 12 Counter ID: M8005C107
Network element name: SINR for PUCCH Level 12
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_12
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 10dB < SINR <= 12dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 10dB < SINR <= 12dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.104
M8005C108 / SINR for PUCCH Level 13 Counter ID: M8005C108
344
Definition updated in release:
Network element name: SINR for PUCCH Level 13
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_13
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 12dB < SINR <= 14dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 12dB < SINR <= 14dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.105
Definition updated in release:
M8005C109 / SINR for PUCCH Level 14 Counter ID: M8005C109
Network element name: SINR for PUCCH Level 14
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_14
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 14dB < SINR <= 16dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 14dB < SINR <= 16dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
Issue: 05B
DN0944219
345
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.106
Definition updated in release:
M8005C110 / SINR for PUCCH Level 15 Counter ID: M8005C110
Network element name: SINR for PUCCH Level 15
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_15
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 16dB < SINR <= 18dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 16dB < SINR <= 18dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.107
Definition updated in release:
M8005C111 / SINR for PUCCH Level 16 Counter ID: M8005C111
Network element name: SINR for PUCCH Level 16
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_16
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 18dB < SINR <= 20dB are updated to this counter. Used for SINR for the PUCCH histogram.
346
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: When SINR PUCCH value in the range of 18dB < SINR <= 20dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.108
Definition updated in release:
M8005C112 / SINR for PUCCH Level 17 Counter ID: M8005C112
Network element name: SINR for PUCCH Level 17
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_17
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 20dB < SINR <= 22dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 20dB < SINR <= 22dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
347
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.4.2.109
Definition updated in release:
M8005C113 / SINR for PUCCH Level 18 Counter ID: M8005C113
Network element name: SINR for PUCCH Level 18
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_18
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 22dB < SINR <= 24dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 22dB < SINR <= 24dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.110
Definition updated in release:
M8005C114 / SINR for PUCCH Level 19 Counter ID: M8005C114
Network element name: SINR for PUCCH Level 19
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_19
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 24dB < SINR <= 26dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 24dB < SINR <= 26dB is detected
348
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.111
Definition updated in release:
M8005C115 / SINR for PUCCH Level 20 Counter ID: M8005C115
Network element name: SINR for PUCCH Level 20
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_20
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 26dB < SINR <= 28dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 26dB < SINR <= 28dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.112
M8005C116 / SINR for PUCCH Level 21 Counter ID: M8005C116
Issue: 05B
Definition updated in release:
Network element name: SINR for PUCCH Level 21
DN0944219
349
LTE performance measurements
LTE Performance Measurements
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_21
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of 28dB < SINR <= 30dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of 28dB < SINR <= 30dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.113
Definition updated in release:
M8005C117 / SINR for PUCCH Level 22 Counter ID: M8005C117
Network element name: SINR for PUCCH Level 22
Version: 5.3
NetAct name: SINR_PUCCH_LEVEL_22
Description: The Signal to Interference and Noise Ratio (SINR) for PUCCH, measured in the eNB. Values in the range of > 30dB are updated to this counter. Used for SINR for the PUCCH histogram. Updated: When SINR PUCCH value in the range of > 30dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
350
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.114
Definition updated in release:
M8005C118 / SINR for PUSCH Level 1 Counter ID: M8005C118
Network element name: SINR for PUSCH Level 1
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_1
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of SINR <= -10dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of <= -10dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.115
Definition updated in release:
M8005C119 / SINR for PUSCH Level 2 Counter ID: M8005C119
Network element name: SINR for PUSCH Level 2
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_2
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of -10dB < SINR <= -8dB are updated to this counter. Used for SINR for the PUSCH histogram.
Issue: 05B
DN0944219
351
LTE performance measurements
LTE Performance Measurements
Updated: When SINR PUSCH value in the range of -10dB < SINR <= -8dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.116
Definition updated in release:
M8005C120 / SINR for PUSCH Level 3 Counter ID: M8005C120
Network element name: SINR for PUSCH Level 3
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_3
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of -8dB < SINR <= -6dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of -8dB < SINR <= -6dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
352
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.4.2.117
Definition updated in release:
M8005C121 / SINR for PUSCH Level 4 Counter ID: M8005C121
Network element name: SINR for PUSCH Level 4
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_4
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of -6dB < SINR <= -4dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of -6dB < SINR <= -4dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.118
Definition updated in release:
M8005C122 / SINR for PUSCH Level 5 Counter ID: M8005C122
Network element name: SINR for PUSCH Level 5
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_5
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of -4dB < SINR <= -2dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of -4dB < SINR <= -2dB is detected
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
353
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.119
Definition updated in release:
M8005C123 / SINR for PUSCH Level 6 Counter ID: M8005C123
Network element name: SINR for PUSCH Level 6
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_6
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of -2dB < SINR <= 0dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of -2dB < SINR <= 0dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.120
M8005C124 / SINR for PUSCH Level 7 Counter ID: M8005C124
354
Definition updated in release:
Network element name: SINR for PUSCH Level 7
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_7
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 0dB < SINR <= 2dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 0dB < SINR <= 2dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.121
Definition updated in release:
M8005C125 / SINR for PUSCH Level 8 Counter ID: M8005C125
Network element name: SINR for PUSCH Level 8
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_8
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 2dB < SINR <= 4dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 2dB < SINR <= 4dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
Issue: 05B
DN0944219
355
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.122
Definition updated in release:
M8005C126 / SINR for PUSCH Level 9 Counter ID: M8005C126
Network element name: SINR for PUSCH Level 9
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_9
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 4dB < SINR <= 6dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 4dB < SINR <= 6dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.123
Definition updated in release:
M8005C127 / SINR for PUSCH Level 10 Counter ID: M8005C127
Network element name: SINR for PUSCH Level 10
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_10
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 6dB < SINR <= 8dB are updated to this counter. Used for SINR for the PUSCH histogram.
356
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: When SINR PUSCH value in the range of 6dB < SINR <= 8dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.124
Definition updated in release:
M8005C128 / SINR for PUSCH Level 11 Counter ID: M8005C128
Network element name: SINR for PUSCH Level 11
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_11
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 8dB < SINR <= 10dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 8dB < SINR <= 10dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
357
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN0.5_LNT1.0
2.4.2.125
Definition updated in release:
M8005C129 / SINR for PUSCH Level 12 Counter ID: M8005C129
Network element name: SINR for PUSCH Level 12
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_12
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 10dB < SINR <= 12dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 10dB < SINR <= 12dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.126
Definition updated in release:
M8005C130 / SINR for PUSCH Level 13 Counter ID: M8005C130
Network element name: SINR for PUSCH Level 13
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_13
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 12dB < SINR <= 14dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 12dB < SINR <= 14dB is detected
358
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.127
Definition updated in release:
M8005C131 / SINR for PUSCH Level 14 Counter ID: M8005C131
Network element name: SINR for PUSCH Level 14
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_14
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 14dB < SINR <= 16dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 14dB < SINR <= 16dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.128
M8005C132 / SINR for PUSCH Level 15 Counter ID: M8005C132
Issue: 05B
Definition updated in release:
Network element name: SINR for PUSCH Level 15
DN0944219
359
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_15
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 16dB < SINR <= 18dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 16dB < SINR <= 18dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.129
Definition updated in release:
M8005C133 / SINR for PUSCH Level 16 Counter ID: M8005C133
Network element name: SINR for PUSCH Level 16
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_16
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 18dB < SINR <= 20dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 18dB < SINR <= 20dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
360
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.130
Definition updated in release:
M8005C134 / SINR for PUSCH Level 17 Counter ID: M8005C134
Network element name: SINR for PUSCH Level 17
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_17
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 20dB < SINR <= 22dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 20dB < SINR <= 22dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.131
Definition updated in release:
M8005C135 / SINR for PUSCH Level 18 Counter ID: M8005C135
Network element name: SINR for PUSCH Level 18
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_18
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 22dB < SINR <= 24dB are updated to this counter. Used for SINR for the PUSCH histogram.
Issue: 05B
DN0944219
361
LTE performance measurements
LTE Performance Measurements
Updated: When SINR PUSCH value in the range of 22dB < SINR <= 24dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.132
Definition updated in release:
M8005C136 / SINR for PUSCH Level 19 Counter ID: M8005C136
Network element name: SINR for PUSCH Level 19
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_19
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 24dB < SINR <= 26dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 24dB < SINR <= 26dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
362
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.4.2.133
Definition updated in release:
M8005C137 / SINR for PUSCH Level 20 Counter ID: M8005C137
Network element name: SINR for PUSCH Level 20
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_20
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 26dB < SINR <= 28dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 26dB < SINR <= 28dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.134
Definition updated in release:
M8005C138 / SINR for PUSCH Level 21 Counter ID: M8005C138
Network element name: SINR for PUSCH Level 21
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_21
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of 28dB < SINR <= 30dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of 28dB < SINR <= 30dB is detected
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
363
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.135
Definition updated in release:
M8005C139 / SINR for PUSCH Level 22 Counter ID: M8005C139
Network element name: SINR for PUSCH Level 22
Version: 6.3
NetAct name: SINR_PUSCH_LEVEL_22
Description: The Signal to Interference and Noise Ratio (SINR) for PUSCH, measured in the eNB. Values in the range of > 30dB are updated to this counter. Used for SINR for the PUSCH histogram. Updated: When SINR PUSCH value in the range of > 30dB is detected Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.4.2.136
M8005C140 / UL AMC upgrades Counter ID: M8005C140
364
Definition updated in release:
Network element name: UL AMC upgrades
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: UL_AMC_UPGRADE
Description: The number of Adaptive Modulation and Coding (AMC) upgrades in UL. Updated: This counter is updated every time UL AMC recommended MCS is upgraded. Both Outer Loop AMC and Inner Loop AMC decisions are considered. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.137
Definition updated in release:
M8005C141 / UL AMC downgrades Counter ID: M8005C141
Network element name: UL AMC downgrades
Version: 5.3
NetAct name: UL_AMC_DOWNGRADE
Description: The number of Adaptive Modulation and Coding (AMC) downgrades in UL. Updated: This counter is updated every time UL AMC recommended MCS is downgraded. Both Outer Loop AMC and Inner Loop AMC decisions are considered. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
365
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.4.2.138
Definition updated in release:
M8005C206 / Minimum of cell-wide RSSI on PUCCH Counter ID: M8005C206
Network element name: Minimum of cell-wide RSSI on PUCCH
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_MIN
Description: This measurement provides the minimum of the cell-wide RSSI value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: This counter is updated if the current cell-wide RSSI value on PUCCH is smaller than the last cell-wide RSSI minimum. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.139
Definition updated in release:
M8005C207 / Maximum of cell-wide RSSI on PUCCH Counter ID: M8005C207
Network element name: Maximum of cell-wide RSSI on PUCCH
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_MAX
Description: This measurement provides the maximum of the cell-wide RSSI value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell.
366
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated if the current cell-wide RSSI value on PUCCH is greater than the last cell-wide RSSI maximum. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.140
Definition updated in release:
M8005C208 / Mean of cell-wide RSSI on PUCCH Counter ID: M8005C208
Network element name: Mean of cell-wide RSSI on PUCCH
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_MEAN
Description: This measurement provides the mean of the cell-wide RSSI value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell Updated: The counter is updated after every TTI. Mean value is calculated as follows: conversion from dBm into mW, arithmetic mean computation in mW and conversion back to dBm. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
367
LTE performance measurements
LTE Performance Measurements
Used from release: FD-LN5.0
2.4.2.141
Definition updated in release:
M8005C209 / Cell-wide RSSI on PUCCH level 1 Counter ID: M8005C209
Network element name: Cell-wide RSSI on PUCCH level 1
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_1
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are less than or equal to -120 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is <= -120 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.142
Definition updated in release:
M8005C210 / Cell-wide RSSI on PUCCH level 2 Counter ID: M8005C210
Network element name: Cell-wide RSSI on PUCCH level 2
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_2
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -120 dBm < x <= -118 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -120 dBm < x <= -118 dBm.
368
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.143
Definition updated in release:
M8005C211 / Cell-wide RSSI on PUCCH level 3 Counter ID: M8005C211
Network element name: Cell-wide RSSI on PUCCH level 3
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_3
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -118 dBm < x <= -116 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -118 dBm < x <= -116 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
369
LTE performance measurements
2.4.2.144
LTE Performance Measurements
M8005C212 / Cell-wide RSSI on PUCCH level 4 Counter ID: M8005C212
Network element name: Cell-wide RSSI on PUCCH level 4
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_4
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -116 dBm < x <= -114 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -116 dBm < x <= -114 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.145
Definition updated in release:
M8005C213 / Cell-wide RSSI on PUCCH level 5 Counter ID: M8005C213
Network element name: Cell-wide RSSI on PUCCH level 5
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_5
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -114 dBm < x <= -112 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -114 dBm < x <= -112 dBm. Logical type: Sum
370
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.146
Definition updated in release:
M8005C214 / Cell-wide RSSI on PUCCH level 6 Counter ID: M8005C214
Network element name: Cell-wide RSSI on PUCCH level 6
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_6
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -112 dBm < x <= -110 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -112 dBm < x <= -110 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
371
LTE performance measurements
2.4.2.147
LTE Performance Measurements
M8005C215 / Cell-wide RSSI on PUCCH level 7 Counter ID: M8005C215
Network element name: Cell-wide RSSI on PUCCH level 7
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_7
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -110 dBm < x <= -108 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -110 dBm < x <= -108 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.148
Definition updated in release:
M8005C216 / Cell-wide RSSI on PUCCH level 8 Counter ID: M8005C216
Network element name: Cell-wide RSSI on PUCCH level 8
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_8
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -108 dBm < x <= -106 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -108 dBm < x <= -106 dBm. Logical type: Sum
372
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.149
Definition updated in release:
M8005C217 / Cell-wide RSSI on PUCCH level 9 Counter ID: M8005C217
Network element name: Cell-wide RSSI on PUCCH level 9
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_9
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -106 dBm < x <= -104 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -106 dBm < x <= -104 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
373
LTE performance measurements
2.4.2.150
LTE Performance Measurements
M8005C218 / Cell-wide RSSI on PUCCH level 10 Counter ID: M8005C218
Network element name: Cell-wide RSSI on PUCCH level 10
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_10
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -104 dBm < x <= -102 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -104 dBm < x <= -102 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.151
Definition updated in release:
M8005C219 / Cell-wide RSSI on PUCCH level 11 Counter ID: M8005C219
Network element name: Cell-wide RSSI on PUCCH level 11
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_11
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -102 dBm < x <= -100 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -102 dBm < x <= -100 dBm. Logical type: Sum
374
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.152
Definition updated in release:
M8005C220 / Cell-wide RSSI on PUCCH level 12 Counter ID: M8005C220
Network element name: Cell-wide RSSI on PUCCH level 12
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_12
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -100 dBm < x <= -98 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -100 dBm < x <= -98 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
375
LTE performance measurements
2.4.2.153
LTE Performance Measurements
M8005C221 / Cell-wide RSSI on PUCCH level 13 Counter ID: M8005C221
Network element name: Cell-wide RSSI on PUCCH level 13
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_13
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -98 dBm < x <= -96 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -98 dBm < x <= -96 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.154
Definition updated in release:
M8005C222 / Cell-wide RSSI on PUCCH level 14 Counter ID: M8005C222
Network element name: Cell-wide RSSI on PUCCH level 14
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_14
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -96 dBm < x <= -94 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -96 dBm < x <= -94 dBm. Logical type: Sum
376
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.155
Definition updated in release:
M8005C223 / Cell-wide RSSI on PUCCH level 15 Counter ID: M8005C223
Network element name: Cell-wide RSSI on PUCCH level 15
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_15
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -94 dBm < x <= -92 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -94 dBm < x <= -92 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
377
LTE performance measurements
2.4.2.156
LTE Performance Measurements
M8005C224 / Cell-wide RSSI on PUCCH level 16 Counter ID: M8005C224
Network element name: Cell-wide RSSI on PUCCH level 16
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_16
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -92 dBm < x <= -90 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -92 dBm < x <= -90 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.157
Definition updated in release:
M8005C225 / Cell-wide RSSI on PUCCH level 17 Counter ID: M8005C225
Network element name: Cell-wide RSSI on PUCCH level 17
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_17
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -90 dBm < x <= -88 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -90 dBm < x <= -88 dBm. Logical type: Sum
378
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.158
Definition updated in release:
M8005C226 / Cell-wide RSSI on PUCCH level 18 Counter ID: M8005C226
Network element name: Cell-wide RSSI on PUCCH level 18
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_18
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -88 dBm < x <= -86 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -88 dBm < x <= -86 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
379
LTE performance measurements
2.4.2.159
LTE Performance Measurements
M8005C227 / Cell-wide RSSI on PUCCH level 19 Counter ID: M8005C227
Network element name: Cell-wide RSSI on PUCCH level 19
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_19
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -86 dBm < x <= -84 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -86 dBm < x <= -84 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.160
Definition updated in release:
M8005C228 / Cell-wide RSSI on PUCCH level 20 Counter ID: M8005C228
Network element name: Cell-wide RSSI on PUCCH level 20
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_20
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -84 dBm < x <= -82 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -84 dBm < x <= -82 dBm. Logical type: Sum
380
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.161
Definition updated in release:
M8005C229 / Cell-wide RSSI on PUCCH level 21 Counter ID: M8005C229
Network element name: Cell-wide RSSI on PUCCH level 21
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_21
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are in the range of -82 dBm < x <= -80 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is -82 dBm < x <= -80 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
381
LTE performance measurements
2.4.2.162
LTE Performance Measurements
M8005C230 / Cell-wide RSSI on PUCCH level 22 Counter ID: M8005C230
Network element name: Cell-wide RSSI on PUCCH level 22
Version: 1.2
NetAct name: RSSI_CELL_PUCCH_LEVEL_22
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUCCH are greater than -80 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUCCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUCCH is greater than -80 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.163
Definition updated in release:
M8005C231 / Minimum of cell-wide RSSI on PUSCH Counter ID: M8005C231
Network element name: Minimum of cell-wide RSSI on PUSCH
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_MIN
Description: This measurement provides the minimum of the cell-wide RSSI value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: This counter is updated if the current cell-wide RSSI value on PUSCH is smaller than the last cell-wide RSSI minimum.
382
Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.164
Definition updated in release:
M8005C232 / Maximum of cell-wide RSSI on PUSCH Counter ID: M8005C232
Network element name: Maximum of cell-wide RSSI on PUSCH
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_MAX
Description: This measurement provides the maximum of the cell-wide RSSI value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: This counter is updated if the current cell-wide RSSI value on PUSCH is greater than the last cell-wide RSSI maximum. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.165
Issue: 05B
Definition updated in release:
M8005C233 / Mean of cell-wide RSSI on PUSCH Counter ID: M8005C233
Network element name: Mean of cell-wide RSSI on PUSCH
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_MEAN
DN0944219
383
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides the arithmetic mean of the cell-wide RSSI value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI. Mean value is calculated as follows: conversion from dBm into mW, arithmetic mean computation in mW and conversion back to dBm. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dBm
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.166
Definition updated in release:
M8005C234 / Cell-wide RSSI on PUSCH level 1 Counter ID: M8005C234
Network element name: Cell-wide RSSI on PUSCH level 1
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_1
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are less than or equal to -120 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is <= -120 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
384
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.167
Definition updated in release:
M8005C235 / Cell-wide RSSI on PUSCH level 2 Counter ID: M8005C235
Network element name: Cell-wide RSSI on PUSCH level 2
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_2
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -120 dBm < x <= -118 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -120 dBm < x <= -118 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.168
Definition updated in release:
M8005C236 / Cell-wide RSSI on PUSCH level 3 Counter ID: M8005C236
Network element name: Cell-wide RSSI on PUSCH level 3
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_3
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -118 dBm < x <= -116 dBm. The cell-wide RSSI value is calculated as:
Issue: 05B
DN0944219
385
LTE performance measurements
LTE Performance Measurements
Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -118 dBm < x <= -116 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.169
Definition updated in release:
M8005C237 / Cell-wide RSSI on PUSCH level 4 Counter ID: M8005C237
Network element name: Cell-wide RSSI on PUSCH level 4
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_4
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -116 dBm < x <= -114 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -116 dBm < x <= -114 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
386
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.170
Definition updated in release:
M8005C238 / Cell-wide RSSI on PUSCH level 5 Counter ID: M8005C238
Network element name: Cell-wide RSSI on PUSCH level 5
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_5
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -114 dBm < x <= -112 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -114 dBm < x <= -112 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.171
Definition updated in release:
M8005C239 / Cell-wide RSSI on PUSCH level 6 Counter ID: M8005C239
Network element name: Cell-wide RSSI on PUSCH level 6
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_6
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -112 dBm < x <= -110 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell-
Issue: 05B
DN0944219
387
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -112 dBm < x <= -110 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.172
Definition updated in release:
M8005C240 / Cell-wide RSSI on PUSCH level 7 Counter ID: M8005C240
Network element name: Cell-wide RSSI on PUSCH level 7
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_7
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -110 dBm < x <= -108 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -110 dBm < x <= -108 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
388
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FD-LN5.0
2.4.2.173
Definition updated in release:
M8005C241 / Cell-wide RSSI on PUSCH level 8 Counter ID: M8005C241
Network element name: Cell-wide RSSI on PUSCH level 8
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_8
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -108 dBm < x <= -106 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -108 dBm < x <= -106 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.174
Definition updated in release:
M8005C242 / Cell-wide RSSI on PUSCH level 9 Counter ID: M8005C242
Network element name: Cell-wide RSSI on PUSCH level 9
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_9
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -106 dBm < x <= -104 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -106 dBm < x <= -104 dBm.
Issue: 05B
DN0944219
389
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.175
Definition updated in release:
M8005C243 / Cell-wide RSSI on PUSCH level 10 Counter ID: M8005C243
Network element name: Cell-wide RSSI on PUSCH level 10
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_10
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -104 dBm < x <= -102 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -104 dBm < x <= -102 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
390
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.176
LTE performance measurements
M8005C244 / Cell-wide RSSI on PUSCH level 11 Counter ID: M8005C244
Network element name: Cell-wide RSSI on PUSCH level 11
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_11
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -102 dBm < x <= -100 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -102 dBm < x <= -100 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.177
Definition updated in release:
M8005C245 / Cell-wide RSSI on PUSCH level 12 Counter ID: M8005C245
Network element name: Cell-wide RSSI on PUSCH level 12
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_12
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -100 dBm < x <= -98 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -100 dBm < x <= -98 dBm. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
391
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.178
Definition updated in release:
M8005C246 / Cell-wide RSSI on PUSCH level 13 Counter ID: M8005C246
Network element name: Cell-wide RSSI on PUSCH level 13
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_13
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -98 dBm < x <= -96 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -98 dBm < x <= -96 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
392
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.179
LTE performance measurements
M8005C247 / Cell-wide RSSI on PUSCH level 14 Counter ID: M8005C247
Network element name: Cell-wide RSSI on PUSCH level 14
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_14
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -96 dBm < x <= -94 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -96 dBm < x <= -94 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.180
Definition updated in release:
M8005C248 / Cell-wide RSSI on PUSCH level 15 Counter ID: M8005C248
Network element name: Cell-wide RSSI on PUSCH level 15
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_15
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -94 dBm < x <= -92 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -94 dBm < x <= -92 dBm. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
393
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.181
Definition updated in release:
M8005C249 / Cell-wide RSSI on PUSCH level 16 Counter ID: M8005C249
Network element name: Cell-wide RSSI on PUSCH level 16
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_16
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -92 dBm < x <= -90 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -92 dBm < x <= -90 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
394
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.182
LTE performance measurements
M8005C250 / Cell-wide RSSI on PUSCH level 17 Counter ID: M8005C250
Network element name: Cell-wide RSSI on PUSCH level 17
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_17
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -90 dBm < x <= -88 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -90 dBm < x <= -88 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.183
Definition updated in release:
M8005C251 / Cell-wide RSSI on PUSCH level 18 Counter ID: M8005C251
Network element name: Cell-wide RSSI on PUSCH level 18
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_18
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -88 dBm < x <= -86 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -88 dBm < x <= -86 dBm. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
395
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.184
Definition updated in release:
M8005C252 / Cell-wide RSSI on PUSCH level 19 Counter ID: M8005C252
Network element name: Cell-wide RSSI on PUSCH level 19
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_19
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -86 dBm < x <= -84 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -86 dBm < x <= -84 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
396
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.185
LTE performance measurements
M8005C253 / Cell-wide RSSI on PUSCH level 20 Counter ID: M8005C253
Network element name: Cell-wide RSSI on PUSCH level 20
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_20
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -84 dBm < x <= -82 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -84 dBm < x <= -82 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.186
Definition updated in release:
M8005C254 / Cell-wide RSSI on PUSCH level 21 Counter ID: M8005C254
Network element name: Cell-wide RSSI on PUSCH level 21
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_21
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are in the range of -82 dBm < x <= -80 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is -82 dBm < x <= -80 dBm. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
397
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.187
Definition updated in release:
M8005C255 / Cell-wide RSSI on PUSCH level 22 Counter ID: M8005C255
Network element name: Cell-wide RSSI on PUSCH level 22
Version: 1.2
NetAct name: RSSI_CELL_PUSCH_LEVEL_22
Description: This measurement provides the number of TTIs, in which the cell-wide RSSI values on PUSCH are greater than -80 dBm. The cell-wide RSSI value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the number of PRBs (of given whole cell non-blanked UL frequency bandwidth) which could be used by PUSCH in the cell. Updated: The counter is updated after every TTI if the cell-wide RSSI value on PUSCH is greater than -80 dBm. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
398
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.4.2.188
LTE performance measurements
M8005C256 / Minimum of cell-wide SINR on PUCCH Counter ID: M8005C256
Network element name: Minimum of cell-wide SINR on PUCCH
Version: 1.2
NetAct name: SINR_CELL_PUCCH_MIN
Description: This measurement provides the minimum of the cell-wide SINR value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: This counter is updated if the current cell-wide SINR value on PUCCH is smaller than the last cell-wide SINR minimum. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.189
Definition updated in release:
M8005C257 / Maximum of cell-wide SINR on PUCCH Counter ID: M8005C257
Network element name: Maximum of cell-wide SINR on PUCCH
Version: 1.2
NetAct name: SINR_CELL_PUCCH_MAX
Description: This measurement provides the maximum of the cell-wide SINR value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: This counter is updated if the current cell-wide SINR value on PUCCH is greater than the last cell-wide SINR maximum. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
399
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.190
Definition updated in release:
M8005C258 / Mean of cell-wide SINR on PUCCH Counter ID: M8005C258
Network element name: Mean of cell-wide SINR on PUCCH
Version: 1.2
NetAct name: SINR_CELL_PUCCH_MEAN
Description: This measurement provides the mean of the cell-wide SINR value on PUCCH, which is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI. Mean value is calculated as follows: SINR mean value calculation must be done on dB (instead of linear ratio). Logical type: Average
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.191
400
Definition updated in release:
M8005C259 / Cell-wide SINR on PUCCH level 1 Counter ID: M8005C259
Network element name: Cell-wide SINR on PUCCH level 1
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_1
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are less than or equal to -10 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is <= -10 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.192
Definition updated in release:
M8005C260 / Cell-wide SINR on PUCCH level 2 Counter ID: M8005C260
Network element name: Cell-wide SINR on PUCCH level 2
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_2
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of -10 dB < x <= -8 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is -10 dB < x <= -8 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
401
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.193
Definition updated in release:
M8005C261 / Cell-wide SINR on PUCCH level 3 Counter ID: M8005C261
Network element name: Cell-wide SINR on PUCCH level 3
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_3
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of -8 dB < x <= -6 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is -8 dB < x <= -6 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.194
Definition updated in release:
M8005C262 / Cell-wide SINR on PUCCH level 4 Counter ID: M8005C262
Network element name: Cell-wide SINR on PUCCH level 4
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_4
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of -6 dB < x <= -4 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth.
402
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is -6 dB < x <= -4 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.195
Definition updated in release:
M8005C263 / Cell-wide SINR on PUCCH level 5 Counter ID: M8005C263
Network element name: Cell-wide SINR on PUCCH level 5
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_5
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of -4 dB < x <= -2 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is -4 dB < x <= -2 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
403
LTE performance measurements
LTE Performance Measurements
Used from release: FD-LN5.0
2.4.2.196
Definition updated in release:
M8005C264 / Cell-wide SINR on PUCCH level 6 Counter ID: M8005C264
Network element name: Cell-wide SINR on PUCCH level 6
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_6
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of -2 dB < x <= 0 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is -2 dB < x <= 0 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.197
Definition updated in release:
M8005C265 / Cell-wide SINR on PUCCH level 7 Counter ID: M8005C265
Network element name: Cell-wide SINR on PUCCH level 7
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_7
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 0 dB < x <= 2 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 0 dB < x <= 2 dB. Logical type: Sum
404
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.198
Definition updated in release:
M8005C266 / Cell-wide SINR on PUCCH level 8 Counter ID: M8005C266
Network element name: Cell-wide SINR on PUCCH level 8
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_8
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 2 dB < x <= 4 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 2 dB < x <= 4 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.199
M8005C267 / Cell-wide SINR on PUCCH level 9 Counter ID: M8005C267
Issue: 05B
Definition updated in release:
Network element name: Cell-wide SINR on PUCCH level 9
DN0944219
405
LTE performance measurements
LTE Performance Measurements
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_9
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 4 dB < x <= 6 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 4 dB < x <= 6 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.200
Definition updated in release:
M8005C268 / Cell-wide SINR on PUCCH level 10 Counter ID: M8005C268
Network element name: Cell-wide SINR on PUCCH level 10
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_10
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 6 dB < x <= 8 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 6 dB < x <= 8 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
406
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.201
Definition updated in release:
M8005C269 / Cell-wide SINR on PUCCH level 11 Counter ID: M8005C269
Network element name: Cell-wide SINR on PUCCH level 11
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_11
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 8 dB < x <= 10 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 8 dB < x <= 10 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.202
Issue: 05B
Definition updated in release:
M8005C270 / Cell-wide SINR on PUCCH level 12 Counter ID: M8005C270
Network element name: Cell-wide SINR on PUCCH level 12
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_12
DN0944219
407
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 10 dB < x <= 12 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 10 dB < x <= 12 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.203
Definition updated in release:
M8005C271 / Cell-wide SINR on PUCCH level 13 Counter ID: M8005C271
Network element name: Cell-wide SINR on PUCCH level 13
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_13
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 12 dB < x <= 14 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 12 dB < x <= 14 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
408
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.204
Definition updated in release:
M8005C272 / Cell-wide SINR on PUCCH level 14 Counter ID: M8005C272
Network element name: Cell-wide SINR on PUCCH level 14
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_14
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 14 dB < x <= 16 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 14 dB < x <= 16 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.205
Definition updated in release:
M8005C273 / Cell-wide SINR on PUCCH level 15 Counter ID: M8005C273
Network element name: Cell-wide SINR on PUCCH level 15
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_15
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 16 dB < x <= 18 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth.
Issue: 05B
DN0944219
409
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 16 dB < x <= 18 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.206
Definition updated in release:
M8005C274 / Cell-wide SINR on PUCCH level 16 Counter ID: M8005C274
Network element name: Cell-wide SINR on PUCCH level 16
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_16
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 18 dB < x <= 20 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 18 dB < x <= 20 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
410
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FD-LN5.0
2.4.2.207
Definition updated in release:
M8005C275 / Cell-wide SINR on PUCCH level 17 Counter ID: M8005C275
Network element name: Cell-wide SINR on PUCCH level 17
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_17
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 20 dB < x <= 22 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 20 dB < x <= 22 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.208
Definition updated in release:
M8005C276 / Cell-wide SINR on PUCCH level 18 Counter ID: M8005C276
Network element name: Cell-wide SINR on PUCCH level 18
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_18
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 22 dB < x <= 24 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 22 dB < x <= 24 dB. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
411
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.209
Definition updated in release:
M8005C277 / Cell-wide SINR on PUCCH level 19 Counter ID: M8005C277
Network element name: Cell-wide SINR on PUCCH level 19
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_19
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 24 dB < x <= 26 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 24dB < x <= 26 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.210
M8005C278 / Cell-wide SINR on PUCCH level 20 Counter ID: M8005C278
412
Definition updated in release:
Network element name: Cell-wide SINR on PUCCH level 20
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_20
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 26 dB < x <= 28 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 26 dB < x <= 28 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.211
Definition updated in release:
M8005C279 / Cell-wide SINR on PUCCH level 21 Counter ID: M8005C279
Network element name: Cell-wide SINR on PUCCH level 21
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_21
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are in the range of 28 dB < x <= 30 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is 28 dB < x <= 30 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
413
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.212
Definition updated in release:
M8005C280 / Cell-wide SINR on PUCCH level 22 Counter ID: M8005C280
Network element name: Cell-wide SINR on PUCCH level 22
Version: 1.2
NetAct name: SINR_CELL_PUCCH_LEVEL_22
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUCCH are greater than 30 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUCCH over the configured PUCCH-bandwidth divided by Total interference power per cell per TTI over the configured PUCCH-bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUCCH is greater than 30 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.213
414
Definition updated in release:
M8005C281 / Minimum of cell-wide SINR on PUSCH Counter ID: M8005C281
Network element name: Minimum of cell-wide SINR on PUSCH
Version: 1.2
NetAct name: SINR_CELL_PUSCH_MIN
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides the minimum of the cell-wide SINR value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: This counter is updated if the current cell-wide SINR value on PUSCH is smaller than the last cell-wide SINR minimum. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.214
Definition updated in release:
M8005C282 / Maximum of cell-wide SINR on PUSCH Counter ID: M8005C282
Network element name: Maximum of cell-wide SINR on PUSCH
Version: 1.2
NetAct name: SINR_CELL_PUSCH_MAX
Description: This measurement provides the maximum of the cell-wide SINR value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: This counter is updated if the current cell-wide SINR value on PUSCH is greater than the last cell-wide SINR maximum. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
415
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.215
Definition updated in release:
M8005C283 / Mean of cell-wide SINR on PUSCH Counter ID: M8005C283
Network element name: Mean of cell-wide SINR on PUSCH
Version: 1.2
NetAct name: SINR_CELL_PUSCH_MEAN
Description: This measurement provides the arithmetic mean of the cell-wide SINR value on PUSCH, which is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI. Mean value is calculated as follows: SINR mean value calculation must be done on dB (instead of linear ratio). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: dB
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.216
Definition updated in release:
M8005C284 / Cell-wide SINR on PUSCH level 1 Counter ID: M8005C284
Network element name: Cell-wide SINR on PUSCH level 1
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_1
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are less than or equal to -10 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is <= -10 dB.
416
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.217
Definition updated in release:
M8005C285 / Cell-wide SINR on PUSCH level 2 Counter ID: M8005C285
Network element name: Cell-wide SINR on PUSCH level 2
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_2
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of -10 dB < x <= -8 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is -10 dB < x <= -8 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
417
LTE performance measurements
2.4.2.218
LTE Performance Measurements
M8005C286 / Cell-wide SINR on PUSCH level 3 Counter ID: M8005C286
Network element name: Cell-wide SINR on PUSCH level 3
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_3
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of -8 dB < x <= -6 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is -8 dB < x <= -6 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.219
Definition updated in release:
M8005C287 / Cell-wide SINR on PUSCH level 4 Counter ID: M8005C287
Network element name: Cell-wide SINR on PUSCH level 4
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_4
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of -6 dB < x <= -4 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is -6 dB < x <= -4 dB.
418
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.220
Definition updated in release:
M8005C288 / Cell-wide SINR on PUSCH level 5 Counter ID: M8005C288
Network element name: Cell-wide SINR on PUSCH level 5
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_5
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of -4 dB < x <= -2 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is -4 dB < x <= -2 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.221
Issue: 05B
Definition updated in release:
M8005C289 / Cell-wide SINR on PUSCH level 6 Counter ID: M8005C289
Network element name: Cell-wide SINR on PUSCH level 6
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_6
DN0944219
419
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of -2 dB < x <= 0 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is -2 dB < x <= 0 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.222
Definition updated in release:
M8005C290 / Cell-wide SINR on PUSCH level 7 Counter ID: M8005C290
Network element name: Cell-wide SINR on PUSCH level 7
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_7
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 0 dB < x <= 2 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 0 dB < x <= 2 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
420
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.223
Definition updated in release:
M8005C291 / Cell-wide SINR on PUSCH level 8 Counter ID: M8005C291
Network element name: Cell-wide SINR on PUSCH level 8
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_8
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 2 dB < x <= 4 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 2 dB < x <= 4 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.224
Definition updated in release:
M8005C292 / Cell-wide SINR on PUSCH level 9 Counter ID: M8005C292
Network element name: Cell-wide SINR on PUSCH level 9
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_9
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 4 dB < x <= 6 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth.
Issue: 05B
DN0944219
421
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 4 dB < x <= 6 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.225
Definition updated in release:
M8005C293 / Cell-wide SINR on PUSCH level 10 Counter ID: M8005C293
Network element name: Cell-wide SINR on PUSCH level 10
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_10
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 6 dB < x <= 8 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 6 dB < x <= 8 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
422
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FD-LN5.0
2.4.2.226
Definition updated in release:
M8005C294 / Cell-wide SINR on PUSCH level 11 Counter ID: M8005C294
Network element name: Cell-wide SINR on PUSCH level 11
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_11
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 8 dB < x <= 10 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 8 dB < x <= 10 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.227
Definition updated in release:
M8005C295 / Cell-wide SINR on PUSCH level 12 Counter ID: M8005C295
Network element name: Cell-wide SINR on PUSCH level 12
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_12
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 10 dB < x <= 12 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 10 dB < x <= 12 dB. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
423
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.228
Definition updated in release:
M8005C296 / Cell-wide SINR on PUSCH level 13 Counter ID: M8005C296
Network element name: Cell-wide SINR on PUSCH level 13
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_13
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 12 dB < x <= 14 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 12 dB < x <= 14 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.229
M8005C297 / Cell-wide SINR on PUSCH level 14 Counter ID: M8005C297
424
Definition updated in release:
Network element name: Cell-wide SINR on PUSCH level 14
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_14
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 14 dB < x <= 16 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 14 dB < x <= 16 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.230
Definition updated in release:
M8005C298 / Cell-wide SINR on PUSCH level 15 Counter ID: M8005C298
Network element name: Cell-wide SINR on PUSCH level 15
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_15
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 16 dB < x <= 18 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 16 dB < x <= 18 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
425
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.231
Definition updated in release:
M8005C299 / Cell-wide SINR on PUSCH level 16 Counter ID: M8005C299
Network element name: Cell-wide SINR on PUSCH level 16
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_16
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 18 dB < x <= 20 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 18 dB < x <= 20 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.232
426
Definition updated in release:
M8005C300 / Cell-wide SINR on PUSCH level 17 Counter ID: M8005C300
Network element name: Cell-wide SINR on PUSCH level 17
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_17
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 20 dB < x <= 22 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 20 dB < x <= 22 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.233
Definition updated in release:
M8005C301 / Cell-wide SINR on PUSCH level 18 Counter ID: M8005C301
Network element name: Cell-wide SINR on PUSCH level 18
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_18
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 22 dB < x <= 24 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 22 dB < x <= 24 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
427
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.234
Definition updated in release:
M8005C302 / Cell-wide SINR on PUSCH level 19 Counter ID: M8005C302
Network element name: Cell-wide SINR on PUSCH level 19
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_19
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 24 dB < x <= 26 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 24 dB < x <= 26 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.235
Definition updated in release:
M8005C303 / Cell-wide SINR on PUSCH level 20 Counter ID: M8005C303
Network element name: Cell-wide SINR on PUSCH level 20
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_20
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 26 dB < x <= 28 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth.
428
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 26 dB < x <= 28 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.4.2.236
Definition updated in release:
M8005C304 / Cell-wide SINR on PUSCH level 21 Counter ID: M8005C304
Network element name: Cell-wide SINR on PUSCH level 21
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_21
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are in the range of 28 dB < x <= 30 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is 28 dB < x <= 30 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
429
LTE performance measurements
LTE Performance Measurements
Used from release: FD-LN5.0
2.4.2.237
Definition updated in release:
M8005C305 / Cell-wide SINR on PUSCH level 22 Counter ID: M8005C305
Network element name: Cell-wide SINR on PUSCH level 22
Version: 1.2
NetAct name: SINR_CELL_PUSCH_LEVEL_22
Description: This measurement provides the number of TTIs, in which the cell-wide SINR values on PUSCH are greater than 30 dB. The cell-wide SINR value is calculated as: Total RSSI per cell per TTI for PUSCH over the complete channel bandwidth divided by the Total interference power per cell per TTI for PUSCH over the complete channel bandwidth. Updated: The counter is updated after every TTI if the cell-wide SINR value on PUSCH is greater than 30 dB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Definition updated in release:
2.5 LTE EPS Bearer measurement (M8006) 2.5.1 Description of LTE EPS Bearer measurement LTE EPS Bearer measurement (M8006) measures EPS Bearer related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.5.2 Counters of LTE EPS Bearer measurement 2.5.2.1
430
M8006C0 / EPS Bearer setup attempts Counter ID: M8006C0
Network element name: EPS Bearer setup attempts
Version: 6.2
NetAct name: EPS_BEARER_SETUP_ATTEMPTS
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of EPS bearer setup attempts. Each bearer of the "E-RAB to Be Setup List" IE is counted. Updated: The reception of an S1AP:Initial Context Setup Request or an S1AP:E-RAB SETUP REQUEST message sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.2
Definition updated in release:
M8006C1 / EPS Bearer setup completions Counter ID: M8006C1
Network element name: EPS Bearer setup completions
Version: 6.2
NetAct name: EPS_BEARER_SETUP_COMPLETIONS
Description: The number of EPS bearer setup completions. Each bearer of the "E-RAB Setup List" IE is counted. Updated: The transmission of an S1AP:Initial Context Setup Response or an S1AP:E-RAB SETUP RESPONSE message sent by the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
431
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.3
Definition updated in release:
M8006C2 / EPS Bearer setup failures due to Radio Network Layer Counter ID: M8006C2
Network element name: EPS Bearer setup failures due to Radio Network Layer
Version: 6.3
NetAct name: EPS_BEARER_SETUP_FAIL_RNL
Description: The number of EPS bearer setup failures due to any Radio Network Layer cause except "radio resources not available". Each bearer of the "E-RAB Failed to Setup List" IE is counted. Updated: The transmission of an S1AP:Initial Context Setup Response or an S1AP:E-RAB SETUP RESPONSE message sent by the eNB to MME with any RNL cause except "radio resources not available". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.4
Definition updated in release:
M8006C3 / EPS Bearer setup failures due to Transport Layer Counter ID: M8006C3
Network element name: EPS Bearer setup failures due to Transport Layer
Version: 6.2
NetAct name: EPS_BEARER_SETUP_FAIL_TRPORT
Description: The number of EPS bearer setup failures due to Transport Layer. Each bearer of the "E-RAB Failed to Setup List" IE is counted.
432
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The transmission of an S1AP:Initial Context Setup Response or an S1AP:E-RAB SETUP RESPONSE message sent by the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.5
Definition updated in release:
M8006C4 / EPS Bearer setup failures due to Radio Resource reasons Counter ID: M8006C4
Network element name: EPS Bearer setup failures due to Radio Resource reasons
Version: 6.3
NetAct name: EPS_BEARER_SETUP_FAIL_RESOUR
Description: The number of EPS bearer setup failures due to Radio Resource reasons. Each bearer of the "E-RAB Failed to Setup List" IE has to be counted. Updated: The transmission of an S1AP:Initial Context Setup Response or an S1AP:E-RAB SETUP RESPONSE message sent by the eNB to MME with RNL cause "radio resources not available". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
433
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.6
Definition updated in release:
M8006C5 / EPS Bearer setup failures due to Other reasons Counter ID: M8006C5
Network element name: EPS Bearer setup failures due to Other reasons
Version: 6.2
NetAct name: EPS_BEARER_SETUP_FAIL_OTH
Description: The number of EPS bearer setup failures due to Other reasons. Each bearer of the "E-RAB Failed to Setup List" IE is counted. Updated: The transmission of an S1AP:Initial Context Setup Response or an S1AP:E-RAB SETUP RESPONSE message sent by the eNB to MME. The counter is updated if the failure detected does not match any other failure counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.7
Definition updated in release:
M8006C6 / EPC initiated EPS Bearer Release requests due to Normal release by UE Counter ID: M8006C6
Network element name: EPC initiated EPS Bearer Release requests due to Normal release by UE
Version: 6.3
NetAct name: EPC_EPS_BEARER_REL_REQ_NORM
Description: The number of released Data Radio Bearers due to "normal release per call". Each bearer of the "E-RAB To Be Released List" IE has to be counted. In case of a UE context release command, all established EPS Bearers are counted.
434
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: Reception of an S1AP:E-RAB RELEASE COMMAND or an S1AP:UE CONTEXT RELEASE COMMAND message sent by MME to the eNB. The counter is not incremented in case that the S1AP:UE CONTEXT RELEASE COMMAND is received as a response to a previously sent S1AP:UE CONTEXT RELEASE REQUEST. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.8
Definition updated in release:
M8006C7 / EPC initiated EPS Bearer Release requests due to Detach procedure by UE or MME Counter ID: M8006C7
Network element name: EPC initiated EPS Bearer Release requests due to Detach procedure by UE or MME
Version: 6.3
NetAct name: EPC_EPS_BEARER_REL_REQ_DETACH
Description: The number of EPC-initiated EPS Bearer Release requests due to the Detach procedure by the UE or MME (NAS cause). Each bearer of the "E-RAB To Be Released List" IE has to be counted. In case of a UE context release command, all established EPS Bearers are counted. Updated: Reception of an S1AP:E-RAB RELEASE COMMAND or an S1AP:UE CONTEXT RELEASE COMMAND message sent by MME to the eNB. The counter is not incremented in case that the S1AP:UE CONTEXT RELEASE COMMAND is received as a response to a previously sent S1AP:UE CONTEXT RELEASE REQUEST. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
435
LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.9
Definition updated in release:
M8006C8 / EPC initiated EPS Bearer Release requests due to Radio Network Layer cause Counter ID: M8006C8
Network element name: EPC initiated EPS Bearer Release requests due to Radio Network Layer cause
Version: 6.3
NetAct name: EPC_EPS_BEARER_REL_REQ_RNL
Description: The number of EPC-initiated EPS Bearer Release requests due to the Radio Network Layer cause. Each bearer of the "E-RAB to be Released List" IE is counted. In case of a UE context release command, all established EPS Bearers are counted. Updated: Reception of an S1AP:E-RAB RELEASE COMMAND or an S1AP:UE CONTEXT RELEASE COMMAND message sent by MME to the eNB. The counter is not incremented in case that the S1AP:UE CONTEXT RELEASE COMMAND is received as a response to a previously sent S1AP:UE CONTEXT RELEASE REQUEST. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
436
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.5.2.10
LTE performance measurements
M8006C9 / EPC initiated EPS Bearer Release requests due to Other causes Counter ID: M8006C9
Network element name: EPC initiated EPS Bearer Release requests due to Other causes
Version: 6.3
NetAct name: EPC_EPS_BEARER_REL_REQ_OTH
Description: The number of released Data-Radio Bearers due to Other Reasons. Each bearer of the "E-RAB To Be Released List" IE has to be counted. In case of a UE context release command, all established EPS Bearer are counted. Updated: Reception of an S1AP:E-RAB RELEASE COMMAND or an S1AP:UE CONTEXT RELEASE COMMAND message sent by MME to the eNB. The counter is not incremented in case that the S1AP:UE CONTEXT RELEASE COMMAND is received as a response to a previously sent S1AP:UE CONTEXT RELEASE REQUEST. The counter is updated if the release cause does not match any other failure counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.11
Definition updated in release:
M8006C10 / eNB initiated EPS Bearer Release requests due to normal release Counter ID: M8006C10
Network element name: eNB initiated EPS Bearer Release requests due to normal release
Version: 6.2
NetAct name: ENB_EPS_BEARER_REL_REQ_NORM
Description: The number of eNB-initiated EPS Bearer Release requests due to the UE inactivity. In case of the UE context release request, all the established EPS Bearers are counted. Updated: The transmission of an S1AP:E-RAB RELEASE INDICATION or an S1AP: UE Context Release Request from the eNB to MME.
Issue: 05B
DN0944219
437
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.12
Definition updated in release:
M8006C12 / Released E-RABs due to Radio Link Failure initiated by eNB Counter ID: M8006C12
Network element name: Released E-RABs due to Radio Link Failure initiated by eNB
Version: 6.2
NetAct name: ENB_EPS_BEARER_REL_REQ_RNL
Description: The number of E-RABs requested to be released in case a Radio Link Failure is detected by eNB. Updated: The transmission of an S1AP: UE CONTEXT RELEASE REQUEST message from the eNB to the MME in case this message is sent due to a detected Radio Link Failure (RNL cause "Radio Connection with UE lost"). All released E-RABs are counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
438
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.5.2.13
Definition updated in release:
M8006C13 / eNB initiated EPS Bearer Release requests due to Other causes Counter ID: M8006C13
Network element name: eNB initiated EPS Bearer Release requests due to Other causes
Version: 6.2
NetAct name: ENB_EPS_BEARER_REL_REQ_OTH
Description: The number of eNB-initiated EPS Bearer Release requests due to Other causes . In case of a UE context release request, all the established EPS Bearers are counted. Updated: The transmission of an S1AP:E-RAB RELEASE INDICATION or an S1AP: UE Context Release Request from the eNB to MME. The counter is updated if the release request detected does not match any other failure counter Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.5.2.14
Definition updated in release:
M8006C14 / eNB initiated EPS Bearer Release requests due to Transport Layer Cause Counter ID: M8006C14
Network element name: eNB initiated EPS Bearer Release requests due to Transport Layer Cause
Version: 5.2
NetAct name: ENB_EPS_BEARER_REL_REQ_TNL
Description: The number of eNB-initiated EPS Bearer Release requests due to Transport Layer Cause Updated: The transmission of an S1AP:E-RAB RELEASE INDICATION or an S1AP: UE Context Release Request from the eNB to the MME.
Issue: 05B
DN0944219
439
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE761: Advanced target cell selection and HO retry for intrafreq HO 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.5.2.15
Definition updated in release:
M8006C15 / eNB initiated EPS Bearer Release requests due to Radio Network Layer cause Redirect Counter ID: M8006C15
Network element name: eNB initiated EPS Bearer Release requests due to Radio Network Layer cause Redirect
Version: 5.2
NetAct name: ENB_EPSBEAR_REL_REQ_RNL_REDIR
Description: The number of eNB-initiated EPS Bearer Release requests due Redirect (release due to RNL E-UTRAN generated reason or RNL Inter-RAT Redirection). Updated: The transmission of an S1AP: UE Context Release Request from the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE761: Advanced target cell selection and HO retry for intrafreq HO 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
440
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN1.0_LNT1.0
2.5.2.16
Definition updated in release:
M8006C17 / Initial EPS Bearer setup attempts for QCI1 Counter ID: M8006C17
Network element name: Initial EPS Bearer setup attempts for QCI1
Version: 4.2
NetAct name: EPS_BEARER_STP_ATT_INI_QCI_1
Description: The number of initial EPS bearer setup attempts per QCI1. Each bearer of the ERAB to Be Setup List IE is counted. Updated: Reception of an S1AP:Initial Context Setup Request sent by MME to the eNB for each QCI1 bearer contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.17
Definition updated in release:
M8006C18 / Initial EPS Bearer setup attempts for non-GBR Counter ID: M8006C18
Network element name: Initial EPS Bearer setup attempts for non-GBR
Version: 4.2
NetAct name: EPS_BEAR_STP_ATT_INI_NON_GBR
Description: The number of initial EPS bearer setup attempts per non-GBR. Each bearer of the E-RAB to Be Setup List IE is counted. Updated: The reception of an S1AP:Initial Context Setup Request message sent by the MME to the eNB. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
441
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.18
Definition updated in release:
M8006C26 / Additional EPS Bearer setup attempts for QCI1 Counter ID: M8006C26
Network element name: Additional EPS Bearer setup attempts for QCI1
Version: 4.2
NetAct name: EPS_BEARER_STP_ATT_ADD_QCI_1
Description: The number of additional EPS bearer setup attempts per QCI1. Each bearer of the E-RAB to Be Setup List IE is counted. Updated: The reception of an S1AP:E-RAB Setup Request message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
442
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.5.2.19
LTE performance measurements
M8006C35 / Initial EPS Bearer setup completions for QCI1 Counter ID: M8006C35
Network element name: Initial EPS Bearer setup completions for QCI1
Version: 4.2
NetAct name: EPS_BEARER_STP_COM_INI_QCI1
Description: The number of initial EPS bearer setup completions per QCI1. Each bearer of the ERAB Setup List IE is counted. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.20
Definition updated in release:
M8006C36 / Initial EPS Bearer setup completions for non-GBR Counter ID: M8006C36
Network element name: Initial EPS Bearer setup completions for non-GBR
Version: 4.2
NetAct name: EPS_BEAR_STP_COM_INI_NON_GBR
Description: The number of initial EPS bearer setup completions per non-GBR. Each bearer of the E-RAB Setup List IE is counted. Updated: The transmission of an S1AP:Initial Context Setup Response message sent by the eNB to MME.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
DN0944219
443
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.21
Definition updated in release:
M8006C44 / Additional EPS Bearer setup completions for QCI1 Counter ID: M8006C44
Network element name: Additional EPS Bearer setup completions for QCI1
Version: 4.2
NetAct name: EPS_BEAR_SET_COM_ADDIT_QCI1
Description: The number of additional EPS bearer setup completions for QCI1. Each bearer of the E-RAB Setup List IE is counted. Updated: The transmission of an S1AP:E-RAB Setup Response message sent by the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
444
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.5.2.22
LTE performance measurements
M8006C89 / EPC initiated EPS Bearer Release requests for QCI1 due to Normal release by UE Counter ID: M8006C89
Network element name: EPC initiated EPS Bearer Release requests for QCI1 due to Normal release by UE
Version: 4.2
NetAct name: EPC_EPS_BEAR_REL_REQ_N_QCI1
Description: The number of EPC-initiated EPS Bearer Release requests for QCI1 due to normal release by UE. Each bearer of the E-RAB to be Released List IE is counted. Updated: The reception of an S1AP:E-RAB Release Command or an S1AP:UE Context Release Command message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.23
Definition updated in release:
M8006C98 / EPC initiated EPS Bearer Release requests for QCI1 due to Detach procedure by UE or MME Counter ID: M8006C98
Network element name: EPC initiated EPS Bearer Release requests for QCI1 due to Detach procedure by UE or MME
Version: 4.2
NetAct name: EPC_EPS_BEAR_REL_REQ_D_QCI1
Description: The number of EPC-initiated EPS Bearer Release requests for QCI1 due to the Detach procedure by the UE or the MME. Each bearer of the E-RAB to be Released List IE is counted. Updated: The reception of an S1AP:E-RAB Release Command or an S1AP:UE Context Release Command message sent by the MME to eNB. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
445
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.24
Definition updated in release:
M8006C107 / EPC initiated EPS Bearer Release requests per QCI1 due to Radio Network Layer cause Counter ID: M8006C107
Network element name: EPC initiated EPS Bearer Release requests per QCI1 due to Radio Network Layer cause
Version: 4.2
NetAct name: EPC_EPS_BEAR_REL_REQ_R_QCI1
Description: The number of EPC-initiated EPS Bearer Release requests for QCI1 due to the Radio Network Layer cause. Each bearer of the E-RAB to be Released List IE is counted. Updated: The reception of an S1AP:E-RAB Release Command or an S1AP:UE Context Release Command message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
446
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN2.0_LNT1.0
2.5.2.25
Definition updated in release:
M8006C116 / EPC initiated EPS Bearer Release requests for QCI1 due to Other causes Counter ID: M8006C116
Network element name: EPC initiated EPS Bearer Release requests for QCI1 due to Other causes
Version: 4.2
NetAct name: EPC_EPS_BEAR_REL_REQ_O_QCI1
Description: The number of EPC-initiated EPS Bearer Release requests for QCI1 due to Other causes. Each bearer of the E-RAB to be Released List IE is counted. Updated: The reception of an S1AP:E-RAB Release Command or an S1AP:UE Context Release Command message sent by the MME to eNB.The counter is updated if the release request detected does not match any other failure counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.26
Definition updated in release:
M8006C125 / eNB initiated EPS Bearer Release requests for QCI1 due to normal release Counter ID: M8006C125
Network element name: eNB initiated EPS Bearer Release requests for QCI1 due to normal release
Version: 4.2
NetAct name: ENB_EPS_BEAR_REL_REQ_N_QCI1
Description: The number of eNB-initiated EPS Bearer Release requests for QCI1 due to the Normal release. In case of a UE context release request, all the established EPS Bearers are counted.
Issue: 05B
DN0944219
447
LTE performance measurements
LTE Performance Measurements
Updated: The transmission of an S1AP: E-RAB Release Indication or an S1AP: UE Context Release Request from the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.27
Definition updated in release:
M8006C134 / eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause Counter ID: M8006C134
Network element name: eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause
Version: 4.2
NetAct name: ENB_EPS_BEAR_REL_REQ_R_QCI1
Description: The number of eNB-initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause. In case of a UE context release request, all the established EPS Bearers are counted. Updated: The transmission of an S1AP: E-RAB Release Indication or an S1AP: UE Context Release Request from the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation
448
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.28
Definition updated in release:
M8006C143 / eNB initiated EPS Bearer Release requests for QCI1 due to Other causes Counter ID: M8006C143
Network element name: eNB initiated EPS Bearer Release requests for QCI1 due to Other causes
Version: 4.2
NetAct name: ENB_EPS_BEAR_REL_REQ_O_QCI1
Description: The number of eNB-initiated EPS Bearer Release requests for QCI1 due to Other causes . In case of a UE context release request, all the established EPS Bearers are counted. Updated: The transmission of an S1AP: E-RAB Release indication or an S1AP: UE Context Release Request from the eNB to MME.The counter is updated if the release request detected does not match any other failure counter Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.29
M8006C152 / eNB initiated EPS Bearer Release requests for QCI1 due to Transport Layer Cause Counter ID: M8006C152
Issue: 05B
Definition updated in release:
Network element name: eNB initiated EPS Bearer Release requests for QCI1 due to Transport Layer Cause
DN0944219
449
LTE performance measurements
LTE Performance Measurements
Version: 4.2
NetAct name: ENB_EPS_BEAR_REL_REQ_T_QCI1
Description: The number of eNB-initiated EPS Bearer Release requests for QCI1 due Transport Layer Cause - Transport Resource UnavailableCause. Updated: The transmission of an S1AP: E-RAB Release Indication or an S1AP: UE Context Release Request from the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.30
Definition updated in release:
M8006C161 / eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause Redirect Counter ID: M8006C161
Network element name: eNB initiated EPS Bearer Release requests for QCI1 due to Radio Network Layer cause Redirect
Version: 4.2
NetAct name: ENB_EPS_BEAR_REL_REQ_RD_QCI1
Description: The number of eNB-initiated EPS Bearer Release requests for QCI1 due Redirect (release due to RNL E-UTRAN generated reason or RNL Inter-RAT Redirection ) Updated: The transmission of an S1AP: E-RAB Release Indication or an S1AP: UE Context Release Request from the eNB to MME. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: NA
Example values:
Dependencies with other counters: Operability class:
450
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE7: Support of multiple EPS bearer LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.5.2.31
Definition updated in release:
M8006C162 / Initial EPS Bearer setup attempts for GBR DRBS of QCI2 Counter ID: M8006C162
Network element name: Initial EPS Bearer setup attempts for GBR DRBS of QCI2
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_INI_QCI_2
Description: This measurement provides the number of initial EPS bearer setup attempts for GBR DRBs of QCI2 characteristics. Updated: Reception of an S1AP:INITIAL CONTEXT SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI2 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
451
LTE performance measurements
2.5.2.32
LTE Performance Measurements
M8006C163 / Initial EPS Bearer setup attempts for GBR DRBs of QCI3 Counter ID: M8006C163
Network element name: Initial EPS Bearer setup attempts for GBR DRBs of QCI3
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_INI_QCI_3
Description: This measurement provides the number of initial EPS bearer setup attempts for GBR DRBs of QCI3 characteristics. Updated: Reception of an S1AP:INITIAL CONTEXT SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI3 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.33
Definition updated in release:
M8006C164 / Initial EPS Bearer setup attempts for GBR DRBs of QCI4 Counter ID: M8006C164
Network element name: Initial EPS Bearer setup attempts for GBR DRBs of QCI4
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_INI_QCI_4
Description: This measurement provides the number of initial EPS bearer setup attempts for GBR DRBs of QCI4 characteristics. Updated: Reception of an S1AP:INITIAL CONTEXT SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI4 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
452
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.34
Definition updated in release:
M8006C165 / Additional EPS Bearer setup attempts for GBR DRBs of QCI2 Counter ID: M8006C165
Network element name: Additional EPS Bearer setup attempts for GBR DRBs of QCI2
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_ADD_QCI_2
Description: This measurement provides the number of additional EPS bearer setup attempts for GBR DRBs of QCI2 characteristics. Updated: Reception of an S1AP:E-RAB SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI2 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
453
LTE performance measurements
2.5.2.35
LTE Performance Measurements
M8006C166 / Additional EPS Bearer setup attempts for GBR DRBs of QCI3 Counter ID: M8006C166
Network element name: Additional EPS Bearer setup attempts for GBR DRBs of QCI3
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_ADD_QCI_3
Description: This measurement provides the number of additional EPS bearer setup attempts for GBR DRBs of QCI3 characteristics. Updated: Reception of an S1AP:E-RAB SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI3 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.36
Definition updated in release:
M8006C167 / Additional EPS Bearer setup attempts for GBR DRBs of QCI4 Counter ID: M8006C167
Network element name: Additional EPS Bearer setup attempts for GBR DRBs of QCI4
Version: 2.2
NetAct name: EPS_BEARER_STP_ATT_ADD_QCI_4
Description: This measurement provides the number of additional EPS bearer setup attempts for GBR DRBs of QCI4 characteristics. Updated: Reception of an S1AP:E-RAB SETUP REQUEST message sent by MME to the eNB. The counter is updated with the number of QCI4 bearers contained in the "E-RAB to Be Setup List" IE. Logical type: Sum
454
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.37
Definition updated in release:
M8006C168 / Initial EPS Bearer setup completions for GBR DRBs of QCI2 Counter ID: M8006C168
Network element name: Initial EPS Bearer setup completions for GBR DRBs of QCI2
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_INI_QCI_2
Description: This measurement provides the number of initial EPS bearer setup completions for GBR DRBs of QCI2 characteristics. Updated: Transmission of an S1AP:INITIAL CONTEXT SETUP RESPONSE message sent by eNB to the MME. The counter is updated with the number of QCI2 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
455
LTE performance measurements
2.5.2.38
LTE Performance Measurements
M8006C169 / Initial EPS Bearer setup completions for GBR DRBs of QCI3 Counter ID: M8006C169
Network element name: Initial EPS Bearer setup completions for GBR DRBs of QCI3
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_INI_QCI_3
Description: This measurement provides the number of initial EPS bearer setup completions for GBR DRBs of QCI3 characteristics. Updated: Transmission of an S1AP:INITIAL CONTEXT SETUP RESPONSE message sent by eNB to the MME. The counter is updated with the number of QCI3 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.39
Definition updated in release:
M8006C170 / Initial EPS Bearer setup completions for GBR DRBs of QCI4 Counter ID: M8006C170
Network element name: Initial EPS Bearer setup completions for GBR DRBs of QCI4
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_INI_QCI_4
Description: This measurement provides the number of initial EPS bearer setup completions for GBR DRBs of QCI4 characteristics. Updated: Transmission of an S1AP:INITIAL CONTEXT SETUP RESPONSE message sent by eNB to the MME. The counter is updated with the number of QCI4 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
456
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.40
Definition updated in release:
M8006C171 / Additional EPS Bearer setup completions for GBR DRBs of QCI2 Counter ID: M8006C171
Network element name: Additional EPS Bearer setup completions for GBR DRBs of QCI2
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_ADD_QCI_2
Description: This measurement provides the number of additional EPS bearer setup completions for GBR DRBs of QCI2 characteristics. Updated: Transmission of an S1AP:E-RAB SETUP RESPONSE message sent by eNB to the MME.The counter is updated with the number of QCI2 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
457
LTE performance measurements
2.5.2.41
LTE Performance Measurements
M8006C172 / Additional EPS Bearer setup completions for GBR DRBs of QCI3 Counter ID: M8006C172
Network element name: Additional EPS Bearer setup completions for GBR DRBs of QCI3
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_ADD_QCI_3
Description: This measurement provides the number of additional EPS bearer setup completions for GBR DRBs of QCI3 characteristics. Updated: Transmission of an S1AP:E-RAB SETUP RESPONSE message sent by eNB to the MME. The counter is updated with the number of QCI3 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.42
Definition updated in release:
M8006C173 / Additional EPS Bearer setup completions for GBR DRBs of QCI4 Counter ID: M8006C173
Network element name: Additional EPS Bearer setup completions for GBR DRBs of QCI4
Version: 2.2
NetAct name: EPS_BEARER_STP_COM_ADD_QCI_4
Description: This measurement provides the number of additional EPS bearer setup completions for GBR DRBs of QCI4 characteristics. Updated: Transmission of an S1AP:E-RAB SETUP RESPONSE message sent by eNB to the MME. The counter is updated with the number of QCI4 bearers contained in the "E-RAB Setup List" IE. Logical type: Sum
458
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE496: Support of QCI 2, 3 and 4 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.43
Definition updated in release:
M8006C174 / Pre-empted GBR bearers Counter ID: M8006C174
Network element name: Pre-empted GBR bearers
Version: 2.2
NetAct name: PRE_EMPT_GBR_BEARER
Description: This measurement provides the number of GBR E-RABs (Guaranteed Bit Rate bearers, 3GPP TS 23.203) being released due to lack of radio resources. Updated: Transmission of an S1AP: E-RAB RELEASE INDICATION message (eNB -> MME; 3GPP TS 36.413) or transmission of an S1AP: UE CONTEXT RELEASE REQUEST message (eNB -> MME; 3GPP TS 36.413) in case that these messages are used to release one or more GBR bearers with RNL cause "Radio resources not available". The counter is updated with the number of released GBR bearers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE534: ARP based admission control for E-RABs 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
459
LTE performance measurements
2.5.2.44
LTE Performance Measurements
M8006C175 / Pre-empted non-GBR bearers Counter ID: M8006C175
Network element name: Pre-empted non-GBR bearers
Version: 2.2
NetAct name: PRE_EMPT_NON_GBR_BEARER
Description: This measurement provides the number of non-GBR E-RABs (non-Guaranteed Bit Rate bearers, 3GPP TS 23.203) being released due to lack of radio resources. Updated: Transmission of an S1AP: E-RAB RELEASE INDICATION message (eNB -> MME; 3GPP TS 36.413) or transmission of an S1AP: UE CONTEXT RELEASE REQUEST message (eNB -> MME; 3GPP TS 36.413) in case that these messages are used to release one or more non-GBR bearers with RNL cause "Radio resources not available". The counter is updated with the number of released non-GBR bearers. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE534: ARP based admission control for E-RABs 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.45
Definition updated in release:
M8006C176 / Released active ERABs QCI1 Counter ID: M8006C176
Network element name: Released active ERABs QCI1
Version: 2.4
NetAct name: ERAB_REL_ENB_ACT_QCI1
Description: This measurement provides the number of released active E-RABs (that is when there was user data in the queue at the time of release) with QCI1 characteristics. The release is initiated by the eNB due to radio connectivity problems. Updated: The counters must be updated in case that user data are buffered (UL/DL) for an ERAB with QCI1 characteristics and the "S1AP UE Context Release Request" message is sent by eNB to the MME with the release cause "RNL Radio Connection with UE lost". Logical type: Sum
460
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.46
Definition updated in release:
M8006C177 / Released active ERABs QCI2 Counter ID: M8006C177
Network element name: Released active ERABs QCI2
Version: 2.4
NetAct name: ERAB_REL_ENB_ACT_QCI2
Description: This measurement provides the number of released active E-RABs (that is when there was user data in the queue at the time of release) with QCI2 characteristics. The release is initiated by the eNB due to radio connectivity problems. Updated: The counters must be updated in case that user data are buffered (UL/DL) for an ERAB with QCI2 characteristics and the "S1AP UE Context Release Request" message is sent by eNB to the MME with the release cause "RNL Radio Connection with UE lost". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
461
LTE performance measurements
2.5.2.47
LTE Performance Measurements
M8006C178 / Released active ERABs QCI3 Counter ID: M8006C178
Network element name: Released active ERABs QCI3
Version: 2.4
NetAct name: ERAB_REL_ENB_ACT_QCI3
Description: This measurement provides the number of released active E-RABs (that is when there was user data in the queue at the time of release) with QCI3 characteristics. The release is initiated by the eNB due to radio connectivity problems. Updated: The counters must be updated in case that user data are buffered (UL/DL) for an ERAB with QCI3 characteristics and the "S1AP UE Context Release Request" message is sent by eNB to the MME with the release cause "RNL Radio Connection with UE lost". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.48
Definition updated in release:
M8006C179 / Released active ERABs QCI4 Counter ID: M8006C179
Network element name: Released active ERABs QCI4
Version: 2.4
NetAct name: ERAB_REL_ENB_ACT_QCI4
Description: This measurement provides the number of released active E-RABs (that is when there was user data in the queue at the time of release) with QCI4 characteristics. The release is initiated by the eNB due to radio connectivity problems. Updated: The counters must be updated in case that user data are buffered (UL/DL) for an ERAB with QCI4 characteristics and the "S1AP UE Context Release Request" message is sent by eNB to the MME with the release cause "RNL Radio Connection with UE lost".
462
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.49
Definition updated in release:
M8006C180 / Released active non GBR ERABs (QCI5...9) Counter ID: M8006C180
Network element name: Released active non GBR ERABs (QCI5...9)
Version: 2.4
NetAct name: ERAB_REL_ENB_ACT_NON_GBR
Description: This measurement provides the number of released active E-RABs (that is when there was user data in the queue at the time of release) with non-GBR characteristics (QCI5...9). The release is initiated by the eNB due to radio connectivity problems. Updated: The counters must be updated in case that user data are buffered (UL/DL) for an ERAB with non-GBR characteristics (QCI5...9) and the "S1AP UE Context Release Request" message is sent by eNB to the MME with the release cause "RNL Radio Connection with UE lost". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
463
LTE performance measurements
2.5.2.50
LTE Performance Measurements
M8006C181 / In-session activity time for QCI1 ERABs Counter ID: M8006C181
Network element name: In-session activity time for QCI1 ERABs
Version: 2.4
NetAct name: ERAB_IN_SESSION_TIME_QCI1
Description: This measurement provides the aggregated in-session activity time in seconds for all E-RABs with QCI1 characteristics. The E-RAB is said to be "in session" if any user data has been transferred in UL or DL direction within the last 100msec. Updated: When user data are transferred the in-session activity time is aggregated during the ERAB lifetime. At the end of the measurement period and when E-RAB is released the sum counter for all E-RABs with QCI1 characteristics shall be updated. Logical type: Sum
Trigger type: Duration
Sampling interval:
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.51
Definition updated in release:
M8006C182 / In-session activity time for QCI2 ERABs Counter ID: M8006C182
Network element name: In-session activity time for QCI2 ERABs
Version: 2.4
NetAct name: ERAB_IN_SESSION_TIME_QCI2
Description: This measurement provides the aggregated in-session activity time in seconds for all E-RABs with QCI2 characteristics. The E-RAB is said to be "in session" if any user data has been transferred in UL or DL direction within the last 100msec. Updated: When user data are transferred the in-session activity time is aggregated during the ERAB lifetime. At the end of the measurement period and when E-RAB is released the sum counter for all E-RABs with QCI2 characteristics shall be updated. Logical type: Sum
464
Trigger type: Duration
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.52
Definition updated in release:
M8006C183 / In-session activity time for QCI3 ERABs Counter ID: M8006C183
Network element name: In-session activity time for QCI3 ERABs
Version: 2.4
NetAct name: ERAB_IN_SESSION_TIME_QCI3
Description: This measurement provides the aggregated in-session activity time in seconds for all E-RABs with QCI3 characteristics. The E-RAB is said to be "in session" if any user data has been transferred in UL or DL direction within the last 100msec. Updated: When user data are transferred the in-session activity time is aggregated during the ERAB lifetime. At the end of the measurement period and when E-RAB is released the sum counter for all E-RABs with QCI3 characteristics shall be updated. Logical type: Sum
Trigger type: Duration
Sampling interval:
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
465
LTE performance measurements
2.5.2.53
LTE Performance Measurements
M8006C184 / In-session activity time for QCI4 ERABs Counter ID: M8006C184
Network element name: In-session activity time for QCI4 ERABs
Version: 2.4
NetAct name: ERAB_IN_SESSION_TIME_QCI4
Description: This measurement provides the aggregated in-session activity time in seconds for all E-RABs with QCI4 characteristics. The E-RAB is said to be "in session" if any user data has been transferred in UL or DL direction within the last 100msec. Updated: When user data are transferred the in-session activity time is aggregated during the ERAB lifetime. At the end of the measurement period and when E-RAB is released the sum counter for all E-RABs with QCI4 characteristics shall be updated. Logical type: Sum
Trigger type: Duration
Sampling interval:
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.5.2.54
Definition updated in release:
M8006C185 / In-session activity time for non-GBR ERABs (QCI5..9) Counter ID: M8006C185
Network element name: In-session activity time for non-GBR ERABs (QCI5..9)
Version: 2.4
NetAct name: ERAB_IN_SESSION_TIME_NON_GBR
Description: This measurement provides the aggregated in-session activity time in seconds for all E-RABs with non-GBR (QCI5..9) characteristics. The E-RAB is said to be "in session" if any user data has been transferred in UL or DL direction within the last 100msec. Updated: When user data are transferred the in-session activity time is aggregated during the ERAB lifetime. At the end of the measurement period and when E-RAB is released the sum counter for all E-RABs with non-GBR characteristics (QCI5..9) shall be updated. Logical type: Sum
466
Trigger type: Duration
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Definition updated in release:
2.6 LTE Radio Bearer measurement (M8007) 2.6.1 Description of LTE Radio Bearer measurement LTE Radio Bearer measurement (M8007) measures Radio Bearer related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.6.2 Counters of LTE Radio Bearer measurement 2.6.2.1
M8007C0 / Number of Data Radio Bearers attempted to setup Counter ID: M8007C0
Network element name: Number of Data Radio Bearers attempted to setup
Version: 6.2
NetAct name: DATA_RB_STP_ATT
Description: The number of Data Radio Bearers attempted to set up per cell. It comprises also attempted Data Radio Bearer setups up during an incoming Handover at the target cell. Updated: Transmission of an RRC CONNECTION RECONFIGURATION message sent by eNB to the UE during the Data Radio Bearer (DRB) setup procedure. For incoming Handover the counter is pegged in case of a successful handover preparation procedure indicated for example by the transmission of the HANDOVER REQUEST ACKNOWLEDGE message. If the DRB setup procedure is executed for more than one DRB the counter is pegged for each DRB attempted to set up. RRC CONNECTION RECONFIGURATION messages used for other purposes than DRB setup
Issue: 05B
DN0944219
467
LTE performance measurements
LTE Performance Measurements
(that is DRB release, DRB configuration changes, transmission of security information) will not be counted. 3GPP TS36.331 (RRC CONNECTION RECONFIGURATION) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.2
Definition updated in release:
M8007C1 / Number of Data Radio Bearers successfully established Counter ID: M8007C1
Network element name: Number of Data Radio Bearers successfully established
Version: 6.2
NetAct name: DATA_RB_STP_COMP
Description: The number of successfully established Data Radio Bearers per cell. It comprises also the successfully established Data Radio Bearers due to an incoming Handover at the target cell. Updated: Reception of an RRC CONNECTION RECONFIGURATION COMPLETE message sent from the UE to the eNB during the Data Radio Bearer (DRB) setup procedure. If the RRC Reconfiguration procedure is executed for more than one DRB the counter is pegged for each successfully set up DRB. RRC CONNECTION RECONFIGURATION COMPLETE messages used for other purposes than DRB setup (that is DRB release, DRB configuration changes, transmission of security information) will not be counted. 3GPP TS36.331 (RRC CONNECTION RECONFIGURATION COMPLETE)
468
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.3
Definition updated in release:
M8007C2 / Number of Data Radio Bearers failed to setup Counter ID: M8007C2
Network element name: Number of Data Radio Bearers failed to setup
Version: 6.2
NetAct name: DATA_RB_STP_FAIL
Description: The number of Data Radio Bearers failed to setup per cell. It comprises also the Data Radio Bearers failed to setup during an incoming Handover at the target cell. Updated: Expiration of RRC Guard timer used for the supervision of the RRC Connection Reconfiguration procedure for Data Radio Bearer (DRB) setup. For incoming Handover the counter is pegged in case of a not successfully completed Handover Execution phase at the target eNB (for example expiration of TS1Relocexec/Tx2Relocexec). If the RRC Reconfiguration procedure is executed for more than one DRB the counter is pegged for each DRB with unsuccessful setup. RRC Guard Timer expirations of RRC Reconfiguration procedures for other purposes than DRB setup (that is DRB release, DRB configuration changes, transmission of security information) will not be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
469
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.4
Definition updated in release:
M8007C3 / Number of released Data Radio Bearers due to Normal Release Counter ID: M8007C3
Network element name: Number of released Data Radio Bearers due to Normal Release
Version: 6.2
NetAct name: RB_REL_REQ_NORM_REL
Description: The number of released Data Radio Bearers due to "normal release" per cell. It comprises also the released Data Radio Bearers originally setup due to an incoming Handover. Updated: Transmission of S1AP E-RAB RELEASE INDICATION or S1AP UE CONTEXT RELEASE REQUEST message from eNB to MME due to user inactivity or reception of S1AP UE CONTEXT RELEASE COMMAND or S1AP E-RAB RELEASE COMMAND with release cause "normal" and not received as a response to a Release message previously sent to the MME or reception of X2AP UE CONTEXT RELEASE message due to outgoing X2-Handover (also intra eNB HO is included). If the release procedure is executed for more than one Data Radio Bearer (DRB), the counter is pegged for each released DRB. 3GPP TS36.413 (S1AP E-RAB RELEASE INDICATION, S1AP UE CONTEXT RELEASE REQUEST, S1AP E-RAB RELEASE COMMAND, S1AP UE CONTEXT RELEASE COMMAND) 3GPP TS36423 (X2AP UE CONTEXT RELEASE) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
470
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.5
Definition updated in release:
M8007C4 / Number of released Data Radio Bearers due to Detach Counter ID: M8007C4
Network element name: Number of released Data Radio Bearers due to Detach
Version: 6.2
NetAct name: RB_REL_REQ_DETACH_PROC
Description: The number of Radio Bearer Release requests due to Detach procedure Updated: Transmission of an RRC CONNECTION RELEASE message due to reception of S1AP:UE CONTEXT RELEASE COMMAND. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.6
Definition updated in release:
M8007C5 / Number of released Data Radio Bearers due to Lost Radio Connection Counter ID: M8007C5
Network element name: Number of released Data Radio Bearers due to Lost Radio Connection
Version: 6.2
NetAct name: RB_REL_REQ_RNL
Description: The number of released Data Radio Bearers due to "lost radio connection" between UE and eNB. It comprises also the release of Data Radio Bearers originally setup due to an incoming Handover.
Issue: 05B
DN0944219
471
LTE performance measurements
LTE Performance Measurements
Updated: Transmission of S1AP UE CONTEXT RELEASE REQUEST message from eNB to MME due to lost radio connection. If the release procedure is executed for more than one Data Radio Bearer (DRB) the counter is pegged for each released DRB. 3GPP TS36.413 ( S1AP UE CONTEXT RELEASE REQUEST) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.7
Definition updated in release:
M8007C6 / Number of released Data Radio Bearers due to Other Reasons Counter ID: M8007C6
Network element name: Number of released Data Radio Bearers due to Other Reasons
Version: 6.2
NetAct name: RB_REL_REQ_OTHER
Description: The number of released Data Radio Bearers due to "other reasons". It comprises also the release of Data Radio Bearers originally setup due to an incoming Handover. Updated: Transmission of S1AP E-RAB RELEASE INDICATION or S1AP UE CONTEXT RELEASE REQUEST message from eNB to MME due to for example Transport Network failure or any reason different to "user inactivity" or "lost radio connection". If the release procedure is executed for more than one Data Radio Bearer (DRB) the counter is pegged for each released DRB. 3GPP TS36.413 (S1AP E-RAB RELEASE INDICATION, S1AP UE CONTEXT RELEASE REQUEST) Logical type: Sum
472
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.6.2.8
Definition updated in release:
M8007C7 / SRB1 setup attempts Counter ID: M8007C7
Network element name: SRB1 setup attempts
Version: 5.3
NetAct name: SRB1_SETUP_ATT
Description: The number of Signaling Radio Bearer 1 setup attempts. SRB1 for most RRC messages using the DCCH. Updated: This counter is updated on the transmission of an RRC CONNECTION SETUP message sent by eNB to the UE, containing SRB1-specific configurations. Note: If a UE (erroneously) sends RRC CONNECTION REQUEST message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message of RRC CONNECTION SETUP will be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
473
LTE performance measurements
2.6.2.9
LTE Performance Measurements
M8007C8 / SRB1 setup completions Counter ID: M8007C8
Network element name: SRB1 setup completions
Version: 5.2
NetAct name: SRB1_SETUP_SUCC
Description: The number of Signaling Radio Bearer 1 setup completions. SRB1 for most RRC messages using the DCCH. Updated: This counter is updated on the reception of an RRC CONNECTION SETUP COMPLETE message sent by UE to eNB on SRB1/DCCH (carrying the initial NAS message). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.6.2.10
Definition updated in release:
M8007C9 / SRB1 setup failures Counter ID: M8007C9
Network element name: SRB1 setup failures
Version: 5.2
NetAct name: SRB1_SETUP_FAIL
Description: The number of Signaling Radio Bearer 1 setup failures. SRB1 for most RRC messages using the DCCH. Updated: This counter is updated on the reception of an erroneous or incomplete RRC CONNECTION SETUP COMPLETE message sent by UE to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
474
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.6.2.11
Definition updated in release:
M8007C10 / SRB2 setup attempts Counter ID: M8007C10
Network element name: SRB2 setup attempts
Version: 5.2
NetAct name: SRB2_SETUP_ATT
Description: The number of Signaling Radio Bearer 2 setup attempts. SRB2 is for NAS messages using the DCCH (if AS security has been activated). Updated: This counter is updated at the transmission of an RRC CONNECTION RECONFIGURATION message sent by eNB to the UE, containing SRB2-specific configurations. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.6.2.12
Issue: 05B
Definition updated in release:
M8007C11 / SRB2 setup completions Counter ID: M8007C11
Network element name: SRB2 setup completions
Version: 5.2
NetAct name: SRB2_SETUP_SUCC
DN0944219
475
LTE performance measurements
LTE Performance Measurements
Description: The number of Signaling Radio Bearer 2 setup completions. SRB2 is for NAS messages using the DCCH (if AS security has been activated). Updated: This counter is updated at the reception of an RRC CONNECTION RECONFIGURATION COMPLETE message sent by UE to eNB on SRB1/DCCH. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.6.2.13
Definition updated in release:
M8007C12 / SRB2 setup failures Counter ID: M8007C12
Network element name: SRB2 setup failures
Version: 5.2
NetAct name: SRB2_SETUP_FAIL
Description: The number of Signaling Radio Bearer 2 setup failures. SRB2 is for NAS messages using the DCCH (if AS security has been activated). Updated: Internal trigger - for example upon expiration of RRC Guard timer used for the supervision of the RRC Reconfiguration procedure. The expiration during RRC Reconfiguration procedure used for other purposes than bearer setup (that is DRB release, DRB configuration changes, transmission of security information in case of HO) will not be counted. Also the expiration during bearer setup due to incoming HO will not be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
476
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.6.2.14
Definition updated in release:
M8007C13 / Radio Bearer Release requests including redirect information Counter ID: M8007C13
Network element name: Radio Bearer Release requests including redirect information
Version: 5.2
NetAct name: RB_REL_REQ_RNL_REDIR
Description: The number of released Data Radio Bearers due to Radio Network Layer cause Redirect. Updated: Transmission of S1AP: UE CONTEXT RELEASE REQUEST message from eNB to MME due to redirect. In this case either RNL cause 'RNL E-UTRAN Generated Reason' or 'RNL Inter-RAT Redirection' are used. If the release procedure is executed for more than one Data Radio Bearer (DRB), the counter is incremented for each released DRB. 3GPP TS36.413 (S1AP: UE CONTEXT RELEASE REQUEST) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE761: Advanced target cell selection and HO retry for intrafreq HO 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
477
LTE performance measurements
LTE Performance Measurements
2.7 LTE RRC measurement (M8008) 2.7.1 Description of LTE RRC measurement LTE RRC measurement (M8008) measures RRC protcol procedures. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.7.2 Counters of LTE RRC measurement 2.7.2.1
M8008C0 / Rejected RRC Connection re-establishments Counter ID: M8008C0
Network element name: Rejected RRC Connection reestablishments
Version: 6.2
NetAct name: REJ_RRC_CONN_RE_ESTAB
Description: The number of rejected RRC Connection re-establishments. Updated: The transmission of an RRC Connection Re-establishment Reject message, sent by the eNB to UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.7.2.2
Definition updated in release:
M8008C1 / RRC Paging requests Counter ID: M8008C1
Network element name: RRC Paging requests
Version: 5.2
NetAct name: RRC_PAGING_REQUESTS
Description: The number of RRC paging requests (records).
478
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LTE Performance Measurements
LTE performance measurements
Updated: Updated for each paging record of an RRC paging message (excluding pure SysInfo message) from S1 interface. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.7.2.3
Definition updated in release:
M8008C2 / Discarded RRC Paging requests Counter ID: M8008C2
Network element name: Discarded RRC Paging requests
Version: 5.2
NetAct name: DISC_RRC_PAGING
Description: The number of discarded RRC paging requests (records). Updated: This counter is updated when the maximum number of paging records is reached for the next paging occasion that corresponds to the paging request => UU (RRC allows up to 16 paging records per paging occasion) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
479
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.7.2.4
Definition updated in release:
M8008C3 / RRC Paging messages Counter ID: M8008C3
Network element name: RRC Paging messages
Version: 5.2
NetAct name: RRC_PAGING_MESSAGES
Description: The number of transmitted RRC paging messages. Updated: Transmission of an RRC: Paging message sent by eNB to UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.7.2.5
Definition updated in release:
M8008C4 / Number of RRC Connection Re-establishment attempts Counter ID: M8008C4
Network element name: Number of RRC Connection Reestablishment attempts
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_ATT
Description: The number of attempted RRC Connection Re-establishment procedures. Updated: This counter is updated following the reception of an RRC: RRCConnectionReestablishmentRequest message from the UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: N/A
Example values:
Dependencies with other counters:
480
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Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.7.2.6
Definition updated in release:
M8008C5 / Number of successful RRC Connection Re-establishment procedures Counter ID: M8008C5
Network element name: Number of successful RRC Connection Re-establishment procedures
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_SUCC
Description: The number of successful RRC Connection Re-establishment procedures. Updated: This counter is updated following the reception of an RRC: RRCConnectionReestablishmentComplete message from the UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range: N/A
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
481
LTE performance measurements
2.7.2.7
LTE Performance Measurements
M8008C6 / RRC Connection Re-establishment attempts per cause (Handover Failure) Counter ID: M8008C6
Network element name: RRC Connection Re-establishment attempts per cause (Handover Failure)
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_ATT_HO_FAIL
Description: The number of RRC Connection Re-establishment attempts per cause (Handover Failure). Updated: Updated when an RRCConnectionReestablishmentRequest message is received with cause "handoverFailure". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.7.2.8
Definition updated in release:
M8008C7 / RRC Connection Re-establishment success per cause (Handover Failure) Counter ID: M8008C7
Network element name: RRC Connection Re-establishment success per cause (Handover Failure)
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_SUCC_HO_FAIL
Description: The number of successful RRC Connection Re-establishment procedures per cause (Handover Failure). Updated: Updated when an RRCConnectionReestablishmentComplete message is received in case that the preceeding RRCConnectionReestablishmentRequest indicates the cause "handoverFailure". Logical type: Sum
482
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.7.2.9
Definition updated in release:
M8008C8 / RRC Connection Re-establishment attempts per cause (Other Failure) Counter ID: M8008C8
Network element name: RRC Connection Re-establishment attempts per cause (Other Failure)
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_ATT_OTHER
Description: The number of RRC Connection Re-establishment attempts per cause (Other failure). Updated: Updated when an RRCConnectionReestablishmentRequest message is received with cause "otherFailure". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
483
LTE performance measurements
2.7.2.10
LTE Performance Measurements
M8008C9 / RRC Connection Re-establishment success per cause (Other Failure) Counter ID: M8008C9
Network element name: RRC Connection Re-establishment success per cause (Other Failure)
Version: 3.2
NetAct name: RRC_CON_RE_ESTAB_SUCC_OTHER
Description: The number of successful RRC Connection Re-establishment procedures per cause (Other Failure). Updated: Updated when an RRCConnectionReestablishmentComplete message is received in case that the preceeding RRCConnectionReestablishmentRequest indicates the cause "otherFailure". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE735: RRC Connection Re-establishment 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.7.2.11
Definition updated in release:
M8008C10 / Number of Report CGI Requests Counter ID: M8008C10
Network element name: Number of Report CGI Requests
Version: 3.2
NetAct name: REPORT_CGI_REQ
Description: This counter provides the total number of attempts to retrieve the CGI of a neighbor cell from UE. Updated: Transmission of RRCConnectionReconfiguration including 'reportCGI' measurement configuration to the UE. - (3GPP TS 36.331)
484
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
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LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.7.2.12
Definition updated in release:
M8008C11 / Number of successful CGI Reports Counter ID: M8008C11
Network element name: Number of successful CGI Reports
Version: 3.2
NetAct name: SUCC_CGI_REPORTS
Description: This counter provides the number of CGI measurement reports received from UE. Updated: Reception of RRC: Measurement Report message including a 'reportCGI' measurement result. - (3GPP TS 36.331) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
485
LTE performance measurements
2.7.2.13
LTE Performance Measurements
M8008C15 / Number of UEs attempted to redirect to Home eNB Counter ID: M8008C15
Network element name: Number of UEs attempted to redirect to Home eNB
Version: 1.3
NetAct name: RRC_CON_REL_REDIR_H_ENB
Description: This counter provides the number of UEs attempted to redirect to Home eNB via RRC Connection Release. Updated: This counter is updated following the transmission of an RRC Connection Release message (source eNB -> UE) in case that this message contains the RedirectedCarrierInfo parameter for a Home eNB (3GPP TS 36.331). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1442: Open access home eNode B mobility 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.7.2.14
Definition updated in release:
M8008C16 / Number of RRC Pagings for ETWS or CMAS Counter ID: M8008C16
Network element name: Number of RRC Pagings for ETWS or CMAS
Version: 1.3
NetAct name: RRC_PAGING_ETWS_CMAS
Description: Number of RRC Pagings for ETWS or CMAS. Updated: The counter is updated when a paging campaign for the broadcast of ETWS/CMAS warning messages is started. A paging campaign is started once after a new broadcast or the replacement of an existing broadcast message is received via an S1AP:WRITE-REPLACE WARNING REQUEST message. Note that a paging campaign is not started, for example when the Warning Area List IE does not apply for the cell or when the eNB receives an S1AP:WRITE-REPLACE WARNING REQUEST message with Message Identifier IE and Serial Number IE which correspond to one of the warning messages already being broadcast in the eNB.
486
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LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE494: Commercial Mobile Alert System LTE843: ETWS broadcast 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
Definition updated in release:
2.8 LTE Intra eNB Handover measurement (M8009) 2.8.1 Description of LTE Intra eNB Handover measurement LTE Intra eNB Handover measurement (8009) measures Intra eNB Handovers. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.8.2 Counters of LTE Intra eNB Handover measurement 2.8.2.1
M8009C0 / Total not started Handover preparations Counter ID: M8009C0
Network element name: Total not started Handover preparations
Version: 6.2
NetAct name: TOT_NOT_START_HO_PREP
Description: The number of not started Handover preparations. The RRM receives an RRC Measurement Report (UE -> eNB), but the RRM decides not to start a Handover preparation phase. No target cell list will be handed over to the mobility management (MM) unit. Updated: The reception of an RRC Measurement Report message sent by the UE to eNB and of the RRM decision not to execute a handover. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
487
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.2
M8009C1 / Total Handover decisions Counter ID: M8009C1
Network element name: Total Handover decisions
Version: 6.2
NetAct name: TOT_HO_DECISION
Description: The number of positive Handover decisions. In case of a positive Handover decision, the RRM transmits a target cell list to the mobility management (MM) unit. Updated: The reception of an RRC Measurement Report message sent by the UE to eNB and of an RRM decision to execute a handover. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.3
M8009C2 / Intra eNB Handover preparations Counter ID: M8009C2
488
Network element name: Intra eNB Handover preparations
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.2
NetAct name: INTRA_ENB_HO_PREP
Description: The number of Intra-eNB Handover preparations. Updated: An internal eNB trigger. The eNB MM receives a list with the target cells from RRM and decides on an Intra-eNB Handover. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.4
M8009C3 / Failed Intra eNB Handover preparations due to Admission Control Counter ID: M8009C3
Network element name: Failed Intra eNB Handover preparations due to Admission Control
Version: 6.2
NetAct name: FAIL_ENB_HO_PREP_AC
Description: The number of failed Intra-eNB Handover preparations due to Admission Control. Includes failures to set up data forwarding in the target cell. Updated: An internal eNB trigger. The eNB MM receives a list with the target cells from the RRM. The MM or RRM AC decides not to execute an Intra-eNB Handover. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
489
LTE performance measurements
LTE Performance Measurements
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.5
M8009C5 / Failed Intra-eNB Handover preparations caused by other reasons Counter ID: M8009C5
Network element name: Failed Intra-eNB Handover preparations caused by other reasons
Version: 6.4
NetAct name: FAIL_ENB_HO_PREP_OTH
Description: The number of failed Intra-eNB Handover preparations due to other reasons. Updated: An internal eNB trigger. The eNB MM receives a list with the target cells from RRM. The MM or RRM AC decides not to execute an Intra-eNB Handover. The counter is updated if the failure detected does not match any other failure counter. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.6
490
M8009C6 / Attempted intra eNB HO Counter ID: M8009C6
Network element name: Attempted intra eNB HO
Version: 6.2
NetAct name: ATT_INTRA_ENB_HO
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of Intra-eNB Handover attempts. Updated: The transmission of an RRC Connection Reconfiguration message sent by the eNB to UE, which indicates a Handover Command to the UE. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.7
M8009C7 / Successful intra eNB HO Counter ID: M8009C7
Network element name: Successful intra eNB HO
Version: 6.2
NetAct name: SUCC_INTRA_ENB_HO
Description: The number of successful Intra-eNB Handover completions. Updated: The reception of an internal UE Context Release Request for the handover on the source side. Updated to the source cell. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
491
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.8.2.8
M8009C8 / Total intra eNB HO failures due to timer Counter ID: M8009C8
Network element name: Total intra eNB HO failures due to timer
Version: 6.2
NetAct name: ENB_INTRA_HO_FAIL
Description: The number of Intra-eNB Handover failures due to the guarding timer THOoverall. Updated: The counter is updated to the source cell when timer THOoverall expires. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.9 LTE Power and Quality DL measurement (M8010) 2.9.1 Description of LTE Power and Quality DL measurement LTE Power and Quality DL measurement (M8010) measures DL connection quality related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
492
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LTE Performance Measurements
LTE performance measurements
2.9.2 Counters of LTE Power and Quality DL measurement 2.9.2.1
M8010C36 / UE Reported CQI Level 00 Counter ID: M8010C36
Network element name: UE Reported CQI Level 00
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_00
Description: UE reported (wideband) Channel Quality Indicator CQI class 00 Updated: The counter is updated when CQI value 0 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.2
Definition updated in release:
M8010C37 / UE Reported CQI Level 01 Counter ID: M8010C37
Network element name: UE Reported CQI Level 01
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_01
Description: UE reported (wideband) Channel Quality Indicator CQI class 01 Updated: The counter is updated when CQI value 1 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
493
LTE performance measurements
LTE Performance Measurements
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.3
Definition updated in release:
M8010C38 / UE Reported CQI Level 02 Counter ID: M8010C38
Network element name: UE Reported CQI Level 02
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_02
Description: UE reported (wideband) Channel Quality Indicator CQI class 02 Updated: The counter is updated when CQI value 2 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.4
Definition updated in release:
M8010C39 / UE Reported CQI Level 03 Counter ID: M8010C39
Network element name: UE Reported CQI Level 03
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_03
Description: UE reported (wideband) Channel Quality Indicator CQI class 03 Updated: The counter is updated when CQI value 3 is received from the UE.
494
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Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.5
Definition updated in release:
M8010C40 / UE Reported CQI Level 04 Counter ID: M8010C40
Network element name: UE Reported CQI Level 04
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_04
Description: UE reported (wideband) Channel Quality Indicator CQI class 04 Updated: The counter is updated when CQI value 4 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
495
LTE performance measurements
2.9.2.6
LTE Performance Measurements
M8010C41 / UE Reported CQI Level 05 Counter ID: M8010C41
Network element name: UE Reported CQI Level 05
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_05
Description: UE reported (wideband) Channel Quality Indicator CQI class 05 Updated: The counter is updated when CQI value 5 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.7
Definition updated in release:
M8010C42 / UE Reported CQI Level 06 Counter ID: M8010C42
Network element name: UE Reported CQI Level 06
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_06
Description: UE reported (wideband) Channel Quality Indicator CQI class 06 Updated: The counter is updated when CQI value 6 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
496
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.8
Definition updated in release:
M8010C43 / UE Reported CQI Level 07 Counter ID: M8010C43
Network element name: UE Reported CQI Level 07
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_07
Description: UE reported (wideband) Channel Quality Indicator CQI class 07 Updated: The counter is updated when CQI value 7 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.9
Definition updated in release:
M8010C44 / UE Reported CQI Level 08 Counter ID: M8010C44
Network element name: UE Reported CQI Level 08
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_08
Description: UE reported (wideband) Channel Quality Indicator CQI class 08 Updated: The counter is updated when CQI value 8 is received from the UE. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
497
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.10
Definition updated in release:
M8010C45 / UE Reported CQI Level 09 Counter ID: M8010C45
Network element name: UE Reported CQI Level 09
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_09
Description: UE reported (wideband) Channel Quality Indicator CQI class 09 Updated: The counter is updated when CQI value 9 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.11
M8010C46 / UE Reported CQI Level 10 Counter ID: M8010C46
498
Definition updated in release:
Network element name: UE Reported CQI Level 10
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_10
Description: UE reported (wideband) Channel Quality Indicator CQI class 10 Updated: The counter is updated when CQI value 10 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.12
Definition updated in release:
M8010C47 / UE Reported CQI Level 11 Counter ID: M8010C47
Network element name: UE Reported CQI Level 11
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_11
Description: UE reported (wideband) Channel Quality Indicator CQI class 11 Updated: The counter is updated when CQI value 11 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
499
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.13
Definition updated in release:
M8010C48 / UE Reported CQI Level 12 Counter ID: M8010C48
Network element name: UE Reported CQI Level 12
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_12
Description: UE reported (wideband) Channel Quality Indicator CQI class 12 Updated: The counter is updated when CQI value 12 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.14
Definition updated in release:
M8010C49 / UE Reported CQI Level 13 Counter ID: M8010C49
Network element name: UE Reported CQI Level 13
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_13
Description: UE reported (wideband) Channel Quality Indicator CQI class 13 Updated: The counter is updated when CQI value 13 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
500
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.15
Definition updated in release:
M8010C50 / UE Reported CQI Level 14 Counter ID: M8010C50
Network element name: UE Reported CQI Level 14
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_14
Description: UE reported (wideband) Channel Quality Indicator CQI class 14 Updated: The counter is updated when CQI value 14 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.16
Definition updated in release:
M8010C51 / UE Reported CQI Level 15 Counter ID: M8010C51
Network element name: UE Reported CQI Level 15
Version: 6.4
NetAct name: UE_REP_CQI_LEVEL_15
Description: UE reported (wideband) Channel Quality Indicator CQI class 15
Issue: 05B
DN0944219
501
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated when CQI value 15 is received from the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.17
Definition updated in release:
M8010C52 / CQI offset Min Counter ID: M8010C52
Network element name: CQI offset Min
Version: 6.3
NetAct name: CQI_OFF_MIN
Description: Minimum CQI offset applied in link adaption process from outer loop link adaptation on the reported CQI values from UE Updated: The counter is updated when the minimum assumed CQI in LA process is obtained from CQI reports and corrected by Outer Loop Quality Control. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: 0.001 CQI
Range: -(10.000)...10.000
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
502
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.9.2.18
Definition updated in release:
M8010C53 / CQI offset Max Counter ID: M8010C53
Network element name: CQI offset Max
Version: 6.3
NetAct name: CQI_OFF_MAX
Description: Maximum CQI offset applied in link adaption process from outer loop link adaptation on the reported CQI values from UE Updated: The counter is updated when the maximum assumed CQI in LA process is obtained from CQI reports and corrected by Outer Loop Quality Control. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: 0.001 CQI
Range: -(10.000)...10.000
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.19
Definition updated in release:
M8010C54 / CQI offset Mean Counter ID: M8010C54
Network element name: CQI offset Mean
Version: 6.3
NetAct name: CQI_OFF_MEAN
Description: Mean CQI offset applied in link adaption process from outer loop link adaptation on the reported CQI values from UE Updated: The counter is updated when the mean assumed CQI in LA process is obtained from CQI reports and corrected by Outer Loop Quality Control.
Issue: 05B
Logical type: Average
Trigger type: Event
Sampling interval:
Unit: 0.001 CQI
Range: -(10.000)...10.000
Example values:
DN0944219
503
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.9.2.20
Definition updated in release:
M8010C55 / MIMO Open Loop Diversity Mode Counter ID: M8010C55
Network element name: MIMO Open Loop Diversity Mode
Version: 5.3
NetAct name: MIMO_OL_DIV
Description: The sum of MIMO Open Loop Diversity mode usage. Updated: The counter is updated when diversity MIMO mode is selected for the transmission. It counts the number of MIMO Open Loop Actual Diversity mode usage for both new transmissions and retransmissions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.9.2.21
M8010C56 / MIMO Open Loop Spatial Multiplexing Counter ID: M8010C56
504
Definition updated in release:
Network element name: MIMO Open Loop Spatial Multiplexing
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: MIMO_OL_SM
Description: The sum of MIMO Open Loop Spatial Multiplexing mode usage. Updated: The counter is updated when spatial multiplexing MIMO mode is selected for the transmission. It counts the number of MIMO Open Loop Actual Spatial Multiplexing mode usage for both new transmissions and retransmissions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.9.2.22
Definition updated in release:
M8010C57 / MIMO Closed Loop Single Codeword Counter ID: M8010C57
Network element name: MIMO Closed Loop Single Codeword
Version: 4.4
NetAct name: MIMO_CL_1CW
Description: The number of times when MIMO Closed loop 1 Code Word mode is used. Updated: The counter is updated when MIMO Closed Loop Single Codeword mode is selected for the transmission. It counts the number of MIMO Closed Loop Actual Single Codeword mode usage for both new transmissions and retransmissions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE703: Downlink adaptive closed loop MIMO for two antennas
Issue: 05B
DN0944219
505
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.9.2.23
Definition updated in release:
M8010C58 / MIMO Closed Loop Double Codeword Counter ID: M8010C58
Network element name: MIMO Closed Loop Double Codeword
Version: 4.4
NetAct name: MIMO_CL_2CW
Description: The number of times when MIMO Closed loop 2 Code Word mode is used. Updated: The counter is updated when MIMO Closed Loop Double Codeword mode is selected for the transmission. It counts the number of MIMO Closed Loop Actual Double Codeword mode usage for both new transmissions and retransmissions. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE703: Downlink adaptive closed loop MIMO for two antennas 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.9.2.24
Definition updated in release:
M8010C59 / Open Loop MIMO mode switches Counter ID: M8010C59
Network element name: Open Loop MIMO mode switches
Version: 5.3
NetAct name: MIMO_SWITCH_OL
Description: The number of Open Loop MIMO mode switches in downlink.
506
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when MIMO mode control is changed between the diversity mode and the spatial multiplexing mode transmission. It counts selected transmission mode changes only on the basis of the new CQI / RI value decisions according to MIMO algorithm. However, this counter does not these mode changes count if transmission mode changes in case of retransmissions or transmissions not needing MIMO due to small amount of data. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.9.2.25
Definition updated in release:
M8010C60 / Closed Loop MIMO mode switches Counter ID: M8010C60
Network element name: Closed Loop MIMO mode switches
Version: 4.4
NetAct name: MIMO_SWITCH_CL
Description: The number of MIMO Closed loop Code Word mode switchings. Updated: The counter is updated when MIMO mode control is changed between the single codeword mode and the double codeword mode transmission. It counts selected transmission mode changes only on the basis of the new CQI / RI value decisions according to MIMO algorithm. However, this counter does not count these mode changes if transmission mode changes in case of retransmissions or transmissions not needing MIMO due to small amount of data. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE703: Downlink adaptive closed loop MIMO for two antennas
Issue: 05B
DN0944219
507
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.9.2.26
Definition updated in release:
M8010C61 / PDCCH allocations for PDSCH transmissions with HARQ reporting Counter ID: M8010C61
Network element name: PDCCH allocations for PDSCH transmissions with HARQ reporting
Version: 3.3
NetAct name: PDCCH_ALLOC_PDSCH_HARQ
Description: This counter provides the number of dedicated PDCCH resource allocations (eNB -> UE) for PDSCH transmissions with HARQ reporting; that is this counter provides the number of dedicated PDCCH resource allocations by which the eNB informs a dedicated UE on the PDCCH about the allocated PDSCH resources which are used for PDSCH transmissions with HARQ reporting. This counter is updated irrespectively of that whether the eNB was able to detect the HARQ response (ACK/NACK) from the UE or not. Updated: The counter is updated when PDCCH is allocated for PDSCH transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1035: Outer loop link adaptation for PDCCH 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.9.2.27
M8010C62 / PDCCH allocations for PDSCH transmissions with HARQ reporting for which eNB received no HARQ response from UE Counter ID: M8010C62
508
Definition updated in release:
Network element name: PDCCH allocations for PDSCH transmissions with HARQ reporting for which eNB received no HARQ response from UE
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 3.3
NetAct name: PDCCH_ALLOC_PDSCH_HARQ_NO_RES
Description: This counter provides the number of dedicated PDCCH resource allocations (eNB -> UE) for PDSCH transmissions with HARQ reporting in case that the eNB was not able to detect the HARQ response (ACK/NACK) from the UE; that is this counter provides the number of dedicated PDCCH resource allocations by which the eNB informs a dedicated UE on the PDCCH about the allocated PDSCH resources which are used for PDSCH transmissions with HARQ reporting in case that the eNB was not able to detect the HARQ response (ACK/NACK) from the UE. This counter is only updated when the eNB was not able to detect the HARQ response (ACK/NACK) from the UE. Therefore, either a transmission error for the downlink PDCCH resource allocation (eNB -> UE) or a transmission error for the uplink HARQ response (UE -> eNB) has occurred. Updated: The counter is updated when DTX is received for PDSCH transmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1035: Outer loop link adaptation for PDCCH 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Definition updated in release:
2.10 LTE Cell Resource measurement (M8011) 2.10.1 Description of LTE Cell Resource measurement LTE Cell Resource measurement (M8011) measures cell resource related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.10.2 Counters of LTE Cell Resource measurement 2.10.2.1
M8011C12 / UL PRB utilization per TTI Level 1 Counter ID: M8011C12
Issue: 05B
Network element name: UL PRB utilization per TTI Level 1
DN0944219
509
LTE performance measurements
LTE Performance Measurements
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_1
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of <= 10% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.2
M8011C13 / UL PRB utilization per TTI Level 2 Counter ID: M8011C13
Network element name: UL PRB utilization per TTI Level 2
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_2
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 10% < PRBUTIL < = 20% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I
510
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.3
M8011C14 / UL PRB utilization per TTI Level 3 Counter ID: M8011C14
Network element name: UL PRB utilization per TTI Level 3
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_3
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 20% < PRBUTIL < = 30% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.4
M8011C15 / UL PRB utilization per TTI Level 4 Counter ID: M8011C15
Network element name: UL PRB utilization per TTI Level 4
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_4
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 30% < PRBUTIL < = 40% is updated to this counter.
Issue: 05B
DN0944219
511
LTE performance measurements
LTE Performance Measurements
Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.5
M8011C16 / UL PRB utilization per TTI Level 5 Counter ID: M8011C16
Network element name: UL PRB utilization per TTI Level 5
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_5
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 40% < PRBUTIL < = 50% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
512
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.6
M8011C17 / UL PRB utilization per TTI Level 6 Counter ID: M8011C17
Network element name: UL PRB utilization per TTI Level 6
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_6
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 50% < PRBUTIL < = 60% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.7
M8011C18 / UL PRB utilization per TTI Level 7 Counter ID: M8011C18
Network element name: UL PRB utilization per TTI Level 7
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_7
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 60% < PRBUTIL < = 70% is updated to this counter. Updated: Updated per TTI.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
513
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.8
M8011C19 / UL PRB utilization per TTI Level 8 Counter ID: M8011C19
Network element name: UL PRB utilization per TTI Level 8
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_8
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 70% < PRBUTIL < = 80% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
514
DN0944219
Issue: 05B
LTE Performance Measurements
2.10.2.9
LTE performance measurements
M8011C20 / UL PRB utilization per TTI Level 9 Counter ID: M8011C20
Network element name: UL PRB utilization per TTI Level 9
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_9
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 80% < PRBUTIL < = 90% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.10
M8011C21 / UL PRB utilization per TTI Level 10 Counter ID: M8011C21
Network element name: UL PRB utilization per TTI Level 10
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_LEVEL_10
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 90% < PRBUTIL < = 100% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
515
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.11
M8011C22 / UL PRB utilization per TTI Min Counter ID: M8011C22
Network element name: UL PRB utilization per TTI Min
Version: 6.4
NetAct name: UL_PRB_UTIL_TTI_MIN
Description: The minimum value of the UL Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Updated: Updated per TTI. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: %
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.12
516
M8011C23 / UL PRB utilization per TTI Max Counter ID: M8011C23
Network element name: UL PRB utilization per TTI Max
Version: 6.4
NetAct name: UL_PRB_UTIL_TTI_MAX
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The maximum value of the UL Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Updated: Updated per TTI. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: %
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.13
M8011C24 / UL PRB utilization per TTI Mean Counter ID: M8011C24
Network element name: UL PRB utilization per TTI Mean
Version: 6.3
NetAct name: UL_PRB_UTIL_TTI_MEAN
Description: The mean value of the UL Physical Resource Block (PRB) use per TTI. The use is defined by the rate of used PRB per TTI. The reported value is 10 times higher than the actual value (for example 5.4 is stored as 54). Updated: Updated per TTI. Logical type: Average
Trigger type: Event
Sampling interval:
Unit: 0.1%
Range: 0-1000
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
517
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.14
M8011C25 / DL PRB utilization per TTI Level 1 Counter ID: M8011C25
Network element name: DL PRB utilization per TTI Level 1
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_1
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of <= 10% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.15
M8011C26 / DL PRB utilization per TTI Level 2 Counter ID: M8011C26
Network element name: DL PRB utilization per TTI Level 2
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_2
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 10% < PRBUTIL < = 20% is updated to this counter. Updated: Updated per TTI.
518
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.16
M8011C27 / DL PRB utilization per TTI Level 3 Counter ID: M8011C27
Network element name: DL PRB utilization per TTI Level 3
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_3
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 20% < PRBUTIL < = 30% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Issue: 05B
Definition updated in release:
DN0944219
519
LTE performance measurements
LTE Performance Measurements
FDTD_LN0.5_LNT1.0
2.10.2.17
M8011C28 / DL PRB utilization per TTI Level 4 Counter ID: M8011C28
Network element name: DL PRB utilization per TTI Level 4
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_4
Description: The Physical Resource Block (PRB) utilization per TTI. The utilisation is defined by the rate of used PRB per TTI. Utilization in the range of 30% < PRBUTIL < = 40% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.18
M8011C29 / DL PRB utilization per TTI Level 5 Counter ID: M8011C29
Network element name: DL PRB utilization per TTI Level 5
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_5
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 40% < PRBUTIL < = 50% is updated to this counter. Updated: Updated per TTI.
520
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.19
M8011C30 / DL PRB utilization per TTI Level 6 Counter ID: M8011C30
Network element name: DL PRB utilization per TTI Level 6
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_6
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 50% < PRBUTIL < = 60% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
Issue: 05B
DN0944219
521
LTE performance measurements
2.10.2.20
LTE Performance Measurements
M8011C31 / DL PRB utilization per TTI Level 7 Counter ID: M8011C31
Network element name: DL PRB utilization per TTI Level 7
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_7
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 60% < PRBUTIL < = 70% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.21
M8011C32 / DL PRB utilization per TTI Level 8 Counter ID: M8011C32
Network element name: DL PRB utilization per TTI Level 8
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_8
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 70% < PRBUTIL < = 80% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
522
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.22
M8011C33 / DL PRB utilization per TTI Level 9 Counter ID: M8011C33
Network element name: DL PRB utilization per TTI Level 9
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_9
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 80% < PRBUTIL < = 90% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.23
Issue: 05B
M8011C34 / DL PRB utilization per TTI Level 10 Counter ID: M8011C34
Network element name: DL PRB utilization per TTI Level 10
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_LEVEL_10
DN0944219
523
LTE performance measurements
LTE Performance Measurements
Description: The Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Utilization in the range of 90% < PRBUTIL < = 100% is updated to this counter. Updated: Updated per TTI. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE798: Performance Counter Histogram Package I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.24
M8011C35 / DL PRB utilisation per TTI Min Counter ID: M8011C35
Network element name: DL PRB utilisation per TTI Min
Version: 6.4
NetAct name: DL_PRB_UTIL_TTI_MIN
Description: The minimum value of the DL Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Updated: Updated when the minimum value of an allocated DL PRB is detected. Logical type: Min
Trigger type: Event
Sampling interval:
Unit: %
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
524
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.25
M8011C36 / DL PRB utilisation per TTI Max Counter ID: M8011C36
Network element name: DL PRB utilisation per TTI Max
Version: 6.4
NetAct name: DL_PRB_UTIL_TTI_MAX
Description: The maximum value of the DL Physical Resource Block (PRB) utilization per TTI. The utilization is defined by the rate of used PRB per TTI. Updated: Updated when the maximum value of an allocated DL PRB is detected. Logical type: Max
Trigger type: Event
Sampling interval:
Unit: %
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.26
M8011C37 / DL PRB utilisation per TTI Mean Counter ID: M8011C37
Network element name: DL PRB utilisation per TTI Mean
Version: 6.3
NetAct name: DL_PRB_UTIL_TTI_MEAN
Description: The mean value of the DL Physical Resource Block (PRB) use per TTI. The use is defined by the rate of used PRB per TTI. The reported value is 10 times higher than the actual value (for example 5.4 is stored as 54). Updated: Updated with the average rate value of an allocated DL PRB over the measurement period.
Issue: 05B
DN0944219
525
LTE performance measurements
LTE Performance Measurements
Logical type: Average
Trigger type: Event
Sampling interval:
Unit: 0.1%
Range: 0-1000
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.10.2.27
M8011C38 / CCEs available PDCCH scheduling Counter ID: M8011C38
Network element name: CCEs available PDCCH scheduling
Version: 4.3
NetAct name: CCE_AVAIL_ACT_TTI
Description: Total number of CCEs available for active TTIs when at least one PDCCH is going to be scheduled. Updated: In PDCCH scheduling over the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval:
Unit: Integer number
Range: [2;87]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
526
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
FDTD_LN2.0_LNT1.0
2.10.2.28
M8011C39 / AGG1 used PDCCH Counter ID: M8011C39
Network element name: AGG1 used PDCCH
Version: 4.3
NetAct name: AGG1_USED_PDCCH
Description: Total number of AGG1 used for PDCCH scheduling over the measurement period. Updated: When Aggregation Group1 is used for PDCCH scheduling. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.29
M8011C40 / AGG2 used PDCCH Counter ID: M8011C40
Network element name: AGG2 used PDCCH
Version: 4.3
NetAct name: AGG2_USED_PDCCH
Description: Total number of AGG2 used for PDCCH scheduling over the measurement period. Updated: When Aggregation Group2 is used for PDCCH scheduling. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
527
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.30
M8011C41 / AGG4 used PDCCH Counter ID: M8011C41
Network element name: AGG4 used PDCCH
Version: 4.3
NetAct name: AGG4_USED_PDCCH
Description: Total number of AGG4 used for PDCCH scheduling over the measurement period. Updated: When Aggregation Group4 is used for PDCCH scheduling. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.31
528
M8011C42 / AGG8 used PDCCH Counter ID: M8011C42
Network element name: AGG8 used PDCCH
Version: 4.3
NetAct name: AGG8_USED_PDCCH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: Total number of AGG8 used for PDCCH scheduling over the measurement period. Updated: When Aggregation Group8 is used for PDCCH scheduling. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.32
M8011C43 / AGG1 blocked PDCCH Counter ID: M8011C43
Network element name: AGG1 blocked PDCCH
Version: 4.4
NetAct name: AGG1_BLOCKED_PDCCH
Description: Total number of AGG1 blocked for PDCCH scheduling over the measurement period. Updated: When Aggregation Group1 is blocked for PDCCH scheduling. A DCI with required AGG1, which cannot be scheduled at all or cannot be scheduled with required power for finally allocated AGG, is considered as blocked. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I
Issue: 05B
DN0944219
529
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.33
M8011C44 / AGG2 blocked PDCCH Counter ID: M8011C44
Network element name: AGG2 blocked PDCCH
Version: 4.4
NetAct name: AGG2_BLOCKED_PDCCH
Description: Total number of AGG2 blocked for PDCCH scheduling over the measurement period. Updated: When Aggregation Group2 is blocked for PDCCH scheduling. A DCI with required AGG2, which cannot be scheduled at all or cannot be scheduled with required power for finally allocated AGG, is considered as blocked. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.34
530
M8011C45 / AGG4 blocked PDCCH Counter ID: M8011C45
Network element name: AGG4 blocked PDCCH
Version: 4.4
NetAct name: AGG4_BLOCKED_PDCCH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: Total number of AGG4 blocked for PDCCH scheduling over the measurement period. Updated: When Aggregation Group4 is blocked for PDCCH scheduling. A DCI with required AGG4, which cannot be scheduled at all or cannot be scheduled with required power for finally allocated AGG, is considered as blocked. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.35
M8011C46 / AGG8 blocked PDCCH Counter ID: M8011C46
Network element name: AGG8 blocked PDCCH
Version: 4.4
NetAct name: AGG8_BLOCKED_PDCCH
Description: The total number of AGG8 blocked for PDCCH scheduling over the measurement period. Updated: This counter is updated when Aggregation Group8 is blocked for PDCCH scheduling. A DCI with required AGG8, which cannot be scheduled at all or cannot be scheduled with required power for finally allocated AGG, is considered as blocked. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
531
LTE performance measurements
LTE Performance Measurements
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.36
M8011C47 / PRB used UL total Counter ID: M8011C47
Network element name: PRB used UL total
Version: 4.4
NetAct name: PRB_USED_UL_TOTAL
Description: Total number of PRBs used for UL transmissions on PUSCH, PUCCH and PRACH over the measurement period is updated to this counter. A PRB covers the pair of resource blocks of two consecutive slots in a subframe. Updated: This counter is updated in each scheduling for the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.37
532
M8011C49 / PRB used PUCCH Counter ID: M8011C49
Network element name: PRB used PUCCH
Version: 4.3
NetAct name: PRB_USED_PUCCH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: Total number of PRBs used for PUCCH over the measurement period is updated to this counter. A PRB covers the pair of resource blocks of two consecutive slots in a subframe. Updated: This counter is updated in each scheduling for the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.38
M8011C50 / PRB used PUSCH Counter ID: M8011C50
Network element name: PRB used PUSCH
Version: 4.3
NetAct name: PRB_USED_PUSCH
Description: Total number of PRBs used for UL transmissions on PUSCH over the measurement period is updated to this counter. A PRB covers the pair of resource blocks of two consecutive slots in a subframe. Updated: This counter is updated in each scheduling for the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I
Issue: 05B
DN0944219
533
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.39
M8011C51 / PRB used DL total Counter ID: M8011C51
Network element name: PRB used DL total
Version: 4.3
NetAct name: PRB_USED_DL_TOTAL
Description: Total number of PRBs used for DL transmissions over the measurement period is updated to this counter. A PRB covers the pair of resource blocks of two consecutive slots in a subframe. Updated: This counter is updated in each scheduling for the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.40
M8011C54 / PRB used PDSCH Counter ID: M8011C54
Network element name: PRB used PDSCH
Version: 4.3
NetAct name: PRB_USED_PDSCH
Description: Total number of PRBs used for PDSCH over the measurement period is updated to this counter. A PRB covers the pair of resource blocks of two consecutive slots in a subframe.
534
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated in each scheduling for the measurement period. Logical type: Sum
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.41
M8011C55 / Average UEs per UL TTI Counter ID: M8011C55
Network element name: Average UEs per UL TTI
Version: 4.3
NetAct name: UE_PER_UL_TTI_AVG
Description: Average value of UEs served per TTI on uplink during a measurement period. Counter unit is 0.1 UE. For example, counter value 100 represents ten UEs. Updated: The mean value over the measurement period is updated to this counter. The mean value is the arithmetical average of all TTI measured in a granularity period. Logical type: Average
Trigger type: Sample
Sampling interval: 1ms
Unit: 0.1UE
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
535
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.42
M8011C56 / Max UEs per UL TTI Counter ID: M8011C56
Network element name: Max UEs per UL TTI
Version: 4.3
NetAct name: UE_PER_UL_TTI_MAX
Description: Maximum value of UEs served per TTI on uplink during a measurement period. Updated: This counter is updated when the maximum value of the served UEs in UL per TTI has been reached. Logical type: Max
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.43
M8011C57 / Average UEs per DL TTI Counter ID: M8011C57
Network element name: Average UEs per DL TTI
Version: 4.3
NetAct name: UE_PER_DL_TTI_AVG
Description: Average value of UEs served per TTI on downlink during a measurement period. Counter unit is 0.1 UE. For example, counter value 100 represents ten UEs. Updated: The mean value over the measurement period is updated to this counter. The mean value is the arithmetical average of all TTI measured in a granularity period. Logical type: Average
536
Trigger type: Sample
DN0944219
Sampling interval: 1ms
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: 0.1UE
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.10.2.44
M8011C58 / Max UEs per DL TTI Counter ID: M8011C58
Network element name: Max UEs per DL TTI
Version: 4.3
NetAct name: UE_PER_DL_TTI_MAX
Description: Maximum value of UEs served per TTI on downlink during a measurement period. Updated: This counter is updated when the maximum value of the served UEs in DL per TTI has been reached. Logical type: Max
Trigger type: Sample
Sampling interval: 1ms
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE805: Perf Counter Plus Package for Res Utilization and Throughput I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
Issue: 05B
DN0944219
537
LTE performance measurements
2.10.2.45
LTE Performance Measurements
M8011C59 / Number of subframes with 1 OFDM symbol allocated to PDCCH Counter ID: M8011C59
Network element name: Number of subframes with 1 OFDM symbol allocated to PDCCH
Version: 3.3
NetAct name: PDCCH_1_OFDM_SYMBOL
Description: This counter provides the number of subframes when only 1 OFDM symbol is allocated to the PDCCH (3GPP TS 36.211, 36.300). Updated: This counter is updated with every subframe for which only 1 OFDM symbol is allocated to the PDCCH. This counter is not updated for subframes for which the number of allocated PDCCH OFDM symbols is different from 1 (for example 2). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE616: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT3.0
2.10.2.46
M8011C60 / Number of subframes with 2 OFDM symbols allocated to PDCCH Counter ID: M8011C60
Network element name: Number of subframes with 2 OFDM symbols allocated to PDCCH
Version: 3.3
NetAct name: PDCCH_2_OFDM_SYMBOLS
Description: This counter provides the number of subframes when 2 OFDM symbols are allocated to the PDCCH (3GPP TS 36.211, 36.300). Updated: This counter is updated with every subframe for which 2 OFDM symbols are allocated to the PDCCH. This counter is not updated for subframes for which the number of allocated PDCCH OFDM symbols is different from 2 (for example 3). Logical type: Sum
538
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE616: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT3.0
2.10.2.47
M8011C61 / Number of subframes with 3 OFDM symbols allocated to PDCCH Counter ID: M8011C61
Network element name: Number of subframes with 3 OFDM symbols allocated to PDCCH
Version: 3.3
NetAct name: PDCCH_3_OFDM_SYMBOLS
Description: This counter provides the number of subframes when 3 OFDM symbols are allocated to the PDCCH (3GPP TS 36.211, 36.300). Updated: This counter is updated with every subframe for which 3 OFDM symbols are allocated to the PDCCH. This counter is not updated for subframes for which the number of allocated PDCCH OFDM symbols is different from 3 (for example 2). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE616: Usage based PDCCH adaptation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Issue: 05B
Definition updated in release:
DN0944219
539
LTE performance measurements
LTE Performance Measurements
FDTD_LN3.0_LNT3.0
2.10.2.48
M8011C62 / Average number of UEs configured for TTI Bundling mode Counter ID: M8011C62
Network element name: Average number of UEs configured for TTI Bundling mode
Version: 1.4
NetAct name: TTI_BUNDLING_MODE_UE_AVG
Description: The measurement provides the average number of UEs in TTI Bundling mode per sample. Each instance of a UE entering TTI Bundling Mode during the measurement interval is included in the average. Thus if, for example, a single UE is placed in TTI Bundling mode three times during the measurement interval, all of the three instances will be included in the average. The reported value is 100 times higher than the actual value (for example 1.00 is stored as 100). Updated: This counter is updated after each sampling interval with the arithmetical average of samples each representing the number of UEs in TTI Bundling mode at that moment. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: value*100.0
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE907: TTI bundling 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN5.0_LNT3.0
2.10.2.49
M8011C63 / Number of UL grants for TTI Bundling Counter ID: M8011C63
Network element name: Number of UL grants for TTI Bundling
Version: 1.5
NetAct name: TTI_BUNDLING_GRANTS
Description: Total number of grants for TTI Bundling. Updated: The counter is incremented each time a UE is entitled a grant to send a "TTI Bundle". Logical type: Sum
540
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE907: TTI bundling 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FD-LN5.0
2.10.2.50
M8011C64 / Short UE retention time in TTI Bundling mode Counter ID: M8011C64
Network element name: Short UE retention time in TTI Bundling mode
Version: 1.3
NetAct name: TTI_BUNDL_RETENTION_SHORT
Description: The measurement represents the number of UEs that are in TTI Bundling mode for only a short period of time, which is defined as less than t1 seconds, that is retention time in TTI Bundling mode < t1 sec. Updated: The counter is incremented when the UE is switched back from TTI Bundling mode earlier than t1 seconds after switching to TTI Bundling. Termination by leaving the cell (HO) is also counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE907: TTI bundling 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Issue: 05B
Definition updated in release:
DN0944219
541
LTE performance measurements
LTE Performance Measurements
FDTD_LN5.0_LNT3.0
2.10.2.51
M8011C65 / Medium UE retention time in TTI Bundling mode Counter ID: M8011C65
Network element name: Medium UE retention time in TTI Bundling mode
Version: 1.3
NetAct name: TTI_BUNDL_RETENTION_MEDIUM
Description: The measurement represents the number of UEs that are in TTI Bundling mode for a medium period of time. This time period is defined by a lower bound of t1 seconds and an upper bound of t2 seconds, that is retention time in TTI Bundling mode: t1 <= x <= t2 sec. Updated: The counter is incremented when the UE is switched back from TTI Bundling mode within this time span. Termination by leaving the cell (HO) is also counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE907: TTI bundling 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN5.0_LNT3.0
2.10.2.52
M8011C66 / Long UE retention time in TTI Bundling mode Counter ID: M8011C66
Network element name: Long UE retention time in TTI Bundling mode
Version: 1.3
NetAct name: TTI_BUNDL_RETENTION_LONG
Description: The measurement represents the number of UEs that are in TTI Bundling mode for a long period of time, which is defined as longer than t2 seconds, that is retention time in TTI Bundling mode > t2 sec. Updated: The counter is incremented when the UE is switched back from TTI Bundling later than t2 seconds after switching to TTI Bundling mode. Termination by leaving the cell (HO) is also counted.
542
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE907: TTI bundling 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN5.0_LNT3.0
2.10.2.53
M8011C67 / Number of SCell configuration attempts Counter ID: M8011C67
Network element name: Number of SCell configuration attempts
Version: 1.4
NetAct name: CA_SCELL_CONFIG_ATT
Description: This counter provides the number of SCell configuration attempts. Updated: Transmission of an RRC:RRCConnectionReconfiguration message, which includes a "SCellToAddModList-r10" parameter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FD-LN5.0
Issue: 05B
DN0944219
543
LTE performance measurements
2.10.2.54
LTE Performance Measurements
M8011C68 / Number of successful SCell configurations Counter ID: M8011C68
Network element name: Number of successful SCell configurations
Version: 1.4
NetAct name: CA_SCELL_CONFIG_SUCC
Description: This counter provides the number of successful SCell configuration attempts. Updated: Reception of an RRC:RRCConnectionReconfigurationComplete message related to a preceding RRC:RRCConnectionReconfiguration message, which included a "SCellToAddModList-r10" parameter and addressed to the same UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FD-LN5.0
2.10.2.55
M8011C69 / High cell load Indicator for Load Balancing Counter ID: M8011C69
Network element name: High cell load Indicator for Load Balancing
Version: 1.3
NetAct name: HIGH_CELL_LOAD_LB
Description: This counter indicates the occurrence that the cell is in the active Load Balancing state. When the cell is in the active Load Balancing state, the Load Balancing algorithm tries to reduce the serving cell load by shifting cell traffic to neighbor cells (Load Balancing handover). The maximum value of this counter depends on the length of the measurement period. If the measurement period is 15 minutes (that is 900 sec), the maximum value of this counter is 900 sec/1 sec = 900 (every 1 second the eNB checks whether the cell is in the active Load Balancing state). Updated: Every 1 second the eNB checks whether the cell is in the active Load Balancing state; the counter is updated if the result of this check is that the cell is in the active Load Balancing state (that is the Load Balancing algorithm tries to shift cell load to neighbor cells).
544
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1170: Inter-frequency load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN5.0_LNT3.0
2.11 LTE Cell Throughput measurement (M8012) 2.11.1 Description of LTE Cell Throughput measurement LTE Cell throughput measurement (M8012) measures cell throughput related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.11.2 Counters of LTE Cell Throughput measurement 2.11.2.1
M8012C0 / Total volume of original transmissions of DL-SCH TBs Counter ID: M8012C0
Network element name: Total volume of original transmissions of DL-SCH TBs
Version: 6.3
NetAct name: VOL_ORIG_TRANS_DL_SCH_TB
Description: The volume of originally transmitted transport blocks on DL-SCH. Updated: The transmission of a MAC PDU for the first time Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kbyte
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
545
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.11.2.2
Definition updated in release:
M8012C1 / Total volume of correct received UL-SCH TB with rereception Counter ID: M8012C1
Network element name: Total volume of correct received ULSCH TB with re-reception
Version: 6.3
NetAct name: VOL_RE_REC_UL_SCH_TB
Description: The volume of re-received transport blocks on UL-SCH. Updated: A correctly received MAC PDU with retransmission. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kbyte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.11.2.3
546
Definition updated in release:
M8012C2 / Total volume of retransmissions of DL-SCH TBs Counter ID: M8012C2
Network element name: Total volume of retransmissions of DLSCH TBs
Version: 6.3
NetAct name: VOL_RE_TRANS_DL_SCH_TB
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The volume of re-transmitted transport blocks on DL-SCH. Updated: Th re-transmission of a MAC PDU Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kbyte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.11.2.4
Definition updated in release:
M8012C3 / Total volume of correct non-duplicate received UL-SCH TB with original receptions Counter ID: M8012C3
Network element name: Total volume of correct non-duplicate received UL-SCH TB with original receptions
Version: 6.3
NetAct name: VOL_ORIG_REC_UL_SCH_TB
Description: The volume of original receptions of transport blocks on UL-SCH. Updated: A correctly received MAC PDU by original transmission Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kbyte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
547
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.11.2.5
Definition updated in release:
M8012C12 / RLC data volume on DL DCCH Counter ID: M8012C12
Network element name: RLC data volume on DL DCCH
Version: 5.3
NetAct name: RLC_SDU_VOL_DL_DCCH
Description: The measurement gives indication of the eUu interface traffic load by reporting the sum of transmitted RLC related traffic volumes on DL DCCH. Updated: This counter is updated on the transmission of an RLC SDU on DL DCCH towards the UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.6
Definition updated in release:
M8012C16 / RLC data volume on UL DCCH Counter ID: M8012C16
Network element name: RLC data volume on UL DCCH
Version: 5.3
NetAct name: RLC_SDU_VOL_UL_DCCH
Description: The measurement gives indication of the eUu interface traffic load by reporting the sum of transmitted RLC related traffic volumes on UL DCCH. Updated: This counter is updated on the reception of an RLC SDU on DCCH from UE
548
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.7
Definition updated in release:
M8012C17 / RLC PDU volume received Counter ID: M8012C17
Network element name: RLC PDU volume received
Version: 5.3
NetAct name: RLC_PDU_VOL_RECEIVED
Description: The volume of UL RLC PDUs received Updated: This counter is updated when RLC PDU is received from UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.8
Issue: 05B
Definition updated in release:
M8012C18 / RLC PDU volume transmitted Counter ID: M8012C18
Network element name: RLC PDU volume transmitted
Version: 5.3
NetAct name: RLC_PDU_VOL_TRANSMITTED
DN0944219
549
LTE performance measurements
LTE Performance Measurements
Description: The volume of DL RLC PDUs transmitted Updated: This counter is updated when RLC PDU is transmitted to UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.9
Definition updated in release:
M8012C19 / PDCP SDU data volume on eUu Interface uplink Counter ID: M8012C19
Network element name: PDCP SDU data volume on eUu Interface uplink
Version: 5.2
NetAct name: PDCP_SDU_VOL_UL
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume. Updated: This counter is updated when a PDCP SDU is received from UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
550
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.10
Definition updated in release:
M8012C20 / PDCP SDU data volume on eUu Interface downlink Counter ID: M8012C20
Network element name: PDCP SDU data volume on eUu Interface downlink
Version: 5.2
NetAct name: PDCP_SDU_VOL_DL
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume. Updated: This counter is updated when a PDCP SDU is transmitted towards the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.11
Definition updated in release:
M8012C21 / PDCP Throughput UL Min Counter ID: M8012C21
Network element name: PDCP Throughput UL Min
Version: 5.3
NetAct name: PDCP_DATA_RATE_MIN_UL
Description: The measurement gives indication of the eUu interface traffic load by reporting Minimum UL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is received from UE.
Issue: 05B
Logical type: Min
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range:
Example values:
DN0944219
551
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.12
Definition updated in release:
M8012C22 / PDCP Throughput UL Max Counter ID: M8012C22
Network element name: PDCP Throughput UL Max
Version: 5.3
NetAct name: PDCP_DATA_RATE_MAX_UL
Description: The measurement gives indication of the eUu interface traffic load by reporting Max UL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is received from UE. Logical type: Max
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.13
M8012C23 / PDCP Throughput UL Mean Counter ID: M8012C23
552
Definition updated in release:
Network element name: PDCP Throughput UL Mean
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: PDCP_DATA_RATE_MEAN_UL
Description: The measurement gives indication of the eUu interface traffic load by reporting Mean UL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is received from UE. Logical type: Average
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.14
Definition updated in release:
M8012C24 / PDCP Throughput DL Min Counter ID: M8012C24
Network element name: PDCP Throughput DL Min
Version: 5.3
NetAct name: PDCP_DATA_RATE_MIN_DL
Description: The measurement gives indication of the eUu interface traffic load by reporting Minimum DL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is transmitted towards the UE. Logical type: Min
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
553
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.15
Definition updated in release:
M8012C25 / PDCP Throughput DL Max Counter ID: M8012C25
Network element name: PDCP Throughput DL Max
Version: 5.3
NetAct name: PDCP_DATA_RATE_MAX_DL
Description: The measurement gives indication of the eUu interface traffic load by reporting Max DL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is transmitted towards the UE. Logical type: Max
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.16
Definition updated in release:
M8012C26 / PDCP Throughput DL Mean Counter ID: M8012C26
Network element name: PDCP Throughput DL Mean
Version: 5.3
NetAct name: PDCP_DATA_RATE_MEAN_DL
Description: The measurement gives indication of the eUu interface traffic load by reporting Mean DL PDCP traffic throughput. Updated: This counter is updated when a PDCP SDU is transmitted towards the UE. Logical type: Average
554
Trigger type: Sample
DN0944219
Sampling interval: 1 s
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: kbit/s
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.17
Definition updated in release:
M8012C27 / MAC PDU volume PDSCH MCS0 Counter ID: M8012C27
Network element name: MAC PDU volume PDSCH MCS0
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS0
Description: The size of transport blocks scheduled on PDSCH using MCS0 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
555
LTE performance measurements
2.11.2.18
LTE Performance Measurements
M8012C28 / MAC PDU volume PDSCH MCS1 Counter ID: M8012C28
Network element name: MAC PDU volume PDSCH MCS1
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS1
Description: The size of transport blocks scheduled on PDSCH using MCS1 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.19
Definition updated in release:
M8012C29 / MAC PDU volume PDSCH MCS2 Counter ID: M8012C29
Network element name: MAC PDU volume PDSCH MCS2
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS2
Description: The size of transport blocks scheduled on PDSCH using MCS2 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
556
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.20
Definition updated in release:
M8012C30 / MAC PDU volume PDSCH MCS3 Counter ID: M8012C30
Network element name: MAC PDU volume PDSCH MCS3
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS3
Description: The size of transport blocks scheduled on PDSCH using MCS3 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.21
Definition updated in release:
M8012C31 / MAC PDU volume PDSCH MCS4 Counter ID: M8012C31
Network element name: MAC PDU volume PDSCH MCS4
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS4
Description: The size of transport blocks scheduled on PDSCH using MCS4 Modulation and Coding Scheme. The volume of MAC PDUs is considered.
Issue: 05B
DN0944219
557
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.22
Definition updated in release:
M8012C32 / MAC PDU volume PDSCH MCS5 Counter ID: M8012C32
Network element name: MAC PDU volume PDSCH MCS5
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS5
Description: The size of transport blocks scheduled on PDSCH using MCS5 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
558
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN1.0_LNT1.0
2.11.2.23
Definition updated in release:
M8012C33 / MAC PDU volume PDSCH MCS6 Counter ID: M8012C33
Network element name: MAC PDU volume PDSCH MCS6
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS6
Description: The size of transport blocks scheduled on PDSCH using MCS6 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.24
Definition updated in release:
M8012C34 / MAC PDU volume PDSCH MCS7 Counter ID: M8012C34
Network element name: MAC PDU volume PDSCH MCS7
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS7
Description: The size of transport blocks scheduled on PDSCH using MCS7 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
559
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.25
Definition updated in release:
M8012C35 / MAC PDU volume PDSCH MCS8 Counter ID: M8012C35
Network element name: MAC PDU volume PDSCH MCS8
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS8
Description: The size of transport blocks scheduled on PDSCH using MCS8 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.26
560
Definition updated in release:
M8012C36 / MAC PDU volume PDSCH MCS9 Counter ID: M8012C36
Network element name: MAC PDU volume PDSCH MCS9
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS9
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The size of transport blocks scheduled on PDSCH using MCS9 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.27
Definition updated in release:
M8012C37 / MAC PDU volume PDSCH MCS10 Counter ID: M8012C37
Network element name: MAC PDU volume PDSCH MCS10
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS10
Description: The size of transport blocks scheduled on PDSCH using MCS10 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
561
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.28
Definition updated in release:
M8012C38 / MAC PDU volume PDSCH MCS11 Counter ID: M8012C38
Network element name: MAC PDU volume PDSCH MCS11
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS11
Description: The size of transport blocks scheduled on PDSCH using MCS11 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.29
Definition updated in release:
M8012C39 / MAC PDU volume PDSCH MCS12 Counter ID: M8012C39
Network element name: MAC PDU volume PDSCH MCS12
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS12
Description: The size of transport blocks scheduled on PDSCH using MCS12 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included.
562
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.30
Definition updated in release:
M8012C40 / MAC PDU volume PDSCH MCS13 Counter ID: M8012C40
Network element name: MAC PDU volume PDSCH MCS13
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS13
Description: The size of transport blocks scheduled on PDSCH using MCS13 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.31
M8012C41 / MAC PDU volume PDSCH MCS14 Counter ID: M8012C41
Issue: 05B
Definition updated in release:
Network element name: MAC PDU volume PDSCH MCS14
DN0944219
563
LTE performance measurements
LTE Performance Measurements
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS14
Description: The size of transport blocks scheduled on PDSCH using MCS14 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.32
Definition updated in release:
M8012C42 / MAC PDU volume PDSCH MCS15 Counter ID: M8012C42
Network element name: MAC PDU volume PDSCH MCS15
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS15
Description: The size of transport blocks scheduled on PDSCH using MCS15 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header):
564
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.33
Definition updated in release:
M8012C43 / MAC PDU volume PDSCH MCS16 Counter ID: M8012C43
Network element name: MAC PDU volume PDSCH MCS16
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS16
Description: The size of transport blocks scheduled on PDSCH using MCS16 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.34
Definition updated in release:
M8012C44 / MAC PDU volume PDSCH MCS17 Counter ID: M8012C44
Network element name: MAC PDU volume PDSCH MCS17
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS17
Description: The size of transport blocks scheduled on PDSCH using MCS17 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
565
LTE performance measurements
LTE Performance Measurements
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.35
Definition updated in release:
M8012C45 / MAC PDU volume PDSCH MCS18 Counter ID: M8012C45
Network element name: MAC PDU volume PDSCH MCS18
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS18
Description: The size of transport blocks scheduled on PDSCH using MCS18 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
566
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.11.2.36
LTE performance measurements
M8012C46 / MAC PDU volume PDSCH MCS19 Counter ID: M8012C46
Network element name: MAC PDU volume PDSCH MCS19
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS19
Description: The size of transport blocks scheduled on PDSCH using MCS19 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.37
Definition updated in release:
M8012C47 / MAC PDU volume PDSCH MCS20 Counter ID: M8012C47
Network element name: MAC PDU volume PDSCH MCS20
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS20
Description: The size of transport blocks scheduled on PDSCH using MCS20 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
567
LTE performance measurements
LTE Performance Measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.38
Definition updated in release:
M8012C48 / MAC PDU volume PUSCH MCS0 Counter ID: M8012C48
Network element name: MAC PDU volume PUSCH MCS0
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS0
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.39
Definition updated in release:
M8012C49 / MAC PDU volume PUSCH MCS1 Counter ID: M8012C49
Network element name: MAC PDU volume PUSCH MCS1
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS1
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered.
568
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.40
Definition updated in release:
M8012C50 / MAC PDU volume PUSCH MCS2 Counter ID: M8012C50
Network element name: MAC PDU volume PUSCH MCS2
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS2
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
569
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.11.2.41
Definition updated in release:
M8012C51 / MAC PDU volume PUSCH MCS3 Counter ID: M8012C51
Network element name: MAC PDU volume PUSCH MCS3
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS3
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.42
Definition updated in release:
M8012C52 / MAC PDU volume PUSCH MCS4 Counter ID: M8012C52
Network element name: MAC PDU volume PUSCH MCS4
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS4
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters:
570
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.43
Definition updated in release:
M8012C53 / MAC PDU volume PUSCH MCS5 Counter ID: M8012C53
Network element name: MAC PDU volume PUSCH MCS5
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS5
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.44
Issue: 05B
Definition updated in release:
M8012C54 / MAC PDU volume PUSCH MCS6 Counter ID: M8012C54
Network element name: MAC PDU volume PUSCH MCS6
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS6
DN0944219
571
LTE performance measurements
LTE Performance Measurements
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.45
Definition updated in release:
M8012C55 / MAC PDU volume PUSCH MCS7 Counter ID: M8012C55
Network element name: MAC PDU volume PUSCH MCS7
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS7
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
572
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.46
Definition updated in release:
M8012C56 / MAC PDU volume PUSCH MCS8 Counter ID: M8012C56
Network element name: MAC PDU volume PUSCH MCS8
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS8
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.47
Definition updated in release:
M8012C57 / MAC PDU volume PUSCH MCS9 Counter ID: M8012C57
Network element name: MAC PDU volume PUSCH MCS9
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS9
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
DN0944219
573
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.48
Definition updated in release:
M8012C58 / MAC PDU volume PUSCH MCS10 Counter ID: M8012C58
Network element name: MAC PDU volume PUSCH MCS10
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS10
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.49
M8012C59 / MAC PDU volume PUSCH MCS11 Counter ID: M8012C59
574
Definition updated in release:
Network element name: MAC PDU volume PUSCH MCS11
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS11
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.50
Definition updated in release:
M8012C60 / MAC PDU volume PUSCH MCS12 Counter ID: M8012C60
Network element name: MAC PDU volume PUSCH MCS12
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS12
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
575
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.51
Definition updated in release:
M8012C61 / MAC PDU volume PUSCH MCS13 Counter ID: M8012C61
Network element name: MAC PDU volume PUSCH MCS13
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS13
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.52
Definition updated in release:
M8012C62 / MAC PDU volume PUSCH MCS14 Counter ID: M8012C62
Network element name: MAC PDU volume PUSCH MCS14
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS14
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
576
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.53
Definition updated in release:
M8012C63 / MAC PDU volume PUSCH MCS15 Counter ID: M8012C63
Network element name: MAC PDU volume PUSCH MCS15
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS15
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
577
LTE performance measurements
2.11.2.54
LTE Performance Measurements
M8012C64 / MAC PDU volume PUSCH MCS16 Counter ID: M8012C64
Network element name: MAC PDU volume PUSCH MCS16
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS16
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.55
Definition updated in release:
M8012C65 / MAC PDU volume PUSCH MCS17 Counter ID: M8012C65
Network element name: MAC PDU volume PUSCH MCS17
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS17
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
578
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.56
Definition updated in release:
M8012C66 / MAC PDU volume PUSCH MCS18 Counter ID: M8012C66
Network element name: MAC PDU volume PUSCH MCS18
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS18
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.57
Definition updated in release:
M8012C67 / MAC PDU volume PUSCH MCS19 Counter ID: M8012C67
Network element name: MAC PDU volume PUSCH MCS19
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS19
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered.
Issue: 05B
DN0944219
579
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.58
Definition updated in release:
M8012C68 / MAC PDU volume PUSCH MCS20 Counter ID: M8012C68
Network element name: MAC PDU volume PUSCH MCS20
Version: 5.3
NetAct name: TB_VOL_PUSCH_MCS20
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
580
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN1.0_LNT1.0
2.11.2.59
Definition updated in release:
M8012C69 / MAC SDU volume on UL-CCCH Counter ID: M8012C69
Network element name: MAC SDU volume on UL-CCCH
Version: 5.3
NetAct name: MAC_SDU_VOL_UL_CCCH
Description: MAC SDU volume on UL-CCCH. (Note: MAC SDU and RLC SDU volume are the same in TM used for this channel.) Updated: The counter is updated when MAC SDU is received. The size of received MAC SDU data is added to this counter over the measurement period. Retransmissions are included in the counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.60
Definition updated in release:
M8012C70 / MAC SDU volume on UL-DCCH Counter ID: M8012C70
Network element name: MAC SDU volume on UL-DCCH
Version: 5.3
NetAct name: MAC_SDU_VOL_UL_DCCH
Description: MAC SDU volume on UL-DCCH Updated: The counter is updated when MAC SDU is received. Size of received MAC SDU data is added to this counter over the measurement period. Retransmissions are included to counter.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
DN0944219
581
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.61
Definition updated in release:
M8012C71 / MAC SDU volume on UL-DTCH Counter ID: M8012C71
Network element name: MAC SDU volume on UL-DTCH
Version: 5.3
NetAct name: MAC_SDU_VOL_UL_DTCH
Description: MAC SDU volume on UL-DTCH Updated: The counter is updated when MAC SDU is received. Size of received MAC SDU data is added to this counter over the measurement period. Retransmissions are included to counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.62
M8012C74 / MAC SDU volume on DL-CCCH Counter ID: M8012C74
582
Definition updated in release:
Network element name: MAC SDU volume on DL-CCCH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 5.3
NetAct name: MAC_SDU_VOL_DL_CCCH
Description: MAC SDU volume on DL-CCCH. (Note: MAC SDU and RLC SDU volume are the same in TM used for this channel.) Updated: The counter is updated when MAC SDU is sent. Size of sent MAC SDU data is added to this counter over the measurement period. Retransmissions are included to counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.63
Definition updated in release:
M8012C75 / MAC SDU volume on DL-DCCH Counter ID: M8012C75
Network element name: MAC SDU volume on DL-DCCH
Version: 5.3
NetAct name: MAC_SDU_VOL_DL_DCCH
Description: MAC SDU volume on DL-DCCH Updated: The counter is updated when MAC SDU is sent. Size of sent MAC SDU data is added to this counter over the measurement period. Retransmissions are included to counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
583
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.64
Definition updated in release:
M8012C76 / MAC SDU volume on DL-DTCH Counter ID: M8012C76
Network element name: MAC SDU volume on DL-DTCH
Version: 5.3
NetAct name: MAC_SDU_VOL_DL_DTCH
Description: MAC SDU volume on DL-DTCH Updated: The counter is updated when MAC SDU is sent. Size of sent MAC SDU data is added to this counter over the measurement period. Retransmissions are included to counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.65
Definition updated in release:
M8012C77 / RRC UL volume Counter ID: M8012C77
Network element name: RRC UL volume
Version: 5.3
NetAct name: RRC_UL_VOL
Description: RRC Signaling data volume on eUu Interface uplink. Updated: The counter is updated when an RRC data block from UE is received. Size of UL RLC PDU's mapped to SRB0, SRB1 and SRB2 are counted. Logical type: Sum
584
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.66
Definition updated in release:
M8012C78 / RRC DL volume Counter ID: M8012C78
Network element name: RRC DL volume
Version: 5.3
NetAct name: RRC_DL_VOL
Description: RRC Signaling data volume on eUu Interface downlink Updated: The counter is updated when an RRC data block is transmitted towards the UE. Size of DL RLC PDU's mapped to SRB0, SRB1 and SRB2 are counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
585
LTE performance measurements
2.11.2.67
LTE Performance Measurements
M8012C79 / RLC SDU UL-DTCH volume Counter ID: M8012C79
Network element name: RLC SDU UL-DTCH volume
Version: 5.3
NetAct name: RLC_SDU_VOL_UL_DTCH
Description: Received RLC SDU traffic volume on UL-DTCH Updated: The counter is updated on the reception of an RLC SDU on UL-DTCH from UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.68
Definition updated in release:
M8012C80 / RLC SDU DL-DTCH volume Counter ID: M8012C80
Network element name: RLC SDU DL-DTCH volume
Version: 5.3
NetAct name: RLC_SDU_VOL_DL_DTCH
Description: Transmitted RLC SDU traffic volume on DL-DTCH Updated: The counter is updated on the transmission of an RLC SDU on DL-DTCH towards the UE Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
586
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.69
Definition updated in release:
M8012C81 / MAC PDU volume PDSCH MCS21 Counter ID: M8012C81
Network element name: MAC PDU volume PDSCH MCS21
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS21
Description: The size of transport blocks scheduled on PDSCH using MCS21 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.70
Definition updated in release:
M8012C82 / MAC PDU volume PDSCH MCS22 Counter ID: M8012C82
Network element name: MAC PDU volume PDSCH MCS22
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS22
Description: The size of transport blocks scheduled on PDSCH using MCS22 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included.
Issue: 05B
DN0944219
587
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.71
Definition updated in release:
M8012C83 / MAC PDU volume PDSCH MCS23 Counter ID: M8012C83
Network element name: MAC PDU volume PDSCH MCS23
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS23
Description: The size of transport blocks scheduled on PDSCH using MCS23 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
588
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.11.2.72
LTE performance measurements
M8012C84 / MAC PDU volume PDSCH MCS24 Counter ID: M8012C84
Network element name: MAC PDU volume PDSCH MCS24
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS24
Description: The size of transport blocks scheduled on PDSCH using MCS24 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.73
Definition updated in release:
M8012C85 / MAC PDU volume PDSCH MCS25 Counter ID: M8012C85
Network element name: MAC PDU volume PDSCH MCS25
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS25
Description: The size of transport blocks scheduled on PDSCH using MCS25 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
589
LTE performance measurements
LTE Performance Measurements
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.74
Definition updated in release:
M8012C86 / MAC PDU volume PDSCH MCS26 Counter ID: M8012C86
Network element name: MAC PDU volume PDSCH MCS26
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS26
Description: The size of transport blocks scheduled on PDSCH using MCS26 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.75
Definition updated in release:
M8012C87 / MAC PDU volume PDSCH MCS27 Counter ID: M8012C87
Network element name: MAC PDU volume PDSCH MCS27
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS27
Description: The size of transport blocks scheduled on PDSCH using MCS27 Modulation and Coding Scheme. The volume of MAC PDUs is considered.
590
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.11.2.76
Definition updated in release:
M8012C88 / MAC PDU volume PDSCH MCS28 Counter ID: M8012C88
Network element name: MAC PDU volume PDSCH MCS28
Version: 5.3
NetAct name: TB_VOL_PDSCH_MCS28
Description: The size of transport blocks scheduled on PDSCH using MCS28 Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bytes
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
591
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN1.0_LNT1.0
2.11.2.77
Definition updated in release:
M8012C89 / Number of TTIs in UL with at least one UE scheduled to transmit user plane data. Counter ID: M8012C89
Network element name: Number of TTIs in UL with at least one UE scheduled to transmit user plane data.
Version: 1.2
NetAct name: ACTIVE_TTI_UL
Description: This counter provides the number of active TTIs in UL, that is those TTIs with at least one UE scheduled to transmit user plane data. Updated: This counter is incremented with every TTI, in which at least one UE is scheduled to transmit user plane data. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.78
Definition updated in release:
M8012C90 / Number of TTIs in DL with at least one UE scheduled to receive user plane data. Counter ID: M8012C90
Network element name: Number of TTIs in DL with at least one UE scheduled to receive user plane data.
Version: 1.2
NetAct name: ACTIVE_TTI_DL
Description: This counter provides the number of active TTIs in DL, that is those TTIs with at least one UE scheduled to receive user plane data. Updated: This counter is incremented with every TTI, in which at least one UE is scheduled to receive user plane data. Logical type: Sum
592
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.79
Definition updated in release:
M8012C91 / IP Throughput volume in UL for QCI 1 Counter ID: M8012C91
Network element name: IP Throughput volume in UL for QCI 1
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_1
Description: This measurement provides IP throughput volume on QCI 1 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.80
M8012C92 / IP Throughput time in UL for QCI 1 Counter ID: M8012C92
Issue: 05B
Definition updated in release:
Network element name: IP Throughput time in UL for QCI 1
DN0944219
593
LTE performance measurements
LTE Performance Measurements
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_1
Description: This measurement provides IP throughput time on QCI 1 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.81
Definition updated in release:
M8012C93 / IP Throughput volume in UL for QCI 2 Counter ID: M8012C93
Network element name: IP Throughput volume in UL for QCI 2
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_2
Description: This measurement provides IP throughput volume on QCI 2 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
594
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.82
Definition updated in release:
M8012C94 / IP Throughput time in UL for QCI 2 Counter ID: M8012C94
Network element name: IP Throughput time in UL for QCI 2
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_2
Description: This measurement provides IP throughput time on QCI 2 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.83
Definition updated in release:
M8012C95 / IP Throughput volume in UL for QCI 3 Counter ID: M8012C95
Network element name: IP Throughput volume in UL for QCI 3
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_3
Description: This measurement provides IP throughput volume on QCI 3 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
595
LTE performance measurements
LTE Performance Measurements
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.84
Definition updated in release:
M8012C96 / IP Throughput time in UL for QCI 3 Counter ID: M8012C96
Network element name: IP Throughput time in UL for QCI 3
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_3
Description: This measurement provides IP throughput time on QCI 3 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.85
596
Definition updated in release:
M8012C97 / IP Throughput volume in UL for QCI 4 Counter ID: M8012C97
Network element name: IP Throughput volume in UL for QCI 4
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_4
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides IP throughput volume on QCI 4 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.86
Definition updated in release:
M8012C98 / IP Throughput time in UL for QCI 4 Counter ID: M8012C98
Network element name: IP Throughput time in UL for QCI 4
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_4
Description: This measurement provides IP throughput time on QCI 4 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
597
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.87
Definition updated in release:
M8012C99 / IP Throughput volume in UL for QCI 5 Counter ID: M8012C99
Network element name: IP Throughput volume in UL for QCI 5
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_5
Description: This measurement provides IP throughput volume on QCI 5 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.88
Definition updated in release:
M8012C100 / IP Throughput time in UL for QCI 5 Counter ID: M8012C100
Network element name: IP Throughput time in UL for QCI 5
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_5
Description: This measurement provides IP throughput time on QCI 5 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied.
598
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.89
Definition updated in release:
M8012C101 / IP Throughput volume in UL for QCI 6 Counter ID: M8012C101
Network element name: IP Throughput volume in UL for QCI 6
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_6
Description: This measurement provides IP throughput volume on QCI 6 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.90
Issue: 05B
Definition updated in release:
M8012C102 / IP Throughput time in UL for QCI 6 Counter ID: M8012C102
Network element name: IP Throughput time in UL for QCI 6
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_6
DN0944219
599
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides IP throughput time on QCI 6 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.91
Definition updated in release:
M8012C103 / IP Throughput volume in UL for QCI 7 Counter ID: M8012C103
Network element name: IP Throughput volume in UL for QCI 7
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_7
Description: This measurement provides IP throughput volume on QCI 7 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type:
600
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.92
Definition updated in release:
M8012C104 / IP Throughput time in UL for QCI 7 Counter ID: M8012C104
Network element name: IP Throughput time in UL for QCI 7
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_7
Description: This measurement provides IP throughput time on QCI 7 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.93
Definition updated in release:
M8012C105 / IP Throughput volume in UL for QCI 8 Counter ID: M8012C105
Network element name: IP Throughput volume in UL for QCI 8
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_8
Description: This measurement provides IP throughput volume on QCI 8 bearers in uplink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer).
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
DN0944219
601
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.94
Definition updated in release:
M8012C106 / IP Throughput time in UL for QCI 8 Counter ID: M8012C106
Network element name: IP Throughput time in UL for QCI 8
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_8
Description: This measurement provides IP throughput time on QCI 8 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.95
Definition updated in release:
M8012C107 / IP Throughput volume in UL for QCI 9 Counter ID: M8012C107
Network element name: IP Throughput volume in UL for QCI 9
Version: 1.3
NetAct name: IP_TPUT_VOL_UL_QCI_9
Description: This measurement provides IP throughput volume on QCI 9 bearers in uplink as experienced by the UE.
602
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolUl is the data volume counted on PDCP SDU level in bits received in UL for one E-RAB during a sample of ThpTimeUl. (It must exclude the volume of the last piece of data emptying the buffer). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.96
Definition updated in release:
M8012C108 / IP Throughput time in UL for QCI 9 Counter ID: M8012C108
Network element name: IP Throughput time in UL for QCI 9
Version: 1.3
NetAct name: IP_TPUT_TIME_UL_QCI_9
Description: This measurement provides IP throughput time on QCI 9 bearers in uplink. Updated: The time to transmit a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeUl" for each time the UL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
603
LTE performance measurements
2.11.2.97
LTE Performance Measurements
M8012C116 / PDCP UL throughput Mean for QCI 1 Counter ID: M8012C116
Network element name: PDCP UL throughput Mean for QCI 1
Version: 4.2
NetAct name: PDCP_DATA_RATE_MEAN_UL_QCI_1
Description: Mean PDCP Data Throughput on eUu Interface uplink for QCI 1 Updated: Reception of a PDCP data block from UE Logical type: Average
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range: NA
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.11.2.98
Definition updated in release:
M8012C117 / IP Throughput volume in DL for QCI 1 Counter ID: M8012C117
Network element name: IP Throughput volume in DL for QCI 1
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_1
Description: This measurement provides IP throughput volume on QCI 1 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters:
604
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.99
Definition updated in release:
M8012C118 / IP Throughput time in DL for QCI 1 Counter ID: M8012C118
Network element name: IP Throughput time in DL for QCI 1
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_1
Description: This measurement provides IP throughput time on QCI 1 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.100
Definition updated in release:
M8012C119 / IP Throughput volume in DL for QCI 2 Counter ID: M8012C119
Network element name: IP Throughput volume in DL for QCI 2
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_2
Description: This measurement provides IP throughput volume on QCI 2 bearers in downlink as experienced by the UE.
Issue: 05B
DN0944219
605
LTE performance measurements
LTE Performance Measurements
Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.101
Definition updated in release:
M8012C120 / IP Throughput time in DL for QCI 2 Counter ID: M8012C120
Network element name: IP Throughput time in DL for QCI 2
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_2
Description: This measurement provides IP throughput time on QCI 2 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
606
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FD-LN5.0
2.11.2.102
Definition updated in release:
M8012C121 / IP Throughput volume in DL for QCI 3 Counter ID: M8012C121
Network element name: IP Throughput volume in DL for QCI 3
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_3
Description: This measurement provides IP throughput volume on QCI 3 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.103
Definition updated in release:
M8012C122 / IP Throughput time in DL for QCI 3 Counter ID: M8012C122
Network element name: IP Throughput time in DL for QCI 3
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_3
Description: This measurement provides IP throughput time on QCI 3 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
DN0944219
607
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.104
Definition updated in release:
M8012C123 / IP Throughput volume in DL for QCI 4 Counter ID: M8012C123
Network element name: IP Throughput volume in DL for QCI 4
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_4
Description: This measurement provides IP throughput volume on QCI 4 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.105
M8012C124 / IP Throughput time in DL for QCI 4 Counter ID: M8012C124
608
Definition updated in release:
Network element name: IP Throughput time in DL for QCI 4
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_4
Description: This measurement provides IP throughput time on QCI 4 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.106
Definition updated in release:
M8012C125 / IP Throughput volume in DL for QCI 5 Counter ID: M8012C125
Network element name: IP Throughput volume in DL for QCI 5
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_5
Description: This measurement provides IP throughput volume on QCI 5 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Issue: 05B
Related to standard:
DN0944219
609
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.107
Definition updated in release:
M8012C126 / IP Throughput time in DL for QCI 5 Counter ID: M8012C126
Network element name: IP Throughput time in DL for QCI 5
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_5
Description: This measurement provides IP throughput time on QCI 5 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.108
Definition updated in release:
M8012C127 / IP Throughput volume in DL for QCI 6 Counter ID: M8012C127
Network element name: IP Throughput volume in DL for QCI 6
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_6
Description: This measurement provides IP throughput volume on QCI 6 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by
610
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.109
Definition updated in release:
M8012C128 / IP Throughput time in DL for QCI 6 Counter ID: M8012C128
Network element name: IP Throughput time in DL for QCI 6
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_6
Description: This measurement provides IP throughput time on QCI 6 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Issue: 05B
Definition updated in release:
DN0944219
611
LTE performance measurements
2.11.2.110
LTE Performance Measurements
M8012C129 / IP Throughput volume in DL for QCI 7 Counter ID: M8012C129
Network element name: IP Throughput volume in DL for QCI 7
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_7
Description: This measurement provides IP throughput volume on QCI 7 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.111
Definition updated in release:
M8012C130 / IP Throughput time in DL for QCI 7 Counter ID: M8012C130
Network element name: IP Throughput time in DL for QCI 7
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_7
Description: This measurement provides IP throughput time on QCI 7 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters:
612
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.112
Definition updated in release:
M8012C131 / IP Throughput volume in DL for QCI 8 Counter ID: M8012C131
Network element name: IP Throughput volume in DL for QCI 8
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_8
Description: This measurement provides IP throughput volume on QCI 8 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.113
Issue: 05B
Definition updated in release:
M8012C132 / IP Throughput time in DL for QCI 8 Counter ID: M8012C132
Network element name: IP Throughput time in DL for QCI 8
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_8
DN0944219
613
LTE performance measurements
LTE Performance Measurements
Description: This measurement provides IP throughput time on QCI 8 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.114
Definition updated in release:
M8012C133 / IP Throughput volume in DL for QCI 9 Counter ID: M8012C133
Network element name: IP Throughput volume in DL for QCI 9
Version: 1.3
NetAct name: IP_TPUT_VOL_DL_QCI_9
Description: This measurement provides IP throughput volume on QCI 9 bearers in downlink as experienced by the UE. Updated: The volume of a data burst excluding the data transmitted in the TTI when the buffer is emptied. A sample for ThpVolDl is the data volume, counted on PDCP SDU level, in bits successfully transmitted (acknowledged by UE) in DL for one E-RAB during a sample of ThpTimeDl. It must exclude the volume of the last piece of data emptying the buffer. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: bit
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
614
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.115
Definition updated in release:
M8012C134 / IP Throughput time in DL for QCI 9 Counter ID: M8012C134
Network element name: IP Throughput time in DL for QCI 9
Version: 1.3
NetAct name: IP_TPUT_TIME_DL_QCI_9
Description: This measurement provides IP throughput time on QCI 9 bearers in downlink. Updated: The time to transmit a data burst excluding the last piece of data transmitted in the TTI when the buffer is emptied. A sample of "ThpTimeDl" for each time the DL buffer for one E-RAB is emptied. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: ms
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
2.11.2.116
Definition updated in release:
M8012C143 / PDCP DL throughput Mean for QCI 1 Counter ID: M8012C143
Network element name: PDCP DL throughput Mean for QCI 1
Version: 4.2
NetAct name: PDCP_DATA_RATE_MEAN_DL_QCI_1
Description: Mean PDCP Data Throughput on eUu Interface downlink for QCI 1 Updated: Transmission of an PDCP data block towards the UE Logical type: Average
Trigger type: Sample
Sampling interval: 1 s
Unit: kbit/s
Range: NA
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
615
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE9: Service differentiation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.11.2.117
Definition updated in release:
M8012C144 / MAC PDU volume PUSCH MCS21 Counter ID: M8012C144
Network element name: MAC PDU volume PUSCH MCS21
Version: 3.3
NetAct name: TB_VOL_PUSCH_MCS21
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.11.2.118
616
Definition updated in release:
M8012C145 / MAC PDU volume PUSCH MCS22 Counter ID: M8012C145
Network element name: MAC PDU volume PUSCH MCS22
Version: 3.3
NetAct name: TB_VOL_PUSCH_MCS22
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.11.2.119
Definition updated in release:
M8012C146 / MAC PDU volume PUSCH MCS23 Counter ID: M8012C146
Network element name: MAC PDU volume PUSCH MCS23
Version: 3.3
NetAct name: TB_VOL_PUSCH_MCS23
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
617
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.11.2.120
Definition updated in release:
M8012C147 / MAC PDU volume PUSCH MCS24 Counter ID: M8012C147
Network element name: MAC PDU volume PUSCH MCS24
Version: 3.3
NetAct name: TB_VOL_PUSCH_MCS24
Description: The size of transport blocks scheduled on PUSCH per Modulation and Coding Scheme. The volume of MAC PDUs is considered. Updated: This counter is updated when MAC PDU is scheduled. Retransmissions are included. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE829: Increased uplink MCS range 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.11.2.121
Definition updated in release:
M8012C151 / PCell RLC data volume in DL via SCell Counter ID: M8012C151
Network element name: PCell RLC data volume in DL via SCell
Version: 1.4
NetAct name: RLC_PDU_DL_VOL_CA_SCELL
Description: This counter provides the DL volume (in this cell with PCell role) that is transmitted via SCell's PHY. Updated: Transmission of an RLC PDU towards the UE.
618
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: kilobytes
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1089: Downlink carrier aggregation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Definition updated in release:
2.12 LTE UE State measurement (M8013) 2.12.1 Description of LTE UE State measurement LTE UE State measurement (M8013) measures UE State Management related measurements. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.12.2 Counters of LTE UE State measurement 2.12.2.1
M8013C5 / Signaling Connection Establishment completions Counter ID: M8013C5
Network element name: Signaling Connection Establishment completions
Version: 6.5
NetAct name: SIGN_CONN_ESTAB_COMP
Description: This measurement provides the number of successful RRC Connection Setups. Updated: The reception of an RRC Connection Setup Complete message sent by the UE to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
619
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.2
Definition updated in release:
M8013C6 / Signaling Connection Establishment failures due to RRC Setup completions missing Counter ID: M8013C6
Network element name: Signaling Connection Establishment failures due to RRC Setup completions missing
Version: 6.2
NetAct name: SIGN_EST_F_RRCCOMPL_MISSING
Description: The number of Signaling Connection Establishment failures due to a missing RRC CONNECTION SETUP COMPLETE message. The UE has not reached the ECM-CONNECTED state. Updated: Timer expiration Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.3
620
Definition updated in release:
M8013C7 / Signaling Connection Establishment failures due to RRC Setup completions error Counter ID: M8013C7
Network element name: Signaling Connection Establishment failures due to RRC Setup completions error
Version: 6.2
NetAct name: SIGN_EST_F_RRCCOMPL_ERROR
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of Signaling Connection Establishment failures due to the Erroneous or incomplete RRC CONNECTION SETUP COMPLETE message. The UE has not reached the ECM-CONNECTED state. Updated: The reception of an erroneous or incomplete RRC Connection Setup Complete message. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.4
Definition updated in release:
M8013C8 / Signaling Connection Establishment failures due to Rejection by RRM RAC Counter ID: M8013C8
Network element name: Signaling Connection Establishment failures due to Rejection by RRM RAC
Version: 6.2
NetAct name: SIGN_CONN_ESTAB_FAIL_RRMRAC
Description: The number of Signaling Connection Establishment failures due to Rejection by RRM RAC. The UE has not reached the ECM-CONNECTED state. Updated: An internal message from the RRM Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
DN0944219
621
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.5
Definition updated in release:
M8013C9 / EPC initiated transitions to ECM-IDLE due to Normal release by UE Counter ID: M8013C9
Network element name: EPC initiated transitions to ECM-IDLE due to Normal release by UE
Version: 6.2
NetAct name: EPC_INIT_TO_IDLE_UE_NORM_REL
Description: The number of EPC-initiated transitions to the ECM-IDLE state due to a Normal release by the UE . Updated: The reception of an S1AP:UE Context Release Command message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.6
622
Definition updated in release:
M8013C10 / EPC initiated transitions to ECM-IDLE due to Detach procedure by UE or MME Counter ID: M8013C10
Network element name: EPC initiated transitions to ECM-IDLE due to Detach procedure by UE or MME
Version: 6.2
NetAct name: EPC_INIT_TO_IDLE_DETACH
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of EPC-initiated transitions to the ECM-IDLE state due to the Detach procedure by the UE or the MME . Updated: The reception of an S1AP:UE Context Release Command message sent by the MME to eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.7
Definition updated in release:
M8013C11 / EPC initiated transitions to ECM-IDLE due to Radio Network Layer cause Counter ID: M8013C11
Network element name: EPC initiated transitions to ECM-IDLE due to Radio Network Layer cause
Version: 6.2
NetAct name: EPC_INIT_TO_IDLE_RNL
Description: The number of EPC initiated transitions to ECM-IDLE state due to Radio Network Layer cause. The UE-associated logical S1-connection is released. Updated: The reception of an S1AP:UE Context Release Command message sent by the MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I
Issue: 05B
DN0944219
623
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.8
Definition updated in release:
M8013C12 / EPC initiated transitions to ECM-IDLE due to Other causes Counter ID: M8013C12
Network element name: EPC initiated transitions to ECM-IDLE due to Other causes
Version: 6.2
NetAct name: EPC_INIT_TO_IDLE_OTHER
Description: The number of EPC-initiated transitions to the ECM-IDLE state due to Other causes. Updated: The reception of an S1AP:UE Context Release Command message sent by the MME to eNB. The counter is updated if the failure detected does not match any other failure counter Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.9
624
Definition updated in release:
M8013C13 / eNB initiated transitions to ECM-IDLE due to Normal release Counter ID: M8013C13
Network element name: eNB initiated transitions to ECM-IDLE due to Normal release
Version: 6.2
NetAct name: ENB_INIT_TO_IDLE_NORM_REL
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of eNB-initiated transitions from the ECM-CONNECTED to ECM-IDLE state due to "User Inactivity" or "Redirect". The UE-associated logical S1-connection is released. Updated: The transmission of an S1AP: UE Context Release Request from the eNB to MME with the following release causes: - RNL User Inactivity - RNL E-UTRAN Generated Reason in case of Redirect to LTE - RNL Inter-RAT Redirection. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.10
Definition updated in release:
M8013C15 / eNB initiated transitions to ECM-IDLE due to Radio Network Layer cause Counter ID: M8013C15
Network element name: eNB initiated transitions to ECM-IDLE due to Radio Network Layer cause
Version: 6.2
NetAct name: ENB_INIT_TO_IDLE_RNL
Description: The number of eNB initiated transitions from the ECM-CONNECTED to ECM-IDLE state when the Radio Connection to the UE is lost. The UE-associated logical S1-connection is released. Updated: The transmission of an S1AP: UE Context Release Request from the eNB to the MME with release cause "RNL Radio Connection with UE Lost". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
625
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.11
Definition updated in release:
M8013C16 / eNB initiated transitions to ECM-IDLE due to Other causes Counter ID: M8013C16
Network element name: eNB initiated transitions to ECM-IDLE due to Other causes
Version: 6.2
NetAct name: ENB_INIT_TO_IDLE_OTHER
Description: The number of eNB-initiated transitions from the ECM-CONNECTED to ECM-IDLE state due to Other causes than "User Inactivity", "Redirect" or "Radio Connection Lost". Updated: The transmission of an S1AP: UE Context Release Request from the eNB to MME. The counter is updated if the use case does not match "User Inactivity", "Redirect" and "Lost Radio Connection". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
626
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.12.2.12
LTE performance measurements
M8013C17 / Signaling Connection Establishment attempts due to MO-Signaling Counter ID: M8013C17
Network element name: Signaling Connection Establishment attempts due to MO-Signaling
Version: 6.2
NetAct name: SIGN_CONN_ESTAB_ATT_MO_S
Description: The number of Signaling Connection Establishment attempts for mobile originated signaling. From UE's point of view, the transition from ECM-IDLE to ECM-CONNECTED has started. Updated: This counter is updated following the reception of an RRC Connection Request message sent by the UE to eNB. Note: If a UE (erroneously) sends this message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message will be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.13
Definition updated in release:
M8013C18 / Signaling Connection Establishment attempts due to MT-Access Counter ID: M8013C18
Network element name: Signaling Connection Establishment attempts due to MT-Access
Version: 6.2
NetAct name: SIGN_CONN_ESTAB_ATT_MT
Description: The number of Signaling Connection Establishment attempts for mobile terminated connections. From UE's point of view, the transition from ECM-IDLE to ECM-CONNECTED is started. Updated: The reception of an RRC Connection Request message sent by the UE to eNB. Note: If a UE (erroneously) sends this message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message will be counted.
Issue: 05B
DN0944219
627
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.14
Definition updated in release:
M8013C19 / Signaling Connection Establishment attempts due to MO-Data Counter ID: M8013C19
Network element name: Signaling Connection Establishment attempts due to MO-Data
Version: 6.2
NetAct name: SIGN_CONN_ESTAB_ATT_MO_D
Description: The number of Signaling Connection Establishment attempts for mobile originated data connections. From UE's point of view, the transition from ECM-IDLE to ECM-CONNECTED is started. Updated: The reception of an RRC Connection Request message sent by the UE to eNB. Note: If a UE (erroneously) sends this message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message will be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
628
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN0.5_LNT1.0
2.12.2.15
Definition updated in release:
M8013C20 / Signaling Connection Establishment attempts due to others Counter ID: M8013C20
Network element name: Signaling Connection Establishment attempts due to others
Version: 6.2
NetAct name: SIGN_CONN_ESTAB_ATT_OTHERS
Description: The number of Signaling Connection Establishment attempts due to other reasons. From UE's point of view, the transition from ECM-IDLE to ECM-CONNECTED is started. Updated: The reception of an RRC Connection Request message sent by the UE to eNB. Note: If a UE (erroneously) sends this message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message will be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN0.5_LNT1.0
2.12.2.16
Definition updated in release:
M8013C21 / Number of Signaling Connection Establishment attempts for emergency calls Counter ID: M8013C21
Network element name: Number of Signaling Connection Establishment attempts for emergency calls
Version: 4.2
NetAct name: SIGN_CONN_ESTAB_ATT_EMG
Description: Number of Signaling Connection Establishment attempts for emergency calls.
Issue: 05B
DN0944219
629
LTE performance measurements
LTE Performance Measurements
Updated: Reception of the RRC: RRCConnectionRequest message (eNB <- UE) in case that this message contains the EstablishmentCause set to emergency (3GPP TS 36.331). Note: If a UE (erroneously) sends this message several times in a row without waiting the proper time for the response from eNB (RRCConnectionSetup), only the last message will be counted. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE22: Emergency call handling LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.12.2.17
Definition updated in release:
M8013C24 / Subframes of DRX Active UE Counter ID: M8013C24
Network element name: Subframes of DRX Active UE
Version: 3.3
NetAct name: SUBFRAME_DRX_ACTIVE_UE
Description: The number of subframes, when UE is DRX Active. Updated: This counter is updated at each subframe when UE is DRX Active. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE42: DRX in RRC connected mode 3GPP Measurement name (Clause header): 3GPP Measurement type:
630
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.12.2.18
Definition updated in release:
M8013C25 / Subframes of DRX Sleep UE Counter ID: M8013C25
Network element name: Subframes of DRX Sleep UE
Version: 3.3
NetAct name: SUBFRAME_DRX_SLEEP_UE
Description: The number of subframes, when UE is DRX Sleep (that is not DRX Active). Updated: This counter is updated at each subframe when UE is DRX Sleep (that is not DRX Active). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE42: DRX in RRC connected mode 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.12.2.19
Definition updated in release:
M8013C26 / Signaling Connection Establishment completions for emergency calls Counter ID: M8013C26
Network element name: Signaling Connection Establishment completions for emergency calls
Version: 4.2
NetAct name: SIGN_CONN_ESTAB_COMP_EMG
Description: The number of Signaling Connection Establishment completions for emergency calls Updated: Reception of the RRC:RRCConnectionSetupComplete message (eNB <- UE) in case that this message was received from the UE after the reception of the RRC:RRCConnectionRequest message (eNB <-UE) with EstablishmentCause set to emergency (3GPP TS 36.331)
Issue: 05B
DN0944219
631
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE22: Emergency call handling LTE572: IMS emergency sessions LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.12.2.20
Definition updated in release:
M8013C27 / Signaling Connection Establishment failures for emergency calls due to missing RB resources Counter ID: M8013C27
Network element name: Signaling Connection Establishment failures for emergency calls due to missing RB resources
Version: 4.2
NetAct name: SIGN_CONN_ESTAB_FAIL_RB_EMG
Description: The number of Signaling Connection Establishment failures for emergency calls due to missing RB (Radio Bearer) resources Updated: Transmission of the RRC:RRCConnectionReject message (eNB -> UE) because of missing RB (Radio Bearer) resources in case that this message is sent in response to the reception of the previous RRC:RRCConnectionRequest message (eNB <- UE) with EstablishmentCause set to emergency (3GPP TS 36.331). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE22: Emergency call handling LTE572: IMS emergency sessions LTE651: Performance Monitoring I
632
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.12.2.21
Definition updated in release:
M8013C28 / Pre-empted UE contexts due to pre-emption of last nonGBR bearer Counter ID: M8013C28
Network element name: Pre-empted UE contexts due to preemption of last non-GBR bearer
Version: 2.3
NetAct name: PRE_EMPT_UE_CONTEXT_NON_GBR
Description: This measurement provides the number of UE contexts being released due to lack of radio resources. Updated: Transmission of an S1AP:UE CONTEXT RELEASE REQUEST message (eNB -> MME; 3GPP TS 36.413) with RNL cause "Radio resources not available". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE534: ARP based admission control for E-RABs 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
Definition updated in release:
2.13 LTE Inter eNB Handover measurement (M8014) 2.13.1 Description of LTE Inter eNB Handover measurement LTE Inter eNB Handover measurement (M8014) measures Inter eNB Handovers. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC
Issue: 05B
DN0944219
633
LTE performance measurements
LTE Performance Measurements
NW Aggregation Levels: LNBTS, LNCEL
2.13.2 Counters of LTE Inter eNB Handover measurement 2.13.2.1
M8014C0 / Inter eNB Handover preparations Counter ID: M8014C0
Network element name: Inter eNB Handover preparations
Version: 6.2
NetAct name: INTER_ENB_HO_PREP
Description: The number of Inter-eNB X2-based Handover preparations. The Mobility management (MM) receives a list with target cells from the RRM and decides to start an IntereNB X2-based Handover. Updated: The transmission of an X2AP: Handover Request to the target eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.2
M8014C2 / Failed Inter eNB Handover preparations due to timer Counter ID: M8014C2
Network element name: Failed Inter eNB Handover preparations due to timer
Version: 6.2
NetAct name: FAIL_ENB_HO_PREP_TIME
Description: The number of failed Inter-eNB X2-based Handover preparations due to timer TX2RELOCprep. Updated: The expiration of timer TX2RELOCprep
634
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.3
M8014C3 / Failed Inter eNB Handover preparations due to target eNB admission control Counter ID: M8014C3
Network element name: Failed Inter eNB Handover preparations due to target eNB admission control
Version: 6.2
NetAct name: FAIL_ENB_HO_PREP_AC
Description: The number of failed Inter-eNB X2-based Handover preparations due to the target eNB's admission control reasons. Updated: The reception of an X2AP: Handover Preparation Failure message from the target eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
Issue: 05B
DN0944219
635
LTE performance measurements
2.13.2.4
LTE Performance Measurements
M8014C5 / Failed Inter-eNB Handover preparations caused by other reasons Counter ID: M8014C5
Network element name: Failed Inter-eNB Handover preparations caused by other reasons
Version: 6.4
NetAct name: FAIL_ENB_HO_PREP_OTHER
Description: The number of failed Inter-eNB X2-based Handover preparations due to the target eNB's other reasons. Updated: The counter is updated if the failure detected does not match any other failure counter. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.5
M8014C6 / Attempted inter eNB HO Counter ID: M8014C6
Network element name: Attempted inter eNB HO
Version: 6.2
NetAct name: ATT_INTER_ENB_HO
Description: The number of Inter-eNB X2-based Handover attempts. Updated: The reception of an X2AP: Handover Request Acknowledge message from the target eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
636
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.6
M8014C7 / Successful inter eNB HO Counter ID: M8014C7
Network element name: Successful inter eNB HO
Version: 6.2
NetAct name: SUCC_INTER_ENB_HO
Description: The number of successful Inter-eNB X2-based Handover completions. Updated: The reception of an X2AP:Release Resource message sent by the target eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.7
M8014C8 / Number of Inter eNB Handover failures Counter ID: M8014C8
Network element name: Number of Inter eNB Handover failures
Version: 6.2
NetAct name: INTER_ENB_HO_FAIL
Description: Number of Inter eNB Handover failures due to expiration of guarding timer TX2RELOCoverall
Issue: 05B
DN0944219
637
LTE performance measurements
LTE Performance Measurements
Updated: The expiration of timer TX2RELOCoverall. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE651: Performance Monitoring I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN0.5_LNT1.0
2.13.2.8
M8014C14 / Inter eNB S1-Handover preparations Counter ID: M8014C14
Network element name: Inter eNB S1-Handover preparations
Version: 4.2
NetAct name: INTER_ENB_S1_HO_PREP
Description: The number of Inter eNB S1-based Handover preparations Updated: This counter is updated following the transmission of an S1AP: HANDOVER REQUIRED message from the source eNB to the MME if this message prepares an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
638
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.9
M8014C15 / Failed Inter eNB S1-Handover preparations due to timer Counter ID: M8014C15
Network element name: Failed Inter eNB S1-Handover preparations due to timer
Version: 4.2
NetAct name: INTER_S1_HO_PREP_FAIL_TIME
Description: The number of failed Inter eNB S1-based Handover preparations due to the expiry of the guarding timer TS1RELOCprep. Updated: This counter is updated at the expiry of the guarding timer TS1RELOCprep if the timer was started because of the preparation of an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.10
M8014C16 / Failed Inter eNB S1-Handover preparations due to target eNB admission control Counter ID: M8014C16
Network element name: Failed Inter eNB S1-Handover preparations due to target eNB admission control
Version: 4.2
NetAct name: INTER_S1_HO_PREP_FAIL_NORR
Description: The number of failed Inter eNB S1-based Handover preparations with cause "No Radio Resources Available in Target Cell".
Issue: 05B
DN0944219
639
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated following the reception of an S1AP: HANDOVER PREPARATION FAILURE message from MME to source eNB with cause "No Radio Resources Available in Target Cell" if this message is received in response to the preparation of an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.11
M8014C17 / Failed Inter-eNB S1-Handover preparations caused by other reasons Counter ID: M8014C17
Network element name: Failed Inter-eNB S1-Handover preparations caused by other reasons
Version: 4.4
NetAct name: INTER_S1_HO_PREP_FAIL_OTHER
Description: The number of failed Inter eNB S1-based Handover preparations due to the reception of an S1AP: HANDOVER PREPARATION FAILURE message with a cause other than "No Radio Resources Available in Target Cell." Updated: This counter is updated following the reception of an S1AP: HANDOVER PREPARATION FAILURE message from the MME to the source eNB with any other cause than "No Radio Resources Available in Target Cell" in case that this message is received in response to the preparation of an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
640
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.12
M8014C18 / Attempted inter eNB S1-HO Counter ID: M8014C18
Network element name: Attempted inter eNB S1-HO
Version: 4.2
NetAct name: INTER_ENB_S1_HO_ATT
Description: The number of Inter eNB S1-based Handover attempts Updated: This counter is updated following the reception of an S1AP: HANDOVER COMMAND message from the MME to the source eNB in case that this message is received in response to the preparation of an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.13
M8014C19 / Successful inter eNB S1-HO Counter ID: M8014C19
Network element name: Successful inter eNB S1-HO
Version: 4.2
NetAct name: INTER_ENB_S1_HO_SUCC
Description: The number of successful Inter eNB S1-based Handover completions
Issue: 05B
DN0944219
641
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated following the reception of an S1AP: UE CONTEXT RELEASE COMMAND message from the MME to the source eNB with the cause value Radio Network Layer (Successful Handover) in case that this message is received for an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.13.2.14
M8014C20 / Inter eNB S1-HO failures due to timer Counter ID: M8014C20
Network element name: Inter eNB S1-HO failures due to timer
Version: 4.2
NetAct name: INTER_ENB_S1_HO_FAIL
Description: The number of Inter eNB S1-based Handover failures Updated: This counter is updated following the expiry of the guarding timer TS1RELOCoverall in case that this timer was started because of an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
642
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.14 LTE Neighbor cell related Handover measurement (M8015) 2.14.1 Description of LTE Neighbor cell related Handover measurement Neighbor cell related Handover measurement (M8015). Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC, ECI, MCC-MNC NW Aggregation Levels: LNCEL
2.14.2 Counters of LTE Neighbor cell related Handover measurement 2.14.2.1
M8015C0 / Failed Intra eNB HO preparations per neighbor cell Counter ID: M8015C0
Network element name: Failed Intra eNB HO preparations per neighbor cell
Version: 5.2
NetAct name: INTRA_HO_PREP_FAIL_NB
Description: The number of failed Intra-eNB Handover preparations per neighbor cell relationship. Updated: This counter is updated when an Intra-eNB Handover preparation fails for any reason. This counter is updated in the source side of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE797: Performance Counter Plus Package for Handover I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
643
LTE performance measurements
2.14.2.2
LTE Performance Measurements
M8015C1 / Intra eNB HO attempts per neighbor cell Counter ID: M8015C1
Network element name: Intra eNB HO attempts per neighbor cell
Version: 5.2
NetAct name: INTRA_HO_ATT_NB
Description: The number of Intra-eNB Handover attempts per neighbor cell relationship. Updated: This counter is updated when an RRC CONNECTION RECONFIGURATION message is sent by the eNB to the UE, indicating a Handover Command to the UE. This counter is updated in the source side of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE797: Performance Counter Plus Package for Handover I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.3
Definition updated in release:
M8015C2 / Intra eNB HO successes per neighbor cell Counter ID: M8015C2
Network element name: Intra eNB HO successes per neighbor cell
Version: 5.2
NetAct name: INTRA_HO_SUCC_NB
Description: The number of successful Intra-eNB Handover completions per neighbor cell relationship. Updated: This counter is updated when an Intra-eNB Handover succeeds. This counter is updated in the source side of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
644
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE797: Performance Counter Plus Package for Handover I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.4
Definition updated in release:
M8015C5 / Number of failed Inter eNB Handover preparations per neighbor cell relationship Counter ID: M8015C5
Network element name: Number of failed Inter eNB Handover preparations per neighbor cell relationship
Version: 5.2
NetAct name: INTER_HO_PREP_FAIL_OTH_NB
Description: The number of failed Inter eNB Handover preparations per cause per neighbor cell relationship. Note: Parts of the Handover preparation will be executed in the target eNB. Updated: This counter is updated following any failure in the HO preparation phase in the target cell apart from a HANDOVER PREPARATION FAILURE message (from target side) or expiration of the respective guarding timer in the source cell Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
645
LTE performance measurements
2.14.2.5
LTE Performance Measurements
M8015C6 / Failed Inter eNB Handover preparations per neighbor cell due to expir. of guard timer TX2RELOCprep Counter ID: M8015C6
Network element name: Failed Inter eNB Handover preparations per neighbor cell due to expir. of guard timer TX2RELOCprep
Version: 5.2
NetAct name: INTER_HO_PREP_FAIL_TIME_NB
Description: The number of failed Inter eNB Handover preparations per neighbor cell relationship due to the expiration of the respective guarding timer. Note: Parts of the Handover preparation will be executed in the target eNB. Updated: HO via X2: This counter is updated following the expiration of the guarding timer TX2RELOCprep HO via S1: This counter is updated following the expiration of the guarding timer TS1RELOCprep Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.6
Definition updated in release:
M8015C7 / Failed Inter eNB Handover preparations per neighbor cell due to admission control in the target eNB Counter ID: M8015C7
Network element name: Failed Inter eNB Handover preparations per neighbor cell due to admission control in the target eNB
Version: 5.2
NetAct name: INTER_HO_PREP_FAIL_AC_NB
Description: The number of failed Inter eNB Handover preparations per neighbor cell relationship due to failures in the HO preparation on the target side, for example caused by "No Radio Resource Available in Target cell". Note: Parts of the Handover preparation will be executed in the target eNB.
646
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: HO via X2: This counter is updated following the reception of an X2AP:HANDOVER PREPARATION FAILURE message from the target eNB with the cause "No Radio Resources Available in Target cell" HO via S1: This counter is updated following the reception of an S1AP:HANDOVER PREPARATION FAILURE message from the MME with the cause "No Radio Resources Available in Target cell" Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.7
Definition updated in release:
M8015C8 / Number of Inter eNB Handover attempts per neighbor cell relationship Counter ID: M8015C8
Network element name: Number of Inter eNB Handover attempts per neighbor cell relationship
Version: 5.2
NetAct name: INTER_HO_ATT_NB
Description: The number of Inter-eNB Handover attempts per neighbor cell relationship Updated: HO via X2: This counter is updated following the reception of an X2AP:HANDOVER REQUEST ACKNOWLEDGE message from the target eNB HO via S1: This counter is updated following the reception of an S1AP:HANDOVER COMMAND message from the MME Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
647
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.8
Definition updated in release:
M8015C9 / Number of successful Inter eNB Handover completions per neighbor cell relationship Counter ID: M8015C9
Network element name: Number of successful Inter eNB Handover completions per neighbor cell relationship
Version: 5.2
NetAct name: INTER_HO_SUCC_NB
Description: The number of successful Inter-eNB Handover completions per neighbor cell relationship Updated: HO via X2: This counter is updated following the reception of an X2AP:UE CONTEXT RELEASE message sent by the target eNB. HO via S1: This counter is updated following the reception of an S1AP:UE CONTEXT RELEASE COMMAND message from the MME with the cause value Radio Network Layer (Successful Handover) in case that this message is received for an Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
648
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.14.2.9
LTE performance measurements
M8015C10 / Number of Inter eNB Handover failures per cause per neighbor cell relationship Counter ID: M8015C10
Network element name: Number of Inter eNB Handover failures per cause per neighbor cell relationship
Version: 5.2
NetAct name: INTER_HO_FAIL_NB
Description: The number of Inter-eNB Handover failures per cause per neighbor cell relationship Updated: This counter is updated following the expiry of a guarding timer, either TX2RELOCoverall or TS1RELOCoverall, in case that one of these timers was started because of an Inter-eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE54: Intra-LTE handover via S1 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.10
Definition updated in release:
M8015C15 / Intra eNB HO failures per neighbor cell Counter ID: M8015C15
Network element name: Intra eNB HO failures per neighbor cell
Version: 5.2
NetAct name: INTRA_HO_FAIL_NB
Description: The number of Intra-eNB Handover failures per neighbor cell relationship Updated: This counter is updated when an Intra-eNB Handover fails for any reason. This counter is updated in the source side of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
649
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE797: Performance Counter Plus Package for Handover I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.14.2.11
Definition updated in release:
M8015C16 / Number of Late Handover per neighbor cell relationship Counter ID: M8015C16
Network element name: Number of Late Handover per neighbor cell relationship
Version: 3.2
NetAct name: MRO_LATE_HO_NB
Description: This counter provides the number of Late Handovers per neighbor cell relationship. A Late Handover is a sequence of a missed HO attempt (instead of HO: RLF on UE side and optionally recoverable RLF on eNB side) in one cell followed by RRC connection reestablishment request in another cell. Updated: Reception of X2AP:RLF INDICATION message satisfying the following conditions: - C-RNTI corresponds to an available UE context - shortMAC-I is included - shortMAC-I matches the local security calculation (successful authentication) - Tstore_UE_cntxt timer associated with corresponding authenticated shortMAC-I is not running source cell: cell receiving the X2AP:RLF INDICATION message is received (source cell of missed HO attempt and optional recoverable RLF on eNB side) target cell: cell sending X2AP:RLF INDICATION message (cell receiving the reestablishment request after missed HO attempt) The counter is incremented at the source cell per neighbor cell (target cell) Notes: The case of reestablishment causes that "ReconfigFailure" is excluded from counting. The case of reestablishment causes that "HOfailure" is excluded from counting when re-establishment target cell is prepared for incoming HO, as this means HO has been attempted, not missed. In case of reestablishment request to cell prepared for incoming HO, the case of received PCI different from source cell PCI of prepared HO is excluded from counting. In the source cell of missed HO attempt, a HO preparation for the considered UE context might be ongoing. The target cell of such HO preparation can be different from the cell receiving the reestablishment request. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
650
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.14.2.12
Definition updated in release:
M8015C17 / Number of Early Handover Type1 per neighbor cell relationship Counter ID: M8015C17
Network element name: Number of Early Handover Type1 per neighbor cell relationship
Version: 3.2
NetAct name: MRO_EARLY_TYPE1_HO_NB
Description: This counter provides the number of Early Handover Type 1 per neighbor cell relationship. An Early Handover Type 1 is a sequence of a failed HO attempt followed by RRC connection reestablishment in the HO source cell. Updated: Reception of RRCConnectionReestablishmentRequest after the "HO command" has been sent to the UE. The early HO Type 1 condition is met only in case that the HO supervision timer is running and the ShortMAC-I is known. The neighbor cell is equals the target cell of the ongoing Handover. Reception of RRCConnectionReestablishmentRequest satisfying the following conditions: - reestablishment cause is equal to "HOfailure" - C-RNTI corresponds to an available UE context for which outgoing HO preparation is ongoing - shortMAC-I is included - shortMAC-I matches the local security calculation (successful authentication) source cell: cell receiving the reestablishment request (source cell of failed HO attempt) target cell: target cell of failed HO attempt The counter is incremented at the source cell per neighbor cell (target cell) Note: The RRCConnectionReestablishmentRequest after a failed HO is recognized by reestablishment cause "HOfailure". Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
651
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.14.2.13
Definition updated in release:
M8015C18 / Number of Early Handover Type2 per neighbor cell relationship Counter ID: M8015C18
Network element name: Number of Early Handover Type2 per neighbor cell relationship
Version: 3.2
NetAct name: MRO_EARLY_TYPE2_HO_NB
Description: This counter provides the number of Early Handovers Type 2 per neighbor cell relationship. An Early Handover Type 2 is recognized in the following cases: Case 1: An Early Handover Type 2 is a sequence of a successful connection establishment in HO target cell (attempted HO completed) followed by RRC connection re-establishment in another cell a short time after "HO completion". Case 2: An Early Handover Type 2 is a sequence of a successful random access in HO target followed by failed Msg3 reception (attempted HO not completed) followed by re-establishment request in another cell. Updated: Reception of X2AP:HANDOVER REPORT message with Handover Report Type ="HO too early". source cell: cell receiving the X2AP:HANDOVER REPORT message (source cell of attempted HO) target cell: cell sending the X2AP:HANDOVER REPORT message (target cell of attempted HO) The counter is incremented at the source cell per neighbor cell (target cell) Notes: "short time" is defined as time period no longer than expiration value of Tstore_UE_cntxt timer up from HO completion. For the sequence of Case2 the reestablishment request (with cause "handoverFailure") received at cell prepared for incoming HO or at HO source cell is excluded from counting. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
652
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Definition updated in release:
2.15 LTE Inter System Handover measurement (M8016) 2.15.1 Description of LTE Inter System Handover measurement LTE Inter System Handover measurement (M8016) measures inter system handovers. Network Profile: PLMN-MRBTS-LNBTS-LNCEL NW Aggregation Levels: LNBTS, LNCEL
2.15.2 Counters of LTE Inter System Handover measurement 2.15.2.1
M8016C11 / CS Fallback attempts with redirection via RRC Connection Release Counter ID: M8016C11
Network element name: CS Fallback attempts with redirection via RRC Connection Release
Version: 4.3
NetAct name: CSFB_REDIR_CR_ATT
Description: The number of CS Fallback attempts with redirection via the RRC Connection Release Updated: This counter is updated following the transmission of an RRC: RRCConnectionRelease message (source eNB -> UE) in case that this message contains the RedirectedCarrierInfo and was sent because the source eNB had received an S1AP: UE CONTEXT MODIFICATION REQUEST message (source eNB <- MME) with the CS Fallback Indicator (3GPP TS 36.331, TS 36.413, TS 23.272) or following the transmission of an RRC: RRCConnectionRelease message (source eNB -> UE) in case that this message contains the RedirectedCarrierInfo and was sent because the source eNB has received the S1AP: INITIAL CONTEXT SETUP REQUEST message (source eNB
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
653
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) LTE562: CSFB to UTRAN or GSM via redirect 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.15.2.2
M8016C12 / CS Fallback attempts (UE in Connected Mode) with redirection via RRC Connection Release Counter ID: M8016C12
Network element name: CS Fallback attempts (UE in Connected Mode) with redirection via RRC Connection Release
Version: 4.3
NetAct name: CSFB_REDIR_CR_CMODE_ATT
Description: The number of CS Fallback attempts (UE in Connected Mode) with redirection via the RRC Connection Release Updated: This counter is updated following the transmission of an RRC: RRCConnectionRelease message (source eNB -> UE) in case that this message contains the RedirectedCarrierInfo and was sent because the source eNB had received an S1AP: UE CONTEXT MODIFICATION REQUEST message (source eNB <- MME) with the CS Fallback Indicator (3GPP TS 36.331, TS 36.413, TS 23.272). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) LTE562: CSFB to UTRAN or GSM via redirect 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
654
DN0944219
Issue: 05B
LTE Performance Measurements
2.15.2.3
LTE performance measurements
M8016C13 / CS Fallback attempts for emergency call reason with redirection via RRC Connection Release Counter ID: M8016C13
Network element name: CS Fallback attempts for emergency call reason with redirection via RRC Connection Release
Version: 4.3
NetAct name: CSFB_REDIR_CR_EMERGENCY_ATT
Description: The number of CS Fallback attempts for emergency call reason with redirection via the RRC Connection Release Updated: This counter is updated following the transmission of an RRC: RRCConnectionRelease message (source eNB -> UE) in case that this message contains the RedirctedCarrierInfo and was sent because the source eNB had received an S1AP: UE CONTEXT MODIFICATION REQUEST message (source eNB <- MME) with the CS Fallback Indicator set to CS Fallback High Priority (3GPP TS 36.331, TS 36.413, TS 23.272) Or following the transmission of an RRC: RRCConnectionRelease message (source eNB -> UE) in case that this message contains the RedirectedCarrierInfo and was sent because the source eNB has received the S1AP: INITIAL CONTEXT SETUP REQUEST message (source eNB
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE22: Emergency call handling LTE1441: Enhanced CS fallback to CDMA/1xRTT (e1xCSFB) 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT1.0
2.15.2.4
M8016C14 / Inter System Handover preparations Counter ID: M8016C14
Network element name: Inter System Handover preparations
Version: 3.2
NetAct name: ISYS_HO_PREP
Description: Number of Inter System Handover preparations.
Issue: 05B
DN0944219
655
LTE performance measurements
LTE Performance Measurements
Updated: Transmission of an S1AP:HANDOVER REQUIRED message to source MME for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.5
M8016C15 / Failed Inter System Handover preparations due to timer Counter ID: M8016C15
Network element name: Failed Inter System Handover preparations due to timer
Version: 3.2
NetAct name: ISYS_HO_PREP_FAIL_TIM
Description: Number of failed Inter System Handover preparations due to expiration of guarding timer. Updated: Updated when Inter System Handover preparation fails due to expiration of guarding timer TS1RELOCprep_InterRAT. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type:
656
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.6
M8016C16 / Failed Inter System Handover preparations due to admission control Counter ID: M8016C16
Network element name: Failed Inter System Handover preparations due to admission control
Version: 3.2
NetAct name: ISYS_HO_PREP_FAIL_AC
Description: Number of failed Inter System Handover preparations due to admission control of target cell. Updated: Updated when an S1AP:HANDOVER PREPARATION FAILURE message is received from MME with cause "No radio resources available in target cell" for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.7
M8016C17 / Failed Inter-System Handover preparations caused by other reasons Counter ID: M8016C17
Network element name: Failed Inter-System Handover preparations caused by other reasons
Version: 3.4
NetAct name: ISYS_HO_PREP_FAIL_OTH
Description: Number of failed Inter System Handover preparations due to other reasons of target cell.
Issue: 05B
DN0944219
657
LTE performance measurements
LTE Performance Measurements
Updated: Updated when an S1AP:HANDOVER PREPARATION FAILURE message is received from MME with other cause than "No radio resources available in target cell" for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.8
M8016C21 / Inter System Handover attempts Counter ID: M8016C21
Network element name: Inter System Handover attempts
Version: 3.2
NetAct name: ISYS_HO_ATT
Description: Number of Inter System Handover attempts. Updated: Updated when an S1AP:HANDOVER COMMAND message is received from MME for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
658
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.9
M8016C23 / Successful Inter System Handover completions Counter ID: M8016C23
Network element name: Successful Inter System Handover completions
Version: 3.2
NetAct name: ISYS_HO_SUCC
Description: Number of successful Inter System Handover completions. Updated: Updated when an S1AP:UE CONTEXT RELEASE COMMAND message is received from MME with Cause value "Radio Network Layer" (Successful Handover) for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.10
M8016C25 / Failed Inter System Handover attempts Counter ID: M8016C25
Network element name: Failed Inter System Handover attempts
Version: 3.2
NetAct name: ISYS_HO_FAIL
Description: Number of failed Inter System Handover attempts. Updated: Updated when Inter System Handover fails due to expiration of guarding timer TS1RELOCoverall. This counter is updated for the source cell of the handover.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
659
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.15.2.11
M8016C26 / Number of NACC from LTE to GSM attempts Counter ID: M8016C26
Network element name: Number of NACC from LTE to GSM attempts
Version: 3.2
NetAct name: NACC_TO_GSM_ATT
Description: This measurement provides the number of NACC from LTE to GSM attempts Updated: Transmission of the RRC: MobilityFromEUTRANCommandmessage (with cell change order to GSM; 3GPP TS 36.331) from the serving eNB to the UE indicates the attempt of a Network Assisted Cell Change (NACC) from LTE to GSM. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE442: Network Assisted Cell Change to GSM 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
660
DN0944219
Issue: 05B
LTE Performance Measurements
2.15.2.12
LTE performance measurements
M8016C29 / Inter System Handover attempts to UTRAN with SRVCC Counter ID: M8016C29
Network element name: Inter System Handover attempts to UTRAN with SRVCC
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_ATT
Description: This measurement provides the number of Inter System Handover attempts to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Reception of an S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case that this message is received in response to the preparation of an Inter System Handover to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.15.2.13
M8016C30 / Successful Inter System Handover completions to UTRAN with SRVCC Counter ID: M8016C30
Network element name: Successful Inter System Handover completions to UTRAN with SRVCC
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_SUCC
Description: This measurement provides the number of successful Inter System Handover completions to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Reception of an S1AP:UE CONTEXT RELEASE COMMAND message (source eNB
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
661
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.15.2.14
M8016C31 / Failed Inter System Handover attempts to UTRAN with SRVCC Counter ID: M8016C31
Network element name: Failed Inter System Handover attempts to UTRAN with SRVCC
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_FAIL
Description: This measurement provides the number of failed Inter System Handover attempts to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Expiration of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case that this timer was started because of an Inter System Handover to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
662
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
FDTD_LN4.0_LNT3.0
2.15.2.15
M8016C32 / CS Fallback attempts to UTRAN with PS Handover Counter ID: M8016C32
Network element name: CS Fallback attempts to UTRAN with PS Handover
Version: 2.2
NetAct name: CSFB_PSHO_UTRAN_ATT
Description: This measurement provides the number of CS Fallback attempts to UTRAN with PS Handover (Circuit Switched Fallback in Evolved Packet System, 3GPP TS 23.272). Updated: Transmission of an RRC:MobilityFromEUTRACommand message (source eNB -> UE; 3GPP TS36.331) in case that this message is transmitted for a CS Fallback to UTRAN with PS handover (3GPP TS 36.331, TS 23.272). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE736: CS fallback to UTRAN 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.15.2.16
M8016C33 / Inter System Handover attempts to GERAN with SRVCC Counter ID: M8016C33
Network element name: Inter System Handover attempts to GERAN with SRVCC
Version: 2.3
NetAct name: ISYS_HO_GERAN_SRVCC_ATT
Description: This measurement provides the number of Inter System Handover attempts to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Reception of an S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case this message is received in response to the preparation of an Inter System Handover to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval:
663
LTE performance measurements
LTE Performance Measurements
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.15.2.17
M8016C34 / Successful Inter System Handover completions to GERAN with SRVCC Counter ID: M8016C34
Network element name: Successful Inter System Handover completions to GERAN with SRVCC
Version: 2.3
NetAct name: ISYS_HO_GERAN_SRVCC_SUCC
Description: This measurement provides the number of successful Inter System Handover completions to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Reception of an S1AP:UE CONTEXT RELEASE COMMAND message (source eNB
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
664
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.15.2.18
M8016C35 / Failed Inter System Handover attempts to GERAN with SRVCC Counter ID: M8016C35
Network element name: Failed Inter System Handover attempts to GERAN with SRVCC
Version: 2.2
NetAct name: ISYS_HO_GERAN_SRVCC_FAIL
Description: This measurement provides the number of failed Inter System Handover attempts to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Updated: Expiration of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case this timer was started because of an Inter System Handover to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.16 LTE Inter System Handover to UTRAN per Neighbor Cell measurement (M8017) 2.16.1 Description of LTE Inter System Handover to UTRAN per Neighbor Cell measurement LTE Inter System Handover to UTRAN per Neighbor Cell measurement (M8017) measures inter RAT handovers. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC, HOT-TCID, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
Issue: 05B
DN0944219
665
LTE performance measurements
LTE Performance Measurements
2.16.2 Counters of LTE Inter System Handover to UTRAN per Neighbor Cell measurement 2.16.2.1
M8017C4 / Failed Inter System Handover preparations to UTRAN due to expiration of guarding timer per neighbor cell relationship Counter ID: M8017C4
Network element name: Failed Inter System Handover preparations to UTRAN due to expiration of guarding timer per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_PREP_FAIL_TIM_NB
Description: Number of failed Inter System Handover preparations to UTRAN due to expiration of the guarding timer per neighbor cell relationship. Updated: Updated when Inter System Handover preparation to UTRAN fails due to expiration of guarding timer TS1RELOCprep_InterRAT. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.2
Definition updated in release:
M8017C5 / Failed Inter System Handover preparations to UTRAN due to admission control in target cell per neighbor cell relationship Counter ID: M8017C5
Network element name: Failed Inter System Handover preparations to UTRAN due to admission control in target cell per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_PREP_FAIL_AC_NB
Description: Number of failed Inter System Handover preparations to UTRAN due to admission control of target cell per neighbor cell relationship.
666
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: Updated when an S1AP:HANDOVER PREPARATION FAILURE message is received from MME with cause "No radio resources available in target cell" for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.3
Definition updated in release:
M8017C6 / Failed Inter System Handover preparations to UTRAN due to other reasons in target cell per neighbor cell relationship Counter ID: M8017C6
Network element name: Failed Inter System Handover preparations to UTRAN due to other reasons in target cell per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_PREP_FAIL_OTH_NB
Description: Number of failed Inter System Handover preparations to UTRAN due to other reasons of target cell per neighbor cell relationship. Updated: Updated when an S1AP:HANDOVER PREPARATION FAILURE message is received from MME with other cause than "No radio resources available in target cell" for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA
Issue: 05B
DN0944219
667
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.4
Definition updated in release:
M8017C7 / Inter System Handover attempts to UTRAN per neighbor cell relationship Counter ID: M8017C7
Network element name: Inter System Handover attempts to UTRAN per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_ATT_NB
Description: Number of Inter System Handover attempts to UTRAN per neighbor cell relationship. Updated: Updated when an S1AP:HANDOVER COMMAND message is received from MME for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.5
668
Definition updated in release:
M8017C8 / Successful Inter System Handover completions to UTRAN per neighbor cell relationship Counter ID: M8017C8
Network element name: Successful Inter System Handover completions to UTRAN per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_SUCC_NB
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: Number of successful Inter System Handover completions to UTRAN per neighbor cell relationship. Updated: Updated when an S1AP:UE CONTEXT RELEASE COMMAND message is received from MME with Cause value "Radio Network Layer" (Successful Handover) for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.6
Definition updated in release:
M8017C9 / Failed Inter System Handover attempts to UTRAN per neighbor cell relationship Counter ID: M8017C9
Network element name: Failed Inter System Handover attempts to UTRAN per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_FAIL_NB
Description: This measurement provides the number of failed Inter System Handover attempts to UTRAN per neighbor cell relationship. Updated: Updated when Inter System Handover fails due to expiration of guarding timer TS1RELOCoverall. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA
Issue: 05B
DN0944219
669
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.7
Definition updated in release:
M8017C10 / Inter System Handover preparations per neighbor cell relationship Counter ID: M8017C10
Network element name: Inter System Handover preparations per neighbor cell relationship
Version: 3.2
NetAct name: ISYS_HO_UTRAN_PREP_NB
Description: Number of Inter System Handover preparations to UTRAN per neighbor cell relationship. Updated: Transmission of an S1AP:HANDOVER REQUIRED message to source MME for an Inter System Handover. This counter is updated for the source cell of the handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE56: Inter RAT handover to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.16.2.8
670
Definition updated in release:
M8017C11 / Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship Counter ID: M8017C11
Network element name: Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_ATT_NB
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides the number of Inter System Handover attempts to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Reception of an S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case that this message is received in response to the preparation of an Inter System Handover to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.16.2.9
Definition updated in release:
M8017C12 / Successful Inter System Handover completions to UTRAN with SRVCC per neighbor cell relationship Counter ID: M8017C12
Network element name: Successful Inter System Handover completions to UTRAN with SRVCC per neighbor cell relationship
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_SUCC_NB
Description: This measurement provides the number of successful Inter System Handover completions to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Reception of an S1AP:UE CONTEXT RELEASE COMMAND message (source eNB
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
671
LTE performance measurements
LTE Performance Measurements
Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
2.16.2.10
Definition updated in release:
M8017C13 / Failed Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship Counter ID: M8017C13
Network element name: Failed Inter System Handover attempts to UTRAN with SRVCC per neighbor cell relationship
Version: 2.2
NetAct name: ISYS_HO_UTRAN_SRVCC_FAIL_NB
Description: This measurement provides the number of failed Inter System Handover attempts to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Expiration of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case that this timer was started because of an Inter System Handover to UTRAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE872: SRVCC to WCDMA 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT3.0
672
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
2.17 LTE eNB Load measurement (M8018) 2.17.1 Description of LTE eNB Load measurement LTE eNB Load measurement (M8018) measures load and capacity relevant internal indicators per eNB. Network Profile: PLMN-MRBTS-LNBTS NW Aggregation Levels: LNBTS
2.17.2 Counters of LTE eNB Load measurement 2.17.2.1
M8018C0 / Active UE per eNB average Counter ID: M8018C0
Network element name: Active UE per eNB average
Version: 5.3
NetAct name: ENB_LOAD_ACT_UE_AVG
Description: The average number of active UEs per eNB. A UE is defined as "active" if at least a single non-GBR DRB has been successfully configured for it. Updated: The arithmetical average of samples taken from the number of UEs, having one SRB and at least one DRB established. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.17.2.2
Issue: 05B
Definition updated in release:
M8018C1 / Active UE per eNB max Counter ID: M8018C1
Network element name: Active UE per eNB max
Version: 5.3
NetAct name: ENB_LOAD_ACT_UE_MAX
DN0944219
673
LTE performance measurements
LTE Performance Measurements
Description: The maximum number of active UEs per eNB. A UE is defined as "active" if at least a single non-GBR DRB has been successfully configured for it. Updated: The maximum value of the samples of UEs having one SRB and at least one DRB established during a measurement period. Logical type: Max
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.17.2.3
Definition updated in release:
M8018C4 / UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB Counter ID: M8018C4
Network element name: UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB
Version: 3.2
NetAct name: UE_CONT_REL_INIT_ENB
Description: The number of UE contexts being released due to S1 Reset procedure initiated by eNB (all released UE contexts are counted RRC Connected with or without DRB). Number is updated once by the number of affected UEs. Updated: Transmission of an S1AP:RESET Message (partial or global). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset
674
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.17.2.4
Definition updated in release:
M8018C5 / Active UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB Counter ID: M8018C5
Network element name: Active UE Contexts released due to S1 Reset messages (partial and global) initiated by the eNB
Version: 3.2
NetAct name: ACT_UE_CONT_REL_INIT_ENB
Description: The number of active UE contexts being released due to S1 Reset procedure initiated by eNB (all released active UE contexts are counted RRC Connected with at least one DRB). Number is updated once by the number of affected UEs. Updated: Transmission of an S1AP:RESET Message (partial or global). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.17.2.5
Issue: 05B
Definition updated in release:
M8018C6 / UE Contexts released due to S1 Reset messages (partial and global) initiated by MME Counter ID: M8018C6
Network element name: UE Contexts released due to S1 Reset messages (partial and global) initiated by MME
Version: 3.2
NetAct name: UE_CONT_REL_INIT_MME
DN0944219
675
LTE performance measurements
LTE Performance Measurements
Description: The number of UE contexts being released due to S1 Reset procedure initiated by MME (All released UE contexts are counted RRC Connected with or without DRB.). Number is updated once by the number of affected UEs. Updated: Reception of an S1AP:RESET Message (partial or global) sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.17.2.6
Definition updated in release:
M8018C7 / Active UE Contexts released due to S1 Reset messages (partial and global) initiated by MME Counter ID: M8018C7
Network element name: Active UE Contexts released due to S1 Reset messages (partial and global) initiated by MME
Version: 3.2
NetAct name: ACT_UE_CONT_REL_INIT_MME
Description: The number of active UE contexts being released due to S1 Reset procedure initiated by MME (all released active UE contexts are counted RRC Connected with at least one DRB). Number is updated once by the number of affected UEs. Updated: Reception of an S1AP:RESET Message (partial or global) sent by MME to the eNB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE522: S1 partial reset
676
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.17.2.7
Definition updated in release:
M8018C8 / Sum of Active UEs per eNB Counter ID: M8018C8
Network element name: Sum of Active UEs per eNB
Version: 1.3
NetAct name: SUM_ACTIVE_UE_ENB
Description: This measurement provides the sum of sampled values for measuring the number of simultaneously Active UEs. This counter, divided by the denominator DENOM_ACTIVE_UE_ENB, provides the average number of Active UEs per eNB. A UE is active if at least a single non-GBR DRB has been successfully configured for it. Updated: This counter is updated after each sampling interval with the sample taken from the number of Active UEs. Logical type: Sum
Trigger type: Sample
Sampling interval: 1s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.17.2.8
Definition updated in release:
M8018C9 / Denominator for Active UEs per eNB Counter ID: M8018C9
Network element name: Denominator for Active UEs per eNB
Version: 1.3
NetAct name: DENOM_ACTIVE_UE_ENB
Description: The number of samples taken for counter SUM_ACTIVE_UE_ENB used as a denominator for average calculation.
Issue: 05B
DN0944219
677
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated by value 1 when the number of Active UEs is summed to counter SUM_ACTIVE_UE_ENB. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
Definition updated in release:
2.18 LTE Inter System Handover to GSM per Neighbor Cell measurement (M8019) 2.18.1 Description of LTE Inter System Handover to GSM per Neighbor Cell measurement LTE Inter System Handover to GSM per Neighbor Cell measurement (M8019) measures the inter RAT handover related procedures per neighbor cell relation. The counters are updated for the cell pair "source cell - target GSM cell". The target identifier "{location area code (LAC)} + {target cell ID (TCID)}" is derived from the call processing protocols. It is not equal to the managed object identifiers known only in network management system. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC, LAC-TCID, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.18.2 Counters of LTE Inter System Handover to GSM per Neighbor Cell measurement 2.18.2.1
678
M8019C0 / Number of NACC from LTE to GSM attempts per neighbor cell relationship Counter ID: M8019C0
Network element name: Number of NACC from LTE to GSM attempts per neighbor cell relationship
Version: 3.3
NetAct name: NACC_TO_GSM_ATT_NB
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This measurement provides the number of NACC from LTE to GSM attempts per neighbor cell relationship. Updated: Transmission of the RRC:MobilityFromEUTRANCommand message (with cell change order to GSM; 3GPP TS 36.331) from the serving eNB to the UE indicates the attempt of a Network Assisted Cell Change (NACC) from LTE to GSM. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE442: Network Assisted Cell Change to GSM 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN3.0_LNT2.0
2.18.2.2
M8019C3 / Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship Counter ID: M8019C3
Network element name: Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship
Version: 2.3
NetAct name: ISYS_HO_GERAN_SRVCC_ATT_NB
Description: This measurement provides the number of Inter System Handover attempts to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Reception of an S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case this message is received in response to the preparation of an Inter System Handover to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
679
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.18.2.3
M8019C4 / Successful Inter System Handover completions to GERAN with SRVCC per neighbor cell relationship Counter ID: M8019C4
Network element name: Successful Inter System Handover completions to GERAN with SRVCC per neighbor cell relationship
Version: 2.3
NetAct name: ISYS_HO_GERAN_SRVCC_SUCC_NB
Description: This measurement provides the number of successful Inter System Handover completions to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Reception of an S1AP:UE CONTEXT RELEASE COMMAND message (source eNB
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
680
DN0944219
Issue: 05B
LTE Performance Measurements
2.18.2.4
LTE performance measurements
M8019C5 / Failed Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship Counter ID: M8019C5
Network element name: Failed Inter System Handover attempts to GERAN with SRVCC per neighbor cell relationship
Version: 2.3
NetAct name: ISYS_HO_GERAN_SRVCC_FAIL_NB
Description: This measurement provides the number of failed Inter System Handover attempts to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216) per neighbor cell relationship. Updated: Expiration of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case this timer was started because of an Inter System Handover to GERAN with SRVCC (Single Radio Voice Call Continuity, 3GPP TS 23.216). Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE873: Relationship Model GERAN changes in eNB 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN4.0_LNT3.0
2.19 LTE Cell Availability measurement (M8020) 2.19.1 Description of LTE Cell Availability measurement LTE Cell Availability measurement (M8020) measures cell availability. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
Issue: 05B
DN0944219
681
LTE performance measurements
LTE Performance Measurements
2.19.2 Counters of LTE Cell Availability measurement 2.19.2.1
M8020C0 / Number of cell state changes to "cell is available" Counter ID: M8020C0
Network element name: Number of cell state changes to "cell is available"
Version: 7.2
NetAct name: CHNG_TO_CELL_AVAIL
Description: Number of cell state changes to "cell is available" Updated: The counter is updated with value 1 when cell state changes to Cell Operational is enabled. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.19.2.2
Definition updated in release:
M8020C1 / Number of cell state changes to "cell is planned unavailable" Counter ID: M8020C1
Network element name: Number of cell state changes to "cell is planned unavailable"
Version: 7.2
NetAct name: CHNG_TO_CELL_PLAN_UNAVAIL
Description: Number of cell state changes to "cell is planned unavailable" Updated: The counter is updated with value 1 when cell state changes to Administrative State is locked.
682
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.19.2.3
Definition updated in release:
M8020C2 / Number of cell state changes to "cell is unplanned unavailable" Counter ID: M8020C2
Network element name: Number of cell state changes to "cell is unplanned unavailable"
Version: 7.2
NetAct name: CHNG_TO_CELL_UNPLAN_UNAVAIL
Description: Number of cell state changes to "cell is unplanned unavailable" Updated: The counter is updated with value 1 when cell state changes to Operational State is disabled and Administrative State is unlocked. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Issue: 05B
Definition updated in release:
DN0944219
683
LTE performance measurements
2.19.2.4
LTE Performance Measurements
M8020C3 / Samples when the cell is available Counter ID: M8020C3
Network element name: Samples when the cell is available
Version: 7.1
NetAct name: SAMPLES_CELL_AVAIL
Description: The number of samples when the cell is available Updated: The counter is updated with value 1 approximately every 10 seconds when cell Operational State is enabled. Logical type: Sum
Trigger type: Sample
Sampling interval: 10 s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE432: Cell Outage Detection 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.19.2.5
Definition updated in release:
M8020C4 / Samples when the cell is planned unavailable Counter ID: M8020C4
Network element name: Samples when the cell is planned unavailable
Version: 7.1
NetAct name: SAMPLES_CELL_PLAN_UNAVAIL
Description: The number of samples when the cell is planned unavailable Updated: The counter is updated with value 1 approximately every 10 seconds when cell Administrative State is locked. Logical type: Sum
Trigger type: Sample
Sampling interval: 10 s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
684
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE432: Cell Outage Detection 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.19.2.6
Definition updated in release:
M8020C5 / Samples when the cell is unplanned unavailable Counter ID: M8020C5
Network element name: Samples when the cell is unplanned unavailable
Version: 7.1
NetAct name: SAMPLES_CELL_UNPLAN_UNAVAIL
Description: The number of samples when the cell is unplanned unavailable Updated: The counter is updated with value 1 approximately every 10 seconds when cell Operational State is disabled and cell Administrative State is unlocked. Logical type: Sum
Trigger type: Sample
Sampling interval: 10 s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE432: Cell Outage Detection 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
2.19.2.7
Issue: 05B
Definition updated in release:
M8020C6 / Cell availability denominator Counter ID: M8020C6
Network element name: Cell availability denominator
Version: 7.1
NetAct name: DENOM_CELL_AVAIL
DN0944219
685
LTE performance measurements
LTE Performance Measurements
Description: The number of samples when cell availability is checked. This counter is used as a denominator for the cell availability calculation Updated: The counter is updated with value 1 approximately every 10 seconds. Logical type: Denominator
Trigger type: Sample
Sampling interval: 10 s
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE432: Cell Outage Detection 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT1.0
Definition updated in release:
2.20 LTE Handover measurement (M8021) 2.20.1 Description of LTE Handover measurement LTE Handover measurement (M8021) measures handover related procedures irrespective of the LTE network topology (intra eNB and inter eNB Handover). The counters are updated for the source (originating) cell. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
2.20.2 Counters of LTE Handover measurement 2.20.2.1
M8021C0 / Number of inter frequency Handover attempts Counter ID: M8021C0
Network element name: Number of inter frequency Handover attempts
Version: 4.3
NetAct name: HO_INTFREQ_ATT
Description: The number of intra LTE inter-frequency Handover attempts. It comprises the intraand inter-eNB.
686
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: intra-eNB HO: This counter is updated following the transmission of an RRC Connection Reconfiguration message sent by the eNB to the UE, which indicates a Handover Command to the UE in case that this message is sent in response to the preparation of an interfrequency Intra eNB Handover. inter-eNB HO - via X2: This counter is updated following the reception of an X2AP:HANDOVER REQUEST ACKNOWLEDGE message from the target eNB in case that this message is received in response to the preparation of an inter-frequency Inter eNB Handover. inter-eNB HO - via S1: This counter is updated following the reception of an S1AP:HANDOVER COMMAND message from the MME in case that this message is received in response to the preparation of an inter-frequency Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.2
Definition updated in release:
M8021C1 / Number of inter frequency Handover attempts (measurement gap assisted) Counter ID: M8021C1
Network element name: Number of inter frequency Handover attempts (measurement gap assisted)
Version: 4.2
NetAct name: HO_INTFREQ_GAP_ATT
Description: The number of intra LTE inter-frequency Handover attempts when measurement gaps are configured for the UE. It comprises the intra- and inter-eNB Handover scenario. Updated: intra-eNB HO: This counter is updated following the transmission of an RRC Connection Reconfiguration message sent by the eNB to the UE, which indicates a Handover Command to the UE in case that this message is sent in response to the preparation of an interfrequency Intra eNB Handover and when measurement gaps are configured for the UE. inter-eNB HO - via X2: This counter is updated following the reception of an X2AP:HANDOVER REQUEST ACKNOWLEDGE message from the target eNB in case that this message is received in response to the preparation of an inter-frequency Inter eNB Handover and when measurement gaps are configured for the UE.
Issue: 05B
DN0944219
687
LTE performance measurements
LTE Performance Measurements
inter-eNB HO - via S1: This counter is updated following the reception of an S1AP:HANDOVER COMMAND message from the MME in case that this message is received in response to the preparation of an inter-frequency Inter eNB Handover and when measurement gaps are configured for the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.3
Definition updated in release:
M8021C2 / Number of successful inter-frequency Handover completions Counter ID: M8021C2
Network element name: Number of successful inter-frequency Handover completions
Version: 4.2
NetAct name: HO_INTFREQ_SUCC
Description: The number of successful intra LTE inter-frequency Handover completions. It comprises the intra- and inter-eNB Handover scenario. Updated: intra-eNB HO: This counter is updated following the reception of an internal message in case that it is received for an inter-frequency Intra eNB Handover. inter-eNB HO - via X2: This counter is updated following the reception of an X2AP:UE CONTEXT RELEASE message from the target eNB for an inter-frequency Inter eNB Handover. inter-eNB HO - via S1: This counter is updated following the reception of an S1AP:UE CONTEXT RELEASE COMMAND message from the MME with the cause value Radio Network Layer (Successful Handover) in case that this message is received for an inter-frequency Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters:
688
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.4
Definition updated in release:
M8021C3 / Number of successful inter-frequency Handover completions (measurement gap assisted) Counter ID: M8021C3
Network element name: Number of successful inter-frequency Handover completions (measurement gap assisted)
Version: 4.2
NetAct name: HO_INTFREQ_GAP_SUCC
Description: The number of successful intra LTE inter-frequency Handover completions when measurement gaps are configured for the UE. It comprises the intra- and inter-eNB Handover scenario. Updated: intra-eNB HO: This counter is updated following the reception of an internal message in case that it is received for an inter-frequency Intra eNB Handover when measurement gaps are configured for the UE. inter-eNB HO - via X2: This counter is updated following the reception of an X2AP:UE CONTEXT RELEASE message from the target eNB for an inter-frequency Inter eNB Handover when measurement gaps are configured for the UE. inter-eNB HO - via S1: This counter is updated following the reception of an S1AP:UE CONTEXT RELEASE COMMAND message from the MME with the cause value Radio Network Layer (Successful Handover) in case that this message is received for an inter-frequency Inter eNB Handover when measurement gaps are configured for the UE. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
689
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.5
Definition updated in release:
M8021C4 / Number of Handover failures per cause Counter ID: M8021C4
Network element name: Number of Handover failures per cause
Version: 4.3
NetAct name: HO_INTFREQ_FAIL
Description: The number of inter-frequency Handover failures Updated: intra eNB HO: Expiration of timer THOoverall in case that the timer was started because of an inter-frequency Intra eNB Handover. inter eNB HO - via X2: Expiration of the timer TX2RELOCoverall (3GPP TS36.423) in case that the timer was started because of an inter-frequency Inter eNB Handover. inter eNB HO - via S1: Expiry of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case that the timer was started because of an inter-frequency Inter eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.6
Definition updated in release:
M8021C5 / Number of Handover failures per cause with measurement gap assisted Counter ID: M8021C5
Network element name: Number of Handover failures per cause with measurement gap assisted
Version: 4.3
NetAct name: HO_INTFREQ_GAP_FAIL
Description: The number of inter-frequency Handover failures if measurement gaps were configured for the UE.
690
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: intra eNB HO: This counter is updated following the expiration of timer THOoverall in case that the timer was started because of an inter-frequency Intra eNB Handover when measurement gaps were configured for the UE. inter eNB HO - via X2: This counter is updated following the expiration of the timer TX2RELOCoverall (3GPP TS36.423) if the timer was started because of an inter-frequency Inter eNB Handover when measurement gaps were configured for the UE. inter eNB HO - via S1: This counter is updated following the expiration of the guarding timer TS1RELOCoverall (3GPP TS 36.413) in case that the timer was started because of an interfrequency Inter eNB Handover when measurement gaps were configured for the UE . Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE55: Inter-frequency handover 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT1.0
2.20.2.7
Definition updated in release:
M8021C6 / Handover preparations for IMS emergency sessions Counter ID: M8021C6
Network element name: Handover preparations for IMS emergency sessions
Version: 3.2
NetAct name: HO_EMG_PREP
Description: The number of Handover preparations for IMS Emergency Sessions. It comprises the intra and inter eNB Handover scenario. Updated: intra eNB HO: Internal eNB trigger. At eNB MM receives a list with target cells from RRM and decides to perform an Intra eNB Handover for IMS emergency session. inter eNB HO - via X2: Transmission of the X2AP:HANDOVER REQUEST message (source eNB -> target eNB; 3GPP TS 36.423) in case that this message prepares an Inter eNB Handover for an IMS emergency session. inter eNB HO - via S1: Transmission of the S1AP:HANDOVER REQUIRED message (source eNB -> MME; 3GPP TS 36.413) in case that this message prepares an Inter eNB Handover for an IMS emergency session.
Issue: 05B
DN0944219
691
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.8
Definition updated in release:
M8021C9 / Failed Handover preparations for IMS emergency sessions Counter ID: M8021C9
Network element name: Failed Handover preparations for IMS emergency sessions
Version: 3.2
NetAct name: HO_EMG_PREP_FAIL
Description: The number of failed Handover preparations for IMS Emergency Sessions. It comprises the intra and inter eNB Handover scenario. Updated: intra eNB HO: eNB MM receives a list with target cells from RRM. MM or RRM decides not to execute an Intra eNB Handover for any reason. Inter eNB HO via X2: Trigger Event: - Expiry of the guarding timer TX2RELOCprep in case that the timer was started because of transmission of the X2AP:HANDOVER REQUEST message (source eNB -> target eNB; 3GPP TS 36.423) for the preparation of an Inter eNB Handover for an IMS emergency session. or - Reception of the X2AP:HANDOVER PREPARATION FAILURE message from target eNB in case that this meessage is received in response to the preparation of an Inter eNB Handover for an IMS emergency session. Inter eNB HO via S1: Trigger Event: Expiry of the guarding timer TS1RELOCprep (3GPP TS 36.413) in case that the timer was started because of the preparation of an Inter eNB Handover for an IMS emergency session; or Reception of the S1AP:HANDOVER PREPARATION FAILURE message (source eNB <- MME; 3GPP TS 36.413) in case that this message is received in response to the preparation of an Inter eNB Handover for an IMS emergency session.
692
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.9
Definition updated in release:
M8021C12 / Handover attempts for IMS emergency sessions Counter ID: M8021C12
Network element name: Handover attempts for IMS emergency sessions
Version: 3.2
NetAct name: HO_EMG_ATT
Description: The number of Handover attempts for IMS Emergency Sessions. It comprises the intra- and inter-eNB Handover scenario. Updated: Intra-eNB HO: Trigger Event: Transmission of an RRC:RRCConnectionReconfiguration message (source eNB -> UE; 3GPP TS 36.331) in case that this message is transmitted to command an Intra-eNB Handover for an IMS emergency session. Inter-eNB HO via X2: Trigger Event: Reception of the X2AP:HANDOVER REQUEST ACKNOWLEDGE message (source eNB <- target eNB; 3GPP TS 36.423) in case that this message is received in response to the preparation of an Inter-eNB Handover for an IMS emergency session. Inter-eNB HO via S1: Trigger Event: Reception of the S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case that this message is received in response to the preparation of an Inter-eNB Handover for an IMS emergency session. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
693
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.10
Definition updated in release:
M8021C15 / Successful Handover completions for IMS emergency sessions Counter ID: M8021C15
Network element name: Successful Handover completions for IMS emergency sessions
Version: 3.2
NetAct name: HO_EMG_SUCC
Description: The number of successful Handover completions for IMS Emergency Sessions. It comprises the intra and inter eNB Handover scenario. Updated: Intra eNB HO: Trigger Event: eNB-internal message in case that this message indicates a successful Intra eNB Handover for an IMS emergency session. Inter eNB HO via X2: Trigger Event: Reception of the X2AP:UE CONTEXT RELEASE message (source eNB <- target eNB; 3GPP TS 36.423) in case that this message is received because of a successful Inter eNB Handover for an IMS emergency session. Inter eNB HO via S1: Trigger Event: Reception of the S1AP:UE CONTEXT RELEASE COMMAND message (source eNB <- MME; 3GPP TS 36.413) with cause value Radio Network Layer (Successful Handover) in case that this message is received for an Inter eNB Handover for an IMS emergency session. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE572: IMS emergency sessions 3GPP Measurement name (Clause header): 3GPP Measurement type:
694
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.11
Definition updated in release:
M8021C18 / Number of Handover attempts for UEs running in DRX mode Counter ID: M8021C18
Network element name: Number of Handover attempts for UEs running in DRX mode
Version: 3.2
NetAct name: HO_DRX_ATT
Description: This measurement provides the number of Handover attempts for UEs running in DRX mode. Updated: Intra-eNB HO: Trigger Event: Transmission of an RRC:RRCConnectionReconfiguration message (source eNB -> UE; 3GPP TS 36.331) in case that this message is transmitted to command an Intra-eNB Handover for UEs running in DRX mode. or Inter-eNB HO via X2: Trigger Event: Reception of the X2AP:HANDOVER REQUEST ACKNOWLEDGE message (source eNB <- target eNB; 3GPP TS 36.423) in case that this message is received in response to the preparation of an Inter-eNB Handover for UEs running in DRX mode. or Inter-eNB HO via S1: Trigger Event: Reception of the S1AP:HANDOVER COMMAND message (source eNB <- MME; 3GPP TS 36.413) in case that this message is received in response to the preparation of an Inter-eNB Handover for UEs running in DRX mode. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE42: DRX in RRC connected mode 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
695
LTE performance measurements
2.20.2.12
LTE Performance Measurements
M8021C19 / Number of Handover completions for UEs running in DRX mode Counter ID: M8021C19
Network element name: Number of Handover completions for UEs running in DRX mode
Version: 3.2
NetAct name: HO_DRX_SUCC
Description: This measurement provides the number of successful Handover completions for UEs running in DRX mode. Updated: Intra eNB HO:Trigger Event: eNB-internal message in case that this message indicates a successful Intra eNB Handover for UEs running in DRX mode. or Inter eNB HO via X2: Trigger Event: Reception of the X2AP: UE CONTEXT RELEASE message (source eNB <- target eNB; 3GPP TS 36.423) in case that this message is received because of a successful Inter eNB Handover for UEs running in DRX mode. or Inter eNB HO via S1:Trigger Event: Reception of the S1AP: UE CONTEXT RELEASE COMMAND message (source eNB <- MME; 3GPP TS 36.413) with cause value Radio Network Layer (Successful Handover) in case that this message is received for UEs running in DRX mode. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE42: DRX in RRC connected mode 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.13
696
Definition updated in release:
M8021C20 / Number of Late Handover Counter ID: M8021C20
Network element name: Number of Late Handover
Version: 3.2
NetAct name: MRO_LATE_HO
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This counter provides the number of Late Handovers. A Late Handover is a sequence of a missed HO attempt (instead of HO: RLF on UE side and optionally recoverable RLF on eNB side) in one cell followed by RRC connection re-establishment request in another cell. Updated: Reception of X2AP: RLF INDICATION message satisfying the following conditions: - C-RNTI corresponds to an available UE context - shortMAC-I is included - shortMAC-I matches the local security calculation (successful authentication) - Tstore_UE_cntxt timer associated with corresponding authenticated shortMAC-I is not running source cell: cell receiving the X2AP: RLF INDICATION message is received (source cell of missed HO attempt and optional recoverable RLF on eNB side) Target cell: cell sending X2AP: RLF INDICATION message (cell receiving the reestablishment request after missed HO attempt) The counter is incremented at the source cell. Notes: The case of reestablishment cause 'ReconfigFailure' is excluded from counting. The case of reestablishment cause 'HOfailure' is excluded from counting when re-establishment target cell is prepared for incoming HO, as this means HO has been attempted, not missed. In case of reestablishment request to cell prepared for incoming HO, the case of received PCI different from source cell PCI of prepared HO is excluded from counting. In the source cell of missed HO attempt, a HO preparation for the considered UE context may be ongoing. The target cell of such HO preparation can be different from the cell receiving the reestablishment request. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.14
Issue: 05B
Definition updated in release:
M8021C21 / Number of Early Handover Type1 Counter ID: M8021C21
Network element name: Number of Early Handover Type1
Version: 3.2
NetAct name: MRO_EARLY_TYPE1_HO
DN0944219
697
LTE performance measurements
LTE Performance Measurements
Description: This counter provides the number of Early Handover Type 1. An Early Handover Type 1 is a sequence of a failed HO attempt followed by RRC connection reestablishment in the HO source cell. Updated: Reception of RRCConnectionReestablishmentRequest satisfying the following conditions: - reestablishment cause is equal to 'HOfailure' - C-RNTI corresponds to an available UE context for which outgoing HO preparation is ongoing - shortMAC-I is included - shortMAC-I matches the local security calculation (successful authentication) source cell: cell receiving the reestablishment request (source cell of failed HO attempt) target cell: target cell of failed HO attempt The counter is incremented at the source cell. Note: The RRCConnectionReestablishmentRequest after a failed HO is recognized by reestablishment cause 'HOfailure'. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.15
Definition updated in release:
M8021C22 / Number of Early Handover Type2 Counter ID: M8021C22
Network element name: Number of Early Handover Type2
Version: 3.2
NetAct name: MRO_EARLY_TYPE2_HO
Description: This counter provides the number of Early Handover Type 2. An Early Handover Type 2 is recognized in the following cases: Case 1: An Early Handover Type 2 is a sequence of a successful connection establishment in HO target cell (attempted HO completed) followed by RRC connection re-establishment in another cell a short time after 'HO completion'. Case 2:
698
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
An Early Handover Type 2 is a sequence of a successful random access in HO target followed by failed Msg3 reception (attempted HO not completed) followed by re-establishment request in another cell. Updated: Reception of X2AP:HANDOVER REPORT message with Handover Report Type ='HO too early'. source cell: cell receiving the X2AP:HANDOVER REPORT message (source cell of attempted HO) target cell: cell sending the X2AP:HANDOVER REPORT message (target cell of attempted HO) The counter is incremented at the source cell. Notes: 'short time' is defined as time period no longer than expiration value of Tstore_UE_cntxt timer up from HO completion. For the sequence of Case2 the reestablishment request (cause 'HOfailure') received at cell prepared for incoming HO or at HO source cell is excluded from counting. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE533: Mobility Robustness 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.20.2.16
Definition updated in release:
M8021C23 / Number of load balancing Handover attempts Counter ID: M8021C23
Network element name: Number of load balancing Handover attempts
Version: 1.2
NetAct name: HO_LB_ATT
Description: This measurement provides the number of load balancing Handover attempts. It comprises the intra- and inter-eNB Handover scenario. Load balancing handovers are used to shift cell traffic from a high loaded serving cell to neighbor cells. Updated: This counter is updated following the transmission of an RRC Connection Reconfiguration message (sent by the eNB to the UE) which indicates a Handover Command to the UE in case this message is sent because of a load balancing handover.
Issue: 05B
DN0944219
699
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE1170: Inter-frequency load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.20.2.17
Definition updated in release:
M8021C24 / Number of successful load balancing Handover completions Counter ID: M8021C24
Network element name: Number of successful load balancing Handover completions
Version: 1.2
NetAct name: HO_LB_SUCC
Description: This measurement provides the number of successful load balancing Handover completions. It comprises the intra- and inter-eNB Handover scenario. Load balancing handovers are used to shift cell traffic from a high loaded serving cell to neighbor cells. Updated: Intra-eNB HO: This counter is updated following the reception of an eNB-internal message in case that this message is received for a successful load balancing intra-eNB Handover. Inter-eNB HO - via X2: This counter is updated following the reception of an X2AP: UE CONTEXT RELEASE message from the target eNB in case that this message is received for a successful load balancing inter-eNB Handover. Inter-eNB HO - via S1: This counter is updated following the reception of an S1AP: UE CONTEXT RELEASE COMMAND message from the MME with cause value Radio Network Layer (Successful Handover) in case that this message is received for a successful load balancing inter-eNB Handover. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
700
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE1170: Inter-frequency load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
Definition updated in release:
2.21 LTE X2AP measurement (M8022) 2.21.1 Description of LTE X2AP measurement LTE X2AP (M8022) provides measurements related to X2 Setup procedure. The counters are updated at the originating eNB site. Network Profile: PLMN-MRBTS-LNBTS NW Aggregation Levels: LNBTS
2.21.2 Counters of LTE X2AP measurement 2.21.2.1
M8022C0 / Number of X2 Setup attempts Counter ID: M8022C0
Network element name: Number of X2 Setup attempts
Version: 3.2
NetAct name: X2_SETUP_ATT
Description: This counter provides the number of X2 Setup procedures triggered by eNB. Updated: Transmission of X2AP: X2 SETUP REQUEST message to the neighbor eNB (3GPP TS 36.423) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
701
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.21.2.2
Definition updated in release:
M8022C1 / Number of failed X2 Setup attempts Counter ID: M8022C1
Network element name: Number of failed X2 Setup attempts
Version: 3.2
NetAct name: X2_SETUP_FAIL
Description: This counter provides the number of X2 Setup procedures which were triggered by eNB and then failed. Updated: Reception of X2AP: X2 SETUP FAILURE message or expiration of Timer (wait for X2 SETUP RESPONSE) - (3GPP TS 36.423) Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE782: ANR Fully UE based 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Definition updated in release:
2.22 LTE UE and Service Differentiation measurement (M8023) 2.22.1 Description of LTE UE and Service Differentiation measurement LTE UE and Service Differentiation (M8023) measures Operator specific UE and Service Differentiation items. Network Profile: PLMN-MRBTS-LNBTS-LNCEL, MCC-MNC NW Aggregation Levels: LNBTS, LNCEL
702
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
2.22.2 Counters of LTE UE and Service Differentiation measurement 2.22.2.1
M8023C0 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 1 Counter ID: M8023C0
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 1
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_1
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 1. Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 1. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.2
Definition updated in release:
M8023C1 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 2 Counter ID: M8023C1
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 2
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_2
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 2.
Issue: 05B
DN0944219
703
LTE performance measurements
LTE Performance Measurements
Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 2. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.3
Definition updated in release:
M8023C2 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 3 Counter ID: M8023C2
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 3
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_3
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 3. Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 3. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header):
704
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.4
Definition updated in release:
M8023C3 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 4 Counter ID: M8023C3
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 4
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_4
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU related traffic volume for all UEs assigned to QCI Counter Group 4. Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 4. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.5
Issue: 05B
Definition updated in release:
M8023C4 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 5 Counter ID: M8023C4
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 5
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_5
DN0944219
705
LTE performance measurements
LTE Performance Measurements
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 5. Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 5. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.6
Definition updated in release:
M8023C5 / PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 6 Counter ID: M8023C5
Network element name: PDCP SDU data volume on eUu Interface UL for UEs assigned to QCI Counter Group 6
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_UL_QCI_6
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total received PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 6. Updated: This counter is updated when a PDCP SDU is received from a UE assigned to QCI Counter Group 6. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
706
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.7
Definition updated in release:
M8023C6 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 1 Counter ID: M8023C6
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 1
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_1
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 1. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 1. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.8
M8023C7 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 2 Counter ID: M8023C7
Issue: 05B
Definition updated in release:
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 2
DN0944219
707
LTE performance measurements
LTE Performance Measurements
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_2
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 2. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 2. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.9
Definition updated in release:
M8023C8 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 3 Counter ID: M8023C8
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 3
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_3
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 3. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 3. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class:
708
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.10
Definition updated in release:
M8023C9 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 4 Counter ID: M8023C9
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 4
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_4
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 4. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 4. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
709
LTE performance measurements
2.22.2.11
LTE Performance Measurements
M8023C10 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 5 Counter ID: M8023C10
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 5
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_5
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 5. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 5. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.12
Definition updated in release:
M8023C11 / PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 6 Counter ID: M8023C11
Network element name: PDCP SDU data volume on eUu Interface DL for UEs assigned to QCI Counter Group 6
Version: 3.2
NetAct name: PDCP_SDU_DATA_VOL_DL_QCI_6
Description: The measurement gives an indication of the eUu interface traffic load by reporting the total transmitted PDCP SDU-related traffic volume for all UEs assigned to QCI Counter Group 6. Updated: This counter is updated when a PDCP SDU is transmitted towards a UE assigned to QCI Counter Group 6. Logical type: Sum
710
Trigger type: Event
DN0944219
Sampling interval:
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Unit: byte
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.13
Definition updated in release:
M8023C12 / Average Number of active UE of Mobility Profile 1 Counter ID: M8023C12
Network element name: Average Number of active UE of Mobility Profile 1
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_1
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 1. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 1 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
711
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN3.0_LNT2.0
2.22.2.14
Definition updated in release:
M8023C13 / Average Number of active UE of Mobility Profile 2 Counter ID: M8023C13
Network element name: Average Number of active UE of Mobility Profile 2
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_2
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 2. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 2 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.15
Definition updated in release:
M8023C14 / Average Number of active UE of Mobility Profile 3 Counter ID: M8023C14
Network element name: Average Number of active UE of Mobility Profile 3
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_3
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 3. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs.
712
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 3 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.16
Definition updated in release:
M8023C15 / Average Number of active UE of Mobility Profile 4 Counter ID: M8023C15
Network element name: Average Number of active UE of Mobility Profile 4
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_4
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 4. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 4 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
713
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.17
Definition updated in release:
M8023C16 / Average Number of active UE of Mobility Profile 5 Counter ID: M8023C16
Network element name: Average Number of active UE of Mobility Profile 5
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_5
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 5. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 5 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.18
714
Definition updated in release:
M8023C17 / Average Number of active UE of Mobility Profile 6 Counter ID: M8023C17
Network element name: Average Number of active UE of Mobility Profile 6
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_6
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 6. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 6 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.19
Definition updated in release:
M8023C18 / Average Number of active UE of Mobility Profile 7 Counter ID: M8023C18
Network element name: Average Number of active UE of Mobility Profile 7
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_7
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 7. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 7 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class:
Issue: 05B
DN0944219
715
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.20
Definition updated in release:
M8023C19 / Average Number of active UE of Mobility Profile 8 Counter ID: M8023C19
Network element name: Average Number of active UE of Mobility Profile 8
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_8
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 8. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 8 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.21
M8023C20 / Average Number of active UE of Default Mobility Profile Counter ID: M8023C20
716
Definition updated in release:
Network element name: Average Number of active UE of Default Mobility Profile
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 3.4
NetAct name: AVG_ACT_UE_PROFILE_DEFAULT
Description: This counter provides the average number of active UEs per cell assigned to the Default Mobility Profile. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The Default Mobility Profile is assigned to the UE when either an SPID value is not assigned to the UE or when the SPID cannot be mapped to any of the 16 dedicated Mobility profiles. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE490: SPID selective mobility profiles 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.22
Definition updated in release:
M8023C21 / Average number of active UEs of QCI Counter Group 1 Counter ID: M8023C21
Network element name: Average number of active UEs of QCI Counter Group 1
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP1
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 1. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 1 according to the QCI Translation Table.
Issue: 05B
Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
DN0944219
717
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.23
Definition updated in release:
M8023C22 / Average number of active UEs of QCI Counter Group 2 Counter ID: M8023C22
Network element name: Average number of active UEs of QCI Counter Group 2
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP2
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 2. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 2 according to the QCI Translation Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
718
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.22.2.24
LTE performance measurements
M8023C23 / Average number of active UEs of QCI Counter Group 3 Counter ID: M8023C23
Network element name: Average number of active UEs of QCI Counter Group 3
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP3
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 3. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 3 according to the QCI Translation Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.25
Definition updated in release:
M8023C24 / Average number of active UEs of QCI Counter Group 4 Counter ID: M8023C24
Network element name: Average number of active UEs of QCI Counter Group 4
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP4
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 4. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 4 according to the QCI Translation Table.
Issue: 05B
DN0944219
719
LTE performance measurements
LTE Performance Measurements
Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.26
Definition updated in release:
M8023C25 / Average number of active UEs of QCI Counter Group 5 Counter ID: M8023C25
Network element name: Average number of active UEs of QCI Counter Group 5
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP5
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 5. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 5 according to the QCI Translation Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
720
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN3.0_LNT2.0
2.22.2.27
Definition updated in release:
M8023C26 / Average number of active UEs of QCI Counter Group 6 Counter ID: M8023C26
Network element name: Average number of active UEs of QCI Counter Group 6
Version: 3.4
NetAct name: AVG_NUM_ACT_UE_QCI_GRP6
Description: This counter provides the average number of active UEs per cell for operatorspecific QCIs assigned to Counter Group 6. A UE is defined as "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. At least the operator-specific QCI of one DRB has to be assigned to the Counter Group 6 according to the QCI Translation Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.28
Definition updated in release:
M8023C27 / Number of QCI Counter Group mismatch Counter ID: M8023C27
Network element name: Number of QCI Counter Group mismatch
Version: 3.2
NetAct name: NUM_QCI_GRP_MISMATCH
Description: This counter provides the number of inconsistent QCI Counter Group assignments. Updated: This counter is incremented if the operator-specific QCIs of the DRBs for a UE do not share the same QCI Counter Group that is when a unique assignment of a UE context to a QCI Counter Group is not possible.
Issue: 05B
DN0944219
721
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Integer number
Range:
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE518: Operator specific QCI 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT2.0
2.22.2.29
Definition updated in release:
M8023C28 / Average number of active UEs of Mobility Profile 9 Counter ID: M8023C28
Network element name: Average number of active UEs of Mobility Profile 9
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_9
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 9. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 9 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
722
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Used from release: FDTD_LN5.0_LNT3.0
2.22.2.30
Definition updated in release:
M8023C29 / Average number of active UEs of Mobility Profile 10 Counter ID: M8023C29
Network element name: Average number of active UEs of Mobility Profile 10
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_10
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 10. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 10 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.31
Definition updated in release:
M8023C30 / Average number of active UEs of Mobility Profile 11 Counter ID: M8023C30
Network element name: Average number of active UEs of Mobility Profile 11
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_11
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 11. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs.
Issue: 05B
DN0944219
723
LTE performance measurements
LTE Performance Measurements
Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 11 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.32
Definition updated in release:
M8023C31 / Average number of active UEs of Mobility Profile 12 Counter ID: M8023C31
Network element name: Average number of active UEs of Mobility Profile 12
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_12
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 12. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 12 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header):
724
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.33
Definition updated in release:
M8023C32 / Average number of active UEs of Mobility Profile 13 Counter ID: M8023C32
Network element name: Average number of active UEs of Mobility Profile 13
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_13
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 13. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 13 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.34
Issue: 05B
Definition updated in release:
M8023C33 / Average number of active UEs of Mobility Profile 14 Counter ID: M8023C33
Network element name: Average number of active UEs of Mobility Profile 14
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_14
DN0944219
725
LTE performance measurements
LTE Performance Measurements
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 14. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 14 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.35
Definition updated in release:
M8023C34 / Average number of active UEs of Mobility Profile 15 Counter ID: M8023C34
Network element name: Average number of active UEs of Mobility Profile 15
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_15
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 15. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 15 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class:
726
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.22.2.36
Definition updated in release:
M8023C35 / Average number of active UEs of Mobility Profile 16 Counter ID: M8023C35
Network element name: Average number of active UEs of Mobility Profile 16
Version: 1.4
NetAct name: AVG_ACT_UE_PROFILE_16
Description: This counter provides the average number of active UEs per cell assigned to Mobility Profile 16. A UE is defined "active" if SRB and at least one DRB have been established. An ongoing data transfer is not mandatory to belong to this group of UEs. Updated: The arithmetical average of samples taken from the number of active UEs, having one SRB and at least one DRB established. The SPID assigned to the UE has to be mapped to Mobility Profile 16 according to the SPID Mapping Table. Logical type: Average
Trigger type: Sample
Sampling interval: 1 sec
Unit: Integer number
Range: [0-1000]
Example values:
Dependencies with other counters: Operability class: Related to feature:
Related to standard:
LTE487: Idle mode mobility load balancing 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
Issue: 05B
Definition updated in release:
DN0944219
727
LTE performance measurements
LTE Performance Measurements
2.23 LTE IP Statistics measurement (M51120) 2.23.1 Description of LTE IP Statistics measurement LTE IP statistics measurement (M51120) contains PM counters to monitor the performance of the IP Iub functionality per IP interface. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF-IPPM NW Aggregation Levels: IPPM
2.23.2 Counters of LTE IP Statistics measurement 2.23.2.1
M51120C0 / ifInPackets15 Counter ID: M51120C0
Network element name: ifInPackets15
Version: 6.4
NetAct name: ifInPackets15
Description: The number of packets received on the plain IP interface that were delivered to higher-layer protocols. Updated: The counter is updated when an inbound packet has been delivered to higher-layer protocols. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.2
728
Definition updated in release:
M51120C1 / ifInOctets15 Counter ID: M51120C1
Network element name: ifInOctets15
Version: 6.4
NetAct name: ifInOctets15
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The total number of kilo-bytes received on the plain IP interface, including framing characters. Updated: The counter is updated whenever a kilo-byte is received on the plain IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.3
Definition updated in release:
M51120C2 / ifOutPackets15 Counter ID: M51120C2
Network element name: ifOutPackets15
Version: 6.4
NetAct name: ifOutPackets15
Description: The number of packets that were successfully transmitted over the plain IP interface Updated: The counter is updated whenever a packet has been transmitted successfully over the plain IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
Issue: 05B
DN0944219
729
LTE performance measurements
LTE Performance Measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.4
Definition updated in release:
M51120C3 / ifOutOctets15 Counter ID: M51120C3
Network element name: ifOutOctets15
Version: 6.4
NetAct name: ifOutOctets15
Description: The total number of kilo-bytes transmitted over the plain IP the interface, including framing characters. Updated: The counter is updated whenever a kilo-byte is transmitted over the plain IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.5
Definition updated in release:
M51120C4 / ifInErrors15 Counter ID: M51120C4
Network element name: ifInErrors15
Version: 6.7
NetAct name: ifInErrors15
Description: The number of received IP packets or fragments that are discarded for one or more of the following reasons shall be counted in one aggregate counter for each IP transport interface: - Time-To-Live exceeded (TTL=0 or TTL=1 for routed SSE traffic (LTE only)) - IP header checksum failure - ICMPv4 checksum failure (for ICMPv4 packets only) IPv6 specific discard reasons (apply from LN5.0 / LNT3.0 on FSM-r3): - Unspecified as destination address - Multicast destination address and "scope" field = 0
730
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
- Any IPv6 packet that contains an unsupported extension header - Any IPv6 packet that contains a supported extension header more than once. - ICMPv6 checksum failure (for ICMPv6 packets only) Fragments shall be counted as individual IP packets. Updated: The counter is updated whenever an erroneous packets is received on the plain IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.6
Definition updated in release:
M51120C5 / ifOutDroppedPackets Counter ID: M51120C5
Network element name: ifOutDroppedPackets
Version: 6.4
NetAct name: ifOutDroppedPackets
Description: The number of total outbound packets that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
Issue: 05B
DN0944219
731
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.23.2.7
Definition updated in release:
M51120C6 / ifOutDroppedOctets Counter ID: M51120C6
Network element name: ifOutDroppedOctets
Version: 6.4
NetAct name: ifOutDroppedOctets
Description: The number of total outbound kilo-bytes that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Definition updated in release:
2.24 LTE PHB Statistics measurement (M51121) 2.24.1 Description of LTE PHB Statistics measurement LTE PHB statistics measurement (M51121) contains PM counters to monitor the performance of the IP Iub functionality per IP interface for each per hop behaviour. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF-PHBPM NW Aggregation Levels: PHBPM
732
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
2.24.2 Counters of LTE PHB Statistics measurement 2.24.2.1
M51121C0 / ifOctets_EF Counter ID: M51121C0
Network element name: ifOctets_EF
Version: 6.4
NetAct name: ifOctets_EF
Description: The total number of kilo-bytes transmitted over the plain IP interface, including framing characters, using Expedited Forwarding PHB class. Updated: The counter is updated when a kilo-byte of outbound data is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.2
Definition updated in release:
M51121C1 / ifPackets_EF Counter ID: M51121C1
Network element name: ifPackets_EF
Version: 6.4
NetAct name: ifPackets_EF
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Expedited Forwarding PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
733
LTE performance measurements
LTE Performance Measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.3
Definition updated in release:
M51121C2 / ifDroppedOctets_EF Counter ID: M51121C2
Network element name: ifDroppedOctets_EF
Version: 6.4
NetAct name: ifDroppedOctets_EF
Description: The number of outbound kilo-bytes within the Expedited Forwarding PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.4
734
Definition updated in release:
M51121C3 / ifDroppedPackets_EF Counter ID: M51121C3
Network element name: ifDroppedPackets_EF
Version: 6.4
NetAct name: ifDroppedPackets_EF
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of outbound packets within the Expedited Forwarding PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.5
Definition updated in release:
M51121C4 / ifOctets_AF4 Counter ID: M51121C4
Network element name: ifOctets_AF4
Version: 6.4
NetAct name: ifOctets_AF4
Description: The total number of kilo-bytes transmitted over the plain IP interface, including framing characters, using the Assured Forwarding 4 PHB class. Updated: The counter is updated when a kilo-byte is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
735
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.6
Definition updated in release:
M51121C5 / ifPackets_AF4 Counter ID: M51121C5
Network element name: ifPackets_AF4
Version: 6.4
NetAct name: ifPackets_AF4
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Assured Forwarding 4 PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.7
Definition updated in release:
M51121C6 / ifDroppedOctets_AF4 Counter ID: M51121C6
Network element name: ifDroppedOctets_AF4
Version: 6.4
NetAct name: ifDroppedOctets_AF4
Description: The number of outbound kilo-bytes within the Assured Forwarding 4 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class.
736
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.8
Definition updated in release:
M51121C7 / ifDroppedPackets_AF4 Counter ID: M51121C7
Network element name: ifDroppedPackets_AF4
Version: 6.4
NetAct name: ifDroppedPackets_AF4
Description: The number of outbound packets within the Assured Forwarding 4 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
737
LTE performance measurements
2.24.2.9
LTE Performance Measurements
M51121C8 / ifOctets_AF3 Counter ID: M51121C8
Network element name: ifOctets_AF3
Version: 6.4
NetAct name: ifOctets_AF3
Description: The total number of kilo-bytes transmitted over the plain IP interface out of the interface, including framing characters, using the Assured Forwarding 3 PHB class. Updated: The counter is updated when a kilo-byte is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.10
Definition updated in release:
M51121C9 / ifPackets_AF3 Counter ID: M51121C9
Network element name: ifPackets_AF3
Version: 6.4
NetAct name: ifPackets_AF3
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Assured Forwarding 3 PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission
738
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.11
Definition updated in release:
M51121C10 / ifDroppedOctets_AF3 Counter ID: M51121C10
Network element name: ifDroppedOctets_AF3
Version: 6.4
NetAct name: ifDroppedOctets_AF3
Description: The number of outbound kilo-bytes within the Assured Forwarding 3 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.12
Issue: 05B
Definition updated in release:
M51121C11 / ifDroppedPackets_AF3 Counter ID: M51121C11
Network element name: ifDroppedPackets_AF3
Version: 6.4
NetAct name: ifDroppedPackets_AF3
DN0944219
739
LTE performance measurements
LTE Performance Measurements
Description: The number of outbound packets within the Assured Forwarding 3 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.13
Definition updated in release:
M51121C12 / ifOctets_AF2 Counter ID: M51121C12
Network element name: ifOctets_AF2
Version: 6.4
NetAct name: ifOctets_AF2
Description: The total number of kilo-bytes transmitted over the plain IP interface out of the interface, including framing characters, using the Assured Forwarding 2 PHB class. Updated: The counter is updated when a kilo-byte is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header):
740
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.14
Definition updated in release:
M51121C13 / ifPackets_AF2 Counter ID: M51121C13
Network element name: ifPackets_AF2
Version: 6.4
NetAct name: ifPackets_AF2
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Assured Forwarding 2 PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.15
Definition updated in release:
M51121C14 / ifDroppedOctets_AF2 Counter ID: M51121C14
Network element name: ifDroppedOctets_AF2
Version: 6.4
NetAct name: ifDroppedOctets_AF2
Description: The number of outbound kilo-bytes within the Assured Forwarding 2 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class.
Issue: 05B
DN0944219
741
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.16
Definition updated in release:
M51121C15 / ifDroppedPackets_AF2 Counter ID: M51121C15
Network element name: ifDroppedPackets_AF2
Version: 6.4
NetAct name: ifDroppedPackets_AF2
Description: The number of outbound packets within the Assured Forwarding 2 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
742
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.24.2.17
LTE performance measurements
M51121C16 / ifOctets_AF1 Counter ID: M51121C16
Network element name: ifOctets_AF1
Version: 6.4
NetAct name: ifOctets_AF1
Description: The total number of kilo-bytes transmitted over the plain IP interface, including framing characters, using the Assured Forwarding 1 PHB class. Updated: The counter is updated when a kilo-byte is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.18
Definition updated in release:
M51121C17 / ifPackets_AF1 Counter ID: M51121C17
Network element name: ifPackets_AF1
Version: 6.4
NetAct name: ifPackets_AF1
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Assured Forwarding 1 PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission
Issue: 05B
DN0944219
743
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.19
Definition updated in release:
M51121C18 / ifDroppedOctets_AF1 Counter ID: M51121C18
Network element name: ifDroppedOctets_AF1
Version: 6.4
NetAct name: ifDroppedOctets_AF1
Description: The number of outbound kilo-bytes within the Assured Forwarding 1 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.20
744
Definition updated in release:
M51121C19 / ifDroppedPackets_AF1 Counter ID: M51121C19
Network element name: ifDroppedPackets_AF1
Version: 6.4
NetAct name: ifDroppedPackets_AF1
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of outbound packets within the Assured Forwarding 1 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.21
Definition updated in release:
M51121C20 / ifOctets_BE Counter ID: M51121C20
Network element name: ifOctets_BE
Version: 6.4
NetAct name: ifOctets_BE
Description: The total number of kilo-bytes transmitted over the plain IP interface, including framing characters, using the Best Effort PHB class. Updated: The counter is updated when a kilo-byte is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header):
Issue: 05B
DN0944219
745
LTE performance measurements
LTE Performance Measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.22
Definition updated in release:
M51121C21 / ifPackets_BE Counter ID: M51121C21
Network element name: ifPackets_BE
Version: 6.4
NetAct name: ifPackets_BE
Description: The total number of outbound packets that were successfully transmitted over the plain IP interface within the Best Effort PHB class. Updated: The counter is updated when a packet is transmitted over the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.23
Definition updated in release:
M51121C22 / ifDroppedOctets_BE Counter ID: M51121C22
Network element name: ifDroppedOctets_BE
Version: 6.4
NetAct name: ifDroppedOctets_BE
Description: The number of outbound kilo-bytes within the Best Effort PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class.
746
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.24
Definition updated in release:
M51121C23 / ifDroppedPackets_BE Counter ID: M51121C23
Network element name: ifDroppedPackets_BE
Version: 6.4
NetAct name: ifDroppedPackets_BE
Description: The number of outbound packets within the Best Effort PHB class that were dropped in the IP scheduler due to congestion. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when an outbound packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
747
LTE performance measurements
2.24.2.25
LTE Performance Measurements
M51121C24 / ifRxOctets_EF Counter ID: M51121C24
Network element name: ifRxOctets_EF
Version: 6.4
NetAct name: ifRxOctets_EF
Description: The total number of kilo-bytes received over the plain IP interface, including framing characters, using Expedited Forwarding PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.26
Definition updated in release:
M51121C25 / ifRxPackets_EF Counter ID: M51121C25
Network element name: ifRxPackets_EF
Version: 6.4
NetAct name: ifRxPackets_EF
Description: The number of inbound packets that were successfully received within the Expedited Forwarding PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
748
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.27
Definition updated in release:
M51121C26 / ifRxOctets_AF4 Counter ID: M51121C26
Network element name: ifRxOctets_AF4
Version: 6.4
NetAct name: ifRxOctets_AF4
Description: The total number of kilo-bytes received out of the interface, including framing characters, using the Assured Forwarding 4 PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.28
M51121C27 / ifRxPackets_AF4 Counter ID: M51121C27
Issue: 05B
Definition updated in release:
Network element name: ifRxPackets_AF4
DN0944219
749
LTE performance measurements
LTE Performance Measurements
Version: 6.4
NetAct name: ifRxPackets_AF4
Description: The number of inbound packets that were successfully received within the Assured Forwarding 4 PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.29
Definition updated in release:
M51121C28 / ifRxOctets_AF3 Counter ID: M51121C28
Network element name: ifRxOctets_AF3
Version: 6.4
NetAct name: ifRxOctets_AF3
Description: The total number of kilo-bytes received out of the interface, including framing characters, using the Assured Forwarding 3 PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
750
Related to standard:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.30
Definition updated in release:
M51121C29 / ifRxPackets_AF3 Counter ID: M51121C29
Network element name: ifRxPackets_AF3
Version: 6.4
NetAct name: ifRxPackets_AF3
Description: The number of inbound packets that were successfully received within the Assured Forwarding 3 PHB class. The counter is available for both the Ethernet-based IP interface and for each VLAN Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.31
Issue: 05B
Definition updated in release:
M51121C30 / ifRxOctets_AF2 Counter ID: M51121C30
Network element name: ifRxOctets_AF2
Version: 6.4
NetAct name: ifRxOctets_AF2
DN0944219
751
LTE performance measurements
LTE Performance Measurements
Description: The total number of kilo-bytes received out of the interface, including framing characters, using the Assured Forwarding 2 PHB class. Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.32
Definition updated in release:
M51121C31 / ifRxPackets_AF2 Counter ID: M51121C31
Network element name: ifRxPackets_AF2
Version: 6.4
NetAct name: ifRxPackets_AF2
Description: The number of inbound packets that were successfully received within the Assured Forwarding 2 PHB class. Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header):
752
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.33
Definition updated in release:
M51121C32 / ifRxOctets_AF1 Counter ID: M51121C32
Network element name: ifRxOctets_AF1
Version: 6.4
NetAct name: ifRxOctets_AF1
Description: The total number of kilo-bytes received out of the interface, including framing characters, using the Assured Forwarding 1 PHB class. Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.34
Definition updated in release:
M51121C33 / ifRxPackets_AF1 Counter ID: M51121C33
Network element name: ifRxPackets_AF1
Version: 6.4
NetAct name: ifRxPackets_AF1
Description: The number of inbound packets that were successfully received within the Assured Forwarding 1 PHB class. Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class.
Issue: 05B
DN0944219
753
LTE performance measurements
LTE Performance Measurements
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.24.2.35
Definition updated in release:
M51121C34 / ifRxOctets_BE Counter ID: M51121C34
Network element name: ifRxOctets_BE
Version: 6.4
NetAct name: ifRxOctets_BE
Description: The total number of kilo-bytes received out of the interface, including framing characters, using the Best Effort PHB class. Updated: The counter is updated when a kilo-byte is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
754
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.24.2.36
LTE performance measurements
M51121C35 / ifRxPackets_BE Counter ID: M51121C35
Network element name: ifRxPackets_BE
Version: 6.4
NetAct name: ifRxPackets_BE
Description: The number of inbound packets that were successfully received within the Best Effort PHB class. Updated: The counter is updated when a packet is received on the plain IP interface within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Definition updated in release:
2.25 LTE Ethernet Link measurement (M51123) 2.25.1 Description of LTE Ethernet Link measurement LTE Ethernet link measurement (M51123) contains PM counters to measure the ethernet link performance. Network Profile: PLMN-MRBTS-LNBTS-FTM-ETHLK NW Aggregation Levels: ETHLK
2.25.2 Counters of LTE Ethernet Link measurement 2.25.2.1
Issue: 05B
M51123C0 / EthIfInOcts_15 Counter ID: M51123C0
Network element name: EthIfInOcts_15
Version: 6.4
NetAct name: EthIfInOcts_15
DN0944219
755
LTE performance measurements
LTE Performance Measurements
Description: Number of kilo-bytes in valid frames received on the interface. NOTE: _15 is just a string and has no special relevance in counter name. Updated: The counter is incremented every second by the number of kilo-bytes received in valid Ethernet frames by the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.25.2.2
Definition updated in release:
M51123C1 / EthIfOutOcts_15 Counter ID: M51123C1
Network element name: EthIfOutOcts_15
Version: 6.4
NetAct name: EthIfOutOcts_15
Description: Number of kilo-bytes in valid frames transmitted on the interface. NOTE: _15 is just a string and has no special relevance in counter name. Updated: The counter is incremented every second by the number of kilo-bytes transmitted in valid Ethernet frames by the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II
756
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.25.2.3
Definition updated in release:
M51123C2 / EthIfInPkt_15 Counter ID: M51123C2
Network element name: EthIfInPkt_15
Version: 6.4
NetAct name: EthIfInPkt_15
Description: Number of Ethernet packets received on the interface (errored and non-errored). NOTE: _15 is just a string and has no special relevance in counter name. Updated: The counter is incremented every second by the number of Ethernet frames received by the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.25.2.4
Definition updated in release:
M51123C3 / EthIfOutPkt_15 Counter ID: M51123C3
Network element name: EthIfOutPkt_15
Version: 6.4
NetAct name: EthIfOutPkt_15
Description: Number of transmitted Ethernet packets on the interface. NOTE: _15 is just a string and has no special relevance in counter name.
Issue: 05B
DN0944219
757
LTE performance measurements
LTE Performance Measurements
Updated: The counter is incremented every second by the number of Ethernet frames transmitted by the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.25.2.5
Definition updated in release:
M51123C4 / EthIfInPktErr_15 Counter ID: M51123C4
Network element name: EthIfInPktErr_15
Version: 6.4
NetAct name: EthIfInPktErr_15
Description: Number of received errored Ethernet frames - FCS errors, undersized packets, oversized frames, jabber frames, frames with errors indicated by the PHY. NOTE: _15 is just a string and has no special relevance in counter name. Updated: The counter is incremented every second by the number of errored Ethernet frames received by the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type:
758
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.25.2.6
Definition updated in release:
M51123C8 / EthIfInDiscRateLimiting Counter ID: M51123C8
Network element name: EthIfInDiscRateLimiting
Version: 5.4
NetAct name: EthIfInDiscRateLimiting
Description: The number of ingress Ethernet frames discarded due to rate limiting. Updated: The counter is incremented for every ingress Ethernet frames that is discarded due to rate limiting. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT2.0
2.25.2.7
Definition updated in release:
M51123C16 / ethIfInVlanMismatch Counter ID: M51123C16
Network element name: ethIfInVlanMismatch
Version: 4.5
NetAct name: ethIfInVlanMismatch
Description: Number of Ethernet discarded RX frames due to VLAN mismatch. Updated: The counter is incremented every second by the number of Ethernet packets to be received that were discarded due to VLAN mismatch.
Issue: 05B
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
DN0944219
759
LTE performance measurements
LTE Performance Measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN4.0_LNT2.0
2.25.2.8
Definition updated in release:
M51123C17 / ethIfOutDiscShaping_Q5 Counter ID: M51123C17
Network element name: ethIfOutDiscShaping_Q5
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q5
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface. Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.25.2.9
M51123C18 / ethIfOutDiscShaping_Q4 Counter ID: M51123C18
760
Definition updated in release:
Network element name: ethIfOutDiscShaping_Q4
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q4
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface. Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.25.2.10
Definition updated in release:
M51123C19 / ethIfOutDiscShaping_Q3 Counter ID: M51123C19
Network element name: ethIfOutDiscShaping_Q3
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q3
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface. Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching
Issue: 05B
DN0944219
761
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.25.2.11
Definition updated in release:
M51123C20 / ethIfOutDiscShaping_Q2 Counter ID: M51123C20
Network element name: ethIfOutDiscShaping_Q2
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q2
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface. Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.25.2.12
Definition updated in release:
M51123C21 / ethIfOutDiscShaping_Q1 Counter ID: M51123C21
Network element name: ethIfOutDiscShaping_Q1
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q1
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface.
762
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN5.0_LNT3.0
2.25.2.13
Definition updated in release:
M51123C22 / ethIfOutDiscShaping_Q6 Counter ID: M51123C22
Network element name: ethIfOutDiscShaping_Q6
Version: 1.3
NetAct name: ethIfOutDiscShaping_Q6
Description: Number of Ethernet TX packets discarded due to egress shaping per queue per interface. Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping per queue per interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
763
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN5.0_LNT3.0
2.25.2.14
Definition updated in release:
M51123C23 / EthIfInBlocksDiscRateLimiting Counter ID: M51123C23
Network element name: EthIfInBlocksDiscRateLimiting
Version: 1.3
NetAct name: EthIfInBlocksDiscRateLimiting
Description: The number of ingress Ethernet 64-byte blocks discarded due to rate limiting. There is a chance of counter overflow at higher load conditions. Updated: The counter is incremented for every ingress Ethernet 64-byte block that is discarded due to rate limiting. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Bytes
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE649: QoS aware Ethernet Switching 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN5.0
Definition updated in release:
2.26 LTE IP Sec measurement (M51125) 2.26.1 Description of LTE IP Sec measurement LTE IP Sec measurement (M51125) contains counters for counting protected, discarded ans bypassed octets and frames for IPSec. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPSECC NW Aggregation Levels: IPSECC
2.26.2 Counters of LTE IP Sec measurement 2.26.2.1
M51125C0 / Protected_ESPFramesTx Counter ID: M51125C0
764
Network element name: Protected_ESPFramesTx
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Version: 6.3
NetAct name: Protected_ESPFramesTx
Description: The number of successfully sent ESP packets which are are related to a protect policy. Updated: The counter is updated when an outbound packet related to a protect policy is transmitted successfully. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.26.2.2
M51125C1 / Protected_ESPFramesRx Counter ID: M51125C1
Network element name: Protected_ESPFramesRx
Version: 6.3
NetAct name: Protected_ESPFramesRx
Description: The number of received ESP packets addressed to a local tunnel endpoint which where received with a SPI which is related to a known policy shall be counted. Updated: The counter is updated when an received ESP packets addressed to a local tunnel endpoint which where received with a SPI which is related to a known policy. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane
Issue: 05B
DN0944219
765
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.26.2.3
M51125C2 / Discarded_ESPFramesTx Counter ID: M51125C2
Network element name: Discarded_ESPFramesTx
Version: 6.3
NetAct name: Discarded_ESPFramesTx
Description: The number of all outgoing packets matching a discard policy shall be counted. NOTE: Discarded packet matching the default policy shall not be counted with this counter Updated: The counter is updated when an outbound packet matching a discard policy is transmitted successfully. NOTE: Discarded packet matching the default policy shall not be counted with this counter. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.26.2.4
766
M51125C3 / Discarded_ESPFramesRx Counter ID: M51125C3
Network element name: Discarded_ESPFramesRx
Version: 6.3
NetAct name: Discarded_ESPFramesRx
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Description: The number of dropped packets not addressed to an local tunnel endpoint or packets which do not have an ESP or AH header shall be counted which are matching a discard policy in ingress direction. NOTE: Discarded packet matching the default policy shall not be counted with this counter Updated: The counter is updated when a packets not addressed to an local tunnel endpoint or packets which do not have an ESP or AH header which are matching a discard policy is received. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.26.2.5
M51125C4 / Bypassed_FramesTx Counter ID: M51125C4
Network element name: Bypassed_FramesTx
Version: 6.3
NetAct name: Bypassed_FramesTx
Description: The number of bypassed ESP packets in egress direction. Updated: The counter is updated for every packet that is bypassed in egress direction. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane
Issue: 05B
DN0944219
767
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.26.2.6
M51125C5 / Bypassed_FramesRx Counter ID: M51125C5
Network element name: Bypassed_FramesRx
Version: 6.3
NetAct name: Bypassed_FramesRx
Description: The number of received packets not addressed to an local tunnel endpoint or packets which do not have an ESP or AH header shall be counted which are matching a bypass policy. Updated: The counter is updated for every packet not addressed to an local tunnel endpoint or packets which do not have an ESP or AH header shall be counted which are matching a bypass policy. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE689: LTE IPsec Support for control and user plane 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN1.0_LNT2.0
2.27 LTE IP Filtering measurement (M51126) 2.27.1 Description of LTE IP Filtering measurement LTE IP filtering measurement (M51126) contains PM counters to monitor the firewall functionality of the BTS.
768
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IPRM NW Aggregation Levels: IPRM
2.27.2 Counters of LTE IP Filtering measurement 2.27.2.1
M51126C0 / ipRmDroppedPacketsRateLimiting Counter ID: M51126C0
Network element name: ipRmDroppedPacketsRateLimiting
Version: 6.3
NetAct name: ipRmDroppedPacketsRateLimiting
Description: The number of dropped packets due to ingress rate limiting. Updated: The counter is updated for every packet that is dropped due to ingress rate limiting. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE692: LTE Firewall Support 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.27.2.2
Definition updated in release:
M51126C1 / ipRmDroppedPacketsFiltering Counter ID: M51126C1
Network element name: ipRmDroppedPacketsFiltering
Version: 6.3
NetAct name: ipRmDroppedPacketsFiltering
Description: The number of packets discarded due to ingress packet filtering violations. Updated: The counter is updated for every packet that is discarded due to filter violations. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
Issue: 05B
DN0944219
769
LTE performance measurements
LTE Performance Measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE692: LTE Firewall Support 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Definition updated in release:
2.28 LTE VLAN IP Statistics measurement (M51127) 2.28.1 Description of LTE VLAN IP Statistics measurement LTE VLAN IP statistics measurement (M51127) contains PM counters to monitor the performance of the IP Iub functionality per VLAN interface. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF-IVIF-IPPM NW Aggregation Levels: IPPM
2.28.2 Counters of LTE VLAN IP Statistics measurement 2.28.2.1
M51127C0 / ifInPackets15 Counter ID: M51127C0
Network element name: ifInPackets15
Version: 6.4
NetAct name: ifInPackets15
Description: The number of packets received on the VLAN IP interface that were delivered to higher-layer protocols. Updated: The counter is updated when an inbound packet has been delivered to higher-layer protocols. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header):
770
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.28.2.2
Definition updated in release:
M51127C1 / ifInOctets15 Counter ID: M51127C1
Network element name: ifInOctets15
Version: 6.4
NetAct name: ifInOctets15
Description: The total number of kilo-bytes received on the VLAN IP interface, including framing characters. Updated: The counter is updated whenever a kilo-byte is received on the VLAN IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.28.2.3
Definition updated in release:
M51127C2 / ifOutPackets15 Counter ID: M51127C2
Network element name: ifOutPackets15
Version: 6.4
NetAct name: ifOutPackets15
Description: The number of packets that were successfully transmitted over the VLAN IP interface Updated: The counter is updated whenever a packet has been transmitted successfully over the VLAN interface. Logical type: Sum
Issue: 05B
Trigger type: Event
DN0944219
Sampling interval: 15 minutes
771
LTE performance measurements
LTE Performance Measurements
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.28.2.4
Definition updated in release:
M51127C3 / ifOutOctets15 Counter ID: M51127C3
Network element name: ifOutOctets15
Version: 6.4
NetAct name: ifOutOctets15
Description: The total number of kilo-bytes transmitted over the VLAN IP the interface, including framing characters. Updated: The counter is updated whenever a kilo-byte is transmitted over the VLAN IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
772
Definition updated in release:
DN0944219
Issue: 05B
LTE Performance Measurements
2.28.2.5
LTE performance measurements
M51127C4 / ifInErrors15 Counter ID: M51127C4
Network element name: ifInErrors15
Version: 6.6
NetAct name: ifInErrors15
Description: The number of received IP packets or fragments that are discarded for one or more of the following reasons shall be counted in one aggregate counter for each IP transport interface: - Time-To-Live exceeded (TTL=0 or TTL=1 for routed SSE traffic (LTE only)) - IP header checksum failure - ICMPv4 checksum failure (for ICMPv4 packets only) IPv6 specific discard reasons : - Unspecified as destination address - Multicast destination address and "scope" field = 0 - Any IPv6 packet that contains an unsupported extension header - Any IPv6 packet that contains a supported extension header more than once. - ICMPv6 checksum failure . Fragments shall be counted as individual IP packets. Updated: The counter is updated whenever an erroneous packets is received on the VLAN IP interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.28.2.6
Definition updated in release:
M51127C5 / ifOutDroppedPackets Counter ID: M51127C5
Network element name: ifOutDroppedPackets
Version: 6.4
NetAct name: ifOutDroppedPackets
Description: The number of total outbound packets that were dropped in the IP scheduler due to congestion.
Issue: 05B
DN0944219
773
LTE performance measurements
LTE Performance Measurements
Updated: The counter is updated when an outbound packet needs to be dropped due to congestion. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.28.2.7
Definition updated in release:
M51127C6 / ifOutDroppedOctets Counter ID: M51127C6
Network element name: ifOutDroppedOctets
Version: 6.4
NetAct name: ifOutDroppedOctets
Description: The number of total outbound kilo-bytes that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE132: VLAN based traffic separation 3GPP Measurement name (Clause header): 3GPP Measurement type:
774
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Definition updated in release:
2.29 LTE VLAN PHB Statistics measurement (M51128) 2.29.1 Description of LTE VLAN PHB Statistics measurement LTE VLAN PHB statistics measurement (M51128) contains PM counters to monitor the performance of the IP Iub functionality per VLAN interface for each per hop behaviour. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF-IVIF-PHBPM NW Aggregation Levels: PHBPM
2.29.2 Counters of LTE VLAN PHB Statistics measurement 2.29.2.1
M51128C0 / ifOctets_EF Counter ID: M51128C0
Network element name: ifOctets_EF
Version: 6.5
NetAct name: ifOctets_EF
Description: The number of outbound kilo-bytes that were successfully transmitted over the VLAN interface within the Expedited Forwarding PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
775
LTE performance measurements
2.29.2.2
LTE Performance Measurements
M51128C1 / ifPackets_EF Counter ID: M51128C1
Network element name: ifPackets_EF
Version: 6.6
NetAct name: ifPackets_EF
Description: The number of outbound packets that were successfully transmitted over the VLAN interface within the Expedited Forwarding PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.3
Definition updated in release:
M51128C2 / ifDroppedOctets_EF Counter ID: M51128C2
Network element name: ifDroppedOctets_EF
Version: 6.5
NetAct name: ifDroppedOctets_EF
Description: The number of outbound kilo-bytes within the Expedited Forwarding PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters:
776
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.4
Definition updated in release:
M51128C3 / ifDroppedPackets_EF Counter ID: M51128C3
Network element name: ifDroppedPackets_EF
Version: 6.5
NetAct name: ifDroppedPackets_EF
Description: The number of outbound packets within the Expedited Forwarding PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
777
LTE performance measurements
2.29.2.5
LTE Performance Measurements
M51128C4 / ifOctets_AF4 Counter ID: M51128C4
Network element name: ifOctets_AF4
Version: 6.5
NetAct name: ifOctets_AF4
Description: The number of outbound kilo-bytes that were successfully transmitted over the VLAN interface within the Assured Forwarding 4 PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.6
Definition updated in release:
M51128C5 / ifPackets_AF4 Counter ID: M51128C5
Network element name: ifPackets_AF4
Version: 6.5
NetAct name: ifPackets_AF4
Description: The number of outbound packets that were successfully transmitted over the VLAN interface within the Assured Forwarding 4 PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
778
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.7
Definition updated in release:
M51128C6 / ifDroppedOctets_AF4 Counter ID: M51128C6
Network element name: ifDroppedOctets_AF4
Version: 6.5
NetAct name: ifDroppedOctets_AF4
Description: The number of outbound kilo-bytes within the Assured Forwarding 4 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte is dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
779
LTE performance measurements
2.29.2.8
LTE Performance Measurements
M51128C7 / ifDroppedPackets_AF4 Counter ID: M51128C7
Network element name: ifDroppedPackets_AF4
Version: 6.5
NetAct name: ifDroppedPackets_AF4
Description: The number of outbound packets within the Assured Forwarding 4 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.9
Definition updated in release:
M51128C8 / ifOctets_AF3 Counter ID: M51128C8
Network element name: ifOctets_AF3
Version: 6.5
NetAct name: ifOctets_AF3
Description: The number of outbound kilo-bytes within the Assured Forwarding 3 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 3 PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class.
780
Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.10
Definition updated in release:
M51128C9 / ifPackets_AF3 Counter ID: M51128C9
Network element name: ifPackets_AF3
Version: 6.5
NetAct name: ifPackets_AF3
Description: The number of outbound packets within the Assured Forwarding 3 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 3 PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
781
LTE performance measurements
2.29.2.11
LTE Performance Measurements
M51128C10 / ifDroppedOctets_AF3 Counter ID: M51128C10
Network element name: ifDroppedOctets_AF3
Version: 6.5
NetAct name: ifDroppedOctets_AF3
Description: The number of outbound kilo-bytes within the Assured Forwarding 3 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.12
Definition updated in release:
M51128C11 / ifDroppedPackets_AF3 Counter ID: M51128C11
Network element name: ifDroppedPackets_AF3
Version: 6.5
NetAct name: ifDroppedPackets_AF3
Description: The number of outbound packets within the Assured Forwarding 3 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class.
782
Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.13
Definition updated in release:
M51128C12 / ifOctets_AF2 Counter ID: M51128C12
Network element name: ifOctets_AF2
Version: 6.5
NetAct name: ifOctets_AF2
Description: The number of outbound kilo-bytes within the Assured Forwarding 2 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 2 PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
783
LTE performance measurements
2.29.2.14
LTE Performance Measurements
M51128C13 / ifPackets_AF2 Counter ID: M51128C13
Network element name: ifPackets_AF2
Version: 6.5
NetAct name: ifPackets_AF2
Description: The number of outbound packets within the Assured Forwarding 2 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 2 PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.15
Definition updated in release:
M51128C14 / ifDroppedOctets_AF2 Counter ID: M51128C14
Network element name: ifDroppedOctets_AF2
Version: 6.5
NetAct name: ifDroppedOctets_AF2
Description: The number of outbound kilo-bytes within the Assured Forwarding 2 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class.
784
Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.16
Definition updated in release:
M51128C15 / ifDroppedPackets_AF2 Counter ID: M51128C15
Network element name: ifDroppedPackets_AF2
Version: 6.5
NetAct name: ifDroppedPackets_AF2
Description: The number of outbound packets within the Assured Forwarding 2 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
785
LTE performance measurements
2.29.2.17
LTE Performance Measurements
M51128C16 / ifOctets_AF1 Counter ID: M51128C16
Network element name: ifOctets_AF1
Version: 6.5
NetAct name: ifOctets_AF1
Description: The number of outbound kilo-bytes within the Assured Forwarding 1 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 1 PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.18
Definition updated in release:
M51128C17 / ifPackets_AF1 Counter ID: M51128C17
Network element name: ifPackets_AF1
Version: 6.5
NetAct name: ifPackets_AF1
Description: The number of outbound packets within the Assured Forwarding 1 PHB class that were successfully transmitted over the VLAN interface within the Assured Forwarding 1 PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class.
786
Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.19
Definition updated in release:
M51128C18 / ifDroppedOctets_AF1 Counter ID: M51128C18
Network element name: ifDroppedOctets_AF1
Version: 6.5
NetAct name: ifDroppedOctets_AF1
Description: The number of outbound kilo-bytes within the Assured Forwarding 1 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
787
LTE performance measurements
2.29.2.20
LTE Performance Measurements
M51128C19 / ifDroppedPackets_AF1 Counter ID: M51128C19
Network element name: ifDroppedPackets_AF1
Version: 6.5
NetAct name: ifDroppedPackets_AF1
Description: The number of outbound packets within the Assured Forwarding 1 PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.21
Definition updated in release:
M51128C20 / ifOctets_BE Counter ID: M51128C20
Network element name: ifOctets_BE
Version: 6.5
NetAct name: ifOctets_BE
Description: The number of outbound kilo-bytes within the Best Effort PHB class that were successfully transmitted over the VLAN interface within the Best Effort PHB class. Updated: The counter is updated when a kilo-byte is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters:
788
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.22
Definition updated in release:
M51128C21 / ifPackets_BE Counter ID: M51128C21
Network element name: ifPackets_BE
Version: 6.5
NetAct name: ifPackets_BE
Description: The number of outbound packets within the Best Effort PHB class that were successfully transmitted over the VLAN interface within the Best Effort PHB class. Updated: The counter is updated when a packet is transmitted within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
789
LTE performance measurements
2.29.2.23
LTE Performance Measurements
M51128C22 / ifDroppedOctets_BE Counter ID: M51128C22
Network element name: ifDroppedOctets_BE
Version: 6.5
NetAct name: ifDroppedOctets_BE
Description: The number of outbound kilo-bytes within the Best Effort PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a kilo-byte of outbound data needs to be dropped due to congestion within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.24
Definition updated in release:
M51128C23 / ifDroppedPackets_BE Counter ID: M51128C23
Network element name: ifDroppedPackets_BE
Version: 6.5
NetAct name: ifDroppedPackets_BE
Description: The number of outbound packets within the Best Effort PHB class that were dropped in the IP scheduler due to congestion. Updated: The counter is updated when a packet needs to be dropped due to congestion within the PHB class.
790
Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.25
Definition updated in release:
M51128C24 / ifRxOctets_EF Counter ID: M51128C24
Network element name: ifRxOctets_EF
Version: 6.5
NetAct name: ifRxOctets_EF
Description: The total number of kilo-bytes received on the VLAN interface for the Expedited Forwarding PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
791
LTE performance measurements
2.29.2.26
LTE Performance Measurements
M51128C25 / ifRxPackets_EF Counter ID: M51128C25
Network element name: ifRxPackets_EF
Version: 6.5
NetAct name: ifRxPackets_EF
Description: The total number of packets received on the VLAN interface for the Expedited Forwarding PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.27
Definition updated in release:
M51128C26 / ifRxOctets_AF4 Counter ID: M51128C26
Network element name: ifRxOctets_AF4
Version: 6.5
NetAct name: ifRxOctets_AF4
Description: The total number of kilo-bytes received on the VLAN interface for the Assured Forwarding 4 PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters:
792
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.28
Definition updated in release:
M51128C27 / ifRxPackets_AF4 Counter ID: M51128C27
Network element name: ifRxPackets_AF4
Version: 6.5
NetAct name: ifRxPackets_AF4
Description: The total number of packets received on the VLAN interface for the Assured Forwarding 4 PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
793
LTE performance measurements
2.29.2.29
LTE Performance Measurements
M51128C28 / ifRxOctets_AF3 Counter ID: M51128C28
Network element name: ifRxOctets_AF3
Version: 6.5
NetAct name: ifRxOctets_AF3
Description: The total number of kilo-bytes received on the VLAN interface for the Assured Forwarding 3 PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.30
Definition updated in release:
M51128C29 / ifRxPackets_AF3 Counter ID: M51128C29
Network element name: ifRxPackets_AF3
Version: 6.5
NetAct name: ifRxPackets_AF3
Description: The total number of packets received on the VLAN interface for the Assured Forwarding 3 PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
794
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.31
Definition updated in release:
M51128C30 / ifRxOctets_AF2 Counter ID: M51128C30
Network element name: ifRxOctets_AF2
Version: 6.5
NetAct name: ifRxOctets_AF2
Description: The total number of kilo-bytes received on the VLAN interface for the Assured Forwarding 2 PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
795
LTE performance measurements
2.29.2.32
LTE Performance Measurements
M51128C31 / ifRxPackets_AF2 Counter ID: M51128C31
Network element name: ifRxPackets_AF2
Version: 6.5
NetAct name: ifRxPackets_AF2
Description: The total number of packets received on the VLAN interface for the Assured Forwarding 2 PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.33
Definition updated in release:
M51128C32 / ifRxOctets_AF1 Counter ID: M51128C32
Network element name: ifRxOctets_AF1
Version: 6.5
NetAct name: ifRxOctets_AF1
Description: The total number of kilo-bytes received on the VLAN interface for the Assured Forwarding 1 PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters:
796
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.34
Definition updated in release:
M51128C33 / ifRxPackets_AF1 Counter ID: M51128C33
Network element name: ifRxPackets_AF1
Version: 6.5
NetAct name: ifRxPackets_AF1
Description: The total number of packets received on the VLAN interface for the Assured Forwarding 1 PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Issue: 05B
Definition updated in release:
DN0944219
797
LTE performance measurements
2.29.2.35
LTE Performance Measurements
M51128C34 / ifRxOctets_BE Counter ID: M51128C34
Network element name: ifRxOctets_BE
Version: 6.5
NetAct name: ifRxOctets_BE
Description: The total number of kilo-bytes received on the VLAN interface for the Best Effort PHB class. The counter includes framing characters. Updated: The counter is updated when a kilo-byte is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
2.29.2.36
Definition updated in release:
M51128C35 / ifRxPackets_BE Counter ID: M51128C35
Network element name: ifRxPackets_BE
Version: 5.5
NetAct name: ifRxPackets_BE
Description: The total number of packets received on the VLAN interface for the Best Effort PHB class. The counter includes framing characters. Updated: The counter is updated when a packet is received within the PHB class. Logical type: Sum
Trigger type: Event
Sampling interval: 1h, mandatory
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters:
798
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Operability class: Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN1.0_LNT2.0
Definition updated in release:
2.30 LTE VLAN Statistics measurement (M51129) 2.30.1 Description of LTE VLAN Statistics measurement LTE VLAN statistics measurement (M51129) contains PM counters to monitor the performance at the Ethernet level for VLAN interfaces. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF-IVIF NW Aggregation Levels: IVIF
2.30.2 Counters of LTE VLAN Statistics measurement 2.30.2.1
M51129C0 / rxEthernetPackets Counter ID: M51129C0
Network element name: rxEthernetPackets
Version: 5.5
NetAct name: rxEthernetPackets
Description: The number of ethernet packets received on the interface. Updated: The counter is incremented when a packet is received on the interface. Logical type: Sum
Trigger type: Event
Sampling interval:
Unit: Packets
Range:
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I
Issue: 05B
DN0944219
799
LTE performance measurements
LTE Performance Measurements
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT2.0
2.30.2.2
Definition updated in release:
M51129C1 / rxEhernetOctets Counter ID: M51129C1
Network element name: rxEhernetOctets
Version: 5.5
NetAct name: rxEhernetOctets
Description: The number of ethernet kilo-bytes received on the interface. Updated: The counter is incremented when a kilo-byte is received on the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT2.0
2.30.2.3
Definition updated in release:
M51129C2 / txEthernetPackets Counter ID: M51129C2
Network element name: txEthernetPackets
Version: 5.4
NetAct name: txEthernetPackets
Description: The number of ethernet packets transmitted on the interface. Updated: The counter is incremented when a packet is transmitted over the interface.
800
DN0944219
Issue: 05B
LTE Performance Measurements
LTE performance measurements
Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN2.0_LNT2.0
2.30.2.4
Definition updated in release:
M51129C3 / txEthernetOctets Counter ID: M51129C3
Network element name: txEthernetOctets
Version: 5.4
NetAct name: txEthernetOctets
Description: The number of ethernet kilo-bytes transmitted on the interface. Updated: The counter is incremented when a kilo-byte is transmitted over the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard:
Issue: 05B
DN0944219
801
LTE performance measurements
LTE Performance Measurements
Used from release: FDTD_LN2.0_LNT2.0
Definition updated in release:
2.31 LTE ETH_IF Statistics measurement (M51130) 2.31.1 Description of LTE ETH_IF Statistics measurement LTE ETHIF statistics measurement (M51130) contains PM counters to monitor the performance at the Ethernet level for the plain Ethernet interface. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-IEIF NW Aggregation Levels: IEIF
2.31.2 Counters of LTE ETH_IF Statistics measurement 2.31.2.1
M51130C0 / rxEthernetPackets Counter ID: M51130C0
Network element name: rxEthernetPackets
Version: 5.5
NetAct name: rxEthernetPackets
Description: The number of ethernet packets received on the interface. This includes those that may be subsequently discarded due to errors. Updated: The counter is updated when a packet is received on the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT2.0
802
DN0944219
Issue: 05B
LTE Performance Measurements
2.31.2.2
LTE performance measurements
M51130C1 / rxEhernetOctets Counter ID: M51130C1
Network element name: rxEhernetOctets
Version: 5.5
NetAct name: rxEhernetOctets
Description: The number of ethernet bytes received on the interface. This includes bytes of those packets that may be subsequently discarded due to errors. Updated: The counter is updated when an kilo-byte is received on the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT2.0
2.31.2.3
M51130C2 / txEthernetPackets Counter ID: M51130C2
Network element name: txEthernetPackets
Version: 5.5
NetAct name: txEthernetPackets
Description: The number of ethernet packets transmitted on the interface. Updated: The counter is updated when a packet is transmitted over the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission
Issue: 05B
DN0944219
803
LTE performance measurements
LTE Performance Measurements
Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT2.0
2.31.2.4
M51130C3 / txEthernetOctets Counter ID: M51130C3
Network element name: txEthernetOctets
Version: 5.5
NetAct name: txEthernetOctets
Description: The number of ethernet kilo-bytes transmitted on the interface. Updated: The counter is updated when a kilo-byte is transmitted over the interface. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Kilobyte
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II LTE806: Performance Counter Plus Package for Transport I 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN2.0_LNT2.0
2.31.2.5
804
M51130C4 / EthIfInUnknownVLAN_15 Counter ID: M51130C4
Network element name: EthIfInUnknownVLAN_15
Version: 1.5
NetAct name: EthIfInUnknownVLAN_15
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LTE performance measurements
Description: Number of received Ethernet packets with an unknown VLAN ID. NOTE: _15 is just a string and has no special relevance in counter name. Note 2: This counter is not supported in RL50FZ for FZM. Updated: The counter is incremented every second by the number of Ethernet frames received by the interface that were discarded as they contain an unknown VLAN ID. The counter is in hardware implemented as 16 bit counter, therefore it is possible that it rolls over within 15 minutes. An indication of a possible misconfiguration can be derived anyway. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE770: Basic Performance Counter Collection II 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release:
Definition updated in release:
FDTD_LN5.0_LNT3.0
2.32 LTE L2 Switch Statistics measurement (M51131) 2.32.1 Description of LTE L2 Switch Statistics measurement LTE Layer 2 Switch statistics measurement (M51131) contains PM counters to measure total numbers of received and transmitted octets and packets across the layer 2 switch. Network Profile: PLMN-MRBTS-LNBTS-FTM-L2SWI NW Aggregation Levels: L2SWI
2.32.2 Counters of LTE L2 Switch Statistics measurement 2.32.2.1
Issue: 05B
M51131C0 / ethIfOutDiscShaping Counter ID: M51131C0
Network element name: ethIfOutDiscShaping
Version: 5.1
NetAct name: ethIfOutDiscShaping
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LTE Performance Measurements
Description: Number of transport frames/packets discarded due to egress shaping (Buffer overflow). Updated: The counter is incremented every second by the number of Ethernet packets to be transmitted that were discarded due to egress shaping (Buffer overflow). Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
Definition updated in release:
2.33 LTE TWAMP Statistics measurement (M51132) 2.33.1 Description of LTE TWAMP Statistics measurement TWAMP statistics measurement (M51132) contains PM counters to measure the round trip time (RTT) and the packet loss ratio (PLR) of messages exchanged with a remote peer. Network Profile: PLMN-MRBTS-LNBTS-FTM-IPNO-TWAMP NW Aggregation Levels: TWAMP
2.33.2 Counters of LTE TWAMP Statistics measurement 2.33.2.1
M51132C0 / avgRTT_15Min Counter ID: M51132C0
Network element name: avgRTT_15Min
Version: 4.4
NetAct name: avgRTT_15Min
Description: This is the calculated average Round trip time (RTT) for TWAMP messages that the BTS has sent to its remote peer during the last 15 minutes for this TWAMP session. Updated: The counter is updated for every reply message to a TWAMP initiator message that the BTS has sent over this TWAMP session.
806
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LTE Performance Measurements
LTE performance measurements
Logical type: Average, time
Trigger type: Event
Sampling interval: 100 ms, 1 second
Unit: Microseconds
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE574: Transport network measurement 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.33.2.2
Definition updated in release:
M51132C1 / maxRTT_15Min Counter ID: M51132C1
Network element name: maxRTT_15Min
Version: 4.3
NetAct name: maxRTT_15Min
Description: This is the maximum detected Round trip time (RTT) for TWAMP messages that the BTS has sent to its remote peer during the last 15 minutes. Updated: The counter is updated for every reply message to a TWAMP initiator message that the BTS has sent over this TWAMP session, for which a new maximum round trip time is detected. Logical type: Max
Trigger type: Event
Sampling interval: 15 minutes
Unit: Microseconds
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE574: Transport network measurement 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
Issue: 05B
Definition updated in release:
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2.33.2.3
LTE Performance Measurements
M51132C2 / minRTT_15Min Counter ID: M51132C2
Network element name: minRTT_15Min
Version: 4.3
NetAct name: minRTT_15Min
Description: This is the minimum detected Round trip time (RTT) for TWAMP messages that the BTS has sent to its remote peer during the last 15 minutes. Updated: The counter is updated for every reply message to a TWAMP initiator message that the BTS has sent over this TWAMP session, for which a new minimum round trip time is detected. Logical type: Min
Trigger type: Event
Sampling interval: 15 minutes
Unit: Microseconds
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE574: Transport network measurement 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.33.2.4
Definition updated in release:
M51132C3 / lostTwampMessages Counter ID: M51132C3
Network element name: lostTwampMessages
Version: 4.3
NetAct name: lostTwampMessages
Description: This is the number of measurements packets lost when no reply packet is received within timeout period or a reply-packet with different (higher) sequence number is received. Updated: The counter is updated for every lost TWAMP message for the session. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission
808
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LTE Performance Measurements
LTE performance measurements
Related to feature:
Related to standard:
LTE574: Transport network measurement 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.33.2.5
Definition updated in release:
M51132C4 / txTwampMessages Counter ID: M51132C4
Network element name: txTwampMessages
Version: 4.3
NetAct name: txTwampMessages
Description: This is the number of transmitted TWAMP messages for the TWAMP session. Updated: The counter is updated for every transmitted TWAMP message for the session. Logical type: Sum
Trigger type: Event
Sampling interval: 15 minutes
Unit: Packets
Range: 32 bits
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE574: Transport network measurement 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
Definition updated in release:
2.34 LTE TAC Statistics measurement (M51136) 2.34.1 Description of LTE TAC Statistics measurement Transport Admission Control measurement (M51136) contains PM counters for measuring the TAC traffic per TAC Interface. Network Profile: PLMN-MRBTS-LNBTS-FTM-TAC-LTAC
Issue: 05B
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NW Aggregation Levels: LTAC
2.34.2 Counters of LTE TAC Statistics measurement 2.34.2.1
M51136C0 / tacSuccessfulGbrNormal Counter ID: M51136C0
Network element name: tacSuccessfulGbrNormal
Version: 4.3
NetAct name: tacSuccessfulGbrNormal
Description: The number of normal GBR connection requests which had been accepted by Tranport Admission Control. Updated: Counters is incremented with each successful normal setup request message. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.34.2.2
Definition updated in release:
M51136C1 / tacSuccessfulGbrHandover Counter ID: M51136C1
Network element name: tacSuccessfulGbrHandover
Version: 4.3
NetAct name: tacSuccessfulGbrHandover
Description: The number of Handover connection requests which had been accepted by Tranport Admission Control. Updated: Counters is incremented with each successful handover setup request meassage. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters:
810
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LTE performance measurements
Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.34.2.3
Definition updated in release:
M51136C2 / tacSuccessfulGbrEmergency Counter ID: M51136C2
Network element name: tacSuccessfulGbrEmergency
Version: 4.3
NetAct name: tacSuccessfulGbrEmergency
Description: The number of Emergency connection requests which had been accepted by Tranport Admission Control. Updated: Counters is incremented with each successful Emergency setup request meassage. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.34.2.4
Issue: 05B
Definition updated in release:
M51136C3 / tacRejectedGbrNormal Counter ID: M51136C3
Network element name: tacRejectedGbrNormal
Version: 4.3
NetAct name: tacRejectedGbrNormal
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Description: The number of normal GBR connection requests which had been rejected by Tranport Admission Control due to insufficient transport resources. Updated: Counters is incremented with each rejected normal setup request. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.34.2.5
Definition updated in release:
M51136C4 / tacRejectedGbrHandover Counter ID: M51136C4
Network element name: tacRejectedGbrHandover
Version: 4.3
NetAct name: tacRejectedGbrHandover
Description: the number of Handover connection requests which had been rejected by Tranport Admission Control due to insufficient transport resources. Updated: Counters is incremented with each rejected handover setup request. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type:
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LTE performance measurements
Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
2.34.2.6
Definition updated in release:
M51136C5 / tacRejectedGbrEmergency Counter ID: M51136C5
Network element name: tacRejectedGbrEmergency
Version: 4.3
NetAct name: tacRejectedGbrEmergency
Description: The number of Emergency connection requests which had been rejected by Tranport Admission Control due to insufficient transport resources. Updated: Counters is incremented with each rejected emergency setup request. Logical type: Cumulative
Trigger type: Event
Sampling interval: 15 minutes
Unit: Integer number
Range: 32 bit
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE144: Transport admission control 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FDTD_LN3.0_LNT3.0
Definition updated in release:
2.35 LTE TOP FreqSync Statistics measurement (51137) 2.35.1 Description of LTE TOP FreqSync Statistics measurement LTE TOP FreqSync Statistics measurement (M51137) contains PM counters to measure Timing over Packet (TOP) FreqSync statistics. Network Profile: PLMN-MRBTS-LNBTS-FTM-TOPB-TOPF NW Aggregation Levels: TOPF
Issue: 05B
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LTE Performance Measurements
2.35.2 Counters of LTE TOP FreqSync Statistics measurement 2.35.2.1
M51137C0 / topRxFreqSyncMsg Counter ID: M51137C0
Network element name: topRxFreqSyncMsg
Version: 2.3
NetAct name: topRxFreqSyncMsg
Description: The number of received ToP frequency synchronisation event messages. Event messages are time stamped and used for clock recovery. Updated: The counter is incremented every second by the number of received frequency synchronisation messages. Logical type: Cumulative
Trigger type: Sample
Sampling interval: 15 minutes
Unit: packets
Range:
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
2.35.2.2
Definition updated in release:
M51137C1 / topMinFreqSyncError Counter ID: M51137C1
Network element name: topMinFreqSyncError
Version: 2.10
NetAct name: topMinFreqSyncError
Description: The minimum value of the timing over packet service estimated freq sync error in ppb during the interval. The unit applicable to FTLB/FTIB HW's is ppb and for FSMF/FTIF HW is ppb/1000. Updated: "The value is updated every minute using the following formula: minValue = min (minValue, actualValue)" Logical type: Min
Trigger type: Sample
Sampling interval: 15 minutes
Unit: ppb
Range:
Example values:
Dependencies with other counters: Operability class: Transmission
814
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LTE performance measurements
Related to feature:
Related to standard:
LTE134: LTE Timing over Packet 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
2.35.2.3
Definition updated in release:
M51137C2 / topAvgFreqSyncError Counter ID: M51137C2
Network element name: topAvgFreqSyncError
Version: 2.7
NetAct name: topAvgFreqSyncError
Description: The average value of the timing over packet service freq sync error in ppb during the interval. The unit applicable to FTLB/FTIB HW is ppb and for FSMF/FTIF HW is ppb/1000. Updated: "The value is updated every minute using the following formula: aveValueNew = (aveValueOld * (actualIntervalLength - 1) + actualValue) / actualIntervalLength" Logical type: Average
Trigger type: Sample
Sampling interval: 15 minutes
Unit: ppb
Range:
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE134: LTE Timing over Packet 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
2.35.2.4
Issue: 05B
Definition updated in release:
M51137C3 / topMaxFreqSyncError Counter ID: M51137C3
Network element name: topMaxFreqSyncError
Version: 2.8
NetAct name: topMaxFreqSyncError
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Description: The maximum value of the timing over packet service freq sync error in ppb during the interval. The unit applicable to FTLB/FTIB HW is ppb and for FSMF/FTIF HW is ppb/1000. Updated: "The value is updated every minute using the following formula: maxValue = max (maxValue, actualValue)" Logical type: Max
Trigger type: Sample
Sampling interval: 15 minutes
Unit: ppb
Range:
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
LTE134: LTE Timing over Packet 3GPP Measurement name (Clause header): 3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
2.35.2.5
Definition updated in release:
M51137C4 / topFreqSyncSLS Counter ID: M51137C4
Network element name: topFreqSyncSLS
Version: 2.4
NetAct name: topFreqSyncSLS
Description: The number of seconds during this interval while the timing over packet frequency synchronisation service was in locked state. Updated: The number of seconds during this interval while the timing over packet frequency synchronisation service was in locked state. Logical type: Sum
Trigger type: Duration
Sampling interval: 15 minutes
Unit: s
Range:
Example values:
Dependencies with other counters: Operability class: Transmission Related to feature:
Related to standard:
3GPP Measurement name (Clause header):
816
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LTE Performance Measurements
LTE performance measurements
3GPP Measurement type: Exceptions to related standard: Used from release: FD-LN4.0
Issue: 05B
Definition updated in release:
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Signaling Diagrams
LTE Performance Measurements
3 Signaling Diagrams This chapter represents how eNB counters are updated in some common scenarios.
g
Please, note that the following diagrams should be consider only as demonstrative. The scanarios gives a concept of selected LTE procedures.
3.1 Bearer Setup The following figures show an overview of in which step of the bearer setup procedure a bearer setup counter is triggered.
818
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Figure 1
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Signaling Diagrams
Bearer setup scenario - part 1
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Figure 2
Bearer setup scenario - part 2
3.2 Intra eNB Handover The following figure shows an overview of in which step of the handover procedure an Intra eNB Handover related counter is triggered.
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Figure 3
Signaling Diagrams
Intra eNB Handover scenario
3.3 Inter eNB Handover via X2 The following figure shows an overview of in which step of the handover procedure an Inter eNB Handover related counter is triggered.
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Figure 4
822
Inter eNB Handover scenario
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