ManagedElement,ENodeBFunction,AnrFunction|managedelement,enodebfunction,anrfunction|noOfTimesToCheckRel|nooftimestocheckrel|RW|int32||||This parameter defines the number of times that a suspected neighbor relation (if there are more than one cell with the same PCI), shall be checked using CGI reports.|
ManagedElement,ENodeBFunction,AutoCellCapEstFunction|managedelement,enodebfunction,autocellcapestfunction|cellCapOffsetComp|cellcapoffsetcomp|RW|int32||||Bias compensates the estimated cell capacity value.|
ManagedElement,ENodeBFunction,AutoCellCapEstFunction|managedelement,enodebfunction,autocellcapestfunction|cellCapScaleComp|cellcapscalecomp|RW|int32||||Scale compensates the estimated cell capacity value. Parameter granularity is 0.001 and the range is [0..10].|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|dlOnlySCellPriorityEnabled|dlonlyscellpriorityenabled|RW|boolean||||When set to true, an SCell candidate with MO attribute EUtranCellFDD::isDlOnly set to true is given priority in the initial SCell selection. This priority is applied after the priority set by fddTddSCellPriority. Note: This attribute is valid only for FDD cells.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|effectiveBwImpactDl2Layer|effectivebwimpactdl2layer|RW|int32||||Expected DL throughput gain of having 2 layers compared with 1, averaged over a large sample of UE locations.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|effectiveBwImpactDlHom|effectivebwimpactdlhom|RW|int32||||Expected DL throughput gain of having 256 QAM compared with 64 QAM, averaged over a large sample of UE locations.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|effectiveBwImpactUlHom|effectivebwimpactulhom|RW|int32||||Expected UL throughput gain of having 64 QAM compared with 16 QAM, averaged over a large sample of UE locations.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|fddTddSCellPriority|fddtddscellpriority|RW|enumRef||NONE,TDD,FDD|0,1,2|Cell selection priority between FDD and TDD SCell candidates for initial selection of SCells. This priority has precedence over all other priorities.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|maxSupportedLayersPerUe|maxsupportedlayersperue|RW|int32||||Limits the maximum number of layers considered when adding SCells for a UE.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|requestedBandCombCompresssion|requestedbandcombcompresssion|RW|enumRef||OFF,R11_REQUESTED_BAND_COMBO|0,1|Determines the size of UE band combination report by controlling which IEs are used to query the UE band combination support.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|sCellActProhibitTimerPoorCov|scellactprohibittimerpoorcov|RW|int32||||Timer to prevent immediate new SCell activation after an SCell deactivation due to poor coverage. Only applicable to users configured with more than two SCells.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|sCellRelationPolicy|scellrelationpolicy|RW|enumRef||MANUAL_ONLY,AUTO_FROM_LB|0,1|The value controls the interpretation of sCellCandidate on each EUtranCellRelation if set to AUTO. When policy is set to AUTO_FROM_LB, sCellCandidate is AUTO directs DSS to check if loadBalancing is ALLOWED, then treats the cell as a valid SCell candidate.|
ManagedElement,ENodeBFunction,CarrierAggregationFunction|managedelement,enodebfunction,carrieraggregationfunction|waitForSCellDeconfOpportunity|waitforscelldeconfopportunity|RW|int32||||Controls the length of time that elapses until a UE is considered for SCell deconfiguration due to no measurement reports when the SCell is disabled.  "-1" means the SCell is not deconfigured due to this reason.|
ManagedElement,ENodeBFunction,CellSleepNodeFunction|managedelement,enodebfunction,cellsleepnodefunction|csmEutranInterFMeasReportIncrTimer|csmeutraninterfmeasreportincrtimer|RW|int32||||Duration a cell must retain at high intensity of periodic measurements. The duration is applied at feature activation, and at cell and node restarts.|
ManagedElement,ENodeBFunction,CellSleepNodeFunction|managedelement,enodebfunction,cellsleepnodefunction|csmHitRateEutran0|csmhitrateeutran0|RW|int32||||Initial hit rate for a new EUtranCellRelation in cell sleep mode hit rate table.|
ManagedElement,ENodeBFunction,CellSleepNodeFunction|managedelement,enodebfunction,cellsleepnodefunction|csmHitRateEutranFilterCoeff|csmhitrateeutranfiltercoeff|RW|int32||||Coefficient for cell sleep mode hit rate calculation on EUtran cell relations.|
ManagedElement,ENodeBFunction,DlComp|managedelement,enodebfunction,dlcomp|dlCompId|dlcompid|RW|string||||The value component of the RDN.|
ManagedElement,ENodeBFunction,DlComp|managedelement,enodebfunction,dlcomp|dlCompMeasRprtMaxSinr|dlcompmeasrprtmaxsinr|RW|int32||||If no more than maximum SINR, a UE is considered as a candidate to use event A5 measurements in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,DlComp|managedelement,enodebfunction,dlcomp|dlCompMeasRprtMinSinr|dlcompmeasrprtminsinr|RW|int32||||If at least minimum SINR, a UE is considered as a candidate to use event A5 measurements in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,DrxProfile|managedelement,enodebfunction,drxprofile|reservedBy|reservedby|RO|sequence|moRef|||Contains a list of QciProfile instances that reserve this MO instance.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|arrivalTimePrim|arrivaltimeprim|RO|string||||Time when the SIB10 information arrived in the eNB.  Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|arrivalTimeSec|arrivaltimesec|RO|string||||Time when the SIB11 information arrived in the eNB.  Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|dataCodingScheme|datacodingscheme|RO|int32||||Data coding scheme for the message.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|messageIdentifierPrim|messageidentifierprim|RO|int32||||Message identifier for SIB10.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|messageIdentifierSec|messageidentifiersec|RO|int32||||Message identifier for SIB11.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|numberOfBroadcastsRequested|numberofbroadcastsrequested|RO|int32||||Number of requested repetitions of SIB11.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|repetitionPeriod|repetitionperiod|RO|int32||||Repetition period for SIB11.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|serialNumberPrim|serialnumberprim|RO|int32||||Serial number for SIB10.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|serialNumberSec|serialnumbersec|RO|int32||||Serial number for SIB11.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|warningMessageContents|warningmessagecontents|RO|string||||Contents of the message.|
ManagedElement,ENodeBFunction,EUtranCellFDD,Etws|managedelement,enodebfunction,eutrancellfdd,etws|warningType|warningtype|RO|int32||||Warning type for SIB10.|
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|hoSuccessRateLpFilt|hosuccessratelpfilt|RO|int32||||This parameter specifies the low-pass filtered handover success rate.|
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|isMroAllowed|ismroallowed|RW|boolean||||Indicates whether the Handover-associated configurations could be optimized automatically or not. Note: This attribute is valid only for TDD cells.|
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|lbUeMeasScaling|lbuemeasscaling|RW|int32||||Scaling factor for the required number of UE candidates needed for load balancing measurements to meet the load balancing target. Special value: 0 means automatic scaling factor.  The attribute has no effect when the feature Coverage Adapted Load Management is operable.|
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|timesLeftToCheckRel|timeslefttocheckrel|RW|int32||||This parameter holds the number of checks that remain until the neigbour relation is not regarded as suspected any longer.  When the RBS knows more than one cell, internal or external, with the same PCI, and a neighbour relation exists to at least one of them, these neighbour relations are marked as suspected. Suspected relations are checked, using CGI reports, a number of times according to nrOfTimesToCheckRel. If one CGI report holds another CGI, than the current one for the relation, the operator is notified. |
ManagedElement,ENodeBFunction,EUtranCellFDD,EUtranFreqRelation,EUtranCellRelation|managedelement,enodebfunction,eutrancellfdd,eutranfreqrelation,eutrancellrelation|uniqueESCellId|uniqueescellid|RO|int32||||A unique but shortened identifier for external eNB and cell. This identifier can be used to correlate some logs with this cell relation.|
ManagedElement,ENodeBFunction,EUtranCellFDD,GeranFreqGroupRelation,GeranCellRelation|managedelement,enodebfunction,eutrancellfdd,geranfreqgrouprelation,gerancellrelation|calculatedUeRelevance|calculateduerelevance|RO|int32||||Estimated percentage of UEs that have ranked the associated neighbor cell as the strongest. The parameter is used by the feature best neighbor for redirect with SI.|
ManagedElement,ENodeBFunction,EUtranCellFDD,GeranFreqGroupRelation,GeranCellRelation|managedelement,enodebfunction,eutrancellfdd,geranfreqgrouprelation,gerancellrelation|hoSuccessRateLpFilt|hosuccessratelpfilt|RO|int32||||This parameter specifies the low-pass filtered handover success rate.|
ManagedElement,ENodeBFunction,EUtranCellFDD,GeranFreqGroupRelation,GeranCellRelation|managedelement,enodebfunction,eutrancellfdd,geranfreqgrouprelation,gerancellrelation|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Prim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1prim|reportAmountA1Prim|reportamounta1prim|RW|int32||||The number of reports for periodical reporting for the primary eventA1 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Prim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1prim|reportIntervalA1Prim|reportintervala1prim|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the primary eventA1 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Prim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1prim|reportQuantityA1Prim|reportquantitya1prim|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the primary eventA1 measurement. The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. The value 1 - BOTH means that both Reference Signal Received Power (RSRP) and Reference Signal Received Quality (RSRQ) quantities are included in the measurement report. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Sec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1sec|reportAmountA1Sec|reportamounta1sec|RW|int32||||The number of reports for periodical reporting for the secondary eventA1 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Sec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1sec|reportIntervalA1Sec|reportintervala1sec|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the secondary eventA1 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA1Sec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga1sec|reportQuantityA1Sec|reportquantitya1sec|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the secondary eventA1 measurement. The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. The value 1 - BOTH means that both Reference Signal Received Power (RSRP) and Reference Signal Received Quality (RSRQ) quantities are included in the measurement report. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga4|maxReportCellsA4|maxreportcellsa4|RW|int32||||Maximum number of cells to include in the measurement report for the eventA4 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga4|reportAmountA4|reportamounta4|RW|int32||||The number of reports for periodical reporting for the eventA4 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga4|reportIntervalA4|reportintervala4|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the eventA4 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga4|reportQuantityA4|reportquantitya4|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the eventA4 measurement. The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. The value 1 - BOTH means that both Reference Signal Received Power (RSRP) and Reference Signal Received Quality (RSRQ) quantities are included in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5DlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5dlcomp|a5Threshold1Rsrq|a5threshold1rsrq|RW|int32||||The RSRQ threshold1 value for event A5 used in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5DlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5dlcomp|a5Threshold2Rsrq|a5threshold2rsrq|RW|int32||||The RSRQ threshold2 value for event A5 used in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5DlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5dlcomp|hysteresisA5|hysteresisa5|RW|int32||||The hysteresis value for the event A5 measurements used in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5DlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5dlcomp|reportIntervalA5|reportintervala5|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the event A5 measurements used in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5DlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5dlcomp|timeToTriggerA5|timetotriggera5|RW|int32||||The time-to-trigger value for event A5 used in Downlink Coordinated Multi-Point.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5SoftLock|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5softlock|hysteresisA5|hysteresisa5|RW|int32||||Hysteresis value for eventA5 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5SoftLock|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5softlock|maxReportCellsA5|maxreportcellsa5|RW|int32||||Maximum number of cells to include in the measurement report for eventA5 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5SoftLock|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5softlock|reportAmountA5|reportamounta5|RW|int32||||Number of reports for periodical reporting for eventA5 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5SoftLock|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5softlock|reportIntervalA5|reportintervala5|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|Interval for event-triggered periodical reporting for eventA5 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5SoftLock|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5softlock|timeToTriggerA5|timetotriggera5|RW|int32||||Time-to-trigger value for eventA5 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|a5Threshold1Rsrp|a5threshold1rsrp|RW|int32||||The Reference Signal Received Power (RSRP) threshold1 value for eventA5.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|a5Threshold1Rsrq|a5threshold1rsrq|RW|int32||||The Reference Signal Received Quality (RSRQ) threshold1 value for event A5.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|a5Threshold2Rsrq|a5threshold2rsrq|RW|int32||||The Reference Signal Received Quality (RSRQ) threshold2 value for event A5.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|maxReportCellsA5|maxreportcellsa5|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|reportAmountA5|reportamounta5|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5ultrig|triggerQuantityA5|triggerquantitya5|RW|enumRef||RSRP,RSRQ|0,1|The quantity that triggers the event.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5|maxReportCellsA5|maxreportcellsa5|RW|int32||||Maximum number of cells to include in the measurement report for the eventA5 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5|reportAmountA5|reportamounta5|RW|int32||||The number of reports for periodical reporting for the eventA5 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5|reportIntervalA5|reportintervala5|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the eventA5 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigA5|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiga5|reportQuantityA5|reportquantitya5|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the eventA5 measurement. The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. The value 1 - BOTH means that both Reference Signal Received Power (RSRP) and Reference Signal Received Quality (RSRQ) quantities are included in the measurement report. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1geran|maxReportCellsB1|maxreportcellsb1|RW|int32||||Maximum number of cells to include in the measurement report for the eventB1 measurement for GERAN.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1geran|reportAmountB1|reportamountb1|RW|int32||||The number of reports for periodical reporting for the eventB1 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1geran|reportIntervalB1|reportintervalb1|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the eventB1 measurement for GERAN.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1utra|maxReportCellsB1|maxreportcellsb1|RW|int32||||Maximum number of cells to include in the measurement report for the eventB1 measurement for UTRA.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1utra|reportAmountB1|reportamountb1|RW|int32||||The number of reports for periodical reporting for the eventB1 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB1Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb1utra|reportIntervalB1|reportintervalb1|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the eventB1 measurement for UTRA.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma20001xRtt|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma20001xrtt|maxReportCellsB2|maxreportcellsb2|RW|int32||||Maximum number of cells to include in the measurement report for the eventB2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma20001xRtt|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma20001xrtt|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma20001xRtt|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma20001xrtt|reportIntervalB2|reportintervalb2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the eventB2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma2000|maxReportCellsB2|maxreportcellsb2|RW|int32||||Maximum number of cells to include in the measurement report for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma2000|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Cdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdma2000|reportIntervalB2|reportintervalb2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2CdmaRttUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdmarttultrig|b2Threshold1Rsrp|b2threshold1rsrp|RW|int32||||The Reference Signal Received Power (RSRP) threshold1 value for event B2 used when the measurement is triggered by bad uplink.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2CdmaRttUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdmarttultrig|maxReportCellsB2|maxreportcellsb2|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2CdmaUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdmaultrig|b2Threshold1Rsrp|b2threshold1rsrp|RW|int32||||The Reference Signal Received Power (RSRP) threshold1 value for event B2 used when the measurement is triggered by bad uplink.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2CdmaUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2cdmaultrig|maxReportCellsB2|maxreportcellsb2|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2GeranUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geranultrig|b2Threshold1Rsrp|b2threshold1rsrp|RW|int32||||The Reference Signal Received Power (RSRP) threshold1 value for event B2 used when the measurement is triggered by bad uplink.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2GeranUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geranultrig|maxReportCellsB2|maxreportcellsb2|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2GeranUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geranultrig|reportAmountB2|reportamountb2|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geran|maxReportCellsB2|maxreportcellsb2|RW|int32||||Maximum number of cells to include in the measurement report for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geran|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Geran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2geran|reportIntervalB2|reportintervalb2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2UtraUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utraultrig|b2Threshold1Rsrp|b2threshold1rsrp|RW|int32||||The Reference Signal Received Power (RSRP) threshold1 value for event B2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2UtraUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utraultrig|maxReportCellsB2|maxreportcellsb2|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2UtraUlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utraultrig|reportAmountB2|reportamountb2|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utra|maxReportCellsB2|maxreportcellsb2|RW|int32||||Maximum number of cells to include in the measurement report for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utra|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigB2Utra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigb2utra|reportIntervalB2|reportintervalb2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the eventB2 measurement. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbCdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbcdma2000|maxReportCells|maxreportcells|RW|int32||||Maximum number of cells to include in the measurement report for the eventB1 measurement for CDMA2000|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbCdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbcdma2000|reportAmount|reportamount|RW|int32||||Number of reports for periodical reporting for the eventB1 measurement The value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbCdma2000|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbcdma2000|reportInterval|reportinterval|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|Interval for event triggered periodical reporting for the eventB1 measurement for CDMA2000|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbGeran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbgeran|maxReportCells|maxreportcells|RW|int32||||Maximum number of cells to include in the measurement report for the event B1 or B2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbGeran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbgeran|reportAmount|reportamount|RW|int32||||The number of reports for periodical reporting for the event B1 or B2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbGeran|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbgeran|reportInterval|reportinterval|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the event B1 or B2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbUtra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbutra|maxReportCells|maxreportcells|RW|int32||||Maximum number of cells to include in the measurement report for the event B1 or B2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbUtra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbutra|reportAmount|reportamount|RW|int32||||The number of reports for periodical reporting for the event B1 or B2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigCsfbUtra|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigcsfbutra|reportInterval|reportinterval|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the event B1 or B2 measurement.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigElcA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigelca1a2|reportAmountA1A2|reportamounta1a2|RW|int32||||Number of reports for periodic reporting for events A1 and A2. If 0, reports are sent if event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigElcA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigelca1a2|reportIntervalA1A2|reportintervala1a2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|Interval for event-triggered periodic-reporting for events A1 and A2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigElcA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigelca1a2|reportQuantityA1A2|reportquantitya1a2|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|Quantities to include in measurement report for events A1 and A2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovPrim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovprim|maxReportCellsA2Prim|maxreportcellsa2prim|RW|int32||||Maximum number of cells to include in the measurement report for the primary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovPrim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovprim|reportAmountA2Prim|reportamounta2prim|RW|int32||||The number of reports for periodical reporting for the primary eventA2 measurement. Value 0 means that reports are sent as long as the event is fulfilled. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovPrim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovprim|reportIntervalA2Prim|reportintervala2prim|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting for the primary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovPrim|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovprim|reportQuantityA2Prim|reportquantitya2prim|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the primary eventA2 measurement. The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. The value 1 - both means that both Reference Symbol Received Power (RSRP) and Reference Symbol Received Quality (RSRQ) quantities are included in the measurement report. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovSec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovsec|maxReportCellsA2Sec|maxreportcellsa2sec|RW|int32||||Maximum number of cells to include in the measurement report for the secondary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovSec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovsec|reportAmountA2Sec|reportamounta2sec|RW|int32||||Number of reports for periodical reporting for the secondary eventA2 measurement. Value 0 means that reports are sent as long as the event is fulfilled. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovSec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovsec|reportIntervalA2Sec|reportintervala2sec|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodical reporting for the secondary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBadCovSec|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabadcovsec|reportQuantityA2Sec|reportquantitya2sec|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the secondary eventA2 measurement.  The value 0, sameAsTriggerQuantity, means that the same quantity as triggerQuantity is included in the measurement report.  The value 1, both, means that both RSRP and RSRQ quantities are included in the measurement report.  Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabestcell|maxReportCellsA3|maxreportcellsa3|RW|int32||||Max number of cells to include in the measurement report. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabestcell|reportAmountA3|reportamounta3|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabestcell|reportIntervalA3|reportintervala3|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutrabestcell|reportQuantityA3|reportquantitya3|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFA3UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifa3ultrig|maxReportCellsA3|maxreportcellsa3|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFA3UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifa3ultrig|reportAmountA3|reportamounta3|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFA3UlTrig|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifa3ultrig|triggerQuantityA3|triggerquantitya3|RW|enumRef||RSRP,RSRQ|0,1|The quantity that triggers the event.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifbestcell|maxReportCellsA3|maxreportcellsa3|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifbestcell|reportAmountA3|reportamounta3|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifbestcell|reportIntervalA3|reportintervala3|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event triggered periodical reporting.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigEUtraIFBestCell|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigeutraifbestcell|reportQuantityA3|reportquantitya3|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report. The value sameAsTriggerQuantity means that the same quantity as triggerQuantity is to be included in the measurement report. The value both means that both RSRP and RSRQ quantities is to be included in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigInterEnbUlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiginterenbulcomp|maxReportCellsA3|maxreportcellsa3|RW|int32||||Max number of cells to include in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigInterEnbUlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiginterenbulcomp|reportAmountA3|reportamounta3|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigInterEnbUlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiginterenbulcomp|reportQuantityA3|reportquantitya3|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|Quantities included in measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigInterEnbUlComp|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfiginterenbulcomp|triggerQuantityA3|triggerquantitya3|RW|enumRef||RSRP,RSRQ|0,1|Quantity that triggers event.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella1a2|reportAmountA1A2|reportamounta1a2|RW|int32||||The number of reports for periodic reporting for the events A1 and  A2.  Value 0 means that reports are sent as long as the event is fulfilled.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella1a2|reportIntervalA1A2|reportintervala1a2|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodic reporting for the events A1 and A2.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA1A2|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella1a2|reportQuantityA1A2|reportquantitya1a2|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report for the events A1 and A2.  The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantity is included in the measurement report. (The triggerQuantity for A2 RSRP is "RSRP" and for A2 RSRQ is "RSRQ") The value 1 - both means that both RSRP and RSRQ quantities are included in the measurement report.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella4|maxReportCellsA4|maxreportcellsa4|RW|int32||||Max number of cells to include in the measurement report.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella4|reportAmountA4|reportamounta4|RW|int32||||The number of reports for periodic reporting for event A4  Value 0 means that reports are sent as long as the event is fulfilled.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella4|reportIntervalA4|reportintervala4|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodic reporting for the event A4.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA4|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella4|reportQuantityA4|reportquantitya4|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA6|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella6|maxReportCellsA6|maxreportcellsa6|RW|int32||||Max number of cells to include in the measurement report.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA6|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella6|reportAmountA6|reportamounta6|RW|int32||||The number of reports for periodic reporting for event A6.  Value 0 means that reports are sent as long as the event is fulfilled.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA6|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella6|reportIntervalA6|reportintervala6|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|The interval for event-triggered periodic reporting for the event A6.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSCellA6|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigscella6|reportQuantityA6|reportquantitya6|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|The quantities to include in the measurement report.  Changed value may take effect related to the next SCell configuration during the ongoing connection.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSearch|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigsearch|reportAmountSearch|reportamountsearch|RW|int32||||Number of reports for periodical reporting for events A1Search, A2Search, A2OuterSearch and A2Critical measurements. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSearch|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigsearch|reportIntervalSearch|reportintervalsearch|RW|enumRef||MS_120,MS_240,MS_480,MS_640,MS_1024,MS_5120,MS_10240,MIN_1,MIN_6,MIN_12,MIN_30,MIN_60,MS_2048|0,1,2,3,4,5,6,7,8,9,10,11,12|Interval for event-triggered periodical reporting for events: - A1Search, - A2Search, - A2OuterSearch and - A2Critical measurements.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl,ReportConfigSearch|managedelement,enodebfunction,eutrancellfdd,uemeascontrol,reportconfigsearch|reportQuantitySearch|reportquantitysearch|RW|enumRef||SAME_AS_TRIGGER_QUANTITY,BOTH|0,1|Quantities included in the measurement report for the events A1Search, A2Search, A2OuterSearch and A2Critical measurements. 0 - means the same quantity as triggerQuantity is included in the measurement report. TriggerQuantity for A2SearchRSRP is "RSRP" and for A2SearchRSRQ is "RSRQ". 1 - means both RSRP and RSRQ quantities are included in the measurement report.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|filterCoefficientGeran|filtercoefficientgeran|RW|int32||||Specifies the filtering coefficient for GERAN measurements. Used to filter measurements before event evaluation. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|filterCoefficientUtra|filtercoefficientutra|RW|int32||||Specifies the filtering coefficient for UTRA measurements. Used to filter measurements before event evaluation. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaCDMA2000Hrpd|maxrepcriteriacdma2000hrpd|RW|int32||||Restricts the number of reporting criteria on CDMA2000 eHRPD which can be concurrently assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaGeran|maxrepcriteriageran|RW|int32||||Restricts the number of reporting criteria on GERAN which can be concurrently assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaInterFreq|maxrepcriteriainterfreq|RW|int32||||Restricts the number of reporting criteria on E-UTRA frequencies other than the serving frequency which can be concurrently assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaInterOther|maxrepcriteriainterother|RW|int32||||Restricts the number of reporting criteria on E-UTRA frequencies of another type (FDD - TDD) than the serving frequency which can be concurrently assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaIntraFreq|maxrepcriteriaintrafreq|RW|int32||||Restricts the number of reporting criteria which can be concurrently assigned to an UE, on E-UTRA frequencies that are the same as the serving frequency. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxRepCriteriaUtranFDD|maxrepcriteriautranfdd|RW|int32||||Restricts the number of reporting criteria on UTRAN FDD carrier frequencies which can currently be assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UeMeasControl|managedelement,enodebfunction,eutrancellfdd,uemeascontrol|maxTotalReportingCriteria|maxtotalreportingcriteria|RW|int32||||Restricts the total number of reporting criteria which can be concurrently assigned to a UE. |
ManagedElement,ENodeBFunction,EUtranCellFDD,UtranTDDFreqRelation,UtranCellRelation|managedelement,enodebfunction,eutrancellfdd,utrantddfreqrelation,utrancellrelation|calculatedUeRelevance|calculateduerelevance|RO|int32||||Estimated percentage of UEs that have ranked the associated neighbor cell as the strongest. The parameter is used by the feature best neighbor for redirect with SI.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UtranTDDFreqRelation,UtranCellRelation|managedelement,enodebfunction,eutrancellfdd,utrantddfreqrelation,utrancellrelation|hoSuccessRateLpFilt|hosuccessratelpfilt|RO|int32||||This parameter specifies the low-pass filtered handover success rate.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UtranTDDFreqRelation,UtranCellRelation|managedelement,enodebfunction,eutrancellfdd,utrantddfreqrelation,utrancellrelation|lbUeMeasScaling|lbuemeasscaling|RW|int32||||Scaling factor for the required number of UE candidates needed for load balancing measurements to meet the load balancing target. Special value: 0 means automatic scaling factor.  The attribute has no effect when the feature Coverage Adapted Load Management is operable.|
ManagedElement,ENodeBFunction,EUtranCellFDD,UtranTDDFreqRelation,UtranCellRelation|managedelement,enodebfunction,eutrancellfdd,utrantddfreqrelation,utrancellrelation|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|activeMtdMeasurements|activemtdmeasurements|RO|sequence|int32|||Array with all active Local Measurements on this MO. Measurement types for this attribute are TBD. Up to 10 measurements can be active.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|anrHoDisStatNum|anrhodisstatnum|RW|int32||||The minimal number of handovers required by the handover disabling function before disabling handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|anrHoDisStatTime|anrhodisstattime|RW|int32||||The minimal duration handover statistics is collected before evaluation by the handover disabling function before disabling handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|anrHoDisThreshold|anrhodisthreshold|RW|int32||||The threshold value for handover failure rate required to disable handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|assumedUePowerMsg3|assumeduepowermsg3|RW|int32||||The assumed TX power value of the UE for the transmission of Msg3 that is used for estimating the pathloss. Setting the value to MAX will saturate the calculated pathloss and eliminate the usage of the value. 23dB is the max 3GPP specified UE power and is the recommended starting value before fine-tuning. 1000 equals to turning off the Msg3 path loss estimation.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|cellSimulated|cellsimulated|RW|boolean||||This attribute indicates if the specific cell is configured to be simulated in an external test tool. The attribute will be set by the Tester at configuration of the cell.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|cqiCapacityDynPucch|cqicapacitydynpucch|RW|int32||||Capacity of PUCCH format 2, in number of CQI resources for each RB, when feature Dynamic PUCCH  is activated.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|csiRs8TxCfgManual|csirs8txcfgmanual|RW|boolean||||This attribute enables to configure CSI-RS (Channel State Information Reference Signal) manually. If it is true, configure the hidden MOM attributes csiRsReConfigIndex, csiRsSfConfigIndex, csiRsPowerRatio, csiRsZeroPwrReConfigList and csiRsZeroPwrSfConfigIndex. If it is false, configure csiRsConfigType8TxFDD or csiRsConfigType8TxTDD.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|csiRsEnabled|csirsenabled|RW|boolean||||If value is true, the Channel State Information-Reference Signal (CSI-RS) is sent from all sectors in this cell.  Up to 2 sector carriers can be configured for each cell if csiRsEnabled is true.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|dlCyclicPrefix|dlcyclicprefix|RW|enumRef||NORMAL_15khz,EXTENDED_15khz,EXTENDED_7_5khz|0,1,2|Type of cyclic prefix used for downlink.  Note: EXTENDED_15khz and EXTENDED_7_5khz are not supported on current software.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|dlHarqVoLTEBlerTarget|dlharqvolteblertarget|RW|int32||||DL BLER target to be used for VoLTE UEs. Used for all DL transmissions for UEs that have QCI1 bearer configured. If no QCI1 bearer configured, then normal DL BLER target is used. |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|dlInterferenceManagementDuration|dlinterferencemanagementduration|RW|int32||||Specifies the time for which a randomly selected start frequency will be valid before a new start frequency is allocated. Setting it to "0" means that it will be randomly selected once, but never updated.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|dlVirtualCellsDynActEnabled|dlvirtualcellsdynactenabled|RW|boolean||||Controls if DL virtual cells for Combined Cell can be activated and deactivated dynamically.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|dlVirtualCellsDynTmSwitchingEnabled|dlvirtualcellsdyntmswitchingenabled|RW|boolean||||Controls if transmission mode can be dynamically switched per UE with DL virtual cells for Combined Cell.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|elcActivityThreshold|elcactivitythreshold|RW|int32||||A threshold in terms of RRC connected users for each cell. ELC actively blanks DL Cell Specific Reference Signals whenever possible for any value at or below elcActivityThreshold. Above the threshold, all blanking is suspended.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|elcConfigurationThreshold|elcconfigurationthreshold|RW|int32||||Defines a threshold in terms of RRC connected users for each cell. ELC configures UEs to be ready for blanking at or below this threshold. Above the threshold, UEs are configured as if ELC was turned off altogether.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|elcPrototypeBitfield|elcprototypebitfield|RW|int64||||A container to switch on and off future improvements in the ELC area for each cell. Each bit or group of bits can be assigned different meaning during prototype and testing activities. Note: Only relevant for testing and development.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|estimatedE2ERTT|estimatede2ertt|RW|int32||||The estimated end to end round trip time used by Active Queue Management (AQM). |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|feicicConfiguration|feicicconfiguration|RW|enumRef||NONE,MASTER,SLAVE,AUTO|0,1,2,3|Defines the FeICIC configuration of a cell. A cell enabled for FeICIC can either be defined as master or slave. By setting the configuration to NONE, FeICIC is disabled for the cell.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|feicicManHighlyInterferedSubFramePattern|feicicmanhighlyinterferedsubframepattern|RW|string||||The highly interfered subframe pattern can be manually defined as a string where digit one indicates a highly interfered subframe and digit zero indicates all the other subframes.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|feicicManProtectedSubFramePattern|feicicmanprotectedsubframepattern|RW|string||||The protected subframe pattern can be manually  defined as a string where the digit one indicates a protected subframe and digit zero indicates all the other subframes.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|feicicProtectedSubFramePattern|feicicprotectedsubframepattern|RW|int32||||Indicates which one of the five predefined protected subframe patterns that must be used. The protected subframe pattern indicates the subframes for which the master cell will reduce its activity in order to create less interference towards the slave cells. The slave cells will typically use these subframes to schedule cell edge UEs.  1 - corresponds to 10% protected subframes, 2 - corresponds to 20% protected subframes, 3 - corresponds to 30% protected subframes, 4 - corresponds to 40% protected subframes and 5 - corresponds to 50% protected subframes.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|initialBufferSizeMsg5Default|initialbuffersizemsg5default|RW|int32||||The number of bytes that is assumed to be in the UE buffer when an SR is received through PRACH or PUCCH when Msg5 is expected to be scheduled for the UE. Recommended value for optimization towards Msg5 with NAS service request attached is 26 bytes.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|latestHostingDigitalUnitRef|latesthostingdigitalunitref|RO|moRef||||Indicates the hosting DU or Baseband on which baseband processing for the cell was located when it was operational last time.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|loadCtrlPrioOfMta|loadctrlprioofmta|RW|boolean||||This attribute controls if RRC connection establishments with cause Mobile Terminating Access shall be prioritized and not load regulated in: - DU Connection Intensity Control - Baseband Connection Intensity Control - Dynamic Load Control.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|nrOfTransmissionsSib1|nroftransmissionssib1|RW|int32||||Controls the number of times a SIB1 message will be repeated within the siPeriodicy. |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|outOfCoverageDepth|outofcoveragedepth|RW|int32||||Maximum number of consecutive Out Of Coverage (OOC) easing events to leave the OOC state when a UE is in the OOC state for a long time.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|outOfCoverageSparseGrantingBsr|outofcoveragesparsegrantingbsr|RW|int32||||Number of bytes for BSR at eNodeB when UE is in the Out Of Coverage (OOC) state and the OOC spare grant scheduling is applied.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchCovImproveCap|pdcchcovimprovecap|RW|boolean||||PDCCH DCI format 1A for capacity to reduce CCE usage when possible without significantly reducing performance.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchOuterLoopAdjLowerLimit|pdcchouterloopadjlowerlimit|RW|int32||||The lower limit of the accumulated PDCCH outer loop adjustment.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchOuterLoopAdjUpperLimit|pdcchouterloopadjupperlimit|RW|int32||||The upper limit of the accumulated PDCCH outer loop adjustment.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchSinrChangeThresholdPCell|pdcchsinrchangethresholdpcell|RW|int32||||The PDCCH link adaptation threshold for primary cells in case of carrier aggregation. When the absolute value of the accumulated PDCCH SINR adjustment is greater than or equal to this threshold, PDCCH LA is performed. This applies to UEs that have at least one secondary cell configured and do not have any bearer mapped to a QCI with serviceType of VoIP. In TDD, this parameter is not used.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchSinrChangeThresholdVolte|pdcchsinrchangethresholdvolte|RW|int32||||The PDCCH link adaptation threshold for UEs with any bearer mapped to a QCI with serviceType of VoIP. When the absolute value of the accumulated PDCCH SINR adjustment is greater than or equal to this threshold, PDCCH LA is performed. In TDD, this parameter applies only to UEs which are configured with HARQ-ACK bundling.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchSinrChangeThreshold|pdcchsinrchangethreshold|RW|int32||||When the absolute value of the accumulated PDCCH SINR change is greater than or equal to this threshold, PDCCH link adaptation is performed. This applies to UEs that do not have any secondary cell configured and do not have any bearer mapped to a QCI with serviceType of VoIP. In TDD, this parameter applies only to UEs which are configured with HARQ-ACK bundling.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pdcchSinrOffsetWithMimo|pdcchsinroffsetwithmimo|RW|int32||||The SINR offset to be used when mapping CQI to SINR if CQI is based on rank of 2.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pftNetworkSoftwareVersion|pftnetworksoftwareversion|RW|int32||||Network software version of the PFT protocol.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pftTatAndIatPairSelection|pfttatandiatpairselection|RW|int32||||Index of the pair of timing advance timers and the corresponding pair of inactivity timers that are used for all PFT users.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|pftTatPairSelection|pfttatpairselection|RW|int32||||Index of the pair of timing advance timers that are used for all PFT users.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|rachNoOfAllocationsPerFrame|rachnoofallocationsperframe|RW|int32||||Defines the number of subframes per radio frame where PRACH is allocated. The PRACH configuration is broadcasted as part of system information.  Valid values: 5, 10, 20, 30, 50, 100  Value mapping: 5 =  0.5 (0ne every second radio frame) 10 = 1 20 = 2 30 = 3 50 = 5 100 = 10  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|rachPreambleRepetition|rachpreamblerepetition|RW|boolean||||Defines if RACH preamble repetition shall be used for preamble sequence generation and detection. Defines the preamble format (format 0 or 2). Preamble format is broadcasted as part of system information.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|radioBearerTableRef|radiobearertableref|RW|moRef||||Reference to an instance of RadioBearerTable. Assigns a RadioBearerTable for a cell.  Reference to the RadioBearerTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, RadioBearerTable =default"  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|rpsfPowerReduction|rpsfpowerreduction|RW|int32||||To allow scheduling in the protected subframes in the master cell the downlink output power must be reduced for all channels (except those needed for legacy UE behavior) in order not to interfere with cell edge users in the slave cells. 0 means no power reduction. Value 1000 means that no scheduling can be done in the protected subframes in the master cell.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|sinrThreshHomToLegacyPCell|sinrthreshhomtolegacypcell|RW|int32||||The SINR threshold for PCell below which a 256 QAM capable UE will leave the higher order modulation (HOM) mode. A UE not in HOM mode is not allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|sinrThreshHomToLegacySCell|sinrthreshhomtolegacyscell|RW|int32||||The SINR threshold for SCell below which a 256 QAM capable UE will leave the higher order modulation (HOM) mode. A UE not in HOM mode is not allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|sinrThreshLegacyToHomPCell|sinrthreshlegacytohompcell|RW|int32||||The SINR threshold for PCell above which a 256 QAM capable UE will enter the higher order modulation (HOM) mode. A UE in HOM mode is allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|sinrThreshLegacyToHomSCell|sinrthreshlegacytohomscell|RW|int32||||The SINR threshold for SCell above which a 256 QAM capable UE will enter the higher order modulation (HOM) mode. A UE in HOM mode is allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|srbTableRef|srbtableref|RW|moRef||||Reference to an instance of SrbTable. Assigns a SrbTable for a cell.  Reference to the SrbTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, SrbTable=default" |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|srRetransPeriodTarget|srretransperiodtarget|RW|int32||||Controls the SR retransmission period target on PUCCH that is configured in the UE through the SR prohibit timer.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|switchingOffsetSinrClpc|switchingoffsetsinrclpc|RW|int32||||Switching offset of UL closed-loop power control between Pzero-based and SINR-based. In order to ensure SINR-based is better than Pzero-based.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|symbolOffsetTest|symboloffsettest|RW|int32||||Frame synch offset measured in symbols.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|timeOffsetTest|timeoffsettest|RW|int32||||Frame synch offset measured in nano seconds.  |
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|transmissionModeR10|transmissionmoder10|RW|boolean||||Defines if Transmission Mode 9 must be used for Release 10 UEs that are connected to the cell. See 3GPP TS 36.213 table 7.1-5 for a definition of Transmission Mode.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|ulCyclicPrefix|ulcyclicprefix|RW|enumRef||NORMAL_15khz,EXTENDED_15khz|0,1|Type of cyclic prefix used for uplink.  Note: EXTENDED_15khz is not supported on current software.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|ulHarqTtiBBlerTargetAfterComp|ulharqttibblertargetaftercomp|RW|int32||||BLER target for TTI bundling users with inter-eNodeB UL CoMP triggered.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|ulInterferenceManagementDuration|ulinterferencemanagementduration|RW|int32||||Specifies the time for which a randomly selected start frequency will be valid before a new start frequency is allocated. Setting it to "0" means that it will be randomly selected once, but never updated.|
ManagedElement,ENodeBFunction,EUtranCellFDD|managedelement,enodebfunction,eutrancellfdd|useESST|useesst|RW|boolean||||Use Early Slow Start Termination algorithm in Active Queue Management (AQM).|
ManagedElement,ENodeBFunction,EUtranCellTDD,MimoSleepFunction|managedelement,enodebfunction,eutrancelltdd,mimosleepfunction|switchDownAmount|switchdownamount|RW|enumRef||STEP_DOWN_ONE,STEP_DOWN_HALF,STEP_DOWN_ALL|0,1,2|Number of antennas to deactivate or activate on each loop during gradual switch down or gradual switch up for MIMO sleep mode. On each loop, at least one antenna is deactivated or activated.|
ManagedElement,ENodeBFunction,EUtranCellTDD,MimoSleepFunction|managedelement,enodebfunction,eutrancelltdd,mimosleepfunction|switchDownDelay|switchdowndelay|RW|int32||||Delay between each loop during gradual switch down or gradual switch up for MIMO sleep mode.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2Cdma20001xRtt|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2cdma20001xrtt|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2Cdma2000|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2cdma2000|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2GeranUlTrig|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2geranultrig|reportAmountB2|reportamountb2|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2Geran|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2geran|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2UtraUlTrig|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2utraultrig|reportAmountB2|reportamountb2|RW|int32||||Number of reports when periodical reporting is used. Value of 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD,UeMeasControl,ReportConfigB2Utra|managedelement,enodebfunction,eutrancelltdd,uemeascontrol,reportconfigb2utra|reportAmountB2|reportamountb2|RW|int32||||The number of reports for periodical reporting for the eventB2 measurement. Value 0 means that reports are sent as long as the event is fulfilled.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|activeMtdMeasurements|activemtdmeasurements|RO|sequence|int32|||Array with all active Local Measurements on this MO. Measurement types for this attribute are TBD. Up to 10 measurements can be active.  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|anrHoDisStatNum|anrhodisstatnum|RW|int32||||The minimal number of handovers required by the handover disabling function before disabling handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|anrHoDisStatTime|anrhodisstattime|RW|int32||||The minimal duration handover statistics is collected before evaluation by the handover disabling function before disabling handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|anrHoDisThreshold|anrhodisthreshold|RW|int32||||The threshold value for handover failure rate required to disable handover for a relation.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|assumedUePowerMsg3|assumeduepowermsg3|RW|int32||||The assumed TX power value of the UE for the transmission of Msg3 that is used for estimating the pathloss. Setting the value to MAX will saturate the calculated pathloss and eliminate the usage of the value. 23dB is the max 3GPP specified UE power and is the recommended starting value before fine-tuning. 1000 equals to turning off the Msg3 path loss estimation.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|cellSimulated|cellsimulated|RW|boolean||||This attribute indicates if the specific cell is configured to be simulated in an external test tool. The attribute will be set by the Tester at configuration of the cell.  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|cqiCapacityDynPucch|cqicapacitydynpucch|RW|int32||||Capacity of PUCCH format 2, in number of CQI resources for each RB, when feature Dynamic PUCCH  is activated.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|csiRs8TxCfgManual|csirs8txcfgmanual|RW|boolean||||This attribute enables to configure CSI-RS (Channel State Information Reference Signal) manually. If it is true, configure the hidden MOM attributes csiRsReConfigIndex, csiRsSfConfigIndex, csiRsPowerRatio, csiRsZeroPwrReConfigList and csiRsZeroPwrSfConfigIndex. If it is false, configure csiRsConfigType8TxFDD or csiRsConfigType8TxTDD.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|csiRsEnabled|csirsenabled|RW|boolean||||If value is true, the Channel State Information-Reference Signal (CSI-RS) is sent from all sectors in this cell.  Up to 2 sector carriers can be configured for each cell if csiRsEnabled is true.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|dlCyclicPrefix|dlcyclicprefix|RW|enumRef||NORMAL_15khz,EXTENDED_15khz,EXTENDED_7_5khz|0,1,2|Type of cyclic prefix used for downlink.  Note: EXTENDED_15khz and EXTENDED_7_5khz are not supported on current software.  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|dlHarqVoLTEBlerTarget|dlharqvolteblertarget|RW|int32||||DL BLER target to be used for VoLTE UEs. Used for all DL transmissions for UEs that have QCI1 bearer configured. If no QCI1 bearer configured, then normal DL BLER target is used. |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|dlInterferenceManagementDuration|dlinterferencemanagementduration|RW|int32||||Specifies the time for which a randomly selected start frequency will be valid before a new start frequency is allocated. Setting it to "0" means that it will be randomly selected once, but never updated.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|dlVirtualCellsDynActEnabled|dlvirtualcellsdynactenabled|RW|boolean||||Controls if DL virtual cells for Combined Cell can be activated and deactivated dynamically.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|dlVirtualCellsDynTmSwitchingEnabled|dlvirtualcellsdyntmswitchingenabled|RW|boolean||||Controls if transmission mode can be dynamically switched per UE with DL virtual cells for Combined Cell.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|elcActivityThreshold|elcactivitythreshold|RW|int32||||A threshold in terms of RRC connected users for each cell. ELC actively blanks DL Cell Specific Reference Signals whenever possible for any value at or below elcActivityThreshold. Above the threshold, all blanking is suspended.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|elcConfigurationThreshold|elcconfigurationthreshold|RW|int32||||Defines a threshold in terms of RRC connected users for each cell. ELC configures UEs to be ready for blanking at or below this threshold. Above the threshold, UEs are configured as if ELC was turned off altogether.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|elcPrototypeBitfield|elcprototypebitfield|RW|int64||||A container to switch on and off future improvements in the ELC area for each cell. Each bit or group of bits can be assigned different meaning during prototype and testing activities. Note: Only relevant for testing and development.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|estimatedE2ERTT|estimatede2ertt|RW|int32||||The estimated end to end round trip time used by Active Queue Management (AQM). |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|initialBufferSizeMsg5Default|initialbuffersizemsg5default|RW|int32||||The number of bytes that is assumed to be in the UE buffer when an SR is received through PRACH or PUCCH when Msg5 is expected to be scheduled for the UE. Recommended value for optimization towards Msg5 with NAS service request attached is 26 bytes.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|latestHostingDigitalUnitRef|latesthostingdigitalunitref|RO|moRef||||Indicates the hosting DU or Baseband on which baseband processing for the cell was located when it was operational last time.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|loadCtrlPrioOfMta|loadctrlprioofmta|RW|boolean||||This attribute controls if RRC connection establishments with cause Mobile Terminating Access shall be prioritized and not load regulated in: - DU Connection Intensity Control - Baseband Connection Intensity Control - Dynamic Load Control.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|outOfCoverageDepth|outofcoveragedepth|RW|int32||||Maximum number of consecutive Out Of Coverage (OOC) easing events to leave the OOC state when a UE is in the OOC state for a long time.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|outOfCoverageSparseGrantingBsr|outofcoveragesparsegrantingbsr|RW|int32||||Number of bytes for BSR at eNodeB when UE is in the Out Of Coverage (OOC) state and the OOC spare grant scheduling is applied.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchCovImproveCap|pdcchcovimprovecap|RW|boolean||||PDCCH DCI format 1A for capacity to reduce CCE usage when possible without significantly reducing performance.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchOuterLoopAdjLowerLimit|pdcchouterloopadjlowerlimit|RW|int32||||The lower limit of the accumulated PDCCH outer loop adjustment.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchOuterLoopAdjUpperLimit|pdcchouterloopadjupperlimit|RW|int32||||The upper limit of the accumulated PDCCH outer loop adjustment.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchSinrChangeThresholdPCell|pdcchsinrchangethresholdpcell|RW|int32||||The PDCCH link adaptation threshold for primary cells in case of carrier aggregation. When the absolute value of the accumulated PDCCH SINR adjustment is greater than or equal to this threshold, PDCCH LA is performed. This applies to UEs that have at least one secondary cell configured and do not have any bearer mapped to a QCI with serviceType of VoIP. In TDD, this parameter is not used.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchSinrChangeThresholdVolte|pdcchsinrchangethresholdvolte|RW|int32||||The PDCCH link adaptation threshold for UEs with any bearer mapped to a QCI with serviceType of VoIP. When the absolute value of the accumulated PDCCH SINR adjustment is greater than or equal to this threshold, PDCCH LA is performed. In TDD, this parameter applies only to UEs which are configured with HARQ-ACK bundling.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchSinrChangeThreshold|pdcchsinrchangethreshold|RW|int32||||When the absolute value of the accumulated PDCCH SINR change is greater than or equal to this threshold, PDCCH link adaptation is performed. This applies to UEs that do not have any secondary cell configured and do not have any bearer mapped to a QCI with serviceType of VoIP. In TDD, this parameter applies only to UEs which are configured with HARQ-ACK bundling.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pdcchSinrOffsetWithMimo|pdcchsinroffsetwithmimo|RW|int32||||The SINR offset to be used when mapping CQI to SINR if CQI is based on rank of 2.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pftNetworkSoftwareVersion|pftnetworksoftwareversion|RW|int32||||Network software version of the PFT protocol.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pftTatAndIatPairSelection|pfttatandiatpairselection|RW|int32||||Index of the pair of timing advance timers and the corresponding pair of inactivity timers that are used for all PFT users.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|pftTatPairSelection|pfttatpairselection|RW|int32||||Index of the pair of timing advance timers that are used for all PFT users.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|rachNoOfAllocationsPerFrame|rachnoofallocationsperframe|RW|int32||||Defines the number of subframes per radio frame where PRACH is allocated. The PRACH configuration is broadcasted as part of system information.  Valid values: 5, 10, 20, 30, 50, 100  Value mapping: 5 =  0.5 (0ne every second radio frame) 10 = 1 20 = 2 30 = 3 50 = 5 100 = 10  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|rachPreambleRepetition|rachpreamblerepetition|RW|boolean||||Defines if RACH preamble repetition shall be used for preamble sequence generation and detection. Defines the preamble format (format 0 or 2). Preamble format is broadcasted as part of system information.  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|radioBearerTableRef|radiobearertableref|RW|moRef||||Reference to an instance of RadioBearerTable. Assigns a RadioBearerTable for a cell.  Reference to the RadioBearerTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, RadioBearerTable =default"  |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|sinrThreshHomToLegacyPCell|sinrthreshhomtolegacypcell|RW|int32||||The SINR threshold for PCell below which a 256 QAM capable UE will leave the higher order modulation (HOM) mode. A UE not in HOM mode is not allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|sinrThreshHomToLegacySCell|sinrthreshhomtolegacyscell|RW|int32||||The SINR threshold for SCell below which a 256 QAM capable UE will leave the higher order modulation (HOM) mode. A UE not in HOM mode is not allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|sinrThreshLegacyToHomPCell|sinrthreshlegacytohompcell|RW|int32||||The SINR threshold for PCell above which a 256 QAM capable UE will enter the higher order modulation (HOM) mode. A UE in HOM mode is allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|sinrThreshLegacyToHomSCell|sinrthreshlegacytohomscell|RW|int32||||The SINR threshold for SCell above which a 256 QAM capable UE will enter the higher order modulation (HOM) mode. A UE in HOM mode is allowed to use 256 QAM.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|srbTableRef|srbtableref|RW|moRef||||Reference to an instance of SrbTable. Assigns a SrbTable for a cell.  Reference to the SrbTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, SrbTable=default" |
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|srRetransPeriodTarget|srretransperiodtarget|RW|int32||||Controls the SR retransmission period target on PUCCH that is configured in the UE through the SR prohibit timer.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|switchingOffsetSinrClpc|switchingoffsetsinrclpc|RW|int32||||Switching offset of UL closed-loop power control between Pzero-based and SINR-based. In order to ensure SINR-based is better than Pzero-based.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|transmissionModeR10|transmissionmoder10|RW|boolean||||Defines if Transmission Mode 9 must be used for Release 10 UEs that are connected to the cell. See 3GPP TS 36.213 table 7.1-5 for a definition of Transmission Mode.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|ulCyclicPrefix|ulcyclicprefix|RW|enumRef||NORMAL_15khz,EXTENDED_15khz|0,1|Type of cyclic prefix used for uplink.  Note: EXTENDED_15khz is not supported on current software.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|ulInterferenceManagementDuration|ulinterferencemanagementduration|RW|int32||||Specifies the time for which a randomly selected start frequency will be valid before a new start frequency is allocated. Setting it to "0" means that it will be randomly selected once, but never updated.|
ManagedElement,ENodeBFunction,EUtranCellTDD|managedelement,enodebfunction,eutrancelltdd|useESST|useesst|RW|boolean||||Use Early Slow Start Termination algorithm in Active Queue Management (AQM).|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,BbLink|managedelement,enodebfunction,eutranetwork,externalenodebfunction,bblink|bbLinkSessionId|bblinksessionid|RO|string||||BbLink session identity.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,BbLink|managedelement,enodebfunction,eutranetwork,externalenodebfunction,bblink|linkDescription|linkdescription|RO|string||||Purpose of the BB link.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,BbLink|managedelement,enodebfunction,eutranetwork,externalenodebfunction,bblink|localBbEntityId|localbbentityid|RO|string||||Local baseband entity identifier.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,BbLink|managedelement,enodebfunction,eutranetwork,externalenodebfunction,bblink|remoteBbEntityId|remotebbentityid|RO|string||||Remote baseband entity identifier.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellFDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancellfdd|lbmId|lbmid|RO|int32||||Logical baseband module ID at the remote end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellFDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancellfdd|lbmVisibility|lbmvisibility|RO|sequence|int32|||List of local LBM ID's (MOM attribute TermPointToLbm::lbmIdLocal) that are visible to external cell. If no local LBM's are visible, the list has zero entries.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellFDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancellfdd|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellFDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancellfdd|uniqueCellId|uniquecellid|RO|int32||||Internal unique version of full cell ID of remote cell, not eCGI.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellTDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancelltdd|lbmId|lbmid|RO|int32||||Logical baseband module ID at the remote end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellTDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancelltdd|lbmVisibility|lbmvisibility|RO|sequence|int32|||List of local LBM ID's (MOM attribute TermPointToLbm::lbmIdLocal) that are visible to external cell. If no local LBM's are visible, the list has zero entries.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellTDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancelltdd|mbsfnSubframeAlloc|mbsfnsubframealloc|RO|sequence|structRef|||Subframes reserved for MBSFN in DL.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellTDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancelltdd|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: "YYYY-MM-DD HH:MM:SS"|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,ExternalEUtranCellTDD|managedelement,enodebfunction,eutranetwork,externalenodebfunction,externaleutrancelltdd|uniqueCellId|uniquecellid|RO|int32||||Internal unique version of full cell ID of remote cell, not eCGI.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB,TermPointToLbm,GtpuApplicationTunnel|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb,termpointtolbm,gtpuapplicationtunnel|applicationType|applicationtype|RO|enumRef||UNKNOWN,UPC,UPDL,UPCUL,UPUL|0,1,2,3,4|Designates the purpose of the GTP-U tunnel.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB,TermPointToLbm,GtpuApplicationTunnel|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb,termpointtolbm,gtpuapplicationtunnel|teIdLocal|teidlocal|RO|int64||||Tunnel ID at the local end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB,TermPointToLbm,GtpuApplicationTunnel|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb,termpointtolbm,gtpuapplicationtunnel|teIdRemote|teidremote|RO|int64||||Tunnel ID at the remote end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB,TermPointToLbm|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb,termpointtolbm|lbmIdLocal|lbmidlocal|RO|int32||||Logical baseband module ID at the local end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB,TermPointToLbm|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb,termpointtolbm|lbmIdRemote|lbmidremote|RO|int32||||Logical baseband module ID at the remote end.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction,TermPointToENB|managedelement,enodebfunction,eutranetwork,externalenodebfunction,termpointtoenb|portNumber|portnumber|RW|int32||||The SCTP port number where the neighboring RBS is listening to incoming connections.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction|managedelement,enodebfunction,eutranetwork,externalenodebfunction|cellSleepSupport|cellsleepsupport|RW|boolean||||Feature indication from X2 setup response as if Cell Sleep Mode feature is supported on this eNodeB.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction|managedelement,enodebfunction,eutranetwork,externalenodebfunction|ericssonENodeB|ericssonenodeb|RO|boolean||||Specifies whether this external eNodeB is manufactured by Ericsson.|
ManagedElement,ENodeBFunction,EUtraNetwork,ExternalENodeBFunction|managedelement,enodebfunction,eutranetwork,externalenodebfunction|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the time and date when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|naccInformation|naccinformation|RO|sequence|string|||The Network Assisted Cell Change (NACC) information for this GERAN cell, used for the Release with Redirect Including NACC feature. |
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the date and time when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|rimAssociationRetryTimer|rimassociationretrytimer|RO|int32||||This parameter contains the time in minutes until the eNB will retry setting up the association. The value -1 means that the timer is inactive. |
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|rimAssociationRetryValue|rimassociationretryvalue|RO|int32||||This parameter holds the value for the next time-out value.  The value -1 means that there is no set Retry Value. |
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|rimOperationalState|rimoperationalstate|RO|enumRef||RIM_CAPABLE,RIM_INCAPABLE,RIM_CAPABILITY_UNKNOWN|0,1,2|This parameter indicates the current status of the RIM association to this external cell.|
ManagedElement,ENodeBFunction,GeraNetwork,ExternalGeranCell|managedelement,enodebfunction,geranetwork,externalgerancell|rimSIUpdateTimeOut|rimsiupdatetimeout|RW|int32||||This parameter holds the time in minutes until the next SI needs to have arrived. If an update has not arrived when this value reaches 0 the eNB will assume there are some problems with the RIM transmission and try to restart the association.  The value -1 means that there is no time out. |
ManagedElement,ENodeBFunction,ImeisvTable,ImeisvProfile|managedelement,enodebfunction,imeisvtable,imeisvprofile|prototypeBitField|prototypebitfield|RW|int64||||Bit field used to test new features. For internal development only.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbCaHysteresis|lbcahysteresis|RW|int32||||Load related hysteresis value to be added to the lbCaThreshold or lbDiffCaOffset parameters at load balancing of CA capable UEs from the source cell.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbHitRateCellMin|lbhitratecellmin|RW|int32||||Minimum hitRate considered when ranking neighbor cells on the same frequency. The ranking is used for calculation  of the required number of UE candidates needed for load balancing/offload per target cells.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbHitRateFilterCoeffCalm|lbhitratefiltercoeffcalm|RW|int32||||Filter coefficient to be used for lbHitRate estimation when feature Coverage Adapted Load Management is activated.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbHitRateFilterCoeff|lbhitratefiltercoeff|RW|int32||||Filter coefficient to be used for lbHitRate estimation.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbHitRateFreqMin|lbhitratefreqmin|RW|int32||||Minimum total hitRate per frequency considered when ranking frequency relations for load balancing/offload.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbMaxNoLoadRelation|lbmaxnoloadrelation|RW|int32||||Defines the maximum number of cell relations which are allowed to be configured with loadBalancing = Allowed/Offload. This is valid per (source) cell and per frequency relation.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpCellLoadFactorProvision|lbtpcellloadfactorprovision|RW|boolean||||Controls if the Cell Load Factor is provided to support TPIFLB throughput assessment. To have effect, the attribute must be set to true in both eNodeB end-points of the load balancing relation.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpDlPeakVolPerPrb|lbtpdlpeakvolperprb|RW|int32||||Scaling factor used for the calculation of achievable downlink cell peak throughput (CPT). Approximates the number of transferred data bits per scheduling entity (PRB pair).|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpEnableEMBMSAwareIFLB|lbtpenableembmsawareiflb|RW|boolean||||Controls if TPILFB is made aware of the capacity used by eMBMS. To have effect, the attribute must be set to true in both end-points of a load balancing relation.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpPFactorC0|lbtppfactorc0|RW|int32||||Attribute C0 for the RSRP-based UE throughput PFactor. Controls the slope of the throughput PFactor. The PFactor equals 1 at C0 dB above the RSRP zero level.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpPFactorC1|lbtppfactorc1|RW|int32||||Attribute C1 for the RSRP-based UE throughput PFactor. Controls the curve of the throughput Pfactor. Value 0 means a linear PFactor. A value > 0 means the PFactor curves asymptotically towards a maximum at 1/C1.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpQFactorC2|lbtpqfactorc2|RW|int32||||Attribute C2 for the RSRQ based UE throughput factor (Qfactor). This attribute controls the RSRQ level for the Qfactor half-value.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpQFactorC3|lbtpqfactorc3|RW|int32||||Attribute C3 for the RSRQ based UE throughput factor (Qfactor). This attribute controls the Qfactor roll-off rate. A higher value increases the roll-off rate.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpRankBias|lbtprankbias|RW|int32||||Controls the throughput ranking bias added to the throughput value of the source cell. The bias is expressed as a percentage of the CPT, and it reduces the risk of performance loss at load balancing.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpRankFilterConst|lbtprankfilterconst|RW|int32||||Filter constant for the control of the threshold for the relative throughput gain ranking. A higher value reduces the tune-in time and increases the fluctuation of the threshold during operation.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|lbTpRsrpZeroLevel|lbtprsrpzerolevel|RW|int32||||Zero level for the RSRP based UE throughput factor. The measured RSRP margin relative the zero level is used as input for the UE throughput assessment. Special value 0 means the regular qRxLevMin value for the specific cell or frequency is applied.|
ManagedElement,ENodeBFunction,LoadBalancingFunction|managedelement,enodebfunction,loadbalancingfunction|ocdHighHitUpdateMinDiff|ocdhighhitupdatemindiff|RW|int32||||Minimum margin by which the hit rate of a target cell  must exceed the minimum hit rate threshold to be selected as a cell with a high hit rate. Also, the minimum margin by which the hit rate of a target cell must exceed the hit rate of a competing target cell. If hit rate of target cell exceeds hit rate of competing cell, it replaces the competing cell.|
ManagedElement,ENodeBFunction,NbIotCell|managedelement,enodebfunction,nbiotcell|cellSimulated|cellsimulated|RW|boolean||||If cell is configured to be simulated in external test tool.|
ManagedElement,ENodeBFunction,NbIotCell|managedelement,enodebfunction,nbiotcell|periodicityDeltaIndexCe0|periodicitydeltaindexce0|RW|int32||||Difference of periodicity index for Ce0 compared to calculated criteria.|
ManagedElement,ENodeBFunction,NbIotCell|managedelement,enodebfunction,nbiotcell|periodicityDeltaIndexCe1|periodicitydeltaindexce1|RW|int32||||Difference of periodicity index for Ce1 compared to calculated criteria.|
ManagedElement,ENodeBFunction,NbIotCell|managedelement,enodebfunction,nbiotcell|prbIndexDL|prbindexdl|RW|int32||||Downlink PRB index used by the Nb-Iot Cell (inband or guardband deployment). For guardband deployment, the PRB index is outside of the PRB value range of the EUtranCellFDD (below 0 or above the cell's highest PRB index).|
ManagedElement,ENodeBFunction,NbIotCell|managedelement,enodebfunction,nbiotcell|prbIndexUl|prbindexul|RW|int32||||Uplink PRB index used by the Nb-Iot Cell (inband or guardband deployment). For guardband deployment, the PRB index is outside of the PRB value range of the EUtranCellFDD (below 0 or above the cell's highest PRB index).|
ManagedElement,ENodeBFunction,PmEventService|managedelement,enodebfunction,pmeventservice|cellTraceMcsResolution|celltracemcsresolution|RW|int32||||The time resolution in seconds for MCS events from baseband in Cell trace.|
ManagedElement,ENodeBFunction,PmEventService|managedelement,enodebfunction,pmeventservice|cellTracePartitionMcsResolution|celltracepartitionmcsresolution|RW|int32||||The time resolution for per resource partition events from baseband in Cell trace.|
ManagedElement,ENodeBFunction,PmEventService|managedelement,enodebfunction,pmeventservice|ueTraceMcsResolution|uetracemcsresolution|RW|int32||||The time resolution in seconds for MCS events from baseband in UE trace.|
ManagedElement,ENodeBFunction,PreschedulingProfile|managedelement,enodebfunction,preschedulingprofile|preschedulingSinrThreshold|preschedulingsinrthreshold|RW|int32||||Prescheduling grants are only sent if filtered SINR is above this threshold level.|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|arrivalTime|arrivaltime|RO|string||||Time when the SIB12 information arrived in the eNB  Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|cellId|cellid|RO|sequence|int32|||Cells in which SIB12 will be broadcast  The cell is defined by its local cell ID.|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|dataCodingScheme|datacodingscheme|RO|int32||||Data coding scheme of the message|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|messageIdentifier|messageidentifier|RO|int32||||Message identifier for SIB12|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|numberOfBroadcastsRequested|numberofbroadcastsrequested|RO|int32||||Number of requested repetitions of SIB12|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|pwsCmasId|pwscmasid|RW|string||||The value component of the Relative Distinguished Name (RDN).|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|repetitionPeriod|repetitionperiod|RO|int32||||Repetition period of the SIB12|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|serialNumber|serialnumber|RO|int32||||Serial number for SIB12|
ManagedElement,ENodeBFunction,PwsCmas|managedelement,enodebfunction,pwscmas|warningMessageContents|warningmessagecontents|RO|string||||Contents of the message|
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|dlPollPDU|dlpollpdu|RW|int32||||Maximum number of PDUs before polling for a STATUS report.  Special value: 0 means infinity.|
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|headerCompression|headercompression|RW|enumRef||NULL|0|What type of header compression to use. |
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|pelr|pelr|RW|int32||||Defines the packet loss rate for this DRB. Note that the parameter shall be multiplied by 10^(-6) as indicated by the Unit.  |
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|tStatusProhibitDl|tstatusprohibitdl|RW|int32||||Time after sending STATUS report before a new STATUS report is allowed to be sent.  |
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|tStatusProhibitUl|tstatusprohibitul|RW|int32||||Time after sending STATUS report before a new STATUS report is allowed to be sent.  |
ManagedElement,ENodeBFunction,RadioBearerTable,DataRadioBearer|managedelement,enodebfunction,radiobearertable,dataradiobearer|ulPollPDU|ulpollpdu|RW|int32||||Maximum number of PDUs before polling for a STATUS report.  Special value: 0 means infinity.  |
ManagedElement,ENodeBFunction,RadioBearerTable,MACConfiguration|managedelement,enodebfunction,radiobearertable,macconfiguration|dlMaxHARQMsg4Tx|dlmaxharqmsg4tx|RW|int32||||Maximum number of HARQ transmissions for DL COM Msg4.  If set to 0, the value of the attribute dlMaxHARQTx will be used instead.|
ManagedElement,ENodeBFunction,RadioBearerTable,MACConfiguration|managedelement,enodebfunction,radiobearertable,macconfiguration|dlPathlossChange|dlpathlosschange|RW|int32||||DL Pathloss change threshold for triggering PHR.  Special value: 0 means infinity. |
ManagedElement,ENodeBFunction,RadioBearerTable,MACConfiguration|managedelement,enodebfunction,radiobearertable,macconfiguration|tPeriodicBSRTimer|tperiodicbsrtimer|RW|int32||||Maximum time between Buffer Status Reports.  Special values: 0 means infinity. |
ManagedElement,ENodeBFunction,RadioBearerTable,MACConfiguration|managedelement,enodebfunction,radiobearertable,macconfiguration|tPeriodicPHRTimer|tperiodicphrtimer|RW|int32||||Periodicity of Periodic PHR.  Special value: 0 means infinity. |
ManagedElement,ENodeBFunction,RadioBearerTable,MACConfiguration|managedelement,enodebfunction,radiobearertable,macconfiguration|tProhibitPHRTimer|tprohibitphrtimer|RW|int32||||Timer to prohibit excessive PHR. |
ManagedElement,ENodeBFunction,RadioBearerTable,SignalingRadioBearer|managedelement,enodebfunction,radiobearertable,signalingradiobearer|dlPollPDU|dlpollpdu|RW|int32||||Maximum number of PDUs before polling for a STATUS report.  Special value: 0 means infinity. |
ManagedElement,ENodeBFunction,RadioBearerTable,SignalingRadioBearer|managedelement,enodebfunction,radiobearertable,signalingradiobearer|tStatusProhibitDl|tstatusprohibitdl|RW|int32||||Time after sending STATUS report before a new STATUS report is allowed to be sent. |
ManagedElement,ENodeBFunction,RadioBearerTable,SignalingRadioBearer|managedelement,enodebfunction,radiobearertable,signalingradiobearer|tStatusProhibitUl|tstatusprohibitul|RW|int32||||Time after sending STATUS report before a new STATUS report is allowed to be sent. |
ManagedElement,ENodeBFunction,RadioBearerTable,SignalingRadioBearer|managedelement,enodebfunction,radiobearertable,signalingradiobearer|ulPollPDU|ulpollpdu|RW|int32||||Maximum number of PDUs before polling for a STATUS report. Special value: 0 means infinity. |
ManagedElement,ENodeBFunction,RadioBearerTable|managedelement,enodebfunction,radiobearertable|reservedBy|reservedby|RO|sequence|moRef|||Contains a list of cells that reserves this MO instance. |
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|n310NbIot|n310nbiot|RW|int32||||NbIot maximum number of consecutive "out of sync" indications received from lower layers. Provided in NB-SIB2.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|n310|n310|RW|int32||||Maximum number of consecutive "out of sync" indications received from lower layers. Provided to the UE by System Information.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|n311NbIot|n311nbiot|RW|int32||||NbIot maximum number of consecutive "in-sync" indications received from lower layers. Provided in NB-SIB2.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|n311|n311|RW|int32||||Maximum number of consecutive "in-sync" indications received from lower layers. Provided to the UE by System Information.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|t302|t302|RW|int32||||Waiting time at reception of RRC Connection Reject including the IE 'wait time'. Used by the UE. The value zero (0) means that a random waiting time set by the system is used. |
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|t310NbIot|t310nbiot|RW|int32||||NbIot waiting time for radio link failure. Provided in NB-SIB2.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|t310|t310|RW|int32||||Waiting time for radio link failure. Provided to the UE by System Information.|
ManagedElement,ENodeBFunction,Rrc|managedelement,enodebfunction,rrc|tRrcConnectionSetup|trrcconnectionsetup|RW|int32||||Waiting time for the RRC message RRC Connection Setup Complete. Used by the RBS. |
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|csiRsPowerRatio|csirspowerratio|RW|int32||||The ratio of the PDSCH Energy Per Resource Element (EPRE) to the Channel State Information-Reference Signal (CSI-RS) EPRE that must be assumed by the UE when deriving CSI feedback.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|csiRsReConfigIndex|csirsreconfigindex|RW|int32||||The Channel State Information-Reference Signal (CSI-RS) Resource Configuration Index for the sector defines the resource elements used for non-zero-power CSI-RS, as defined in Table 6.10.5.2-1 in 3GPP TS 36.211.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|csiRsSfConfigIndex|csirssfconfigindex|RW|int32||||The Channel State Information-Reference Signal (CSI-RS) Subframe Configuration Index value for the sector defines the periodicity of the CSI-RS occasions and the CSI-RS subframe offset, as defined in Table 6.10.5.3-1 of 3GPP TS 36.211.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|csiRsZeroPwrReConfigList|csirszeropwrreconfiglist|RW|int32||||The Channel State Information-Reference Signal (CSI-RS) Zero Power Resource Configuration List for the sector defines the resource elements used for zero-power CSI-RS. The parameter is a 16-bit bitmap where each bit set to 1 indicates 0 transmission power for the resource elements that correspond to the configuration for 4 CSI reference signals in Tables 6.10.5.2-1 in 3GPP TS 36.211. The MSB corresponds to the lowest CSI reference signal configuration index.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|csiRsZeroPwrSfConfigIndex|csirszeropwrsfconfigindex|RW|int32||||The Channel State Information-Reference Signal (CSI-RS) Zero Power Subframe Configuration Index value for the sector defines the periodicity and the subframe offset for any zero-power CSI reference signals configured in the cell, as defined in Table 6.10.5.3-1 of 3GPP TS 36.211.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|customComBeamfrmWtsAmplPort0|customcombeamfrmwtsamplport0|RW|sequence|int32|||Array of amplitudes for each antenna for custom beamforming weights of common channels on antenna port 0.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|customComBeamfrmWtsAmplPort1|customcombeamfrmwtsamplport1|RW|sequence|int32|||Array of amplitudes for each antenna for custom beamforming weights of common channels on antenna port 1.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|customComBeamfrmWtsPhasePort0|customcombeamfrmwtsphaseport0|RW|sequence|int32|||Array of phases for each antenna for custom beamforming weights of common channels on antenna port 0.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|customComBeamfrmWtsPhasePort1|customcombeamfrmwtsphaseport1|RW|sequence|int32|||Array of phases for each antenna for custom beamforming weights of common channels on antenna port 1.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|noOfUsedRxAntennas|noofusedrxantennas|RO|int32||||The number of used receive antennas. The value -1 indicates that the number of used antennas is undefined. The value 0 indicates that no Rx antennas are used. The maximum number of this parameter is determined by the parameter noOfRxAntennas.|
ManagedElement,ENodeBFunction,SectorCarrier|managedelement,enodebfunction,sectorcarrier|noOfUsedTxAntennas|noofusedtxantennas|RO|int32||||The number of used transmit antennas. The value -1 indicates that the number of used antennas is undefined. The maximum number of this parameter is determined by the parameter noOfTxAntennas.|
ManagedElement,ENodeBFunction,SecurityHandling|managedelement,enodebfunction,securityhandling|countWrapThreshold|countwrapthreshold|RW|int64||||Sets the threshold for acting when COUNT-C is about to wrap. |
ManagedElement,ENodeBFunction,SecurityHandling|managedelement,enodebfunction,securityhandling|integrityProtectionActive|integrityprotectionactive|RW|boolean||||Parameter for controlling if integrity protection of RRC messages is on or off in the RBS. |
ManagedElement,ENodeBFunction,SrbTable,Srb1Profile|managedelement,enodebfunction,srbtable,srb1profile|logicalChannelPriority|logicalchannelpriority|RW|int32||||Corresponds to the logical channel priority (see TS 36.321) for SRB1. |
ManagedElement,ENodeBFunction,SrbTable,Srb2Profile|managedelement,enodebfunction,srbtable,srb2profile|logicalChannelPriority|logicalchannelpriority|RW|int32||||Corresponds to the logical channel priority (see TS 36.321) for SRB2. |
ManagedElement,ENodeBFunction,SrbTable|managedelement,enodebfunction,srbtable|reservedBy|reservedby|RO|sequence|moRef|||Contains a list of cells that reserves this MO instance. |
ManagedElement,ENodeBFunction,TermPointToMme|managedelement,enodebfunction,termpointtomme|logicalName|logicalname|RO|string||||The attribute reflects the value of attribute logicalName on MO ManagedElement. This value is used when MO ManagedElement is not accessible during restart or JVM unavailable. |
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|general1|general1|RW|sequence|int32|||General attributes are intended as solutions for specific customer requirements. Each attribute corresponds to a desired functionality. Used attributes are described in feature NDS.|
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|general2|general2|RW|sequence|string|||General attributes are intended as solutions for specific customer requirements. Each attribute corresponds to a desired functionality. Used attributes are described in feature NDS.|
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|general3|general3|RW|sequence|boolean|||General attributes are intended as solutions for specific customer requirements. Each attribute corresponds to a desired functionality. Used attributes are described in feature NDS.|
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|general4|general4|RW|sequence|int32|||General attributes are intended as solutions for specific customer requirements. Each attribute corresponds to a desired functionality. Used attributes are described in feature NDS.|
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|general5|general5|RW|sequence|int32|||General attributes are intended as solutions for specific customer requirements. Each attribute corresponds to a desired functionality. Used attributes are described in feature NDS.|
ManagedElement,ENodeBFunction,TestModeFunction|managedelement,enodebfunction,testmodefunction|testModeFunctionId|testmodefunctionid|RW|string||||The value component of the RDN.|
ManagedElement,ENodeBFunction,UcToolFunction|managedelement,enodebfunction,uctoolfunction|activateVcXoClock|activatevcxoclock|RW|boolean||||Indicates that the 30.72 MHz VcXo clock shall be sent out on the production test port by the GIC. |
ManagedElement,ENodeBFunction,UcToolFunction|managedelement,enodebfunction,uctoolfunction|initUcToolConnection|inituctoolconnection|RW|boolean||||Initiates the connection to UCTool |
ManagedElement,ENodeBFunction,UcToolFunction|managedelement,enodebfunction,uctoolfunction|operationalState|operationalstate|RO|enumRef||||Defines the operational state |
ManagedElement,ENodeBFunction,UcToolFunction|managedelement,enodebfunction,uctoolfunction|ucToolFunctionId|uctoolfunctionid|RW|string||||The value component of the RDN. |
ManagedElement,ENodeBFunction,UnlicensedAccessFunction|managedelement,enodebfunction,unlicensedaccessfunction|laaMultiCarrierAccessProcedureType|laamulticarrieraccessproceduretype|RW|enumRef||MULTI_CARRIER_PROCEDURE_TYPE_A,MULTI_CARRIER_PROCEDURE_TYPE_B|0,1|Selects LBT multi-carrier procedure type: - Type A procedure checks LBT on carriers independently. - Type B checks LBT on master carrier first, if successful LBT is performed on slave carriers.|
ManagedElement,ENodeBFunction,UnlicensedAccessFunction|managedelement,enodebfunction,unlicensedaccessfunction|laaRssiDuty|laarssiduty|RW|int32||||RSSI measurement sample duty cycle.|
ManagedElement,ENodeBFunction,UnlicensedAccessFunction|managedelement,enodebfunction,unlicensedaccessfunction|laaRssiPeriodicity|laarssiperiodicity|RW|int32||||Time between two RSSI measurement samples.|
ManagedElement,ENodeBFunction,UnlicensedAccessFunction|managedelement,enodebfunction,unlicensedaccessfunction|laaRssiSamples|laarssisamples|RW|int32||||Number of RSSI measurement samples.|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|naccInformation|naccinformation|RO|string||||The Network Assisted Cell Change (NACC) information for this UTRAN FDD cell, used for the Release with Redirect Including NACC feature. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the date and time when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|rimAssociationRetryTimer|rimassociationretrytimer|RO|int32||||This parameter contains the time in minutes until the eNB will retry setting up the association. The value -1 means that the timer is inactive. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|rimAssociationRetryValue|rimassociationretryvalue|RO|int32||||This parameter holds the value for the next time-out value.  The value -1 means that there is no set Retry Value. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|rimOperationalState|rimoperationalstate|RO|enumRef||RIM_CAPABLE,RIM_INCAPABLE,RIM_CAPABILITY_UNKNOWN|0,1,2|This parameter indicates the current status of the RIM association to this external cell.|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellFDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancellfdd|rimSIUpdateTimeOut|rimsiupdatetimeout|RW|int32||||This parameter holds the time in minutes until the next SI needs to have arrived. If an update has not arrived when this value reaches 0 the eNB will assume there are some problems with the RIM transmission and try to restart the association.  The value -1 means that there is no time out. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|naccInformation|naccinformation|RO|string||||The Network Assisted Cell Change (NACC) information for this UTRAN TDD cell, used for the Release with Redirect Including NACC feature.|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|removingMonitoringStart|removingmonitoringstart|RO|string||||Indicates the date and time when the MO was started for monitoring for automatic removal by the (automatic neighbor relation) function. Format: YYYY-MM-DD HH:MM:SS|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|rimAssociationRetryTimer|rimassociationretrytimer|RO|int32||||This parameter contains the time in minutes until the eNB will retry setting up the association. The value -1 means that the timer is inactive. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|rimAssociationRetryValue|rimassociationretryvalue|RO|int32||||This parameter holds the value for the next time-out value.  The value -1 means that there is no set Retry Value. |
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|rimOperationalState|rimoperationalstate|RO|enumRef||RIM_CAPABLE,RIM_INCAPABLE,RIM_CAPABILITY_UNKNOWN|0,1,2|This parameter indicates the current status of the RIM association to this external cell.|
ManagedElement,ENodeBFunction,UtraNetwork,UtranFrequency,ExternalUtranCellTDD|managedelement,enodebfunction,utranetwork,utranfrequency,externalutrancelltdd|rimSIUpdateTimeOut|rimsiupdatetimeout|RW|int32||||This parameter holds the time in minutes until the next SI needs to have arrived. If an update has not arrived when this value reaches 0 the eNB will assume there are some problems with the RIM transmission and try to restart the association.  The value -1 means that there is no time out. |
ManagedElement,ENodeBFunction|managedelement,enodebfunction|csmCovDiscoveryCycleTime|csmcovdiscoverycycletime|RW|int32||||Operation cycle time when coverage cell relations for a capacity cell are renewed, Used in feature Cell Sleep Mode.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|csmMaxNoHighHitRateCells|csmmaxnohighhitratecells|RW|int32||||Maximum number of related cell that can be identified as high hit rate coverage cell by feature Cell Sleep Mode.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|estimateBasedPdcchCandSelection|estimatebasedpdcchcandselection|RW|boolean||||Switch to enable/disable optimization of DL and UL selection of PDCCH candidates.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|limitNonCriticalFeaturesInHighLoad|limitnoncriticalfeaturesinhighload|RW|boolean||||This attribute determines whether non-critical features shall be limited when there is high load according to MP Load Management. When set to false, non-critical features may give negative impact on KPIs due to high MP load.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|maxNoCellsNaccCsfb|maxnocellsnacccsfb|RW|int32||||Maximum number of NACC elements, where one NACC element corresponds to one cell, that can be included in an RRC Connection Release 3GPP TS 36.331 message triggered by CS Fallback, provided that the feature Redirect with System Information is active.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|maxNoCellsNaccSessionCont|maxnocellsnaccsessioncont|RW|int32||||Maximum number of NACC elements, where one NACC element corresponds to one cell,  that can be included in an RRC Connection Release 3GPP TS 36.331 message triggered by Session Continuity (bad coverage), cell, provided that the feature Redirect with System Information is active.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|mimoSleepNoOfPrbAvg|mimosleepnoofprbavg|RW|int32||||Number of PRB usage samples that show the average during MIMO Sleep function or cell sleep function detection monitoring period.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|mimoSleepNoOfRrcConnAvg|mimosleepnoofrrcconnavg|RW|int32||||Number of RRC connection samples that show the average during MIMO Sleep function or cell sleep function detection monitoring period.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|mimoSleepUpExtraTime|mimosleepupextratime|RW|int32||||Extra time given to emergency calls and QCI=1 calls before switching UP for MIMO Sleep function.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|minPagingRefillUnits|minpagingrefillunits|RW|int32||||The attribute specifies the minimum number of tokens that are allowed to be refilled in the token buckets for paging. One token corresponds to one paging message.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|multiTargetRrcConnReestPfActive|multitargetrrcconnreestpfactive|RW|boolean||||Controls if packet forwarding shall be performed during multi target RRC connection reestablishment.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|randCdma20001xRtt|randcdma20001xrtt|RO|int32||||Rand initial value used for authentication input to the RAND generation algorithm in eNodeB The RAND-CDMA2000 concerns a random value, generated by the eNodeB, to be passed to the UE and MME.|
ManagedElement,ENodeBFunction|managedelement,enodebfunction|sizeThreshDciFormat1A|sizethreshdciformat1a|RW|int32||||Force DCI Format 1A for small packets on the PDSCH channel to reduce the PDCCH usage. The value in bytes states the upper size threshold to force DCI format 1A. Value 0 equals to turning off the DCI format 1A for small packets.|
