13A to 13B to 14A Counter Differences

SummaryVersion UpgradeRemoved CountersModified CountersNew CountersL13A to L13B2321382L13B to L14A22881

L13A->L13BA; Counters

31/00651-HSC 105 50/1 -V1 UenType of ChangeGenerated inManaged AreaMO ClassENIQ MOCounterCounter TypeCounter SizeDescriptionUnitConditionSampling RateScannerCounter is reset after measurement periodRelated PM EventModifiedRBSIpTransportIpAccessHostEtpmIpReasmFailsPEGSingleThe number of failures detected by the IP re-assembly algorithm (for whatever reason: timed out, errors, etc.).

Only applicable for IPv4.The IP reassembly algorithm detected a failure, while reassembling.YesModifiedRBSIpTransportIpv6InterfacepmIpIfStatsReasmFailsPEGSingleThe number of failures detected.

The number of failures detected by the IP re-assembly algorithm (for whatever reason: timed out, errors, etc.).An IP datagram is received.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsHCInOctetsPEGSingleThis attribute is not used.An IP octet is received.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsHCInReceivesPEGSingleThis attribute is not used.An IP datagram is received.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsInAddrErrorsPEGSingleThis attribute is not used.A recived IP datagram is discarded due to invalid header address.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsInHdrErrorsPEGSingleThis attribute is not used.A received IP datagram is discarded due to an error in the header.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsInDiscardsPEGSingleThis attribute is not used.A received IP datagram discarded due to resource problems.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsHCOutOctetsPEGSingleThis attribute is not used.An IP octet is transmitted.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsHCOutTransmitsPEGSingleThis attribute is not used.An IP datagram is transmitted.YesNewRBSIpTransportIpTerminationHostpmIpIfStatsOutDiscardsPEGSingleThis attribute is not used.An IP datagram, which should be sent, is discarded due to resource problems.YesNewRBSIpTransportIcmpServerpmIcmpStatsInMsgsPEGSingleThis attribute is not used.An ICMP message is received.YesNewRBSIpTransportIcmpServerpmIcmpStatsOutMsgsPEGSingleThis attribute is not used.An ICMP message is attempted to be sent.YesNewRBSRadio_NetworkUtranFreqRelationpmLbMeasuredUeACCSingleNumber of UE selected for measurement qualifying for load balancing action to cells on the related UTRAN frequencyValues are accumulated in each ROP and used to calculate the LB measurement success rate for the related cells.In each load balancing cycle, the number of UE selected to perform LB qualification measurements on the related UTRAN frequency is accumulated. Increment by zero if no UE is selected.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmRlcArqDlAckACCSingleThe total number of successful RLC PDU transmissions (ACKs) in the downlink direction.

When carrier aggregation is used, the total number of successful RLC PDU transmissions (ACKs) in the downlink direction is registered on the UE's primary component carrier (PCell).Continuous measurement for Radio Bearers aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmRlcArqDlNackACCSingleThe total number of unsuccessful RLC PDU and RLC PDU segment transmissions (NACKs) in the downlink direction.

When carrier aggregation is used, the total number of unsuccessful RLC PDU and RLC PDU segment transmissions (NACKs) in the downlink direction is registered on the UE's primary component carrier (PCell).Continuous measurement for Radio Bearers aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmUeThpTimeDlACCSingleThe effective DL transport time comprises those periods from when the first part of the PDCP SDU of the DL buffer was transmitted on Uu until the buffer is emptied, excluding the TTI emptying the buffer.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The effective DL transport time, comprising those periods from when the first part of the PDCP SDU of the DL buffer was transmitted on Uu until the buffer is emptied, excluding the TTI emptying the buffer, is registered on PCell.msContinuous measurement for UEs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlCmpHdrQciACCPDF[256]The total volume of compressed PDCP SDU headers that has been transmitted from the Robust Header Compression entity in the downlink direction per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume of compressed PDCP SDU headers that has been transmitted from the Robust Header Compression entity in the downlink direction per QCI is measured on PCell.

Compressed: Truekilobit (1000 bits)Continuous measurement for DRBs aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbACCSingleThe total volume (PDCP SDU) on Data Radio Bearers that has been transferred (UM and AM) in the downlink direction.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Data Radio Bearers that has been transferred (UM and AM) in the downlink direction is measured on PCell.kilobit (1 000 bits)Continuous measurement for DRBs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbLastTTIACCSingleThe total volume (PDCP SDU) on Data Radio Bearers that has been transferred (acknowledged by the UE) in the downlink direction in the last TTI when a buffer is emptied.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Data Radio Bearers that has been transferred (acknowledged by the UE) in the downlink direction in the last TTI when a buffer is emptied is measured on PCell.kilobit (1 000 bits)Continuous measurement for UEs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbLastTTIQciACCPDF[256]The total DL PDCP SDU volume per QCI that is transmitted in the last TTI when the buffer for a DRB that maps to the given QCI is emptied.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total DL PDCP SDU volume per QCI that is transmitted in the last TTI when the buffer for a DRB that maps to the given QCI is emptied is measured on PCell.

Compressed: Truekilobit (1000 bits)The bin accumulates the DL PDCP SDU volume per QCI that is transmitted in the last TTI when the buffer for a DRB that maps to the given QCI is emptied.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbQciACCPDF[256]The total volume (PDCP SDU) that has been transferred (UM and AM) on Data Radio Bearers in the downlink direction per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) that has been transferred (UM and AM) on Data Radio Bearers in the downlink direction per QCI is measured on PCell.

Compressed: Truekilobit (1 000 bits)The counter accumulates DL PDCP volume (UM and AM) per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbTransPlmn0ACCSingleThe total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer for the UEs served by PLMN0.

PLMN0 refers to the PLMN configured in the attribute eNodeBPlmnId located on ENodeBFunction.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer for the UEs served by PLMN0 is measured on PCell.kilobit (1 000 bits)Traffic volume counter accumulates transferred volume from PDCP to RLC layer for Plmn0.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbTransPlmn1ACCSingleThe total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer for the UEs served by PLMN1.

PLMN1 refers to the PLMN configured in the attribute additionalPlmnList[0] located on EUtranCellFDD or EUtranCellTDD.










PLMN6 refers to an unexpected PLMN, that is, a PLMN that cannot be associated with any PLMN configured in the ENodeBFunction or cell.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer for the UEs served by PLMN6 is measured on PCell.kilobit (1 000 bits)Traffic volume counter accumulates transferred volume from PDCP to RLC layer for Plmn6.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlDrbTransQciACCPDF[256]The total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Data Radio Bearers that has been transmitted in the downlink direction in the PDCP layer per QCI is measured on PCell.

Compressed: Truekilobit (1000 bits)Continuous measurement after Robust Header Compression for DRBs aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlHdrQciACCPDF[256]The total volume of uncompressed PDCP SDU headers that has been received in the Robust Header Compression entity in the downlink direction per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume of uncompressed PDCP SDU headers that has been received in the Robust Header Compression entity in the downlink direction per QCI is measured on PCell.

Compressed: Truekilobit (1000 bits)Continuous measurement for DRBs aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlSrbACCSingleThe total number of bits (PDCP SDU) on Signalling Radio Bearers that has been transferred (acknowledged by the UE) in the downlink direction.

SRB0 volume is not included in this counter.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total number of bits (PDCP SDU) on Signalling Radio Bearers that has been transferred (acknowledged by the UE) in the downlink direction is measured on PCell.kilobit (1 000 bits)Continuous measurement for SRBs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpVolDlSrbTransACCSingleThe total volume (PDCP SDU) on Signalling Radio Bearers that has been transmitted in the downlink direction in the PDCP layer.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) on Signalling Radio Bearers that has been transmitted in the downlink direction in the PDCP layer is measured on PCell.kilobit (1 000 bits)Continuous measurement for SRBs aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktTransDlACCSingleTotal number of DRB packets (PDCP SDUs) successfully transmitted (RLC acknowledged by UE) in the downlink.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DRB packets (PDCP SDUs) successfully transmitted (RLC acknowledged by UE) in the downlink is measured on PCell.Continuous measurement for UEs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktTransDlQciACCPDF[256]Total number of DL packets (PDCP SDUs) transmitted successfully per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DL packets (PDCP SDUs) transmitted successfully per QCI is measured on PCell.

Compressed: TrueThe bin accumulates the number of DL PDCP SDUs that are transmitted successfully per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktReceivedDlACCSingleTotal number of DRB packets (PDCP SDUs) received by RBS in PDCP in the downlink.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DRB packets (PDCP SDUs) received by RBS in PDCP in the downlink is measured on PCell.Continuous measurement for UEs aggregated to cell level.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktReceivedDlQciACCPDF[256]Total number of DL packets (PDCP SDUs) received in PDCP in the RBS per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DL packets (PDCP SDUs) received in PDCP in the RBS per QCI is measured on PCell.

Compressed: TrueThe bin accumulates the number of DL PDCP SDUs received per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlAqmPEGSingleTotal number of packets (PDCP SDUs) discarded due to Active Queue Management (AQM).

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of packets (PDCP SDUs) discarded due to AQM is measured on PCell.When a packet is discarded due to AQMNot included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlAqmQciACCPDF[256]Total number of packets (PDCP SDUs) per QCI discarded due to Active Queue Management (AQM).

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of packets (PDCP SDUs) per QCI discarded due to AQM is measured on PCell.

Compressed: TrueWhen a packet is discarded due to AQMNot included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlHoACCSingleNumber of DRB packets (PDCP SDUs) discarded in downlink due to handover and reestablishment procedures.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total number of packets (PDCP SDUs) discarded in the downlink due to handover and reestablishment procedures is measured on PCell.The counter can be incremented from both source and target point of view in the handover functionality. Discards in the target eNB could be due to out of order sequence. Discards in the source eNB includes discards of PDCP SDU packets not positively acknowledged for which it was decided that no more transmission attempts on either Uu, X2 or S1 interface will be done. In the reestablishment functionality, packets in the PDCP buffer are discarded due to the reestablishment procedure. Only applicable to DRB packets.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlHoQciACCPDF[256]Total number of DL packets (PDCP SDUs) discarded due to HO per QCI.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DL packets (PDCP SDUs) discarded due to HO per QCI is measured on PCell.

Compressed: TrueThe counter can be incremented from both source and target point of view in the handover functionality. Discards in the target eNB could be due to out of order sequence. Discards in the source eNB includes discards of packets not positively acknowledged PDCP SDU for which it was decided that no more transmission attempts on either Uu, X2 or S1 interface will be done. Only applicable to DRB packets.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlPelrACCSingleTotal number of DRB packets (PDCP SDUs) for which no part has been transmitted over the air in the downlink that are discarded due to reasons other than handover or active queue management.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DRB packets (PDCP SDUs) discarded due to reasons other than handover or active queue management is measured on PCell.Continuous measurement for UEs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlPelrQciACCPDF[256]Total number of DL packets (PDCP SDUs) per QCI that are discarded in the PDCP layer due to reasons other than handover or active queue management. No part of these packets has been transmitted over the air.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DL packets (PDCP SDUs) per QCI discarded due to reasons other than handover or active queue management is measured on PCell.

Compressed: TrueThe bin accumulates the number of DL PDCP SDUs discarded not due to HO or active queue management per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlPelrUuACCSingleTotal number of packets (PDCP SDUs) for which at least a part has been transmitted over the air in the downlink direction but not positively acknowledged, and it was decided that no more transmission attempts will be done, due to reasons other than handover. Only applicable to DRB packets.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of packets (PDCP SDUs) for which at least a part has been transmitted over the air in the downlink direction but not positively acknowledged, and it was decided that no more transmission attempts will be done, due to reasons other than handover, is measured on PCell.Continuous measurement forUEs aggregated to cell level.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpPktDiscDlPelrUuQciACCPDF[256]Total number of DL packets (PDCP SDUs) per QCI for which at least a part has been transmitted over the air but not positively acknowledged due to reasons other than handover, and it was decided that no more transmission attempts will be done.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). Total number of DL packets (PDCP SDUs) per QCI for which at least a part has been transmitted over the air but not positively acknowledged due to reasons other than handover, and it was decided that no more transmission attempts will be done, is measured on PCell.

Compressed: TrueThe bin accumulates the number of DL PDCP SDUs that are not successfully transmitted due to reasons other than HO per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatTimeDlACCSingleAggregated DL Latency for a measurement period. The effective DL Latency time comprises the time from PDCP DRB SDU entering the buffer until the first data has been transmitted to the UE.

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).msMeasurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding).PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatTimeDlDrxNoSyncACCSingleAggregated DL Latency when DRX is active and the UE has UL synchronization status "NOT synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).The effective DL Latency time comprises the time from PDCP DRB SDU entering the buffer until the first data has been transmitted to the UE. Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatTimeDlDrxSyncACCSingleAggregated DL Latency when DRX is active and the UE has UL synchronization status "synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).The effective DL Latency time comprises the time from PDCP DRB SDU entering the buffer until the first data has been transmitted to the UE. Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatTimeDlNoDrxSyncACCSingleAggregated DL Latency when DRX is NOT active and the UE has UL synchronization status "synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).The effective DL Latency time comprises the time from PDCP DRB SDU entering the buffer until the first data has been transmitted to the UE. Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatTimeDlQciACCPDF[256]Aggregated DL Latency for a measurement period per QCI.When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).

Compressed: TruemsThe counter represents DL latency per QCI. The effective DL Latency time comprises the time from PDCP SDU entering the buffer until the first data has been transmitted to the UE. Only latency for PDCP SDUs that enters an empty buffer is measured. Samples during handover are excluded.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatPktTransDlPEGSingleNumber of DRB packets for downlink Latency measurements.

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding).PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatPktTransDlDrxNoSyncPEGSingleNumber of DRB packets for downlink Latency measurements when DRX is active and the UE has UL synchronization status "NOT synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding). The samples are includedNot included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatPktTransDlDrxSyncPEGSingleNumber of DRB packets for downlink Latency measurements when DRX is active and the UE has UL synchronization status "synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding). The samples are includedNot included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatPktTransDlNoDrxSyncPEGSingleNumber of DRB packets for downlink Latency measurements when DRX is NOT active and the UE has UL synchronization status "synchronized".

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).Measurement for UEs aggregated to cell level. Only PDCP SDUs that enters an empty buffer are measured. Samples during handover are excluded since they can distort the interpretation of the result (due to packet forwarding, the target cell might have to buffer data before it is possible to schedule the UE in the target cell, hence it would be an increased Latency measurement if it would be included. It would however not lead to a degraded performance for the end-user, due to packet forwarding). The samples are includedNot included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpLatPktTransDlQciACCPDF[256]Number of samples for DL Latency measurements during measurement period per QCI.

When carrier aggregation is used, the DL Latency for all component carriers is registered on the UE's primary component carrier (PCell).

Compressed: TrueThe counter registers the number of samples for DL Latency measurements during measurement period per QCI.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpBitrateDlDrbMinGAUGESingleMinimum cell DL bit rate. One cell bit rate sample is obtained by dividing the total volume (PDCP SDU) on Data Radio Bearers aggregated to cell level, that has been transmitted in the downlink direction in the PDCP layer, with the time (in seconds) of the sample gathering period.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) is measured on PCell.kbpsThe counter is set equal to the low mark sample at the end of each Recording Output Period (ROP).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPdcpBitrateDlDrbMaxGAUGESinglePeak cell DL bit rate. One cell bit rate sample is obtained by dividing the total volume (PDCP SDU) on Data Radio Bearers aggregated to cell level, that has been transmitted in the downlink direction in the PDCP layer, with the time (in seconds) of the sample gathering period.

When carrier aggregation is used, a PDCP SDU can be sent over multiple cells (PCell/SCell(s)). The total volume (PDCP SDU) is measured on PCell.kbpsThe counter is set equal to the peak sample at the end of each Recording Output Period (ROP).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmDrbThpTimeDlQciACCPDF[256]The DL transmission time used for DL DRB Throughput per QCI. It comprises of time periods from when the first piece of data in a data burst is transmitted until the second last piece of data in the data burst is transmitted.

When carrier aggregation is used, the DL transmission time used for DL DRB Throughput per QCI is registered on the UE's primary component carrier (PCell).

Compressed: TruemsThe bin accumulates the DL transmission time per QCI for each large data burst that needs to be transmitted across multiple TTIs.PrimaryYesModifiedRBSRadio_NetworkEUtranCellFDDpmTtiBundlingUeSampSCANSingleCounts the number of times the corresponding pmTtiBundlingUeSum has accumulated a new sample.The counter is incremented by one each time a sample value is accumulated in pmTtiBundlingUeSum.5Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaCapableDlSumACCPDF[5]Number of supported secondary component carriers (SCell), for UE using this cell as their primary component carrier (PCell)

[0] Number of UE that are not carrier aggregation capable at all (i.e. PCell only)[1] Number of UE that are capable of PCell plus one SCell[2] Number of UE that are capable of PCell plus two SCells[3] Number of UE that are capable of PCell plus three SCells[4] Number of UE that are capable of PCell plus four SCellsCompressed: TrueThis measurement provides the mean number of UEs capable of downlink carrier aggregation, counted per the number of component carriers (PCell and SCells).5Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaCapableDlSampPEGSingleThe number of carrier aggregation capable UE measurement samples.The counter is stepped for each carrier aggregation capable UE measurement sample.5Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaConfiguredDlSumACCPDF[5]Number of configured secondary component carriers (SCell) for UE using this cell as their primary component carrier (PCell)

[0] Number of carrier aggregation capable UE that are not configured with any SCell[1] Number of carrier aggregation capable UE that are configured with one SCell [2] Number of carrier aggregation capable UE that are configured with two SCells[3] Number of carrier aggregation capable UE that are configured with three SCells[4] Number of carrier aggregation capable UE that are configured with four SCellsCompressed: TrueThis measurement provides the mean number of UEs configured for downlink carrier aggregation, out of the number of carrier aggregation capable UEs, counted per the number of component carriers (PCell and SCells) configured in each UE.5Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaConfiguredDlSampPEGSingleThe number of carrier aggregation configured UE measurement samples.The counter is stepped for each carrier aggregation configured UE measurement sample.5Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaActivatedDlSumACCPDF[5]Number of activated secondary component carriers (SCell), for UE using this cell as their primary component carrier (PCell)

[0] Number of carrier aggregation configured UE that have no activated SCells[1] Number of carrier aggregation configured UE that have one activated SCell[2] Number of carrier aggregation configured UE that have two activated SCells[3] Number of carrier aggregation configured UE that have three activated SCells[4] Number of carrier aggregation configured UE that have four activated SCellsCompressed: TrueStepped in each subframe (TTI) for UEs using this cell as a primary component carrier (PCell) and which are configured with at least one secondary component carrier (SCell).0.001Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmCaScheduledDlSumACCPDF[5]Mean number of UE that have data scheduled on downlink, counted by the number of component carriers simultaneously scheduled.UE is considered scheduled for carrier aggregation if the eNodeB has sent a PDCCH assignment indicating a PDSCH assignment

[0] Number of carrier aggregation activated UE that have one scheduled cell[1] Number of carrier aggregation activated UE that have two simultaneously scheduled cells[2] Number of carrier aggregation activated UE that have three simultaneously scheduled cells[3] Number of carrier aggregation activated UE that have four simultaneously scheduled cells[4] Number of carrier aggregation activated UE that have five simultaneously scheduled cellsCompressed: TrueStepped in each subframe (TTI) for UEs using this cell as a primary component carrier (PCell) and which are activated with at least one secondary component carrier (SCell).0.001Not included in any predefined scannerYesNewRBSRadio_NetworkEUtranCellFDDpmRadioThpVolDlSCellACCSingleThe total successfully transferred data volume on MAC level in the downlink for secondary cell traffic (i.e. the UE has another cell as its primary component carrier (PCell)). This counter includes possible padding bits.kilobit (1 000 bits)The counter is incremented when a downlink transmission is acknowledged on HARQ level (only stepped for secondary component carrier (SCell) traffic).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmDrxSleepTimePEGSingleContains the DRX sleep time in number of subframes for all UEs in the cell taking into consideration SR pending time (time between SR and UL grant).Counter should be incremented every subframe for every UE in the cell for which DRX functionality in RRC_CONNECTED state is configured and the UE is in DRX sleep time.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmSchedActivityUeDlACCSingleTotal UEs scheduling activity in the downlink.The counter shall be increased with 1 for each UE that was scheduled with SRB/DRB data in the downlink.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmSchedActivityUeUlACCSingleTotal UEs scheduling activity in the uplink.The counter shall be increased with 1 for each UE that was scheduled with SRB/DRB data in the uplink.Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPrbAvailDlACCSingleThe total number of Physical Resource Block (PRB) pairs available for transmission in the downlink.

The value of the counter depends on the FDD/TDD configuration and in TDD also the special subframe configuration.This measurement is applicable for the Physical Downlink Shared Channel (PDSCH)Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmPrbAvailUlACCSingleThe total number of Physical Resource Block (PRB) pairs available for transmission in the uplink.

The value of the counter depends on the FDD/TDD configuration.This measurement is applicable for the Physical Uplink Shared Channel (PUSCH).Not included in any predefined scannerYesModifiedRBSRadio_NetworkEUtranCellFDDpmRadioRecInterferencePwrACCPDF[16]The measured Noise and Interference Power on PUSCH, according to 36.214

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13A to 13B to 14A Counter Differences