Radio Network Parms LTE R11A

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Radio Network Parameters, L11ALTE RAN

Copyright Doc Number: 3/006 51-HSC 105 50/1 Uen

Revision: PC1

Disclaimer

© Ericsson AB 2009–2010. All rights reserved. No part of this document may be reproduced in any form without the written permission of the copyright owner.

This parameter list reflects Managed Information Model (MIM) identity Name : ERBS_NODE_MODEL_A Version : 9 Release : 51

The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document.

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Radio Network Parameters, L11A

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Managed Area Managed Area the attribute belongs to.MOC Name Managed object class the attribute belongs to.Parameter Name Attribute name as defined in the MOM.Sequence Length Maximum length for parameter arrays.

1. IntroductionNOTE! Users of this file must have sufficient knowledge about Excel before using the Sort and Filter functions.

1.1 Purpose This document describes the LTE L11A parameters. 1.2 PermissionsTo assure that the correct information is delivered to the end-user of this document, some of the sheets have been locked.

2. SheetsThis file constains the following sheets: - Cover Page - Introduction (this sheet) - Radio Network Parameters (see section 2.1) - Struct (see section 2.2)

2.1 Radio Network ParametersThis sheet lists and gives information about the LTE RAN Parameters.

The following information is presented for each parameter:

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Parameter Description

Data Type

Range and values Valid value range or values for the parameter.Default ValueAccess

Mandatory

Persistent

Bulk CM Included Indicates if the parameter is visible in the Bulk CM interface.

Struct Name

Parameter Name Attribute name as defined in the MOM.Sequence Length Maximum length for parameter arrays.Description

Data TypeRange and Values

Contains following information:- Brief description of the parameter.- When a parameter change will take effect.- If there are dependencies or restrictions in relation to other parameters. A dependency means that there are other parameters that may need to be changed to be consistent with the new value. A restriction means that there is a relation to another parameter that must be preserved. This information is not applicable for the data type Struct.

Data type for the parameter, e.g., long, string.If the data type is Struct it is described on the Struct Parameters sheet, see section 2.2

Default value, as initially set by the system, if not explicitly set at MO creation. Indicates if the parameter is read only, read/write, or restricted. Restricted meeans that, once the corresponding MO has been created, the parameter becomes read only and can only be modified by recreating the MO.

Indicates whether or not the parameter is mandatory to configure at creation of the corresponding MO. For mandatory parameters no default value is defined.

Indicates whether or not the parameter is stored persistently in the database of a node. Persistent data will survive a node restart.

The name of the Struct. Corresponds to the Data type column on the Radio Network Parameters sheet, see section 2.1

Contains following information:- Brief description of the parameter.- When a parameter change will take effect.

Data type for the parameter, e.g., long, string.Valid value range for the parameter.

2.2 Struct ParametersThis sheet list and gives information about structured attributes that can contain an arbitrary number of elements of the same or different type

The following information is presented for each struct:

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Default Value Default value, as initially set by the system, if not explicitly set at MO creation.

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Managed Area MO Class Name Parameter Name

Radio_Network Cdma2000CellRelation Cdma2000CellRelationId 0

Radio_Network Cdma2000CellRelation userLabel 0

Radio_Network Cdma2000CellRelation externalCdma2000CellRef 0

Radio_Network Cdma2000Freq freqCdma 0

Radio_Network Cdma2000Freq Cdma2000FreqId 0

Radio_Network Cdma2000Freq reservedBy 0

Radio_Network Cdma2000Freq userLabel 0

Radio_Network Cdma2000FreqBand Cdma2000FreqBandId 0

Radio_Network Cdma2000FreqBand hrpdBandClass 0

Sequence Length

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Radio_Network Cdma2000FreqBand userLabel 0

Radio_Network Cdma2000FreqBand reservedBy 0

Radio_Network Cdma2000FreqBandRelation Cdma2000FreqBandRelationId 0

Radio_Network Cdma2000FreqBandRelation userLabel 0

Radio_Network Cdma2000FreqBandRelation cdma2000FreqBandRef 0

Radio_Network Cdma2000FreqBandRelation threshXHighHrpd 0

Radio_Network Cdma2000FreqBandRelation threshXLowHrpd 0

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Radio_Network Cdma2000FreqBandRelation cellReselectionPriority 0

Radio_Network Cdma2000Network Cdma2000NetworkId 0

Radio_Network Cdma2000Network userLabel 0

Radio_Bearer_and_QoS DataRadioBearer DataRadioBearerId 0Radio_Network ENodeBFunction timeAndPhaseSynchCritical 0

Radio_Network ENodeBFunction ENodeBFunctionId 0Radio_Network ENodeBFunction userLabel 0Radio_Network ENodeBFunction sctpRef 0

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Radio_Network ENodeBFunction dnsLookupOnTai 0

Radio_Network ENodeBFunction dnsLookupTimer 0

Radio_Network ENodeBFunction dscpLabel 0

Radio_Network ENodeBFunction noOfS1ResetSendings 0

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Radio_Network ENodeBFunction collectTraceStatus 0

Radio_Network ENodeBFunction eNBId 0

Radio_Network ENodeBFunction eNodeBPlmnId 0

Radio_Network ENodeBFunction oaMLinkSuperVisionActive 0

Radio_Network ENodeBFunction x2BlackList 64

Radio_Network ENodeBFunction x2retryTimerMaxAuto 0

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Radio_Network ENodeBFunction x2retryTimerStart 0

Radio_Network ENodeBFunction x2WhiteList 64

Radio_Network ENodeBFunction schedulingStrategy 0

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Radio_Network ENodeBFunction s1RetryTimer 0

Radio_Network ENodeBFunction tHODataFwdReordering 0

Radio_Network ENodeBFunction ulSchedulerDynamicBWAllocationEnabled 0

Radio_Network ENodeBFunction upIpAccessHostRef 0

Radio_Network EUtranCellFDD EUtranCellFDDId 0

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Radio_Network EUtranCellFDD earfcndl 0

Radio_Network EUtranCellFDD earfcnul 0

Radio_Network EUtranCellFDD frameStartOffset 0

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Radio_Network EUtranCellFDD noOfPucchCqiUsers 0

Radio_Network EUtranCellFDD noOfPucchSrUsers 0

Radio_Network EUtranCellFDD dlChannelBandwidth 0

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Radio_Network EUtranCellFDD ulChannelBandwidth 0

Radio_Network EUtranCellFDD qRxLevMin 0

Radio_Network EUtranCellFDD minBestCellHoAttempts 0

Radio_Network EUtranCellFDD redirectionInfoRefPrio1 0

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Radio_Network EUtranCellFDD systemInformationBlock6 0



Radio_Network EUtranCellFDD reservedBy 0

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Radio_Network EUtranCellFDD ulInterferenceManagementActive 0

Radio_Network EUtranCellFDD acBarringInfo 0

Radio_Network EUtranCellFDD cellBarred 0

Radio_Network EUtranCellFDD cellReservedForOperatorUse 1

Radio_Network EUtranCellFDD configurableFrequencyStart 0

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Radio_Network EUtranCellFDD dlInterferenceManagementActive 0

Radio_Network EUtranCellFDD nrOfSymbolsPdcch 0

Radio_Network EUtranCellFDD pMaxServingCell 0

Radio_Network EUtranCellFDD pZeroNominalPucch 0

Radio_Network EUtranCellFDD pZeroNominalPusch 0

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Radio_Network EUtranCellFDD qciTableRef 0

Radio_Network EUtranCellFDD availabilityStatus 0

Radio_Network EUtranCellFDD operationalState 0

Radio_Network EUtranCellFDD administrativeState 0

Radio_Network EUtranCellFDD cellId 0

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Radio_Network EUtranCellFDD noOfRxAntennas 0

Radio_Network EUtranCellFDD noOfTxAntennas 0

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Radio_Network EUtranCellFDD physicalLayerCellIdGroup 0

Radio_Network EUtranCellFDD physicalLayerSubCellId 0

Radio_Network EUtranCellFDD sectorFunctionRef 0Radio_Network EUtranCellFDD userLabel 0Radio_Network EUtranCellFDD tac 0

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Radio_Network EUtranCellFDD bPlmnList 1

Radio_Network EUtranCellFDD partOfRadioPower 0

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Radio_Network EUtranCellFDD maximumTransmissionPower 0

Radio_Network EUtranCellFDD drxActive 0

Radio_Network EUtranCellFDD networkSignallingValue 0

Radio_Network EUtranCellFDD initCdma2000SysTimeType 0

Radio_Network EUtranCellFDD bcCdma2000SysTimeType 0

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Radio_Network EUtranCellFDD pucchOverdimensioning 0

Radio_Network EUtranCellFDD qRxLevMinOffset 0

Radio_Network EUtranCellRelation EUtranCellRelationId 0Radio_Network EUtranCellRelation cellIndividualOffsetEUtran 0

Radio_Network EUtranCellRelation neighborCellRef 0

Radio_Network EUtranCellRelation isHoAllowed 0

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Radio_Network EUtranCellRelation qOffsetCellEUtran 0

Radio_Network EUtranCellRelation anrCreated 0

Radio_Network EUtranCellRelation isRemoveAllowed 0

Radio_Network EUtranCellRelation timeOfAnrCreation 0

Radio_Network EUtranCellRelation timeOfAnrModification 0

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Radio_Network EUtranCellRelation ctrlMode 0

Radio_Network EUtranCellRelation supportedMobilityRelationType 0

Radio_Network EUtranCellTDD qRxLevMin 0

Radio_Network EUtranCellTDD minBestCellHoAttempts 0

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Radio_Network EUtranCellTDD redirectionInfoRefPrio1 0



Radio_Network EUtranCellTDD systemInformationBlock6 0


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Radio_Network EUtranCellTDD reservedBy 0


Radio_Network EUtranCellTDD ulInterferenceManagementActive 0

Radio_Network EUtranCellTDD acBarringInfo 0

Radio_Network EUtranCellTDD cellBarred 0

Radio_Network EUtranCellTDD cellReservedForOperatorUse 1

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Radio_Network EUtranCellTDD configurableFrequencyStart 0

Radio_Network EUtranCellTDD dlInterferenceManagementActive 0

Radio_Network EUtranCellTDD nrOfSymbolsPdcch 0

Radio_Network EUtranCellTDD pMaxServingCell 0

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Radio_Network EUtranCellTDD pZeroNominalPucch 0

Radio_Network EUtranCellTDD pZeroNominalPusch 0

Radio_Network EUtranCellTDD qciTableRef 0

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Radio_Network EUtranCellTDD availabilityStatus 0

Radio_Network EUtranCellTDD operationalState 0

Radio_Network EUtranCellTDD administrativeState 0

Radio_Network EUtranCellTDD cellId 0

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Radio_Network EUtranCellTDD noOfRxAntennas 0

Radio_Network EUtranCellTDD noOfTxAntennas 0

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Radio_Network EUtranCellTDD physicalLayerCellIdGroup 0

Radio_Network EUtranCellTDD physicalLayerSubCellId 0

Radio_Network EUtranCellTDD sectorFunctionRef 0Radio_Network EUtranCellTDD userLabel 0Radio_Network EUtranCellTDD tac 0

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Radio_Network EUtranCellTDD bPlmnList 1

Radio_Network EUtranCellTDD partOfRadioPower 0

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Radio_Network EUtranCellTDD maximumTransmissionPower 0

Radio_Network EUtranCellTDD drxActive 0

Radio_Network EUtranCellTDD networkSignallingValue 0

Radio_Network EUtranCellTDD initCdma2000SysTimeType 0

Radio_Network EUtranCellTDD bcCdma2000SysTimeType 0

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Radio_Network EUtranCellTDD pucchOverdimensioning 0

Radio_Network EUtranCellTDD qRxLevMinOffset 0

Radio_Network EUtranCellTDD subframeAssignment 0

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Radio_Network EUtranCellTDD specialSubframePattern 0

Radio_Network EUtranCellTDD channelBandwidth 0

Radio_Network EUtranCellTDD earfcn 0

Radio_Network EUtranCellTDD EUtranCellTDDId 0Radio_Network EUtranCellTDD frameStartOffset 0

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Radio_Network EUtranCellTDD noOfPucchCqiUsers 0

Radio_Network EUtranCellTDD noOfPucchSrUsers 0

Radio_Network EUtraNetwork EUtraNetworkId 0Radio_Network EUtraNetwork userLabel 0

Radio_Network EUtranFreqRelation EUtranFreqRelationId 0

Radio_Network EUtranFreqRelation userLabel 0

Radio_Network EUtranFreqRelation eutranFrequencyRef 0

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Radio_Network EUtranFreqRelation qRxLevMin 0

Radio_Network EUtranFreqRelation pMax 0

Radio_Network EUtranFreqRelation tReselectionEutra 0

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Radio_Network EUtranFreqRelation tReselectionEutraSfHigh 0

Radio_Network EUtranFreqRelation tReselectionEutraSfMedium 0

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Radio_Network EUtranFreqRelation cellReselectionPriority 0

Radio_Network EUtranFreqRelation threshXHigh 0

Radio_Network EUtranFreqRelation threshXLow 0

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Radio_Network EUtranFreqRelation allowedMeasBandwidth 0

Radio_Network EUtranFreqRelation qOffsetFreq 0

Radio_Network EUtranFreqRelation presenceAntennaPort1 0

Radio_Network EUtranFrequency EUtranFrequencyId 0

Radio_Network EUtranFrequency reservedBy 0

Radio_Network EUtranFrequency userLabel 0

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Radio_Network EUtranFrequency arfcnValueEUtranDl 0

Radio_Network ExternalCdma2000Cell ExternalCdma2000CellId 0

Radio_Network ExternalCdma2000Cell pnOffset 0

Radio_Network ExternalCdma2000Cell userLabel 0

Radio_Network ExternalCdma2000Cell cellGlobalIdHrpd 0

Radio_Network ExternalCdma2000Cell reservedBy 0

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Radio_Network ExternalENodeBFunction eNodeBPlmnId 0

Radio_Network ExternalENodeBFunction ExternalENodeBFunctionId 0Radio_Network ExternalENodeBFunction eNBId 0

Radio_Network ExternalENodeBFunction gUGroupIdList 16

Radio_Network ExternalENodeBFunction userLabel 0

Radio_Network ExternalENodeBFunction masterEnbFunctionId 0

Radio_Network ExternalENodeBFunction anrCreated 0

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Radio_Network ExternalENodeBFunction timeOfAnrCreation 0

Radio_Network ExternalENodeBFunction timeOfAnrModification 0

Radio_Network ExternalENodeBFunction ctrlMode 0

Radio_Network ExternalEUtranCellFDD ExternalEUtranCellFDDId 0Radio_Network ExternalEUtranCellFDD localCellId 0

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Radio_Network ExternalEUtranCellFDD physicalLayerCellIdGroup 0

Radio_Network ExternalEUtranCellFDD physicalLayerSubCellId 0

Radio_Network ExternalEUtranCellFDD reservedBy 0

Radio_Network ExternalEUtranCellFDD userLabel 0

Radio_Network ExternalEUtranCellFDD tac 0

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Radio_Network ExternalEUtranCellFDD bPlmnList 6

Radio_Network ExternalEUtranCellFDD dlChannelBandwidth 0

Radio_Network ExternalEUtranCellFDD anrCreated 0

Radio_Network ExternalEUtranCellFDD isRemoveAllowed 0

Radio_Network ExternalEUtranCellFDD masterEUtranCellFDDId 0

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Radio_Network ExternalEUtranCellFDD timeOfAnrCreation 0

Radio_Network ExternalEUtranCellFDD timeOfAnrModification 0

Radio_Network ExternalEUtranCellFDD ctrlMode 0

Radio_Network ExternalEUtranCellFDD ulChannelBandwidth 0

Radio_Network ExternalEUtranCellFDD eutranFrequencyRef 0

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Radio_Network ExternalEUtranCellTDD bPlmnList 6

Radio_Network ExternalEUtranCellTDD channelBandwidth 0

Radio_Network ExternalEUtranCellTDD eutranFrequencyRef 0

Radio_Network ExternalEUtranCellTDD ExternalEUtranCellTDDId 0Radio_Network ExternalEUtranCellTDD localCellId 0

Radio_Network ExternalEUtranCellTDD physicalLayerCellIdGroup 0

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Radio_Network ExternalEUtranCellTDD physicalLayerSubCellId 0

Radio_Network ExternalEUtranCellTDD reservedBy 0

Radio_Network ExternalEUtranCellTDD tac 0

Radio_Network ExternalEUtranCellTDD userLabel 0

Radio_Network ExternalEUtranCellTDD anrCreated 0

Radio_Network ExternalEUtranCellTDD ctrlMode 0

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Radio_Network ExternalEUtranCellTDD isRemoveAllowed 0

Radio_Network ExternalEUtranCellTDD timeOfAnrCreation 0

Radio_Network ExternalEUtranCellTDD timeOfAnrModification 0

Radio_Network ExternalEUtranCellTDD masterEUtranCellTDDId 0

Radio_Network GeraNetwork GeraNetworkId 0

Radio_Network GeraNetwork userLabel 0

Radio_Network GeranFreqGroup GeranFreqGroupId 0

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Radio_Network GeranFreqGroup userLabel 0

Radio_Network GeranFreqGroup reservedBy 0

Radio_Network GeranFreqGroup frequencyGroupId 0Radio_Network GeranFreqGroupRelation GeranFreqGroupRelationId 0

Radio_Network GeranFreqGroupRelation userLabel 0

Radio_Network GeranFreqGroupRelation geranFreqGroupRef 0

Radio_Network GeranFreqGroupRelation qRxLevMin 0

Radio_Network GeranFreqGroupRelation pMaxGeran 0

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Radio_Network GeranFreqGroupRelation threshXHigh 0

Radio_Network GeranFreqGroupRelation threshXLow 0

Radio_Network GeranFreqGroupRelation nccPermitted 0

Radio_Network GeranFreqGroupRelation cellReselectionPriority 0

Radio_Network GeranFrequency GeranFrequencyId 0

Radio_Network GeranFrequency userLabel 0

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Radio_Network GeranFrequency bandIndicator 0

Radio_Network GeranFrequency arfcnValueGeranDl 0

Radio_Bearer_and_QoS LogicalChannelGroup LogicalChannelGroupId 0

Radio_Bearer_and_QoS LogicalChannelGroup userLabel 0Radio_Bearer_and_QoS LogicalChannelGroup reservedBy 0

Radio_Network Paging PagingId 0Radio_Network Paging maxNoOfPagingRecords 0

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Radio_Network Paging defaultPagingCycle 0

Radio_Network Paging nB 0

Radio_Network Paging pagingDiscardTimer 0

Radio_Network PmEventService cellTraceDataLevel 0

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Radio_Network PmEventService cellTraceHighPrioReserve 0

Radio_Network PmEventService totalCellTraceStorageSize 0

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Radio_Network PmEventService cellTraceFileSize 0

Radio_Network PmEventService totalEventStorageSize 0

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Radio_Network PmEventService ueTraceFileSize 0

Radio_Network PmEventService PmEventServiceId 0Radio_Network PmEventService totalUeTraceStorageSize 0

Radio_Network PmEventService rbsUeTraceEventStreamingPort 0

Radio_Network PmEventService cellPmTraceStreamStatus 6

Radio_Network PmEventService uePmTraceStreamStatus 16

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Radio_Network PmEventService streamPortPmUeTrace 0

Radio_Network PmEventService streamStatusPmCellTrace 6

Radio_Network PmEventService streamStatusPmUeTrace 16

Radio_Bearer_and_QoS QciProfilePredefined QciProfilePredefinedId 0Radio_Bearer_and_QoS QciProfilePredefined userLabel 0Radio_Bearer_and_QoS QciProfilePredefined qci 0

Radio_Bearer_and_QoS QciProfilePredefined priority 0

Radio_Bearer_and_QoS QciProfilePredefined dscp 0

Radio_Bearer_and_QoS QciProfilePredefined logicalChannelGroupRef 0

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Radio_Bearer_and_QoS QciTable QciTableId 0Radio_Bearer_and_QoS QciTable reservedBy 0

Radio_Bearer_and_QoS RadioBearerTable RadioBearerTableId 0Radio_Network RbsConfiguration RbsConfigurationId 0Radio_Network RbsConfiguration configFaultReason 0

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Radio_Network RbsConfiguration progressInformation 0

Radio_Network Rcs RcsId 0

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Radio_Network Rcs tInactivityTimer 0

Radio_Network ReportConfigEUtraBadCovSec hysteresisA2Sec 0

Radio_Network ReportConfigEUtraBadCovSec reportAmountA2Sec 0

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Radio_Network ReportConfigEUtraBadCovSec reportIntervalA2Sec 0

Radio_Network ReportConfigEUtraBadCovSec reportQuantityA2Sec 0

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Radio_Network ReportConfigEUtraBadCovSec timeToTriggerA2Sec 0

Radio_Network ReportConfigEUtraBadCovSec triggerQuantityA2Sec 0

Radio_Network ReportConfigEUtraBadCovSec ReportConfigEUtraBadCovSecId 0Radio_Network ReportConfigEUtraBestCell a3offset 0

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Radio_Network ReportConfigEUtraBestCell hysteresisA3 0

Radio_Network ReportConfigEUtraBestCell reportAmountA3 0

Radio_Network ReportConfigEUtraBestCell reportIntervalA3 0

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Radio_Network ReportConfigEUtraBestCell reportQuantityA3 0

Radio_Network ReportConfigEUtraBestCell timeToTriggerA3 0

Radio_Network ReportConfigEUtraBestCell triggerQuantityA3 0

Radio_Network ReportConfigEUtraBestCell ReportConfigEUtraBestCellId 0Radio_Network ReportConfigEUtraIntraFreqPm measSelectionEUtraPm 0

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Radio_Network ReportConfigEUtraIntraFreqPm a1ThresholdRsrpPm 0

Radio_Network ReportConfigEUtraIntraFreqPm a1ThresholdRsrqPm 0


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Radio_Network ReportConfigEUtraIntraFreqPm a3OffsetPm 0

Radio_Network ReportConfigEUtraIntraFreqPm a3ReportOnLeavePm 0


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Radio_Network ReportConfigEUtraIntraFreqPm a5ThresholdRsrpPm1 0

Radio_Network ReportConfigEUtraIntraFreqPm a5ThresholdRsrqPm1 0

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Radio_Network ReportConfigEUtraIntraFreqPm a5ThresholdRsrpPm2 0

Radio_Network ReportConfigEUtraIntraFreqPm a5ThresholdRsrqPm2 0

Radio_Network ReportConfigEUtraIntraFreqPm triggerQuantityPm 0

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Radio_Network ReportConfigEUtraIntraFreqPm hysteresisPm 0

Radio_Network ReportConfigEUtraIntraFreqPm timeToTriggerPm 0

Radio_Network ReportConfigEUtraIntraFreqPm reportQuantityPm 0

Radio_Network ReportConfigEUtraIntraFreqPm maxReportCellsPm 0

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Radio_Network ReportConfigEUtraIntraFreqPm reportIntervalPm 0

Radio_Network ReportConfigEUtraIntraFreqPm reportAmountPm 0

Radio_Network ReportConfigEUtraIntraFreqPm reservedBy 0

Radio_Network ReportConfigEUtraIntraFreqPm ReportConfigEUtraIntraFreqPmId 0Radio_Network SectorEquipmentFunction SectorEquipmentFunctionId 0Radio_Network SectorEquipmentFunction reservedBy 4

Radio_Network SectorEquipmentFunction fqBand 0

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Radio_Network SectorEquipmentFunction userLabel 0Radio_Network SectorEquipmentFunction confOutputPower 0

Radio_Network SectorEquipmentFunction rfBranchRef 24

Radio_Network SecurityHandling SecurityHandlingId 0Radio_Network SecurityHandling countWrapSupervisionActive 0

Radio_Network SecurityHandling rbIdSupervisionActive 0

Radio_Network SecurityHandling integrityProtectionAlgorithms 0

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Radio_Network SecurityHandling cipheringAlgorithms 0

Radio_Bearer_and_QoS Srb1Profile Srb1ProfileId 0Radio_Bearer_and_QoS Srb1Profile userLabel 0Radio_Bearer_and_QoS Srb2Profile Srb2ProfileId 0Radio_Bearer_and_QoS Srb2Profile userLabel 0Radio_Bearer_and_QoS SrbLogicalChannelGroup SrbLogicalChannelGroupId 0

Radio_Bearer_and_QoS SrbTable SrbTableId 0Radio_Network UeMeasControl UeMeasControlId 0Radio_Network UeMeasControl bestCellReleaseActive 0

Radio_Network UeMeasControl sMeasure 0

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Radio_Network UeMeasControl badCoverageMeasSelection 0

Radio_Network UeMeasControl filterCoefficientEUtraRsrp 0

Radio_Network UeMeasControl filterCoefficientEUtraRsrq 0

Radio_Network UtraNetwork UtraNetworkId 0

Radio_Network UtraNetwork userLabel 0

Radio_Network UtranFreqRelation UtranFreqRelationId 0

Radio_Network UtranFreqRelation userLabel 0

Radio_Network UtranFreqRelation utranFrequencyRef 0

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Radio_Network UtranFreqRelation threshXHigh 0

Radio_Network UtranFreqRelation threshXLow 0

Radio_Network UtranFreqRelation qRxLevMin 0

Radio_Network UtranFreqRelation pMaxUtra 0

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Radio_Network UtranFreqRelation qQualMin 0

Radio_Network UtranFreqRelation cellReselectionPriority 0

Radio_Network UtranFrequency UtranFrequencyId 0

Radio_Network UtranFrequency reservedBy 0

Radio_Network UtranFrequency userLabel 0

Radio_Network UtranFrequency arfcnValueUtranDl 0

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Parameter Description Data Type Range and Values Default Value

string

string ""

ManagedObject

long 0..2047

The value component of the Relative Distinguished Name (RDN). string

ManagedObject

string ""

string

HrpdBandClass

The value component of the Relative Distinguished Name (RDN).

Label for free use.

Takes effect: Immediately

Reference to a ExternalCdma2000Cell.

Identifies the carrier frequency within a CDMA2000 Band.

Unit: -Resolution: 1

Takes effect: Cell lock/unlock

Contains a list of EUtranCellFDD and ExternalCdma2000Cell managed object instances that reserves this managed object instance.

Label for free use.


Identifies the HRPD Frequency Band in which the HRPD Carrier can be found.

BAND_CLASS_0BAND_CLASS_1

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string ""

ManagedObject

string

string ""

Cdma2000FreqBand

long 0..63 63

long 0..63 63

Label for free use.

Contains a list of MO instances that reserve this MO instance.


Label for free use.

Reference to the Cdma2000 frequencey band MO, Cdma2000FreqBand.

This specifies the threshold used in reselection towards a high priority CDMA2000 HRPD band class expressed as an unsigned binary number equal to FLOOR ([-2 x 10 x log10 Ec/Io]) in units of 0.5 db. If sNonServingCell > threshXHighHrpd, reselection is considered towards the band class with higher priority. The condition must be valid during the period defined by attribute tReselectionCdmaHrpd.sNonServingCell is the RX-level value of a neighboring cell.


This specifies the threshold used in reselection towards a low priority CDMA2000 HRPD band class expressed as an unsigned binary number equal to FLOOR ([-2 x 10 x log10 Ec/Io]) in units of 0.5 db. If sServingCell < threshServingLow and sNeighbor > threshXLow (see corresponding attribute), reselection towards this lower prioritized band class is considered. The condition has to be valid during the period defined by attribute tReselectionCdmaHrpd. sServingCell is the RX level value of the serving cell and sNeighborCell is the RX level value of a neighbor frequency.


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long 0..7 6

string

string ""

The value component of the RDN. stringboolean false

The value component of the RDN. stringLabel for free use. string ""

Sctp

Absolute priority of the RAT (0 means: lowest priority).




Label for free use.

Takes effect: Immediately.

The parameter indicates if it is acceptable or not acceptable to operate the cell as an asynchronous cell under error conditions.


Dependencies: The parameter is relevant when parameters featureStateTimeAndPhaseSynchWithGPS and licenseStateTimeAndPhaseSynchWithGPS in MO class TimeAndPhaseSynchWithGPS are ACTIVATED and ENABLED

Reference to the Sctp instance that shall be used for configure the Sctp host that will be used for S1 and X2 connections.


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DnsLookup ON

long 0..1000 0

long 0..63 24

long 0..255 0

Controls whether TAI shall be used to get IP addresses to MME nodes from DNS.If ON, the RBS will use TAI to automatically fetch all MMEs IP addresses from the DNS when dnsLookupOnTai is switched on or at RBS start/restart. The MME IP address list is refreshed periodically and MME connections released and setup according to the new list. The MME IP address list can also be refreshed on trigger from OSS.


OFFON

Defines the frequency to perform DNS Lookup to get possible new IP addresses for MME nodes. The DNS lookup is performed for TAI domain name. If value is set to zero, then no periodic DNS Lookup will be done.

Unit: 1 Hour.Resolution: 1


Static mapping of DiffServ label for: control messages, PM and NAS.

Dependencies: Will only be used then dscpUsage is active.

Resolution: 1

Takes effect: Node restart

Deprecated: Since L10A. Planned to be removed.

Number of consecutive retries of sending S1-RESET message to the MME.

Resolution: 1


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Status of trace collection, initiated with operation collectTraces.

long 0..1048575 0

PlmnIdentity

boolean true

GlobalEnbId

long 0..60000 1440

NodeBFunction_CollectTraceStatus

NOT_STARTEDCOLLECTINGFINISHEDFAILED

ENodeB Id, which forms part of the Cell Global Identity, and is also used for identifying the node over the S1 interface.

ENodeB PLMN Id is a part of the ENodeB Global Id that is used for identifying the node over the S1 interface.

Controls the enabling and disabling of the supervision function that restarts the RBS when the O&M link becomes disabled.


A list of blacklisted eNBId. X2 may not be set up to any neighbor eNodeB in this list.


Disturbances: If ANR is active and an eNB is added to the list, any termPointToEnb for this external eNB is removed.

This parameter specifies the maximum retry interval for X2 setup when ctrlMode=Auto for the TermPointToEnb. See parameter x2RetryTimerStart.

Unit: 1 minuteResolution: -


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long 0..1000 30

GlobalEnbId

SchedulingStrategy ROUND_ROBIN

This parameter is, together with the parameter x2retryTimerMaxAuto and the value timeToWait received in message x2SetupFail, used to determine what value to use for the x2RetryTimer. This is the timer that controls the time until next retry of X2 setup after failed X2 setup or X2 link break. It is used for SCTP and X2AP retries. The timer value is calculated as follows (W = timeToWait, 0 if not received):1) At link break and first retry: x2RetryTimer is set to a random value, unique for each eNodeB, in the range of [W.. x2RetryTimerStart+W].2) At subsequent retries when the eNB is whitelisted: x2RetryTimer = x2RetryTimerStart.3) At subsequent retries when the eNB is not whitelisted : x2RetryTimer = min[2^(n-2)*x2RetryTimerStart, x2retryTimerMaxAuto] where n is retry number.

Unit: 1 sResolution: 1


A list of whitelisted eNBId. ANR (Automatic Neighbor Relations) is not allowed to disconnect X2 to any neighbor eNodeB in this list.


Specifies which scheduling strategy that shall be used within the eNB.


STRICT_PRIORITYROUND_ROBINRESOURCE_FAIRPROPORTIONAL_FAIR_MEDIUMPROPORTIONAL_FAIR_LOWPROPORTIONAL_FAIR_HIGHMAXIMUM_CQIEQUAL_RATE

Page 83 of 242

long 0..300 30

long 1..3000 50

boolean true

IpAccessHostEt

string

Deprecated: Since L10A. Value 0 is not part of the value range and shall not be used.

Defines the frequency to perform re-establishment of SCTP and S1-AP connection, when the connection to a MME is lost.

Unit: 1sResolution: 1


Target eNodeB supervision of the DL data forwarding activity.The timer is started when DL data on S1-U is received. At expiry the tunnel end-point for DL forwarding is locally released.

Unit: ms

Resolution: 1


Specifies if the advanced UL scheduler is enabled


Reference to the IpAccessHostEt instance that shall be used for configuring the IP access host for S1 and X2 user plane connections. This attribute must contain a valid MO reference if the IPsec function is used.


Disturbance: Changing this parameter will cause a restart of the Digital Unit.

The value component of the RDN.

Page 84 of 242

long 0..17999

long 18000..35999

FrameStartOffset

Specifies the channel number for the central DL frequency. The mapping from channel number to physical frequency is for specified E-UTRA bands described in 3GPP specification TS 36.104. The values that can be used depends on national, operator specific frequency allocation as well as from the supported frequency band(s) of the equipment in the eNodeB.

Resolution: 1

Disturbances: Changes may affect traffic.

Take effect: Object disabled/enabled.

Specifies the channel number for the central UL frequency. The mapping from channel number to physical frequency is for specified E-UTRA bands described in 3GPP TS 36.104. The values that can be used depends on national, operator specific frequency allocation as well as from the supported frequency band(s) of the equipment in the eNodeB.

Resolution: 1


Take effect: Object disabled/enabled.

The frame start offset of the cell.


Takes effect: Object disabled/enabled.

Page 85 of 242

long 0..4000 400

long 0..4000 400

long 10000

The number of Channel Quality Indicator (CQI) resources available on the PUCCH channel.



Takes effect: Object unlocked.Note: The parameter will take effect when System Information is updated.

The number of scheduling request resources available on the PUCCH channel.



Takes effect: Object unlocked.Note: The parameter will take effect when System Information is updated.

The downlink channel bandwidth in the cell.

Valid values: 1400, 3000, 5000, 10000, 15000, 20000

Unit: 1 kHz



1400,3000,5000,10000,15000,20000

Page 86 of 242

long 10000

long -140..-44 -140

long 1..10 1

ManagedObject

The uplink channel bandwidth in the cell.

Valid values: 1400, 3000, 5000, 10000, 15000, 20000

Unit: 1 kHz



1400,3000,5000,10000,15000,20000

Q-RxLevMin indicates the required minimum received RSRP level in the (E-UTRA) frequency for cell reselection. Corresponds to parameter Qrxlevmin in 3GPP TS 36.304. This attribute is broadcast in SIB1.

Unit: dBm

Resolution: 2

Takes effect: New connection

Number of attempts for handover to a cell better than the serving one, before handover is attempted to the next best cell. If there is no next best cell in the UE report, handover to the best cell is attempted repeatedly.


Reference to an Managed Object instance containing redirection information for this EUtranCell. This reference should be set to a Cdma2000Freq, EUtranFrequency, UtranFrequency or GeranFrequencyGroup instance. Redirect to the same frequency is possible.

Takes effect: Ongoing connection

Page 87 of 242

ManagedObject

ManagedObject

SIB6

SIB7

SIB8

ManagedObject





Contains cell re-selection information common for cell re-selection towards UTRAN.

Takes effect: Object lock/unlock

Contains cell re-selection information common for cell re-selection towards GERAN.


Contains cell re-selection information common for cell re-selection towards CDMA2000. This is controlled by the licensing MO Cdma2000SessionContinuity. The SIB8 distribution and information is also controlled by other licenses.


Contains a list of EUtranCellRelation managed object instances that reserves this managed object instance.

Dependencies: The managed object cannot be deleted if it is reserved.

Page 88 of 242

SIB3

boolean true

AcBarringInfo

CellBarred NOT_BARRED

CellReservedForOperatorUse NOT_RESERVED

long 0..100 0

Contains cell re-selection information common for intra-frequency, inter-frequency and/ or inter-RAT cell re-selection.


Specifies if uplink interference management is enabled or disabled.


Contains all access barring information.


Parameter available to specify by the operator if the cell is needed for specific purposes and should not be accessable by random UEs.


BARREDNOT_BARRED

Parameter available to specify, by the operator, if the cell is reserved for operator use.

The first index is for the primary PLMN of the cell.


RESERVEDNOT_RESERVED

Specifies the start frequency offset for the allocation of resources when the downlink interference management is disabled expressed as a percentage of the bandwidth available.

Dependencies: SchDevice:dlInterferenceManagementActive shall be disabled before this parameter takes effect.

Unit: PercentageResolution: 1


Page 89 of 242

boolean true

long 1..3 1

long -30..33,1000 1000

long -127..-96 -117

long -126..24 -103

Specifies if the downlink interference management is enabled or disabled.


Specifies the number of OFDM symbols used for the PDCCH.

Unit: OFDM SymbolsResolution: 1


pMaxServingCell is used to limit UE uplink transmission power in the serving cell and to calculate the parameter Pcompensation (defined in 3GPP TS 36.304) for cell selection. The attribute is broadcast in SIB1.

Value 1000 means the parameter is not included in system information.


Specifies the nominal component of the UE Transmit power for PUCCH.

Unit: dBmResolution: 1


Specifies the nominal component of the UE Transmit power for PUSCH.



Page 90 of 242

QciTable

AvailabilityStatus

OperState

AdminState LOCKED

long 0..255

Reference to an instance of QciTable. Assigns a QciTable for a cell.

Reference to the QciTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, QciTable=default”

Dependencies: It is assumed that the QciTable MO has been created.

Takes effect: New connection.

The availability status. It contains details about operationalState. This attribute is set by the application in the RBS.

NO_STATUSIN_TESTFAILEDPOWER_OFFOFF_LINEOFF_DUTYDEGRADEDNOT_INSTALLEDLOG_FULLDEPENDENCY_LOCKEDDEPENDENCY_FAILEDDEPENDENCY_SHUTTINGDOWN

The operational state. This attribute is set by the application in the RBS. DISABLEDENABLED

The administrative state.

Takes effect: Immediatley.

LOCKEDUNLOCKED

RBS internal identity attribute for EUtranCell.

Must be unique in the RBS. Together with the Node ID and PLMN this will be a universally unique Cell ID.

Range 0-255.

Page 91 of 242

long 0,1,2,4 0

long 0,1,2,4 0

The number of antennas that can be used for uplink beamforming/MIMO.

Valid values: 0,1,2,4

0 = Max number of antennas.



The number of antennas that can be used for downlink beamforming/MIMO.





Page 92 of 242

long 0..167

long 0..2

Reference to an instance of SectorEquipmentFunction MO. SectorEquipmentFunctionLabel for free use. string ""

long 0..65535

Physical-layer cell identities are grouped into 168 unique physical-layer cell-identity groups, each group containing 3 unique sub identities. This attribute identifies the group.

This attribute together with physicalLayerSubCellId is used to calculate physical layer cell identity (see 36.211) which is sent as part of the system information (see 36.331)

Resolution: 1


Physical-layer cell identities are grouped into 168 unique physical-layer cell-identity groups, each group containing 3 unique sub identities. This attribute identifies the sub identity within the group.

This attribute together with physicalLayerCellIdGroup is used to calculate physical layer cell identity (see 36.211) which is sent as part of the system information (see 36.331)

Resolution: 1


Tracking Area Code for the EUtran Cell.

Resolution: 1

Takes effect: Create object.

Page 93 of 242

PlmnIdentity

long 0..100 100

Describes a PLMN id for the Cell.

The PLMN identity combines the following two parts: 1. MobileCountryCode, MCC, 3 digits 2. MobileNetworkCode, MNC, 2 or 3 digits (the correct number of digits is set in the mncLength member of this Struct)

Example: If MCC=125 and MNC=46, then plmnId=12546.

Disturbances: Changes may affect traffic

Takes effect: Object disabled/enabled

The requested part of the total radio power per antenna connector that should be allocated for the cell.

If the total amount of power per antenna connector is over 100% when the cell is unlocked, an alarm will be generated.

Note: This value is used for all antenna connectors used by the cell.

Unit: 1%Resolution: 1



Page 94 of 242

long -1..500

boolean false

NetworkSignallingValue NS_01

Cdma2000SysTimeVals NONE

Cdma2000SysTimeVals

Maximum possible power at the antenna reference point, for all DL channels, used simultaneously in a cell, added together.

-1 is used as an undefined value.

Note: Setting partOfRadioPower or confOutputPower (MO SectorEquipmentFunction) will have impact on this attribute.

Unit: 0.1dBm

Resolution: 1

Determines whether the DRX functionality of the cell is activated.


Enables additional spectrum emission requirements according to TS 36.101 table 6.2.4-1.


NS_01NS_03NS_04NS_05NS_07

Intended type of CDMA2000 System Time to be broadcasted in SIB8 if applicable.


NONESYNCHRONOUSASYNCHRONOUS

The actual present type of CDMA2000 System Time that is broadcasted in SIB8.


Page 95 of 242

long 0,13 0

long 2..16,1000 1000

The value component of the Relative Distinguished Name (RDN). stringlong 0

ManagedObject

boolean true

Number of Resource Blocks outside of each PUCCH region that are available for scheduling of PUSCH. Limited to moving the PRACH frequency allocation (which is located just after the PUCCH) up to at most the 5 MHz border, i.e. the PRACH can never be located at PRB index 25 and above.

Unit: Resource BlockResolution: 1


Q-RxLevMinOffset is an offset applied to the signalled Qrxlevmin. Corresponds to parameter Qrxlevminoffset in 36.304. Value 1000 means it will not be sent and the UE will set Qrxlevminoffset=0dB.

Unit: dB

Resolution: 2

Takes effect: Object unlocked

Offset value for the neighbor cell. Used when UE is in connected mode.

Unit: dB


-24,-22,-20,-18,-16,-14,-12,-10,-8,-6,-5,-4,-3,-2,-1,0,1,2,3,4,5,6,8,10,12,14,16,18,20,22,24

Reference to an instance of EUtranCellFDD, ExternalEUtranCellFDD, EUtranCellTDD or ExternalEUtranCellTDD managed object.

Specifies if handover between the cells in this relation is allowed.


Page 96 of 242

long 0

boolean false

boolean false

string ""

string

Offset value applied to a specific cell in idle mode mobility state.

Unit: dBResolution: -


-24,-22,-20,-18,-16,-14,-12,-10,-8,-6,-5,-4,-3,-2,-1,0,1,2,3,4,5,6,8,10,12,14,16,18,20,22,24

Indicates whether the MO has been created by the ANR (automatic neighbor relations) function.


Indicates whether the ANR (automatic neighbor relations) function is allowed to remove this object. It does not restrict operator removal of the object. Objects created by ANR have this parameter set to true initially.


Indicates the time and date when the MO was created by the ANR (automatic neighbor relation) function.Format: "YYYY-MM-DD HH:MM:SS"

Unit: UTCResolution: -


Indicates the time and date when the MO was last modified by the ANR (automatic neighbor relation) function.Format: "YYYY-MM-DD HH:MM:SS"



Page 97 of 242

CtrlMode MANUAL

Type of the mobility relation.

long -140..-44 -140

long 1..10 1

Specifies permission to change attributes on the object and to delete the object. If equal to Manual, the operator can change and delete, and the ANR function cannot make changes. If equal to Auto, the ANR function can change and delete, and the operator cannot, except to change the settings of this parameter. When the object is created by the ANR function, the value is set to Auto. Otherwise the value may be changed only by the operator. The setting of this parameter controls the object itself, but not related objects.


MANUALAUTO

SupportedMobilityRelationType

HANDOVERHANDOVER_AND_CELL_RESELECTION

HANDOVER_AND_CELL_RESELECTION

Q-RxLevMin indicates the required minimum received RSRP level in the (E-UTRA) frequency for cell reselection. Corresponds to parameter Qrxlevmin in 3GPP TS 36.304. This attribute is broadcast in SIB1.

Unit: dBm

Resolution: 2


Number of attempts for handover to a cell better than the serving one, before handover is attempted to the next best cell. If there is no next best cell in the UE report, handover to the best cell is attempted repeatedly.


Page 98 of 242

ManagedObject

ManagedObject

ManagedObject

SIB6

SIB7







Contains cell re-selection information common for cell re-selection towards UTRAN.


Contains cell re-selection information common for cell re-selection towards GERAN.


Page 99 of 242

SIB8

ManagedObject

SIB3

boolean true

AcBarringInfo

CellBarred NOT_BARRED

CellReservedForOperatorUse NOT_RESERVED

Contains cell re-selection information common for cell re-selection towards CDMA2000. This is controlled by the licensing MO Cdma2000SessionContinuity. The SIB8 distribution and information is also controlled by other licenses.




Contains cell re-selection information common for intra-frequency, inter-frequency and/ or inter-RAT cell re-selection.


Specifies if uplink interference management is enabled or disabled.


Contains all access barring information.


Parameter available to specify by the operator if the cell is needed for specific purposes and should not be accessable by random UEs.


BARREDNOT_BARRED

Parameter available to specify, by the operator, if the cell is reserved for operator use.

The first index is for the primary PLMN of the cell.


RESERVEDNOT_RESERVED

Page 100 of 242

long 0..100 0

boolean true

long 1..3 1

long -30..33,1000 1000

Specifies the start frequency offset for the allocation of resources when the downlink interference management is disabled expressed as a percentage of the bandwidth available.

Dependencies: SchDevice:dlInterferenceManagementActive shall be disabled before this parameter takes effect.

Unit: PercentageResolution: 1


Specifies if the downlink interference management is enabled or disabled.


Specifies the number of OFDM symbols used for the PDCCH.

Unit: OFDM SymbolsResolution: 1


pMaxServingCell is used to limit UE uplink transmission power in the serving cell and to calculate the parameter Pcompensation (defined in 3GPP TS 36.304) for cell selection. The attribute is broadcast in SIB1.

Value 1000 means the parameter is not included in system information.


Page 101 of 242

long -127..-96 -117

long -126..24 -103

QciTable

Specifies the nominal component of the UE Transmit power for PUCCH.



Specifies the nominal component of the UE Transmit power for PUSCH.



Reference to an instance of QciTable. Assigns a QciTable for a cell.

Reference to the QciTable instance corresponding to LDN= "ManagementElement=1, ENodeBFunction=1, QciTable=default”

Dependencies: It is assumed that the QciTable MO has been created.


Page 102 of 242

AvailabilityStatus

OperState

AdminState LOCKED

long 0..255

The availability status. It contains details about operationalState. This attribute is set by the application in the RBS.

NO_STATUSIN_TESTFAILEDPOWER_OFFOFF_LINEOFF_DUTYDEGRADEDNOT_INSTALLEDLOG_FULLDEPENDENCY_LOCKEDDEPENDENCY_FAILEDDEPENDENCY_SHUTTINGDOWN

The operational state. This attribute is set by the application in the RBS. DISABLEDENABLED

The administrative state.

Takes effect: Immediatley.

LOCKEDUNLOCKED

RBS internal identity attribute for EUtranCell.

Must be unique in the RBS. Together with the Node ID and PLMN this will be a universally unique Cell ID.

Range 0-255.

Page 103 of 242

long 0,1,2,4 0

long 0,1,2,4 0

The number of antennas that can be used for uplink beamforming/MIMO.





The number of antennas that can be used for downlink beamforming/MIMO.





Page 104 of 242

long 0..167

long 0..2

Reference to an instance of SectorEquipmentFunction MO. SectorEquipmentFunctionLabel for free use. string ""

long 0..65535


This attribute together with physicalLayerSubCellId is used to calculate physical layer cell identity (see 36.211) which is sent as part of the system information (see 36.331)

Resolution: 1


Physical-layer cell identities are grouped into 168 unique physical-layer cell-identity groups, each group containing 3 unique sub identities. This attribute identifies the sub identity within the group.

This attribute together with physicalLayerCellIdGroup is used to calculate physical layer cell identity (see 36.211) which is sent as part of the system information (see 36.331)

Resolution: 1


Tracking Area Code for the EUtran Cell.

Resolution: 1


Page 105 of 242

PlmnIdentity

long 0..100 100

Describes a PLMN id for the Cell.



Disturbances: Changes may affect traffic


The requested part of the total radio power per antenna connector that should be allocated for the cell.

If the total amount of power per antenna connector is over 100% when the cell is unlocked, an alarm will be generated.

Note: This value is used for all antenna connectors used by the cell.

Unit: 1%Resolution: 1



Page 106 of 242

long -1..500

boolean false

NetworkSignallingValue NS_01

Cdma2000SysTimeVals NONE

Cdma2000SysTimeVals

Maximum possible power at the antenna reference point, for all DL channels, used simultaneously in a cell, added together.

-1 is used as an undefined value.

Note: Setting partOfRadioPower or confOutputPower (MO SectorEquipmentFunction) will have impact on this attribute.

Unit: 0.1dBm

Resolution: 1

Determines whether the DRX functionality of the cell is activated.


Enables additional spectrum emission requirements according to TS 36.101 table 6.2.4-1.


NS_01NS_03NS_04NS_05NS_07

Intended type of CDMA2000 System Time to be broadcasted in SIB8 if applicable.



The actual present type of CDMA2000 System Time that is broadcasted in SIB8.


Page 107 of 242

long 0,13 0

long 2..16,1000 1000

long 1,2

Number of Resource Blocks outside of each PUCCH region that are available for scheduling of PUSCH. Limited to moving the PRACH frequency allocation (which is located just after the PUCCH) up to at most the 5 MHz border, i.e. the PRACH can never be located at PRB index 25 and above.

Unit: Resource BlockResolution: 1


Q-RxLevMinOffset is an offset applied to the signalled Qrxlevmin. Corresponds to parameter Qrxlevminoffset in 36.304. Value 1000 means it will not be sent and the UE will set Qrxlevminoffset=0dB.

Unit: dB

Resolution: 2


The assignment of UL/DL subframes for the TDD frame structure (called UL/DL configuration in 3GPP TS 36.211). All TDD cells need to have the same UL/DL subframe assignment.

Resolution: 1


Disturbance: Changes may affect traffic.

Page 108 of 242

long 5..7 7

long 10000

long 36000..44999

The value component of the Relative Distinguished Name (RDN). stringFrameStartOffsetTDD

Indicates the special subframe pattern configuration (DwPTS, GP, UpPTS). All TDD cells need to have the same special subframe pattern configuration.

Resolution: 1



The channel bandwidth in the cell.

Unit: 1 kHz



1400,3000,5000,10000,15000,20000

Specifies the E-UTRA Absolute Radio Frequency Channel Number (EARFCN) for the TDD cell. The mapping from EARFCN to physical frequency is for specified E-UTRA bands described in 3GPP TS 36.104. The values that can be used depends on national, operator specific frequency allocation as well as from the supported frequency band(s) of the equipment in the eNodeB.

Resolution: 1



Specifies the frame start offset of the cell. All TDD cells need to have the same frame start offset.



Page 109 of 242

long 0..4000 100

long 0..4000 100

The value component of the Relative Distinguished Name (RDN). stringstring ""

string

string ""

EUtranFrequency

Specifies the number of Channel Quality Indicator (CQI) resources available on the PUCCH channel.

Resolution: 1



Specifies the number of scheduling request resources available on the PUCCH channel.

Resolution: 1



User-defined alphanumeric label, maximum 128 characters including spaces.



Label for free use.

Reference to the EUTRAN frequency MO, EUtranFrequency

Page 110 of 242

long -140..-44 -140

long -30..33,1000 1000

long 0..7 2

Q-RxLevMin indicates the required minimum received RSRP level in the (E-UTRA) frequency for cell reselection. Corresponds to parameter Qrxlevmin in 3GPP TS 36.304. This attribute is broadcast in SIB3 or SIB5, depending on whether the related frequency is intra- or inter-frequency.

Unit: dBm

Resolution: 2


pMax is used to calculate the parameter Pcompensation (defined in 3GPP TS 36.304), at cell reselection to an EUTRAN Cell. pMax corresponds to parameter PEMAX in 3GPP TS 36.101. Value 1000 means the parameter is not sent in the system information block.

Unit: dBm

Resolution: 1


T-Reselection concerns the cell reselection timer TreselectionRAT for E-UTRA. Value in seconds.

Unit: s

Resolution: 1


Page 111 of 242

long 25..100 100

long 25..100 100

Parameter “Speed dependent ScalingFactor for TreselectionEUTRAN for medium high state” in TS 36.304. The field t-ReselectionEUTRA is multiplied with this factor if the UE is in High Mobility state. Value mapping:25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


Parameter “Speed dependent ScalingFactor for TreselectionEUTRAN for medium mobility state” in TS 36.304. The field t-ReselectionEUTRA is multiplied with this factor if the UE is in Medium Mobility state. Value mapping: 25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


Page 112 of 242

long 0..7 7

long 0..62 4

long 0..62 0

CellReselectionPriority concerns the absolute priority of the concerned carrier frequency, as used by the cell reselection procedure. Corresponds with parameter “priority” in TS 36.304.

Value 0 means: lowest priority. The UE behaviour for the case the field is absent, if applicable, is specified in TS 36.304.

Resolution: 1


This specifies the threshold used by the UE when reselecting towards the higher priority frequency X than current serving frequency. Each frequency of E-UTRAN might have a specific threshold.Parameter "Thresx,high" in TS 36.304

Unit: dB

Resolution: 2


This specifies the threshold used in reselection towards frequency X priority from a higher priority frequency. Each frequency of E-UTRAN might have a specific threshold. Parameter "Thresx,low" in TS 36.304.

Unit: dB

Resolution: 2


Page 113 of 242

long 6,15,25,50,75,100 6

long -24..24 0

boolean false

string

ManagedObject

string ""

AllowedMeasBandwidth is used to indicate the maximum allowed measurement bandwidth on a carrier frequency


Frequency specific offset for equal priority E-UTRAN frequencies. Parameter “Qoffsets,n” in TS 36.304

Unit: dB

Resolution: 2


Indicate whether all the neighbouring cells use Antenna Port 1. When set to TRUE, the UE may assume that at least two cell-specific antenna ports are used in all neighbouring cells.




Label for free use.

Page 114 of 242

long 0..17999,36000..44999 0

string

long 0..511

string ""

string

ManagedObject

Indicates the ARFCN applicable for a downlink E-UTRA carrier frequency, as defined in 3GPP TS 36.104 for specified E-UTRA bands. For TDD this also indicate the ARFCN for uplink. The values that can be used depends on national operator specific frequency allocation as well as from the supported frequency band(s) of the equipment in the eNodeB.

Unit: 1


Identifies the CDMA “Physical cell identity”.



Label for free use.


The IPv6 address for a CDMA2000 HRPD cell. The input format is eight groups of four digits and characters each, separated by colons.

Ex. 2001:0db8:0000:0000:0000:0000:1428:07ab


Dependencies: The MO may not be deleted if it is reserved.

Page 115 of 242

PlmnIdentity

The value component of the Relative Distinguished Name (RDN). stringlong 0..1048575

GUGroupId

string ""

string ""

boolean false

Describes a PLMN id for the Node.

The PLMN identity combines the following two parts: 1. MobileCountryCode, MCC, 3 digits2. MobileNetworkCode, MNC, 2 or 3 digits (the correct number of digits is set in the mncLength member of this Struct)



This attribute is used to identify an eNB within a PLMN.

Resolution: 1

This is the list of all globally unique group identities to which a neighbouring eNB belongs to. A globally unique identity refers to a pool area.The attribute will be set by the RBS at X2 SETUP procedure.



The operator uses this field to store the identity of the actual eNodeBFunction that this MO represents, in particular for automatically created ExternalENbFunctionId managed objects.




Page 116 of 242

string ""

string

CtrlMode MANUAL

The value component of the Relative Distinuished Name (RDN). stringlong 0..255









MANUALAUTO

RBS internal identity attribute for the ExternalEUtranCellFDD. Must be unique in the RBS. Together with the Node ID and PLMN ID this will be a globally unique eUTRAN Cell ID (ECGI).

Resolution: 1

Page 117 of 242

long 0..167

long 0..2

ManagedObject

string ""

long 0..65535


Resolution: 1


Physical-layer cell identities are grouped into 168 unique physical-layer cell-identity groups, each group containing 3 unique sub identities. This attribute identifies the unique sub identity within the group.

Resolution: 1






This element is used to identify a Tracking Area Code to an external cell.

Resolution: 1


Page 118 of 242

PlmnIdentity

long

boolean false

boolean false

string ""

List of all broadcast PLMN identities for a cell that is served by a neighbouring eNB.



This attribute will be set by the RBS at X2 SETUP procedure.

The downlink channel bandwidth in a cell that is served by a neighbouring eNB.The attribute will be set by the RBS at X2 SETUP procedure.

Unit: 1 kHz

1400,3000,5000,10000,15000,20000





The operator uses this field to store the identity of the actual EUtranCellFDD that this MO represents, in particular for automatically created ExternalEUtranCellFDD managed objects.


Page 119 of 242

string ""

string

CtrlMode MANUAL

long

EUtranFrequency







Specifies permission to change attributes on the object and to delete the object. If equal to Manual, the operator can change and delete, and the ANR function cannot make changes. If equal to Auto, the ANR function can change and delete, and the operator cannot, except to change the settings of this parameter. When the object is created by the ANR function, the value is set to Auto. Otherwise the value may be changed only by the operator. The setting of this parameter controls the object itself, but not related objects.Takes effect: Immediately

MANUALAUTO

The uplink channel bandwidth in a cell that is served by a neighbouring eNB.The attribute will be set by the RBS at X2 SETUP procedure.

Unit: 1 kHz

1400,3000,5000,10000,15000,20000

Reference to the EUTRAN frequency MO, EUtranFrequency. Cannot be changed as long as this MO is refered to by a EUtranCellRelation MO.


Page 120 of 242

PlmnIdentity

long 10000

EUtranFrequency

The value component of the Relative Distinuished Name (RDN). stringlong 0..255

long 0..167

List of all broadcast PLMN identities for a cell that is served by a neighbouring eNB.



This attribute will be set by the RBS at X2 SETUP procedure.

The downlink channel bandwidth in a cell that is served by a neighbouring eNB. Due to TDD mode, the uplink bandwidth is equal to the downlink bandwidth.The attribute will be set by the RBS at X2 SETUP procedure.

Unit: 1 kHz

1400,3000,5000,10000,15000,20000

Reference to the EUTRAN frequency MO, EUtranFrequency. Cannot be changed as long as this MO is refered to by a EUtranCellRelation MO.


RBS internal identity attribute for the ExternalEUtranCellTDD. Must be unique in the RBS. Together with the Node ID and PLMN ID this will be a globally unique eUTRAN Cell ID (ECGI).

Resolution: 1


Resolution: 1


Page 121 of 242

long 0..2

ManagedObject

long 0..65535

string ""

boolean false

CtrlMode MANUAL

Physical-layer cell identities are grouped into 168 unique physical-layer cell-identity groups, each group containing 3 unique sub identities. This attribute identifies the unique sub identity within the group.

Resolution: 1




Identifies a Tracking Area Code (TAC) of an external cell.

Resolution: 1


Label for free use.






MANUALAUTO

Page 122 of 242

boolean false

string ""

string

string ""

string

string ""

string



Indicates the time and date when the MO was created by the ANR (automatic neighbor relation) function.

Unit: UTC


Indicates the time and date when the MO was last modified by the ANR (automatic neighbor relation) function.

Unit: UTC


The operator uses this field to store the identity of the actual EUtranCellTDD that this MO represents, in particular for automatically created ExternalEUtranCellTDD managed objects.



Label for free use.



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string ""

ManagedObject

This ID identifies the GeranFreqGroup in the network. long 0..1024string

string ""

GeranFreqGroup

long -115..-25 -115

long 0..39,1000 1000

Label for free use.



Dependencies: The MO may not be deleted if it is reserved.


Label for free use.

Reference to the GERAN frequency group MO, GeranFreqGroup.

Q-RxLevMin is used in cell reselection to indicate the required minimum received Rx level in the GERAN frequency. Corresponds to parameter Qrxlevmin in 3GPP TS 36.304.

Unit: dBm

Resolution: 2


pMaxGeran is used to calculate the parameter Pcompensation (defined in 3GPP TS 36.304) at cell reselection to a GERAN cell. Value 1000 means the parameter is not included in system information.


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long 0..62 4

long 0..62 0

string 11111111

long 0..7 5

string

string ""

This specifies the threshold used by the UE when reselecting towards the higher priority frequency X than current serving frequency. Each frequency of GERAN might have a specific threshold. Parameter "Thresx,high" in TS 36.304

Resolution: 2


This parameter specifies the threshold used by UE when reselecting towards a lower priority frequency X than the current serving frequency. Corresponds to parameter Thresx,low in 3GPP TS 36.304.

Resolution: 2


Field encoded as a bit map, where bit N is set to "0" if a BCCH carrier with NCC = N-1 is not permitted for monitoring and set to "1" if the BCCH carrier with NCC = N-1 is permitted for monitoring; N = 1 to 8; bit 1 of the bitmap is the right most bit of the bit string.


Parameter “priority” in TS 36.304. Absolute priority of the RAT (0 means: lowest priority)

Resolution: 1



Label for free use.

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BandIndicator DCS_1800

long 0..1023 0

string

Label for free use. string ""QciProfilePredefined

The value component of the RDN. stringlong 1..16 3

GERAN-BandIndicator is used as an indication of how to interpret an associated GERAN carrier ARFCN.

More specifically, the attribute indicates the GERAN frequency band in case the ARFCN value can concern either a DCS 1800 or a PCS 1900 carrier frequency. For ARFCN values not associated with one of these bands, the indicator has no meaning.


DCS_1800PCS_1900

The IE GERAN-ARFCN-Value is used to specify a GERAN BCCH carrier frequency.


The value component of the RDN. The RDNs for this MO type is: “1”, “2” or “3”. The values correspond to logical channel group identities in TS 36.321 (Release 8).

Contains a list of QciProfile instances that reserve this MO instance.


This parameter specifies maximum allowed number of Paging Records included in one RRC Paging message, that is, the allowed maximum number of User Equipments that can be paged per Paging Occasion.


Takes effect: Cell lock/unlock.

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long 32,64,128,256 128

NBValue T

long 1..15 3

boolean true

This parameter, also referred to as “T”, is the Paging Cycle used by the RBS and is broadcasted in System Information type 2. If the User Equipment specific DRX cycle is provided in S1AP Paging and has a shorter value than defaultPagingCycle, the User Equipment specific DRX cycle shall override defaultPagingCycle.


Parameter nB is used to calculate the number and position of Paging Occasions (PO) and Paging Frames (PF). The numerical value of nB is dependent on the value of the defaultPagingCycle (T) and can be set to one of the following values: 4T, 2T, T, 1/2T,1/4T, 1/8T, 1/16T, 1/32TWhen nB is set to T, 2T or 4T, it determines the number of POs per PF, and the PO position in PF. When nB is set to a value smaller than T, it affects the System Frame Number of the PF, position of PO in the PF, and also distribution of User Equipments into “groups” with the same PF. When is set to a smaller value, the “groups” will be fewer but larger and vice versa.


T4T2TT1_2T1_4T1_8T1_16T1_32

The timer determines how long a received Paging is retained or queued in the RBS before it is discarded. This timer should be set to the same (or a smaller value) than the Paging resend timer in MME (T3413), to prevent the RBS from retaining or sending an old Paging after the re-sent copy has been received from MME.

Unit: sResolution: -


Specifies if the ASN1 contents of the events should be included in the event or not.

Takes effect: At the next ROP.

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long 0..80 0

long 100..250000 80000

Specifies the percentage of the total Cell Trace storage size (totalCellTraceStorageSize) that is reserved for high-priority scanners.

This means that no events from low-priority scanners shall be stored into the file when the storage limit for the sum of the stored low-priority scanners is reached: totalCellTraceStorageSize - (cellTraceHighPrioReserv / 100) * totalCellTraceStorageSize.

High- priority scanner files are not limited to the reserved area for high priority scanners. These files can also be stored in the not reserved area together with the low- priority scanner files. When the default value of zero is set, the high-priority and low-priority will share the size of the totalCellTraceStorageSize for storage of Cell Trace events.

Unit: 1 %Resolution: 1


Total available storage size for the Cell Trace recording files

Dependencies: totalCellTraceStorageSize >= cellTraceFileSize AND totalCellTraceStorageSize <= totalEventStorageSize

Unit: 1 kilobyte (kb)Resolution: 1


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long 100..20000 1000

long 0..266000 100000

Maximum Size of each Cell Trace recording file. The file size is valid for the uncompressed file.

If the cellTraceFileSize is reached within a specific ROP, Cell Trace recording will stop until the next ROP begins.

Dependencies: cellTraceFileSize <= totalCellTraceStorageSize



The total storage size that the Observability Mechanisms can use for storing information about the collected event data. This means that the total size of the Cell Trace files and the UE Trace files stored should be less that the size of this parameter.

Dependencies: totalEventStorageSize >= totalCellTraceStorageSize + totalUeTraceStorageSize



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long 100..5000 1000

The value component of the RDN. stringlong 100..20000 16000

long 0..65535 51543

TraceStreamStruct

TraceStreamStruct

Deprecated: Since L10B. Values >1000 are not part of the value range and shall not be used.

Maximum Size of each UE Trace recording file. The file size is valid for the uncompressed file.

If the ueTraceFileSize is reached within a specific ROP, UE Trace recording will stop until the next ROP begins.

Dependencies: ueTraceFileSize <= totalUeTraceStorageSize



Total available storage size for the UE Trace recording files.

Dependencies: totalUeTraceStorageSize >= ueTraceFileSize AND totalUeTraceStorageSize <= totalEventStorageSize.



Port on target for Ue Trace streaming over UDP port.


List of status on PM Cell Trace streams and file writing

List of status on PM Ue Trace streams and file writing

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long 0..65535 51543

TraceStreamStruct

TraceStreamStruct

The value component of the RDN. stringLabel for free use. string ""

long 0..9

long 1..14

long 0..63

LogicalChannelGroup

Port on target for Ue Trace streaming over UDP port.


List of status on PM Cell Trace streams and file writing

List of status on PM Ue Trace streams and file writing

QCI as defined in TS 23.203 (Release 8). Each instance of this MO shall have a unique value for the qci.

Resolution: 1

Dependencies: Each qci must be set to a unique value.

Special value: 0 refers to a default QCI profile activated whenever a profile related to a specific QCI has not been defined.

QCI-related priority as defined in TS 23.203 (Release 8).

Resolution: 1

The Differentiated Services Code Point (DSCP) for a QCI. This corresponds to mapping from RAN QoS to Transport Network QoS.

Resolution: 1


Reference to an instance of LogicalChannelGroup. Assigns a Logical Channel Group (LCG) for a QCI.

Dependencies: It is assumed that the LogicalChannelGroup MO has been created.


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The value component of the RDN. stringManagedObject

The value component of the RDN. stringThe value component of the RDN. stringThe reason why the configuration failed. ConfigFaultReason

Contains a list of cells that reserves this MO instance.


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The configuration operation that is currently performed. ProgressInformation

The value component of the RDN. string

CONFIGURATION_NOT_STARTEDFETCHING_BASIC_IP_CONFIGURATION_VIA_DHCPACTIVATING_BASIC_IP_CONFIGURATIONFETCHING_SITE_BASIC_FILEFETCHING_SITE_EQUIPMENT_FILEFETCHING_LICENSING_KEY_FILEFETCHING_UPGRADE_PACKAGEFETCHING_SUMMARY_FILEACTIVATING_SITE_BASIC_DATAACTIVATING_SITE_EQUIPMENT_DATAINSTALLING_LICENSE_KEYUPGRADINGNOTIFYING_OSSINITIATING_CERTIFICATE_ENROLLMENTACTIVATING_SECURITY_LEVEL_3WAITING_FOR_OSS_CONFIGURATIONOSS_ACTIVATING_CONFIGURATIONWAITING_FOR_S1OSS_UNLOCKING_CELLSAUTO_INTEGRATION_COMPLGIGABIT_LINK_DETECTEDDETECTING_GIGABIT_LINKGIGABIT_LINK_DETECTION_

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long 0,10..86400 61

long 0..150 10

long 0,1,2,4,8,16,32,64 0

The time a UE can be inactive before it is released.

86400s = 24 hours

Special values:0 is used to turn off the use of this timer. This means that a UE will not be released due to inactivity.

Unit: sResolution: 1


The hysteresis value for the secondary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2. See description of attribute “badCoverageMeasSelection” for further details.

Unit: 0.1 dB

Resolution: 5


Number of reports for periodical reporting for the secondary eventA2 measurement.Value 0 means that reports shall be 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. See description of attribute “badCoverageMeasSelection” for further details.


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ReportInterval MS_480

ReportQuantity BOTH

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. See description of attribute “badCoverageMeasSelection” for further details.


MS_120MS_240MS_480MS_640MS_1024MS_5120MS_10240MIN_1MIN_6MIN_12MIN_30MIN_60MS_2048

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. See description of attribute “badCoverageMeasSelection” for further details.


SAME_AS_TRIGGER_QUANTITYBOTH

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long 640

TriggerQuantity RSRQ

The value component of the Relative Distinguished Name (RDN). stringlong -150..150 30

The time to trigger value for the secondary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2. See description of attribute “badCoverageMeasSelection” for further details.

Unit: ms


0,40,64,80,100,128,160,256,320,480,512,640,1024,1280,2560,5120

The quantity that triggers the eventA2 for the secondary eventA2 measurement. Primary and secondary measurement parameters refer to the option to use different settings for two simultaneous measurements for eventA2. See description of attribute “badCoverageMeasSelection” for further details.


RSRPRSRQ

The offset value for eventA3.

Unit: 0.1 dB

Resolution: 5


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long 0..150 10

long 0,1,2,4,8,16,32,64 0


The hysteresis value for eventA3.

Unit: 0.1 dB

Resolution: 5


Number of reports when periodical reporting is used.Value 0 (infinity) means that reports shall be sent as long as the event is fulfilled.


The interval for event triggered periodical reporting.



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ReportQuantity BOTH

long 40

TriggerQuantity RSRP

The value component of the Relative Distinguished Name (RDN). stringMeasSelectionEUtra PERIODICAL

The quantities to include in the measurement report.


Dependencies: 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.


The time to trigger value for eventA3.

Unit: ms


0,40,64,80,100,128,160,256,320,480,512,640,1024,1280,2560,5120

The quantity that triggers the event.


RSRPRSRQ

Specifies the type of measurement this MO is currently configured for. The options A1-A5 corresponds to respective threshold/offset that triggers these events. The choice PERIODICAL will result in periodical measurement reports with no specific trigger.PERIODICAL measurement reporting is limited to report strongest cells.


PERIODICALEVENT_A1EVENT_A2EVENT_A3EVENT_A4EVENT_A5

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long -140..-44 -140

long -195..-30 -195

long -140..-44 -140

The Reference Signal Received Power (RSRP) threshold value for eventA1, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRP and measSelectionEUtraPm is set to EVENT_A1.

Unit: dBm

Resolution: 1


The Reference Signal Received Quality (RSRQ) threshold value for eventA1, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRQ and measSelectionEUtraPm is set to EVENT_A1.

Unit: 0.1 dB

Resolution: 1



Unit: dBm

Resolution: 1


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long -195..-30 -195

long -150..150 5

boolean false

long -140..-44 -140


Unit: 0.1 dB

Resolution: 1


The offset value for eventA3, for PM Initiated UE Measurements.Only used if measSelectionEUtraPm is set to EVENT_A3.

Unit: 0.1 dB

Resolution: 5


Indicates whether or not the UE shall initiate the measurement reporting procedure when the leaving condition is met for a cell.Only used if measSelectionEUtraPm is set to EVENT_A3.



Unit: dBm

Resolution: 1


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long -195..-30 -195

long -140..-44 -140

long -195..-30 -195


Unit: 0.1 dB

Resolution: 1


The Reference Signal Received Power (RSRP) threshold 1 value for eventA5, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRP and measSelectionEUtraPm is set to EVENT_A5.

Unit: dBm

Resolution: 1


The Reference Signal Received Quality (RSRQ) threshold 1 value for eventA5, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRQ and measSelectionEUtraPm is set to EVENT_A5.

Unit: 0.1 dB

Resolution: 1


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long -140..-44 -140

long -195..-30 -195

TriggerQuantity RSRP

The Reference Signal Received Power (RSRP) threshold 2 value for eventA5, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRP and measSelectionEUtraPm is set to EVENT_A5.

Unit: dBm

Resolution: 1


The Reference Signal Received Quality (RSRQ) threshold 2 value for eventA5, for PM Initiated UE Measurements.Only used if triggerQuantityPm is set to RSRQ and measSelectionEUtraPm is set to EVENT_A5.

Unit: 0.1 dB

Resolution: 1


The quantity (RSRP or RSRQ) that triggers the PM initiated EUTRA measurements.


RSRPRSRQ

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long 0..150 10

long 640

ReportQuantity BOTH

long 1..8 4

The hysteresis value for entering/leaving measurement report triggering condition for PM Initiated UE Measurements.Only used if measSelectionEUtraPm is set to EVENT_A1, EVENT_A2, EVENT_A3, EVENT_A4 or EVENT_A5.

Unit: 0.1 dB

Resolution: 5


Time during which specific criteria for the event must be met to trigger a measurement report for PM Initiated UE Measurements.Only used if measSelectionEUtraPm is set to EVENT_A1, EVENT_A2, EVENT_A3, EVENT_A4 or EVENT_A5.

Unit: ms


0,40,64,80,100,128,160,256,320,480,512,640,1024,1280,2560,5120

The quantities to include in the measurement report for the PM Initiated UE Measurements.The value 0 - sameAsTriggerQuantity means that the same quantity as triggerQuantityPm is included in the measurement report.The value 1 – both means that both RSRP and RSRQ quantities are included in the measurement report.



Maximum number of cells to include in the measurement report for the PM Initiated UE Measurements.

Resolution: 1


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long 0,1,2,4,8,16,32,64 0

ManagedObject

The value component of the Relative Distinguished Name (RDN). stringThe value component of the RDN. string

ManagedObject

long

The interval for event triggered periodical reporting, for PM Initiated UE Measurements.



The number of reports for periodical reporting, for PM Initiated UE Measurements.Value 0 means that reports are sent as long as the event is fulfilled.




Contains a list of EUtranCellFDD MO instances that reserves this MO instance.

This is the frequency band (E-UTRA band) used in the SectorEquipmentFunction, based on which radio that is connected to the SectorEquipmentFunction.

Range 1-32 for FDD and 33 or higher for TDD, (Defined in 3GPP TS 36.104)

Resolution: 1

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Label for free use. string ""long 20,40,60,80,120 20

ManagedObject

The value component of the RDN. stringboolean true

boolean true

IntegrityPriority EIA2_EIA1

The requested maximum sector power.

The value represents the sum of the power for all antenna connectors used by the sector.

Note: The output power may be limited by the Radio Unit hardware.

Unit: 1 Watt



Reference to the RfBranch MO instances being reserved.


Parameter for controlling whether or not to supervise if COUNT-C is about to wrap.


Parameter for controlling whether or not to supervise if the same RB Id occurs with the same set of parameters to the ciphering algorithm.


Specifies if 128-EIA1 (based on SNOW 3G) has higher priority than 128-EIA2 (based on AES) or vice versa. It is also possible to choose only one of the algorithms.


EIA1_EIA2 EIA2_EIA1EIA1EIA2

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CipheringPriority EEA1_EEA2_EEA0

The value component of the RDN. stringLabel for free use. string ""The value component of the RDN. stringLabel for free use. string ""

string

The value component of the RDN. stringThe value component of the RDN. string

boolean false

long -140..-44,0 0

Specifies the priority of ciphering algorithms 128-EEA1 (based on SNOW 3G), 128-EEA2 (based on AES) and EEA0 (Null ciphering, i.e. no ciphering is applied). It is also possible to specify that one or more of the algorithms should not be used at all.


EEA1_EEA2_EEA0EEA1_EEA0_EEA2EEA2_EEA1_EEA0EEA2_EEA0_EEA1EEA0_EEA1_EEA2EEA0_EEA2_EEA1EEA1_EEA2EEA1_EEA0EEA2_EEA1EEA2_EEA0EEA0_EEA1EEA0_EEA2EEA1EEA2EEA0

The value component of the RDN. Logical Channel Group Id for SRBs. The RDN for this MO type is always supposed to be "0".

Controls if the function best cell release is active or not.


Serving cell quality threhold controlling whether or not the UE is required to perform measurements. Value "0" indicates to disable s-Measure.



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BadCoverageMeasSelection BOTH

long 4

long 11

string

string ""

string

string ""

UtranFrequency

Specifies whether primary, secondary or both A2 measurement thresholds should be used. The possibility to use two measurements for the eventA2 is needed since the UE is not always able to use both measurement quantities (RSRP and RSRQ) when moving inside a cell. The primary measurements are defaulted to use RSRP and the secondary measurements are defaulted to use RSRQ. However, both primary and secondary measurements could use the same measurement quantity if wanted.


PRIMSECBOTHNONE

The filtering Coefficient for EUTRA using measured quantity Reference Signal Received Power (RSRP). Used to filter measurements before the event evaluation.


0,1,2,3,4,5,6,7,8,9,11,13,15,17,19

The filtering Coefficient for EUTRA using measured quantity Reference Signal Received Quality (RSRQ). Used to filter measurements before the event evaluation.


0,1,2,3,4,5,6,7,8,9,11,13,15,17,19


Label for free use.



Label for free use.

Reference to the UTRAN frequency MO, UtranFreq.

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long 0..62 4

long 0..62 0

long -119..-25 -119

long -50..33 33

This specifies the threshold used by the UE when reselecting towards the higher priority frequency X than current serving frequency. Each frequency of UTRAN might have a specific threshold.Parameter "Thresx,high" in TS 36.304

Resolution: 2


This specifies the threshold used in reselection towards frequency X priority from a higher priority frequency. Each frequency of UTRAN might have a specific threshold. Parameter "Thresx,low" in TS 36.304.

Resolution: 2


Q-RxLevMin is used for cell reselection to indicate the required minimum received Rx level in the UTRAN frequency. Corresponds to parameter Qrxlevmin in 3GPP TS 36.304.

Unit: dBm

Resolution: 2


pMaxUtra is used to calculate the parameter Pcompensation (defined in 3GPP TS 36.304) at cell reselection to a UTRAN cell. Value 1000 means the parameter is not included in system information.

Unit: dBm

Resolution: 1


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long -24..0 -18

long 0..7 6

string

ManagedObject

string ""

long 0..16383 0

Minimum required quality level in the cell (dB). Parameter “Qqualmin” in TS 25.304

Unit: dB

Resolution: 1


CellReselectionPriority concerns the absolute priority of the concerned carrier frequency, as used by the cell reselection procedure. Corresponds with parameter “priority” in TS 36.304.

Value 0 means: lowest priority. The UE behaviour for the case the field is absent, if applicable, is specified in TS 36.304.

Resolution: 1




Label for free use.

The arfcnValueUtran is used to indicate the ARFCN applicable for a downlink UTRA carrier frequency, as defined in TS 25.331.

Resolution: 1


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Access Mandatory Persistent Bulk CM Included

Restricted true true

Read&Write false true


Read&Write true true


ReadOnly false true




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ReadOnly false true






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Restricted true trueRead&Write false true

Restricted true trueRead&Write false trueRead&Write false true

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ReadOnly false false






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ReadOnly false true

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Restricted true trueRead&Write false trueRead&Write true true

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Restricted false true



ReadOnly false true

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ReadOnly false true






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Restricted true trueRead&Write false trueRead&Write true true

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Restricted true trueRead&Write true true

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ReadOnly false true


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ReadOnly false true

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ReadOnly false true




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ReadOnly false true



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ReadOnly false true



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ReadOnly false true

ReadOnly false true




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ReadOnly false true


ReadOnly false true


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ReadOnly false true





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ReadOnly false true





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ReadOnly false true

Restricted true trueRestricted true true





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Read&Write false trueReadOnly false true


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Restricted true trueRead&Write false trueRestricted true true




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Restricted true trueRestricted true trueRead&Write false true

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ReadOnly false true


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ReadOnly false true

Restricted true trueRestricted true trueReadOnly false true


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Read&Write false trueRead&Write false true





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Restricted true trueRead&Write false trueRestricted true trueRead&Write false trueRestricted true true

Restricted true trueRestricted true trueRead&Write false true


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ReadOnly false true



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3/006 51-HSC 105 50/1 Uen

Struct Name Parameter Name Parameter Description

AcBarringInfo acBarringTimeForMoSignalling 0

AcBarringInfo acBarringSpecialAcForMoSignalling 5

AcBarringInfo acBarringMoSignallingPresent 0

AcBarringInfo acBarringFactorForMoSignalling 0

AcBarringInfo acBarringTimeForMoData 0

AcBarringInfo acBarringSpecialAcForMoData 5

AcBarringInfo acBarringMoDataPresent 0

AcBarringInfo acBarringFactorForMoData 0

AcBarringInfo acBarringInfoPresent 0

Sequence Length

Mean access barring time.

Access class barring for AC 11-15. The first instance in the list is for AC 11, second is for AC 12, and so on.

Boolean for declaring presence of access barring signalling information.

If the random number drawn by the UE is lower than this value, access is allowed. Otherwise the access is barred. The values are interpreted in the range [0,1]: 0 = 0, 5 = 0.05, 10 = 0.10,. .,95 = 0.95. Mean access barring time in seconds for mobile originating signalling.

Access class barring for AC 11-15. The first instance in the list is for AC 11, second is for AC 12, and so on.


Boolean for declaring presence of access barring mobile originating data information.


If the random number drawn by the UE is lower than this value, access is allowed. Otherwise the access is barred. The values are interpreted in the range [0,1]: 0 = 0, 5 = 0.05, 10 = 0.10,. .,95 = 0.95.

Unit: %


Boolean for declaring presence of access barring information.


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AcBarringInfo acBarringForEmergency 0

ConfigFaultReason faultReason 0 The reason why the configuration failed.

ConfigFaultReason faultInformation 0 Additional Information describing the configuration fault.FrameStartOffset subFrameOffset 0

Access class barring for AC 10.


Frame synch offset measured in subframes.

Resolution: 1

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FrameStartOffset symbolOffset 0

FrameStartOffset timeOffset 0

FrameStartOffsetTDD subFrameOffset 0

FrameStartOffsetTDD symbolOffset 0

FrameStartOffsetTDD timeOffset 0

GlobalEnbId mcc 0

GlobalEnbId mnc 0

GlobalEnbId mncLength 0

GlobalEnbId enbId 0 ENodeB Id

Deprecated: Since L10B. Has no functional behaviour.

Frame synch offset measured in symbols.

Resolution: 1

Deprecated: Since L10B. Has no functional behaviour.

Frame synch offset measured in nano seconds.

Unit: 1 ns

Frame synch offset measured in subframes.

Resolution: 1

Frame synch offset measured in symbols.

Resolution: 1

Frame synch offset measured in nano seconds.

Unit: 1 ns

Mobile Country Code (a part of the PLMN identity) for a cell that is served by a neighbor eNB.

Mobile Network Code (a part of the PLMN identity) for a cell that is served by a neighbor eNB.

This parameter defines the number of digits for the Mobile Network Code (a part of the PLMN identity) for a cell that is served by a neighbor eNB.

The PLMN identity combines the following two parts: 1. MobileCountryCode, MCC, 3 digits2. MobileNetworkCode, MNC, 2 or 3 digits


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GUGroupId mcc 0

GUGroupId mnc 0

GUGroupId mncLength 0

GUGroupId mmeGI 0

PlmnIdentity mcc 0

PlmnIdentity mnc 0 The MNC part of a PLMN identity used in the radio network.PlmnIdentity mncLength 0 The length of the MNC part of a PLMN identity used in the radio network.

PmUeMeasIntraFreq eutranFrequencyRef 0

Mobile Country Code (a part of the PLMN identity) for a cell that is served by a neighbouring eNB.

Mobile Network Code (a part of the PLMN identity) for a cell that is served by a neighbouring eNB.

This parameter defines the number of digits for the Mobile Network Code (a part of the PLMN identity) for a cell that is served by a neighbouring eNB.

The PLMN identity combines the following two parts: 1. MobileCountryCode, MCC, 3 digits 2. MobileNetworkCode, MNC, 2 or 3 digits


The MME Group ID (a part of a MME Id) for a cell that is served by a neighbouring eNB.

The MCC part of a PLMN identity used in the radio network.

The reference to an instance of a EUtranFrequency MO containing the measurement object parameters to use for this intra frequency measurement.


Disturbance: None

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PmUeMeasIntraFreq reportConfigEUtraIntraFreqPmRef 0

SIB3 qHyst 0

SIB3 tEvaluation 0

SIB3 tHystNormal 0

SIB3 nCellChangeMedium 0

Reference to an instance of a ReportConfigEUtraIntraFreqPm MO containing the report configuration parameters to use for this intra frequency measurement.


Disturbance: None

Cell reselection parameter that defines the hysteresis value for ranking criteria.

Unit: dB


The duration for evaluating criteria to enter mobility states. Corresponds to TCRmax in TS 36.304.

Unit: s


The additional duration for evaluating criteria to enter normal mobility state. Corresponds to TCRmaxHyst in TS 36.304.

Unit: s


The number of cell changes to enter medium mobility state. Corresponds to NCR_M in TS 36.304.

Resolution: 1


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SIB3 nCellChangeHigh 0

SIB3 qHystSfMedium 0

SIB3 qHystSfHigh 0

The duration for evaluating criteria to enter high mobility states. Corresponds to TCRmax in TS 36.304.

Resolution: 1


Additional hysteresis value in dB applied in Medium Mobility state to q-Hyst as defined in 3GPP TS 36.301.

Unit: dB

Resolution: 2


Additional hysteresis value in dB applied in High Mobility state to q-Hyst as defined in 3GPP TS 36.301.

Unit: dB

Resolution: 2


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SIB3 sIntraSearch 0

SIB3 sNonIntraSearch 0

SIB3 threshServingLow 0

Specifies the threshold for intra frequency measurements, controls whether the UE is required to perform measurements or not.The value of sIntraSearch is relative the value of qRxLevMin.

The following rule is used by the UE to limit needed measurements performed by the UE:If sServingCell > sIntraSearch, UE may choose to not perform intra-frequency measurements.sServingCell is the RX level value of the serving cell.

Unit: dB

Resolution: 2


This specifies the threshold (in dB) for EUTRAN inter-frequency and inter-RAT measurements.

Unit: dB

Resolution: 2


Specifies the threshold that the signal strength of the serving cell must be below for cell reselection towards a lower priority Inter-Frequency or Inter-RAT frequency.

Unit: dB

Resolution: 2


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SIB6 tReselectionUtra 0

SIB6 tReselectionUtraSfMedium 0

SIB6 tReselectionUtraSfHigh 0

Cell reselection timer value TreselectionRAT for UTRAN.

Unit: s

Resolution: 1


Parameter “Speed dependent ScalingFactor for TreselectionUTRAN for medium mobility state” in TS 36.304. The field t-ReselectionUTRA is multiplied with this factor if the UE is in Medium Mobility state. Value mapping:25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


Parameter “Speed dependent ScalingFactor for TreselectionUTRAN for high mobility state” in TS 36.304. The field t-ReselectionUTRA is multiplied with this factor if the UE is in High Mobility state. Value mapping: 25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


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SIB7 tReselectionGeran 0

SIB7 tReselectionGeranSfMedium 0

SIB7 tReselectionGeranSfHigh 0

Cell reselection timer value TreselectionRAT for GERAN.

Resolution: 1


Parameter “Speed dependent ScalingFactor for TreselectionGERAN for medium mobility state” in TS 36.304. The field t-ReselectionGERAN is multiplied with this factor if the UE is in Medium Mobility state. Value mapping:25 = 0.2550 = 0.575 = 0.75100 = 1.0

Resolution: 25


Parameter “Speed dependent ScalingFactor for TreselectionGERAN for high mobility state in TS 36.304. The field t-ReselectionGERAN is multiplied with this factor if the UE is in High Mobility state. Value mapping: 25 = 0.2550 = 0.575 = 0.75100 = 1.0

Resolution: 25


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SIB8 searchWindowSizeCdma 0

SIB8 tReselectionCdmaHrpd 0

SIB8 tReselectionCdmaHrpdSfMedium 0

The search window size is a CDMA parameter to be used to assist in searching for the neighboring pilots.

Resolution: 1


HRPD cell reselection timer value in seconds.

Unit: s

Resolution: 1


Parameter "Speed dependent ScalingFactor for TreselectionCdmaHrpd medium mobility state". The IE field t-ReselectionCdmaHrpd is multiplied with this factor if the UE is in Medium Mobility state as defined in 36.304. Value mapping: 25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


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SIB8 tReselectionCdmaHrpdSfHigh 0

TraceStreamStruct traceReference 0 Customer used reference to the trace of Cell Trace or Ue Trace.TraceStreamStruct scannerId 0

TraceStreamStruct ipAddress 0

TraceStreamStruct portNumber 0 Port number on the event stream receiver.TraceStreamStruct fileStatus 0

TraceStreamStruct streamStatus 0 Status of event stream

Parameter "Speed dependent ScalingFactor for TreselectionCdmaHrpd high mobility state". The IE field t-ReselectionCdmaHrpd is multiplied with this factor if the UE is in High Mobility state as defined in 36.304. Value mapping: 25 = 0.2550 = 0.575 = 0.75100 = 1.0

Unit: %

Resolution: 25


Id for the allocation of the trace (example Cell Scanner Id).

IP adress to the event stream receiver

Disturbance: None

Status of ROP file writing.

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Data Type Range and Values Default Value

long 4,8,16,32,64,128,256,512 64

boolean false,false,false,false,false

boolean false

long 95

long 4,8,16,32,64,128,256,512 64

boolean false,false,false,false,false

boolean false

long 95

boolean false

0,5,10,15,20,25,30,40,50,60,70,75,80,85,90,95

0,5,10,15,20,25,30,40,50,60,70,75,80,85,90,95

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boolean false

FaultReason UNDEFINED

string ""long 0..6 0

SMRS_CONNECTION_FAULTOSS_CONNECTION_FAULTWRONG_INITIAL_CONFIG_LEVELDHCP_FAULTMO_CONFIGURATION_FAULTSUMMARY_FILE_FAULTOAM_CONFIG_FILE_FAULTSITE_EQUIPMENT_FILE_FAULTLICENSING_FAULTUPGRADE_FAULTUNDEFINEDCERTIFICATE_ENROLLMENT_FAULTSECURITY_LEVEL_3_ACTIVATION_FAULTOTHER_FAULTSECURITY_CONFIGURATION_FAULTSECURITY_ACTIVATION_FAULT

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long 0..6 0

long 0..70000 0

long 0..6 0

long 0..6 0

long 0..70000 0

long 0..999 1

long 0..999 1

long 2..3 2

long 0..1048575 0

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long 0..999 0

long 0..999 0

long 2..3 2

long 0..65535 0

long 0..999 1

long 0..999 1long 2..3 2

EUtranFrequency

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long 4

long 30,60,120,180,240 240

long 30,60,120,180,240 240

long 1..16 16

ReportConfigEUtraIntraFreqPm

0,1,2,3,4,5,6,8,10,12,14,16,18,20,22,24

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long 1..16 16

long -6..0 0

long -6..0 0

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long 0..62 62

long 0..62 0

long 0..62 62

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long 0..7 2

long 25..100 100

long 25..100 100

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long 0..7 2

long 25..100 100

long 25..100 100

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long 0..15 8

long 0..7 2

long 25..100 100

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long 25..100 100

longlong -1long -1

string 0.0.0.0

long 0..65535 51543TracePmFileStatusEnum INACTIVE

TracePmStreamStatusEnum INACTIVE

INACTIVEACTIVEFILECLOSED

INACTIVEACTIVECONNECTINGRECONNECTINGERRORNOT_LICENSED

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Radio Network Parms LTE R11A