lte ran parameters -ericsson-samsung
DESCRIPTION
Parameter Comparasion b/w Ericsson-Samsung...TRANSCRIPT
Ericsson Parameter Details-12B
MOC_NameAdmissionControlAdmissionControlAdmissionControlAdmissionControlAdmissionControlAdmissionControlAdmissionControlAdmissionControlAirIfLoadProfileAirIfLoadProfileAirIfLoadProfileAirIfLoadProfileAirIfLoadProfileAirIfLoadProfile
AnrFunctionAnrFunctionAnrFunctionAnrFunctionAnrFunctionAnrFunction
AnrFunctionEUtranAnrFunctionEUtranAnrFunctionEUtranAnrFunctionEUtran
Cdma2000FreqBandRelation
Cdma2000FreqBandRelation
Cdma2000FreqBandRelation
DataRadioBearer
DataRadioBearer
DataRadioBearer
DataRadioBearer
DataRadioBearer
DataRadioBearer
DataRadioBearer
DataRadioBearerENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunction
ENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunctionENodeBFunction
EUtranCellFDD
EUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellFDDEUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
GeranFreqGroupRelation
EUtranCellFDDEUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDDEUtranCellFDD
EUtranCellFDDEUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDDEUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDD
EUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDDEUtranCellFDD
EUtranCellRelationEUtranCellRelationEUtranCellRelationEUtranCellRelation
EUtranCellRelation
EUtranCellRelation
EUtranFreqRelationEUtranFreqRelationEUtranFreqRelationEUtranFreqRelationEUtranFreqRelationEUtranFreqRelation
EUtranFreqRelationEUtranFreqRelation
EUtranFreqRelation
EUtranFreqRelation
EUtranFreqRelationEUtranFreqRelation
EUtranFreqRelation
EUtranFreqRelationLogicalChannelGroup
MACConfiguration
MACConfiguration
MACConfiguration
MACConfiguration
PagingPaging
PagingPaging
PmEventServicePmEventServicePmEventServicePmEventServicePmEventServicePmEventServicePmEventServicePmEventServicePmEventService
QciProfilePredefinedQciProfilePredefinedQciProfilePredefined
QciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefinedQciProfilePredefined
RbsConfigurationRbsConfiguration
Rcs
ReportConfigA1Prim
ReportConfigA1Prim
ReportConfigA1Prim
ReportConfigA1Prim
ReportConfigA1Sec
ReportConfigA1Sec
ReportConfigA1Sec
ReportConfigA1Sec
ReportConfigA5
ReportConfigA5
ReportConfigA5
ReportConfigA5
ReportConfigA5
ReportConfigA5
ReportConfigA5ReportConfigA5AnrReportConfigA5AnrReportConfigA5AnrReportConfigA5AnrReportConfigA5AnrReportConfigA5Anr
ReportConfigB2Cdma2000
ReportConfigB2Cdma2000
ReportConfigB2Cdma2000
ReportConfigB2Cdma2000
ReportConfigB2Cdma2000
ReportConfigB2Cdma2000
ReportConfigB2Geran
ReportConfigB2Geran
ReportConfigB2Geran
ReportConfigB2Geran
ReportConfigB2Geran
ReportConfigB2Geran
ReportConfigB2Utra
ReportConfigB2Utra
ReportConfigB2Utra
ReportConfigB2Utra
ReportConfigB2Utra
ReportConfigB2UtraReportConfigB2Utra
ReportConfigB2Utra
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovPrim
ReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSecReportConfigEUtraBadCovSec
ReportConfigEUtraBestCell
ReportConfigEUtraBestCell
ReportConfigEUtraBestCell
ReportConfigEUtraBestCell
ReportConfigEUtraBestCell
ReportConfigEUtraBestCell
ReportConfigEUtraBestCellReportConfigEUtraBestCellAnrReportConfigEUtraBestCellAnrReportConfigEUtraBestCellAnrReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPmReportConfigEUtraIntraFreqPm
Rrc
Rrc
Rrc
Rrc
Rrc
Rrc
Rrc
Rrc
RrcSectorEquipmentFunction
SecurityHandling
SecurityHandlingSecurityHandling
SignalingRadioBearer
SignalingRadioBearerSystemConstantsUeMeasControlUeMeasControlUeMeasControl
UeMeasControl
UeMeasControlUeMeasControlUeMeasControlUeMeasControlUeMeasControl
UeMeasControl
UeMeasControlUeMeasControlUeMeasControlUeMeasControl
UtranFreqRelation
UtranFreqRelation
UtranFreqRelation
System Constant/Internal
System Constant/Internal
System Constant/Internal
EUtranCellFDD
EUtranCellFDD
System Constant/InternalSystem Constant/InternalSystem Constant/Internal
System Constant/Internal
System Constant/Internal
Ericsson Parameter Details-12B
Parameters NamedlNonGbrRatio
dlTransNwBandwidthemergencyArpLimit
nrOfBearersReservednrOfRrcConnectedReserved
paArpOverrideulNonGbrRatio
ulTransNwBandwidthailgHighPrio
ailgLowPrioModTypedlPrbLoadLevel
noOfOcngPrbSeriestrafficModelPrb_bitRatePerQci
trafficModelPrb_qciDistSinrMediumanrUesEUtraIntraFMaxanrUesEUtraIntraFMin
cellAddRsrpThresholdEutranremoveNcellTimeremoveNenbTimeremoveNrelTime
anrIntraFreqStateanrUesEUtraIntraFMaxanrUesEUtraIntraFMin
cellAddRsrpThresholdEutran
cellReselectionPriority
threshXHighHrpd
threshXLowHrpd
dlMaxRetxThreshold
dlPollPDU
tPollRetransmitDl
tPollRetransmitUl
tStatusProhibitDl
tStatusProhibitUl
ulMaxRetxThreshold
ulPollPDUdlTransNwBandwidth
dnsLookupOnTaidnsLookupTimer
dscpLabelenodebplmnid_mnclength
nnsfModeoaMLinkSuperVisionActive
s1RetryTimer
schedulingStrategytHODataFwdReordering
timeAndPhaseSynchCriticalulSchedulerDynamicBWAllocationEnabled
ulTransNwBandwidthx2IpAddrViaS1Activex2retryTimerMaxAuto
x2retryTimerStart
acBarringInfo_acBarringFactorForMoData
acBarringInfo_acBarringFactorForMoSignalling
acBarringInfo_acBarringForEmergencyacBarringInfo_acBarringInfoPresent
acBarringInfo_acBarringMoDataPresentacBarringInfo_acBarringMoSignallingPresentacBarringInfo_acBarringSpecialAcForMoData
acBarringInfo_acBarringSpecialAcForMoSignalling
acBarringInfo_acBarringTimeForMoData
acBarringInfo_acBarringTimeForMoSignallingadditionalPlmnReservedList
agpsSuplActivealtitude
cellRangechangeNotification_changeNotificationSIB1changeNotification_changeNotificationSIB2changeNotification_changeNotificationSIB3changeNotification_changeNotificationSIB4changeNotification_changeNotificationSIB5changeNotification_changeNotificationSIB6changeNotification_changeNotificationSIB7changeNotification_changeNotificationSIB8
confidence
configurableFrequencyStartcovTriggerdBlindHoAllowed
dlChannelBandwidthdlConfigurableFrequencyStart
dlFrequencyAllocationProportiondlInterferenceManagementActive
drxActiveeutranCellCoverage_posCellBearing
eutranCellCoverage_posCellOpeningAngleeutranCellCoverage_posCellRadiusframeStartOffset_subFrameOffset
frameStartOffset_symbolOffsetframeStartOffset_timeOffset
idleModeMobilityControlInfoActive
modificationPeriodCoeffnoOfPucchCqiUsersnoOfPucchSrUsersnrOfSymbolsPdcch
orientMajorAxisotdoaSuplActive
partOfRadioPowerpartOfSectorPowerpMaxServingCell
primaryPlmnReservedprsConfigIndex
prsPeriodpucchOverdimensioning
pZeroNominalPucch
pZeroNominalPusch
qRxLevMin
qRxLevMin
qRxLevMinOffsetsiPeriodicity_siPeriodicitySI1
siPeriodicity_siPeriodicitySI2
siPeriodicity_siPeriodicitySI3
siPeriodicity_siPeriodicitySI4
siPeriodicity_siPeriodicitySI5
siPeriodicity_siPeriodicitySI6
siPeriodicity_siPeriodicitySI7
siWindowLength
systemInformationBlock3_nCellChangeHigh
systemInformationBlock3_nCellChangeMedium
systemInformationBlock3_qHyst
systemInformationBlock3_qHystSfHigh
systemInformationBlock3_qHystSfMedium
systemInformationBlock3_sIntraSearch
systemInformationBlock3_sNonIntraSearchsystemInformationBlock3_tEvaluation
systemInformationBlock3_threshServingLowsystemInformationBlock3_tHystNormal
systemInformationBlock6_tReselectionUtra
systemInformationBlock6_tReselectionUtraSfHigh
systemInformationBlock6_tReselectionUtraSfMedium
systemInformationBlock7_tReselectionGeran
systemInformationBlock7_tReselectionGeranSfHigh
systemInformationBlock7_tReselectionGeranSfMediumsystemInformationBlock8_searchWindowSizeCdma
systemInformationBlock8_tReselectionCdmaHrpd
systemInformationBlock8_tReselectionCdmaHrpdSfHigh
systemInformationBlock8_tReselectionCdmaHrpdSfMedium
threshServingLowulChannelBandwidth
ulConfigurableFrequencyStartulFrequencyAllocationProportionulInterferenceManagementActive
uncertAltitudeuncertSemiMajoruncertSemiMinor
cellIndividualOffsetEUtrancoverageIndicator
includeInSystemInformationisHoAllowed
qOffsetCellEUtran
supportedMobilityRelationType
allowedMeasBandwidthcellReselectionPriority
connectedModeMobilityPrioincludeInSystemInformation
mobilityActionpMax
presenceAntennaPort1qOffsetFreq
qRxLevMin
threshXHigh
threshXLowtReselectionEutra
tReselectionEutraSfHigh
tReselectionEutraSfMediumulMinBitRate
dlMaxHARQTx
tPeriodicBSRTimer
tTimeAlignmentTimer
ulMaxHARQTx
defaultPagingCyclemaxNoOfPagingRecords
nBpagingDiscardTimercellTraceDataLevel
cellTraceFileSizecellTraceHighPrioReserve
rbsUeTraceEventStreamingPortstreamPortPmUeTrace
totalCellTraceStorageSizetotalEventStorageSize
totalUeTraceStorageSizeueTraceFileSizeabsPrioOverrideabsPrioOverrideabsPrioOverride
rlcModedataFwdPerQciEnableddataFwdPerQciEnableddataFwdPerQciEnableddataFwdPerQciEnableddataFwdPerQciEnabled
aqmModedataFwdPerQciEnabled
dlMinBitRateConfigFaultReason_faultReason
rbsConfigLevel
tInactivityTimer
a1ThresholdRsrpPrim
a1ThresholdRsrqPrim
hysteresisA1Prim
timeToTriggerA1Prim
a1ThresholdRsrpSec
a1ThresholdRsrqSec
hysteresisA1Sec
timeToTriggerA1Sec
a5Threshold1Rsrp
a5Threshold1Rsrq
a5Threshold2Rsrp
a5Threshold2Rsrq
hysteresisA5
timeToTriggerA5
triggerQuantityA5a5Threshold1RsrpAnrDeltaa5Threshold1RsrqAnrDeltaa5Threshold2RsrpAnrDeltaa5Threshold2RsrqAnrDelta
hysteresisA5timeToTriggerA5
b2Threshold1Rsrp
b2Threshold1Rsrq
b2Threshold2Cdma2000
hysteresisB2
timeToTriggerB2
triggerQuantityB2
b2Threshold1Rsrp
b2Threshold1Rsrq
b2Threshold2Geran
hysteresisB2
timeToTriggerB2
triggerQuantityB2
b2Threshold1Rsrp
b2Threshold1Rsrq
b2Threshold2EcNoUtra
b2Threshold2RscpUtra
hysteresisB2
timeToTriggerB2triggerQuantityB2
triggerQuantityUtraB2
a2ThresholdRsrpPrim
a2ThresholdRsrqPrim
hysteresisA2Prim
reportAmountA2Prim
reportIntervalA2Prim
reportQuantityA2Prim
timeToTriggerA2Prim
triggerQuantityA2Prim
a2ThresholdRsrpSeca2ThresholdRsrqSec
hysteresisA2SecreportAmountA2SecreportIntervalA2SecreportQuantityA2SectimeToTriggerA2Sec
triggerQuantityA2Sec
a3offset
hysteresisA3
reportAmountA3
reportIntervalA3
reportQuantityA3
timeToTriggerA3
triggerQuantityA3a3offsetAnrDelta
hysteresisA3timeToTriggerA3
a1ThresholdRsrpPma1ThresholdRsrqPma2ThresholdRsrpPma2ThresholdRsrqPm
a3OffsetPma3ReportOnLeavePma4ThresholdRsrpPma4ThresholdRsrqPm
a5ThresholdRsrpPm1a5ThresholdRsrpPm2a5ThresholdRsrqPm1a5ThresholdRsrqPm2
hysteresisPmmaxReportCellsPm
measSelectionEUtraPmreportAmountPmreportIntervalPmreportQuantityPmtimeToTriggerPm
triggerQuantityPm
n310
n311
t300
t301
t302
t304
t310
t311
t320mixedModeRadio
cipheringAlgorithms
integrityProtectionAlgorithmsrbIdSupervisionActive
dlMaxRetxThreshold
ulMaxRetxThresholdsystConstants
a5B2MobilityTimerbadCoverageMeasSelection
bestCellReleaseActive
filterCoefficientEUtraRsrp
filterCoefficientEUtraRsrqmaxMeasCdma2000eHrpd
maxMeasEUtraOthermaxMeasGeran
maxMeasInterFreqEUtra
maxMeasUtraFdd
measQuantityUtraFDDmeasurementPriority
sMeasureueMeasurementsActive
threshXHigh
threshXLow
qRxLevMin
noOfTxAntennas
noOfRxAntennas
maxHarqMsg3Tx
maxNrOfRaPreambles
raResponseWindowSize
preambleTransMaxmacContentionResolutionTimer
powerRampingStep
preambleInitialReceivedTargetPower
deltaPreambleMsg3
Ericsson Parameter Details-12B Samsung Parameter Details - rel 9.0
Baseline_Value Samsung Parameter Name500 Not available
1000 Not available
7 Not available
0 Not available
0 Not available
7 Not available
500 Not available
1000 Not available
2 (NO_HIGH_PRIO_LOAD) Not available
0 (QPSK_MOD_SCH) Not available
0 Not available
1 Not available
0 0 0 0 0 0 0 0 0 Not available
100 0 0 0 0 0 0 0 0 Not available
2 Not available
0 Not available
-950(-95dB) Not available
5 Not available
1 Not available
5 Not available
1 (ACTIVATED) ANR_ENABLE
2 Not available
0 Not available
-950 Not available
0 CELL_RESELECTION_PRIORITY
20 THRESH_XHIGH
20 THRESH_XLOW
8 ENB_MAX_RETX_THRESHOLD
16 ENB_POLL_PDU
50 ENB_TIMER_POLL_RETRANSMIT
50 UE_TIMER_POLL_RETRANSMIT
25 ENB_TIMER_STATUS_PROHIBIT
25 UE_TIMER_STATUS_PROHIBIT
8 UE_MAX_RETX_THRESHOLD
16 UE_POLL_PDU
1000 Not available
1 (ON) Not available
0 Not available
24 Not available
2 Not available
1 (RPLMN_IF_SAME_AS_SPLMN) Not available
1 Not available
30 Not available
1 (ROUND_ROBIN) Not available
100 Not available
0 Not available
1 Not available
1000 Not available
1 Not available
1440 Not available
30 Not available
95 ACCESS_PROBABILITY_FACTOR
95 ACCESS_PROBABILITY_FACTOR
0 ACCESS_BARRING_EMERGENCY_CALL
0 Not available
0 Not available
0 Not available
false false false false false Not available
false false false false false Not available
64 ACCESS_CLASS_BARRING_TIME
64 ACCESS_CLASS_BARRING_TIME
false false false false false Not available
0 Not available
0 Not available
15 Not available
0 Not available
0 Not available
0 Not available
0 Not available
0 Not available
0 Not available
0 Not available
0 Not available
100 Not available
0 Not available
1 Not available
10000 DL_BANDWIDTH
0 Not available
100 Not available
1 Not available
1 DRX_CONFIG_SETUP
0 Not available
1200 Not available
15000 Not available
0 Not available
0 Not available
0 Not available
0 Not available
2 MODIFICATION_PERIOD_COEFF
120 Not available
120 Not available
1 Not available
0 Not available
0 Not available
100 Not available
100 Not available
1000 Not available
0 Not available
-1 Not available
3 (PP1280) Not available
0 Not available
-103 P0_NOMINAL_PUCCH
-96 P0_NOMINAL_PUSCH
-120 Q_RXLEV_MIN
-115 Q_RXLEV_MIN
1000 (0dB) Q_RXLEV_MIN_OFFSET
8 NA
16 SIB2_PERIOD
32 SIB3_PERIOD
64 SIB4_PERIOD
SIB5_PERIOD
64 SIB6_PERIOD
64 SIB7_PERIOD
10 SI_WINDOW
10 NA
5 NA
4 Q_HYST
-4 Q_HYST_SFHIGH
-4 Q_HYST_SFMEDIUM
62 S_INTRA_SEARCH
16 S_NON_INTRA_SEARCH
30 T_EVALULATION
0 THRESH_SERVING_LOW
30 T_HYST_NORMAL
2 T_RESELECTION
100 (1) T_RESELECTION_SF_HIGH
100 (1) T_RESELECTION_SF_MEDIUM
2 T_RESELECTION
100 (1) T_RESELECTION_SF_HIGH
100 (1) T_RESELECTION_SF_MEDIUM
10 Not available
2 T_RESELECTION_HRPD
100 (1) NA
100(1) NA
0 THRESH_SERVING_LOW
10000 Not available
0 Not available
100 Not available
1 Not available
0 Not available
0 Not available
0 Not available
0 Not available
0 (NONE) Not available
1 Not available
1 Not available
0 QOFFSET_CELL
1 (HANDOVER_AND_CELL_RESELECTION)NA
6 DL_BANDWIDTH UL_BANDWIDTH
6 PRIORITY
7 Not available
1 Not available
1 (HANDOVER) Not available
1000 P_MAX
1 PRESENCE_ANT_PORT1
0 Not available
-120 Q_RX_LEV_MIN
4 THRESH_XHIGH
0 THRESH_XLOW
1 T_RESELECTION
50 (0.5) T_RESELECTION_SF_HIGH
50 (0.5) T_RESELECTION_SF_MEDIUM
0 Not available
4 Not available
5 PERIODIC_BSRTIMER
0 TIME_ALIGNMENT_TIMER_COMMON
4 MAX_HARQTX
256 DEFAULT_PAGING_CYCLE
3 Not available
2 (T) N_B
3 Not available
1 Not available
1000 Not available
0 Not available
51543 Not available
51543 Not available
80000 Not available
100000 Not available
16000 Not available
1000 Not available
1 (HI_PRIO_OVERRIDE) Not available
1 (HI_PRIO_OVERRIDE) Not available
1 (HI_PRIO_OVERRIDE) Not available
0 (AM) RLC_MODE
1 Not available
1 Not available
1 Not available
1 Not available
1 Not available
1 (MODE1) Not available
1 Not available
0 Not available
10 Not available
0 (UNDEFINED) Not available
10 INTERNAL_USER_INACTIVITY
-136 A1_THRESHOLD_RSRP
-192 A1_THRESHOLD_RSRQ
10(1dB) HYSTERESIS
640 TIME_TO_TRIGGER
-136 NA
-192 NA
10(1dB) NA
640 NA
-140 A5_THRESHOLD1_RSRP
-195
-136 A5_THRESHOLD2_RSRP
-192
10(1dB) HYSTERESIS
A5_THRESHOLD1_RSRQ
A5_THRESHOLD2_RSRQ
640
0 (RSRP)1 Not available
10 Not available
1 Not available
10 Not available
10(1dB) Not available
640 Not available
-140 B2_THRESHOLD1_RSRP
-195 B2_THRESHOLD1_RSRQ
-15 B2_THRESHOLD2_CDMA2000
10(1dB) HYSTERESIS
640 TIME_TO_TRIGGER
0 (RSRP)
-140 B2_THRESHOLD1_RSRP
-195
-110 B2_THRESHOLD2_GERAN
10(1dB) HYSTERESIS
TIME_TO_TRIGGER
TRIGGER_QUANTITY
TRIGGER_QUANTITY_EUTRA
B_THRESHOLD1_RSRQ
640 TIME_TO_TRIGGER
0 (RSRP) TRIGGER_QUANTITY_EUTRA
-140 B2_THRESHOLD1_RSRP
-195 B2_THRESHOLD1_RSRQ
-240 (-24dB) B2_THRESHOLD2_UTRA_EC_NO
-115 B2_THRESHOLD2_UTRA_RSCP
10(1dB) HYSTERESIS
6400 (RSRP) Not available
0 (RSCP)
-118 A2_THRESHOLD_RSRP
-195 A2_THRESHOLD_RSRQ
20(2dB) HYSTERESIS
0 REPORT_AMOUNT
2 (MS_480) REPORT_INTERVAL
TIME_TO_TRIGGER
TRIGGER_QUANTITY_EUTRA
1 (BOTH) REPORT_QUANTITY
640 TIME_TO_TRIGGER
0 (RSRP) TRIGGER_QUANTITY
-118 Not available
-195 Not available
20(2dB) Not available
0 Not available
2 (MS_480) Not available
1 (BOTH) Not available
640 Not available
0 (RSRP) Not available
30 (3dB) A3_OFFSET
0 HYSTERESIS
0 REPORT_AMOUNT
2 (MS_480) REPORT_INTERVAL
1 (BOTH) REPORT_QUANTITY
320 TIME_TO_TRIGGER
0 (RSRP) TRIGGER_QUANTITY
0 Not available
0 Not available
640 Not available
-140 Not available
-195 Not available
-140 Not available
-195 Not available
5 (0.5dB) Not available
0 Not available
-140 Not available
-195 Not available
-140 Not available
-140 Not available
-195 Not available
-195 Not available
10(1dB) Not available
4 Not available
0 (PERIODICAL) Not available
0 Not available
2 (MS_480) Not available
1 (BOTH) Not available
640 Not available
0 (RSRP) Not available
20 n310
1 n311
1000 t300
400 t301
5 t302
1000 t304
2000 t310
3000 t311
30 t320
0 Not available
6 (EEA1_EEA2) CIPHER_EA_PRIOR
5 (EIA1_EIA2) INTEGRITY_EA_PRIOR
0 Not available
8 ENB_MAX_RETX_THRESHOLD
8 UE_MAX_RETX_THRESHOLD
110:-108 Not available
0 Not available
2 (BOTH) Not available
0 Not available
4 RSRP_FILTER_COEFFICIENT
11 RSRQ_FILTER_COEFFICIENT
5 Not available
5 Not available
5 Not available
7 Not available
5 Not available
0 (RSCP) MEAS_QUANTITY_UTRA_FDD
0 (ANR_PRIO) Not available
0 (disabled) Not available
0 Not available
4 THRESH_XHIGH
0 THRESH_XLOW
-119 Q_RX_LEV_MIN
0 or 2 DL_ANT_COUNT
0 or 2 UL_ANT_COUNT
4 MAX_HARQMSG3_TX
64 NUMBER_OF_RAPREAMBLES
4 RA_RESPONSE_WINDOW_SIZE
10(Hard Constant) PREAMBLE_TRANS_MAX
6(mapped to 48)-SC:111 CONTENTION_RESOLUTION_TIMER
POWER_RAMPING_STEP
-110(System Constant) PREAMBLE_INIT_RCV_TARGET_POWER
6 DELTA_PREAMBLE_MSG3
4(Hard Constant)
Samsung Parameter Details - rel 9.0
Samsung -Default/Recommended Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
sonAutoApply
Not available
Not available
Not available
0
0
0
32
16
50 ms
50ms
50ms
50ms
32
16
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
p95
p95
0
Not available
Not available
Not available
Not available
Not available
s4
s4
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
ci_Config_Setup
Not available
Not available
Not available
Not available
Not available
Not available
Not available
4
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
ci_SystemBandwidth_n6/ci_SystemBandwidth_n15/ci_SystemBandwidth_n25/ci_SystemBandwidth_n50/ci_SystemBandwidth_n75/ci_SystemBandwidth_n100/
-112
-80
-64
0
3(6dB)
Not available
16(160ms)
32(320ms)
64(640ms)
128(1280ms)
not used
not used
ci_si_WindowLength_ms20
NA
NA
ci_q_Hyst_dB0
ci_Q_HystSF_dB-6
ci_Q_HystSF_dB-6
31
31
30 sec
31
30 sec
1 sec
ci_1Dot0
ci_1Dot0
1 sec
ci_1Dot0
ci_1Dot0
Not available
0
NA
NA
31
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
0
Not available
50
7
Not available
Not available
Not available
0
0
Not available
-64
31
31
1 sec
1Dot0
1Dot0
Not available
Not available
40 sf
infinity
5
rf256
Not available
oneEightT
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
AM_RLC
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
30 sec
35
32
0
480ms
NA
NA
NA
NA
35
32
35
32
0
480ms
Not available
Not available
Not available
Not available
Not available
Not available
70
10
20
0
80ms
ci_rsrp
70
10
60
0
ci_rsrp
80ms
ci_rsrp
70
10
20
80
0
80ms
Not available
35
32
0
8
240 ms
ci_rsrp
ci_both
480 ms
ci_rsrp
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
-16
0
8
240 ms
ci_sameAsTriggerQuantity
480ms
rsrp
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
Not available
10
1
200 ms
200ms
8 sec
200 ms
1000ms
10000ms
30 min
Not available
EEA1
EIA1
Not available
32
32
Not available
Not available
Not available
Not available
4
4
Not available
Not available
Not available
Not available
Not available
ci_cpich_RSCP
Not available
Not available
Not available
0
0
-50
2
2
8
60
10sf
10
sf56
dB2
-108dBm
2
Details
Parameter Description
Controls SON ANR in 3 modes.- sonFuncOff: The ANR function is disabled.
- sonManualApply: The NR deletion (X2-based), the addition
of an NR to a handover list in accordance with the NR ranking,
and the NRT recovery are performed manually.- sonAutoApply: The NR deletion (X2-based), the addition
ofan NR to a handover list in accordance with the NR
ranking, and the NRT recovery are performed automatically.
Reselection priority of the cell in the eNB.The range is 0-7, where 0 indicates low, and 7 high in
priority.(Range:0 to 7)
ThreshXHigh of CDMA2000 HRPD band class DB.(Range:0 to 63)
ThreshXLow of CDMA2000 HRPD bandclass DB.(Range:0 to 63)
The threshold used to limit the number of the AMD PDU retransmission in a transmitting AM_RLC entity.
It represents the interval between polls, in PDUs. Parameters PollPDUDownlink and PollPDUUplink configure
the value of pollPDU in the downlink and in the uplink, respectively.
The timer to retransmit poll in a transmitting AM RLC entity.
The timer to retransmit poll in a transmitting AM RLC entity.
The timer to prohibit the transmission of STATUS_PDU in a receiving AM_RLC entity.
The timer to prohibit the transmissionof STATUS_PDU in a receiving
AM_RLC entity.
The threshold used to limit the number of the AMD PDU retransmission
in a transmitting AM_RLC entity.
The threshold to trigger poll forpollPDU PDUs in an AM_RLC entity.
Access probability factor of the cell in theeNB. UE generates a random value (rand)
between 0 and 1. If rand < accessProbabilityFactor,UE can access the cell; otherwise,
access is not possible.
Access probability factor of the cell in theeNB. UE generates a random value (rand)
between 0 and 1. If rand < accessProbabilityFactor,UE can access the cell; otherwise,
access is not possible.
Whether to use emergency call barring forthe cell in the eNB.- False: Not barred.
- True: Barred.
Access barring time of the cell in the eNB.UE generates a random value (rand)
between 0 and 1. If rand >= accessProbabilityFactor,UE determines that the cell is
barred, and does not establish RRC connection until T305 timer terminates. Theexpression used to calculate T305 timervalue is (0.7+0.6*rand)*acBarringTime.
Access barring time of the cell in the eNB.UE generates a random value (rand)
between 0 and 1. If rand >= accessProbabilityFactor,UE determines that the cell is
barred, and does not establish RRC connection until T305 timer terminates. Theexpression used to calculate T305 timervalue is (0.7+0.6*rand)*acBarringTime.
Downlink bandwidth used by the active cell.- ci_SystemBandwidth_n6: 1.4MHz bandwidth that uses 6 physical resource
blocks.- ci_SystemBandwidth_n15: 3MHz bandwidth that uses 15 physical resource
blocks.- ci_SystemBandwidth_n25: 5 MHz ban
dwidth using 25 physical RBs.- ci_SystemBandwidth_n50: 10 MHz ban
dwidth using 50 physical RBs.- ci_SystemBandwidth_n75: 15 MHz ban
dwidth using 75 physical RBs.- ci_SystemBandwidth_n100: 20 MHz ban
dwidth using 100 physical RBs.
Whether to use the DRX.- ci_Config_Release: DRX is not used.- ci_Config_Setup: The DRX is used.
The number of times to determine whetherthe system information saved is valid.
P0 Nominal PUCCH value.
P0 Nominal PUSCH value.
The threshold added to the current measuredcell in the cell selection condition.Range(-70 ~ -22)
The minimum Rx level required by the GERAN FA object.(Range:0 to 45)
The offset value added to qRxlevmin in thecell selection condition. The range is 1-8,where 1 indicates 2dB, and 8 indicates
16dB (IE value*2[dB]).
The transmission period for the system information block type 2 of the cell in the eNB.
The transmission period for the system information block type 3 of the cell in the eNB.
The transmission period for the system information block type 4 of the cell in the eNB.
The transmission period for the system information block type 5 of the cell in the eNB.
The transmission period for the system information block type 6 of the cell in the eNB.
The transmission period for the system information block type 7 of the cell in the eNB.
The evaluation time of the cell in the eNB.
The hyst normal time of the cell in the eNB.
The system information window size of thecell in the eNB. Each SI message is relatedwith one SI window, and does not overlapwith SI windows of other SI messages. I.e,
one SI is sent in each SI window. All SImessages have the same window size. Corresponding SI messages within the SI
window are sent repeatedly. The range isas follows: - ci_si_WindowLength_ms1: 1
msec.- ci_si_WindowLength_ms2: 2 msec.- ci_si_WindowLength_ms5: 5 msec.
- ci_si_WindowLength_ms10: 10 msec.- ci_si_WindowLength_ms15: 15 msec.- ci_si_WindowLength_ms20: 20 msec.- ci_si_WindowLength_ms40: 40 msec.
This parameter configures the IE n-CellChangeHigh included in the IE MobilityStateParameters. The number of
cell changes to enter high mobility state
This parameter configures the IE n-CellChangeMedium included in the IE MobilityStateParameters. The number of
cell changes to enter medium mobility state
Offset value added to the current servingcell from the cell reselection reference.
ci_q_Hyst_dB1 indicates 1dB, andci_q_Hyst_dB2 2dB.
The value added if the UE speed in Qhystadded to the current serving cell is High inthe cell reselection condition. ci_Q_HystSF
_dB-6 indicates -6dB, and ci_Q_HystSF_dB-4 -4dB.
The value added if the UE speed in Qhyst added to the current serving cell is Medium in the cell reselection
condition.ci_Q_HystSF_dB-6 indicates -6dB, and ci_Q_HystSF_dB-4 -4dB.
The threshold for intra-frequency measurement.(Range:0 to 31)
The threshold for inter-RAT and intra-frequencymeasurement.(Range:0 to 31)
The low threshold for serving frequencyduring reselection evaluation.(Range: 0 to 31)
The reselection timer value in the eNB.(Range: 0 to 7)
UTRA FA Reselection timer value. Theduration is in seconds.(Range: 0 to 7)
The high timer value of the scaling factorsrelated to UTRA FA reselection.
- ci_oDot25: 0.25 is used for the high timer.- ci_oDot5: 0.5 is used for the high timer.
- ci_oDot75: 0.75 is used for the high timer.- ci_1Dot0: 1.0 is used for the high timer.
The medium timer value of the scaling factorsrelated to UTRA FA reselection.
- ci_oDot25: 0.25 is used for the medium timer.- ci_oDot5: 0.5 is used for the medium timer.
- ci_oDot75: 0.75 is used for the medium timer.- ci_1Dot0: 1.0 is used for the medium timer.
The high timer value of scaling factorrelated to GERAN reselection in the eNB.
- ci_oDot25: 0.25 is used for the high timer.- ci_oDot5: 0.5 is used for the high timer.
- ci_oDot75: 0.75 is used for the high timer.- ci_1Dot0: 1.0 is used for the high timer.
The medium timer value of scaling factorrelated to GERAN reselection in the eNB.
- ci_oDot25: 0.25 is used for the medium timer.- ci_oDot5: 0.5 is used for the medium timer.
- ci_oDot75: 0.75 is used for the medium timer.- ci_1Dot0: 1.0 is used for the medium timer.
TReselctionHRPD included in the HRPD Reselection information sent to SIB8. Thedefault is 0, and can be changed by the
operator.(Range: 0 to 7)
UE will determine whether it is in high speed, medium speed, or normal speed based on the mobility state
parameters broadcasted in SIB3. If it is in high speed state, UE will multiply
tReselectionCdmaHrpd by tReselectionHrpdSfHigh. If it is in medium state, UE will multiply tReselectionCdmaHrpd
by tReselectionHrpdSfMedium.
Priority of E-UTRA FA. (Range:0 to 7)
The maximum Tx power level in the UE.
The minimum Rx level required in a cell.Range(-70 to -22)
UE will determine whether it is in high speed, medium speed, or normal speed based on the mobility state
parameters broadcasted in SIB3. If it is in high speed state, UE will multiply
tReselectionCdmaHrpd by tReselectionHrpdSfHigh. If it is in medium state, UE will multiply tReselectionCdmaHrpd
by tReselectionHrpdSfMedium.
The low threshold for serving frequencyduring reselection evaluation.(Range: 0 to 31)
The cell quality offset to be applied to EUTRANneighboring cell to the eNB. It is
used for UE cell re-selection in RRC Idlemode.
The IE MeasurementBandwidth used to indicate measurement bandwidth defined by the parameter
Transmission Bandwidth Configuration "NRB"
Whether Antenna Port1 exists.- False: Antenna Port1 does not exist.
- True: Antenna Port1 exists.
Reselection timer value.
The threshold used in the UE to reselect afrequency whose priority is higher than thecurrent camped frequency.(Range: 0 to 31)
The threshold used to reselect low-priorityfrequency from high-priority frequency.(Range: 0 to 31)
The high timer value of the reselectionscaling factors.
The medium timer value of the reselectionscaling factors.
The Periodic BSR Timer type in accordance with the PDB per QCI. For multiple bearers,the PDB with the smallest
value is used.
The parameter used to adjust a period oftime during which UE decides that the uplink timing is
correct.
The max HARQ Tx per cell. The UE executes PUSCH retransmission in accordance with this parameter value.
When DRX is used, UE monitors a singlepaging occasion per DRX cycle. If no UEspecific
DRX is set by the upper layer, theDEFAULT_PAGING_CYCLE value is used
as the default DRX cycle (7.1 of TS36.304).
The parameter required to calculate thepaging frame and paging occasion using
the TS 36.304 method.
The mode information (AM/UM) on RLC.
The user inactivity time triggered by MACbecause there is no traffic at the UE
attached for a certain period of time..
RSRP threshold used in the E-UTRA measurementreport triggering condition for Event A1.(range:0 to 97)
RSRQ threshold used in the E-UTRA measurementreport triggering condition for Event A1.(range:0 to 34)
Hysteresis applied to entry and leave condition of Event A1.(range:0 to 30)
timeToTrigger value for Event A1. The time-ToTrigger value is the period of time that
must be met for the UE to trigger a measurement report.
RSRP threshold1 used for triggering the EUTRAmeasurement report for Event A5.(Range: 0 to 97)
RSRQ threshold1 used for triggering the EUTRAmeasurement report for Event A5.(Range: 0 to 34)
RSRP threshold2 used for triggering the EUTRAmeasurement report for Event A5.(Range: 0 to 97)
RSRQ threshold2 used for triggering the EUTRAmeasurement report for Event A5.(Range: 0 to 34)
Hysteresis applied to entry and leave condition of Event A5.(Range: 0 to 30)
The threshold of GERAN B2 event report.(Range:0 ~ 63)
timeToTrigger value for Event A5. The time-ToTrigger value is the period of time that
must be met for the UE to trigger a measurementreport.
Quantity (RSRP/RSRQ) used to calculate atriggering condition for Event A5.
- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
RSRP threshold1 used for triggering the EUTRAmeasurement report for CDMA2000
HRPD Event B2.(Range:0 to 97)
RSRQ threshold1 used for triggering the EUTRAmeasurement report for CDMA2000
HRPD Event B2.(Range:0 to 34)
CDMA2000 threshold 2 used for triggeringthe inter-RAT CDMA2000 measurement
report for CDMA2000 HRPD Event B2.(Range:0 to 63)
Hysteresis applied to entry and leave condition of CDMA2000 HRPD Event B2.(Range:0 to 30)
timeToTrigger value for CDMA2000 HRPDEvent B2. The timeToTrigger value is the
period of time that must be met for the UEto trigger a measurement report.
The E-UTRA quantity used to calculate atriggering condition for CDMA2000 HRPD
Event B2.- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
The RSRP threshold of the GERAN B2event report.(Range:0 ~ 97)
The RSRQ threshold of the GERAN B2event report.(Range:0 ~ 34)
Hysteresis applied to entry and leave condition of the GERAN B2 event report.(Range:0 ~ 30)
The period of time for UE to trigger a measurementreport to the GERAN B2 event report.
The quantity used for triggering E-UTRAevent to the GERAN B2 event report.
- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
RSRP threshold1 value used in the E-UTRA measurement report triggering condition
for the UTRA Event B2.(Range:0 to 97)
RSRQ threshold1 value used in the E-UTRA measurement report triggering condition
for the UTRA Event B2.(Range:0 to 34)
UTRA EcNO threshold2 value used in theInter-RAT measurement report triggering
condition for the Event B2.(Range:0 to 49)
UTRA RSCP threshold2 value used in theInter-RAT measurement report triggering
condition for the Event B2.(Range:-5 to 91)
Hysteresis applied to entry and leave condition of the UTRA Event B2.(Range:0 to 30)
timeToTrigger value for the UTRA EventB2. The timeToTrigger value is the period oftime that must be met for the UE to trigger
a measurement report.
The E-UTRA quantity used to calculate atriggering condition for the UTRA Event B2.
- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
RSRP threshold used in the E-UTRA measurement report triggering condition for Event A2.(Range: 0 to 97)
RSRQ threshold used in the E-UTRA measurement report triggering condition forEvent A2.(Range:0 ~ 34)
Hysteresis applied to entry and leave condition of Event A2.(Range : 0 to 30)
The number of measurement reports forEvent A2.
The reporting interval of a measurementreport for Event A2.
The quantity information included in a measurementreport for Event A2. It can be the
same value as the trigger quantity or be setto include both of the RSRP and RSRQ values.
TimeToTrigger value for Event A2. The time-ToTrigger value is the period of time that
must be met for the UE to trigger a measurementreport.
Quantity (RSRP/RSRQ) used to calculate atriggering condition for Event A2.
- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
RSRP threshold used for triggering the EUTRAmeasurement report for Event A3.
Hysteresis applied to entry and leave condition of Event A3.
The number of measurement reports forEvent A3.
The reporting interval of a measurementreport for Event A3. (Range: 120ms to 60min)
The quantity information included in a measurementreport for Event A3. It can be the
same value as the trigger quantity or be setto include both of the RSRP and RSRQ values.
TimeToTrigger value for Event A3. The time-ToTrigger value is the period of time that
must be met for the UE to trigger a measurement report.
Quantity (RSRP/RSRQ) used to calculate atriggering condition for Event A3.
- ci_rsrp: RSRP.- ci_rsrq: RSRQ.
The maximum count of out-of-syncIndicationthe UE receives from lower-layer. The
default is 10, and can be changed by theoperator.
- ci_n_310_n1: 1.- ci_n_310_n2: 2.- ci_n_310_n3: 3.- ci_n_310_n4: 4.- ci_n_310_n6: 6.- ci_n_310_n8: 8.
- ci_n_310_n10: 10.- ci_n_310_n20: 20.
The maximum count of In-syncIndicationthe UE receives from lower-layer. The
default is 1, and can be changed by theoperator.
- ci_n_311_n1: 1.- ci_n_311_n2: 2.- ci_n_311_n3: 3.- ci_n_311_n4: 4.- ci_n_311_n5: 5.- ci_n_311_n6: 6.- ci_n_311_n8: 8.
- ci_n_311_n10: 10.
Timer t300 of the cell in the eNB. The UEstarts the t300 timer after sending RRC Connection
Request. When it receives the RRC Connection Setup message or the RRCConnection Reject message, the timer iscleared. When the t300 timer terminates,
UE resets the MAC, clears the MAC configuration,and re-establishes the RLC. The
default is 200 msec, and can be changedby the operator.
- ci_t_300_ms100: 100 msec.- ci_t_300_ms200: 200 msec.- ci_t_300_ms300: 300 msec.- ci_t_300_ms400: 400 msec.- ci_t_300_ms600: 600 msec.
- ci_t_300_ms1000: 1000 msec.- ci_t_300_ms1500: 1500 msec.- ci_t_300_ms2000: 2000 msec.
Timer t301 of the cell in the eNB. The UEstarts the t301 timer after sending RRC C
onnection Reestablishment Request. Whenit receives the RRC Connection Reestablishment
message or the RRC ConnectionReestablishment message, the timer is
cleared. When the t301 timer terminates,UE becomes idle. The default is 200 msec,
and can be changed by the operator.- ci_t_301_ms100: 100 msec.- ci_t_301_ms200: 200 msec.- ci_t_301_ms300: 300 msec.- ci_t_301_ms400: 400 msec.- ci_t_301_ms600: 600 msec.
- ci_t_301_ms1000: 1000 msec.- ci_t_301_ms1500: 1500 msec.- ci_t_301_ms2000: 2000 msec.
The timer value which starts after the UEreceives the RRC Connection Reject message. The timer
terminates when UE statusbecomes RRC_Connect or a cell is reselected.When the timer is cleared, the UE
treats the cell as barred and performs cellreselection. The default is 8 seconds, and
can be changed by the operator.- ci_t_302_s1: 1 second.- ci_t_302_s2: 2 seconds.- ci_t_302_s3: 3 seconds.- ci_t_302_s4: 4 seconds.- ci_t_302_s5: 5 seconds.- ci_t_302_s6: 6 seconds.- ci_t_302_s7: 7 seconds.- ci_t_302_s8: 8 seconds.- ci_t_302_s9: 9 seconds.
- ci_t_302_s10: 10 seconds.- ci_t_302_s11: 11 seconds.- ci_t_302_s12: 12 seconds.- ci_t_302_s13: 13 seconds.- ci_t_302_s14: 14 seconds.- ci_t_302_s15: 15 seconds.- ci_t_302_s16: 16 seconds.
The timer started by UE after receiving RRC Connection Reconfiguration message
during the handover. The timer terminateswhen the handover to E-UTRA succeeds.
The default is 200 msec, and can be changed by the operator.
- ci_t_304_ms50: 50 msec.- ci_t_304_ms100: 100 msec.- ci_t_304_ms150: 150 msec.- ci_t_304_ms200: 200 msec.- ci_t_304_ms500: 500 msec.
- ci_t_304_ms1000: 1000 msec.- ci_t_304_ms2000: 2000 msec.
The timer value which starts after the UEcontinuously receives out-of-syncIndication
as much as N310. Cleared if in-sync indication is received continuously as muchas N311, if handover is triggered, or if thereestablishment procedure is triggered.
- ci_t_310_ms0: 0 msec.- ci_t_310_ms50: 50 msec.
- ci_t_310_ms100: 100 msec.- ci_t_310_ms200: 200 msec.- ci_t_310_ms500: 500 msec.
- ci_t_310_ms1000: 1000 msec.- ci_t_310_ms2000: 2000 msec.
The timer started by UE when initiating areestablishment procedure. The timer iscleared if a suitable E-UTRA cell or an in
ter-RAT cell is found. If the timer is clearedwithout finding a suitable cell, it enters RRC
_IDLE state. The default is 10000ms, andcan be changed by the operator.- ci_t_311_ms1000: 1000 msec.- ci_t_311_ms3000: 3000 msec- ci_t_311_ms5000: 5000 msec
- ci_t_311_ms10000: 10000 msec- ci_t_311_ms15000: 15000 msec- ci_t_311_ms20000. 20000 msec- ci_t_311_ms30000: 30000 msec.
The measurement filtering coefficient for EUTRA RSRP.
The measurement filtering coefficient for EUTRA RSRQ.
The timer started by UE when receiving at320 timer value. It also starts when cell
reselection occurs from another RAT to EUTRA,and terminates when UE status
becomes RRC_CONNECTED. The defaultis 30 minutes, and can be changed by the
operator.- ci_t_320_min5: 5 minutes.
- ci_t_320_min10: 10 minutes.- ci_t_320_min20: 20 minutes.- ci_t_320_min30: 30 minutes.- ci_t_320_min60: 60 minutes.
- ci_t_320_min120: 120 minutes.- ci_t_320_min180: 180 minutes.
The ciphering algorithm supported by the eNB.- EEA0: NULL.
- EEA1: SNOW 3G.- EEA2: AES.
The integrity protection algorithm supported by the eNB.- EIA0: NULL.
- EIA1: SNOW 3G.- EIA2: AES.
The threshold used to limit the number of the AMD PDU retransmission in a transmitting AM_RLC entity.
The threshold used to limit the number of the AMD PDU retransmission in a transmitting AM_RLC entity.
The number of non-dedicated preambles.
Measurement quantity for measuring UTRA FDD.- ci_cpich_RSCP: The RSCP (Received
Signal Code Power) value is used whilemeasuring UTRA mobility. It indicates the
signal strength for the P-CPICH (Primary Common PIlot Channel).
- ci_cpich_EcN0: The EcN0 value is usedwhile measuring UTRA mobility. It indicatesthe per-bit energy to noise power density (n
oise ratio) ratio for the CPICH (CommonPIlot Channel).
The threshold used in the UE to reselect afrequency whose priority is higher than thecurrent camped frequency.(Range: 0 to 31)
The threshold used to reselect low-priorityfrequency from high-priority frequency.(Range: 0 to 31)
The minimum Rx level required in a cell .(Range: -60 ~ -13)
Tx antenna count used by the active cell.- ci_n1TxAntCnt: 1 Tx antenna is used.
- ci_n2TxAntCnt: 2 Tx antennas are used.- ci_n4TxAntCnt: 4 Tx antennas are used..
The Rx antenna count used by the active cell.- ci_n2RxAntCnt: 2 Rx antennas are used.- ci_n4RxAntCnt: 4 Rx antennas are used.- ci_n6RxAntCnt: 6 Rx antennas are used.- ci_n8RxAntCnt: 8 Rx antennas are used.
- ci_n10RxAntCnt: 10 Rx antennas are used.- ci_n12RxAntCnt: 12 Rx antennas are used.
The maximum number of transmission ofHARQ Msg3
The period of time during which UE waitsfor RA Response.
Contention resolution timer (Range: sf8 - sf64)Power ramping steps when sending a preamble.
Delta Preamble Msg3 value.
The maximum number of times to transmita preamble.(Range: 3 - 200)
The threshold used to set an initial-targetreceiving power of preambles.
Details
Comments
Default Scheduling strategy: proportional fair
Planned to be removed in E///
Mapping not available
Mapping not available
This parameter is a key RF optimization parameter. Higher settings of this parameter will improve PUCCH reception, but will also
drive higher UE Tx powerleading to interference to neighboring cells,
and vice-versa.
Higher settings will improve PUSCH reception, but will also drive higher UE Tx power leading to interference to neighboring cells, and vice-
versa.
Recommended 12 in LGUP 4.0
Recommended 4 in LGUP 4.0
Based on GERAN and UTRA should be 0.25
Based on GERAN and UTRA should be 0.26
Mapping not available
OFFSET_MAX and OFFSET_MIN available through MRO feature
Since L11B. Has no functional behaviour. Planned to be removed.
This value recommended by ALU should be equal to the channel BW ie 50 for 10Mhz
channel,25 for 5Mhz etc
Mapping not available
Mapping not available
Mapping not available
Mapping not available
No concept of primary and secondary in Samsung.Mapping not available
No concept of primary and secondary in Samsung
No concept of primary and secondary in Samsung
No concept of primary and secondary in Samsung
No concept of primary and secondary in Samsung
Mapping not available
Mapping not available
Mapping not available
Mapping not available
Mapping not available
Mapping not available
Mapping not available
Mapping not available
Planned to be removed in E///
Planned to be removed in E///
No concept of primary and secondary in Samsung.Mapping not available
No concept of primary and secondary in Samsung.Mapping not available
Planned to be removed in E///
No concept of primary and secondary in Lucent
Planned to be removed in E///Planned to be removed in E///Planned to be removed in E///
According to documentation value is -16. Mapping not available. Value in network : 2dB
For ‘Automatic-Neighbor-Relation’ trigger, the value of the correspondingreportAmount must
be set to ‘r1’.
For event A3 ‘Automatic-Neighbor-Relation’ trigger, the recommended value
forreportInterval is ms1024.
For MIMO Configuration :2 for SIMO:1
According to documentation,default=6,
No Contention free in E/// till L12B hence parm value is 64, it has been introduced in L13A
except US market.
In E/// the value is mapped as IE*8
in L12A E/// system release the value has been changed from 0 to 6dB
Details
Difference/NA
24
1
1
1
24
0
211
1
1
6dB
1
1
1
1
1
1
1
4
-2
-2
0
0
1
1
1
1
1
20 sec
1
111
1
1
No difference
240 ms
160ms
No difference
10
No difference
800 ms
200ms
3 sec
800
1 sec
7sec
No difference
0
4
4
3
No difference8
2 dB
2 dBm
4 dB