ERFCN No Cacuation SheetE-UTRA Operating BandDownlinkUplinkSpectrum Channel BandwidthChannel Bandwidth Centre Frequancy(Dl)Channel Bandwidth Centre Frequancy(Dl)15NDLNULDLULFDLFULFDL_low [MHz]NOffs-DLRange of NDLFUL_low [MHz]NOffs-ULRange of NULAwarded Spectrum Starting Frequancy(DL)Awarded Spectrum Starting Frequancy(UL)DLULNDL (EARFCN)= =10*(FDL (center Freq) - FDL_low ) + NOffs-DLNDL (EARFCN)= =10*(FUL (center Freq) - FUL_low ) + NOffs-ULerfcn noerfcn noFDL = FDL_low + 0.1(NDL NOffs-DL)FUL = FUL_low + 0.1(NUL NOffs-UL) 1211000 59919201800018000 1859921155192552122.5193021301940501805033180332113.31923.321930600600 - 119918501860018600 1919919322185221939.51858.519471867620186201870-103180512001200 194917101920019200 199491830251735251837.51730184517501450194501685-2104211019501950 239917101995019950 20399-2110-400-21107.5662.515-385-19150-11501915-285586924002400 26498242040020400 20649-869-45-8697.539715-30-629011710629-1216687526502650 27498302065020650 20749-875-45-8757.540015-30-610011900610-12357262027502750 344925002075020750 2144926255250552632.525102640252028002080028002080026252505892534503450 37998802145021450 21799-925-45-9257.542515-30-58001220091844.938003800 41491749.92180021800 22149-1844.9-95-1844.97.5834.9515-80-14649335110211041504150 474917102215022150 22749-2110-400-21107.5662.515-385-169501050111475.947504750 49491427.92275022750 22949-1475.9-48-1475.97.5697.4515-33-1000979911272850005000 51796982300023000 23179-728-30-7287.5341.515-15-2280157201374651805180 52797772318023180 23279-74631-7467.5411.51546-2280157201475852805280 53797882328023280 23379-75830-7587.5416.51545-2300157000007.57.51515001773457305730 58497042373023730 23849-734-30-7347.5344.515-15-1610163901886058505850 59998152385023850 23999-860-45-8607.5392.515-30-2750152501987560006000 61498302400024000 24149-875-45-8757.540015-30-2750152502079161506150 - 64498322415024150 - 24449-79141-7917.54441556-176016240211495.964506450 65991447.92445024450 24599-1495.9-48-1495.97.5707.4515-33-850994910007.57.51515003319003600036000 3619919003600036000 36199-19000-19007.5957.5151517000170003420103620036200 3634920103620036200 36349-20100-20107.51012.5151516100161003518503635036350 3694918503635036350 36949-18500-18507.5932.5151517850178503619303695036950 3754919303695036950 37549-19300-19307.5972.5151517650176503719103755037550 3774919103755037550 37749-19100-19107.5962.5151518450184503825703775037750 3824925703775037750 38249-25700-25707.51292.5151512050120503918803825038250 3864918803825038250 38649-18800-18807.5947.5151519450194504023003865038650 3964923003865038650 39649-23000-23007.51157.515151565015650NOTE: The channel numbers that designate carrier frequencies so close to the operating band edges that the carrier extends beyond the operating band edge shall not be used. This implies that the first 7, 15, 25, 50, 75 and 100 channel numbers at the lower operating band edge and the last 6, 14, 24, 49, 74 and 99 channel numbers at the upper operating band edge shall not be used for channel bandwidths of 1.4, 3, 5, 10, 15 and 20 MHz respectively.7.57.515150

1.435101520Sampling Frequancy1.923.847.6815.3623.0430.72Guard Band0.520.842.685.368.0410.72Totol FFt Size128256512102415362048No of Usefull FTT(Occupied Subcarrier)721803006009001200Resource Block RB per slot615255075100RE-Reference Signals per RB, Normal TCP(DL)444444RE-Reference Signals per RB, Normal TCP(UL)121212121212RE Per RB( Normal CP)848484848484Per Slot RE50412602100420063008400Single port antena Reference Signals per Slot, Normal TCP(DL)24601002003004002 port (MIMO Case)48120200400600800RE Per RB(Extended)727272727272Reference Signals per RB, Normal TCP(DL)444444Reference Signals per RB, Normal TCP(UL)121212121212Per Slot RE(Extended CP)43210801800360054007200Single port antena Reference Signals per Slot, Normal TCP(DL)24601002003004002 port ( 2x2 MIMO Case)48120200400600800No of Slots In LTE Frame202020202020No of Subframe Into LTE frame(2 slot =1 Subframe)101010101010Dl Control Info ( N)222222Ul Control Info666666RE for PSS Per 0 Sub Frame42105175350525700RE for PSS Per 10ms Frame8421035070010501400Special Sub Frame Format

DT KPI Oss KPI DriveTest KPICounter02/19/2013 00:00RRC Connection Setup Success Rate[%]-c100E-RAB Setup Success Rate (ALL)[%]-c100Intra-frequency Handover Out Success Rate[%] -c98.9011ItemTarget ValueOptimization ResultFormulaInter-RAT Handover Out Success Rate (LTE to UMTS)[%] -c1RRC Connection Establishment Success RatePerformance-Accessibility98.50%100.00%PASSRRC Connection Establishment Success Rate = Number of RRC Connection Establishment Success / Number of RRC Connection Establishment Attempt * 100%Call Drop Rate (All)[%]-c02Attach Failure RatePerformance-Accessibility2%0.00%PASSAttach failure Rate = 1- Number of LTE Attach Complete/ Number of LTE Attach Request Traffic User Avg [Users] -c143Service Request Failure RatePerformance-Accessibility1.50%0.00%PASSService Request Failure Rate = 1-RRC setup success rate*ERAB setup success rate(%)DL Average Throughput(Kbps)9392.31524Service Request Delay Performance-Accessibility250ms101.57msPASSService Request Delay = T(RRCRecfgComplete)-T(RRCConnectionRequest);excluded the Service request failure delay*Exclude the unreasonable latency due to service request not finished but reselect to other cellsDL Traffic Volume (GB)0.94045ERAB Establishment Success Rate Performance-Accessibility98.50%100%PASSERAB Establishment Success Rate = Number of ERAB Establishment Success / Number of ERAB Establishment Attempt * 100%UL Average Throughput(Kbps)2799.87896Call drop ratePerformance-Retainability3.00%1.27%PASSCall drop rate = Number of E-RAB Abnormal Release / Number of E-RAB Setup Success * 100%UL Traffic Volume (GB)0.19757Average rudimental BLER Performance-Integrity2.0%0.00%PASSResult evaluation: Average rudimental BLER recorded in Probe and AssistantNetwork Availability(%)98.68078Intra Freq Handover Success Rate Performance-Mobility98.00%100.00%PASSHandover Successful Rate = Number of Intra Freq Handover Success / (Number of Intra Freq Handover Success + Number of Intra Freq HO Failure) * 100%;9C-Plane Latency Intra frequency HOPerformance-Mobility100ms16.53msPASSC-Plane Latency Intra frequency HO = T(handoff_complete)- T(handoff_command)10S1/X2 Handover Interruption Time, inter-eNBU-PlanePerformance-MobilityT((first Rx-RTP (After rrc Connection Reconfiguration complete(rach msg-3))-T((last Rx-RTP packet )(Before rrc Connection reconfiguration received)) in MAC layer11IRAT handover success rate to 3GPerformance-Mobility90%100%PASSIRAT handover Success Rate =LTEInterRATRedirectionSuc Counter/ (LTEInterRATRedirectionSuc Counter+ LTEInterRATRedirectionfail Counter)*100%13UL Single User average ThroughputPerformance-Throughput15mbps19.724PASSThe RF conditions should be satisfied for RSRP -110dBmSINR 0dB14DL Single User average Throughput Performance-Throughput33mbps39.00mbpsPASSSINR > 015Coverage and Quality TestPerformance-coverageRSRP>-105dBm and samples >90% )92.89%PASSResults are based on those samples which lies within the cluster boundary16Coverage and Quality TestPerformance-coverage SNR>=17dB for 24%SNR>=5dB for 77%SNR>=-3dB for 95%SNR>=17dB for 32.65%SNR>=5dB for 79.11%SNR>=-3dB for 97.19%PASSResults are based on those samples which lies within the cluster boundaryIntra frequency handover success timesshort call:263long call:367

DRXIDNameDescriptionMOD DRX:DrxAlgSwitch=OFF, ShortDrxSwitch=ON, LongDrxCycleSpecial=SF10, OnDurationTimerSpecial=PSF2, DrxInactivityTimerSpecial=PSF3, SupportShortDrxSpecial=UU_DISABLE, LongDrxCycleForAnr=SF320, LongDRXCycleforIRatAnr=SF1280;DrxAlgSwitchDRXswitchMeaning: Indicates theDRXswitch.GUI Value Range: OFF(Off), ON(On)Unit: NoneActual Value Range: OFF, ONMML Default Value: NoneRecommended Value: OFF(Off)Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: If this parameter is set to ON, the UE may enter theDRXstate, saving UE power. If this parameter is set to OFF, the UE consumes relatively much power.ShortDrxSwitchShort-cycleDRXswitchMeaning: Indicates whether to enable or disable shortDRXcycles. ShortDRXcycles reduce the traffic delay.GUI Value Range: OFF(Off), ON(On)Unit: NoneActual Value Range: OFF, ONMML Default Value: NoneRecommended Value: ON(On)Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: This parameter has little impact on the radio network performance. ShortDRXcycles reduce the traffic delay.LongDrxCycleSpecialSpecial longDRXcycleMeaning: Indicates the length of a longDRXcycle that is applied only to non-power-saving UEs whose subscriber profile ID for RAT/frequency priority (RFSP) indexes are contained in the RFSP index set. Due to the impact of CQI reporting periods and SRS transmission periods, the actual value of this parameter assigned to a UE may be less than the configured value.GUI Value Range: SF10(10 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)Unit: subframeActual Value Range: SF10, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF2048, SF2560MML Default Value: NoneRecommended Value: SF10(10 subframes)Parameter Relationship: In theDrxMO, the value of OnDurationTimerSpecial cannot be greater than that of LongDrxCycleSpecial.Service Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneOnDurationTimerSpecialSpecial On Duration timerMeaning: Indicates the length of the On Duration Timer that applies only to non-power-saving UEs whose RFSP indexes are contained in the RFSP index set. For details about this timer, see 3GPP TS 36.321. Due to the impact of CQI reporting intervals and SRS transmission intervals, there is a possibility that the actual value of this parameter assigned to a UE is larger than the configured value.GUI Value Range: PSF1(1 subframe), PSF2(2 subframes), PSF3(3 subframes), PSF4(4 subframes), PSF5(5 subframes), PSF6(6 subframes), PSF8(8 subframes), PSF10(10 subframes), PSF20(20 subframes), PSF30(30 subframes), PSF40(40 subframes), PSF50(50 subframes), PSF60(60 subframes), PSF80(80 subframes), PSF100(100 subframes), PSF200(200 subframes)Unit: subframeActual Value Range: PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF100, PSF200MML Default Value: NoneRecommended Value: PSF4(4 subframes)Parameter Relationship: In theDrxMO, the value of OnDurationTimerSpecial cannot be greater than that of LongDrxCycleSpecial.In theDrxMO, the value of OnDurationTimerSpecial cannot be greater than the value of ShortDrxCycleSpecial if SupportShortDrxSpecial is set to UU_ENABLE.Service Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneDrxInactivityTimerSpecialSpecialDRXinactivity timerMeaning: Indicates the length of theDRXInactivity Timer that applies only to non-power-saving UEs whose RFSP indexes are contained in the RFSP index set. For details about this timer, see 3GPP TS 36.321.GUI Value Range: PSF1(1 subframe), PSF2(2 subframes), PSF3(3 subframes), PSF4(4 subframes), PSF5(5 subframes), PSF6(6 subframes), PSF8(8 subframes), PSF10(10 subframes), PSF20(20 subframes), PSF30(30 subframes), PSF40(40 subframes), PSF50(50 subframes), PSF60(60 subframes), PSF80(80 subframes), PSF100(100 subframes), PSF200(200 subframes), PSF300(300 subframes), PSF500(500 subframes), PSF750(750 subframes), PSF1280(1280 subframes), PSF1920(1920 subframes), PSF2560(2560 subframes)Unit: subframeActual Value Range: PSF1, PSF2, PSF3(TDD), PSF4, PSF5(FDD), PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF100, PSF200, PSF300, PSF500, PSF750, PSF1280, PSF1920, PSF2560MML Default Value: NoneRecommended Value: PSF5(5 subframes) for FDDPSF3(3 subframes) for TDD in subframe configuration 0PSF3(3 subframes) for TDD in subframe configuration 1PSF4(4 subframes) for TDD in subframe configuration 2PSF3(3 subframes) for TDD in subframe configuration 3PSF4(4 subframes) for TDD in subframe configuration 4PSF4(4 subframes) for TDD in subframe configuration 5PSF3(3 subframes) for TDD in subframe configuration 6Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneSupportShortDrxSpecialSpecial short-cycleDRXsupported indicationMeaning: Indicates whether to enable or disable shortDRXcycles for non-power-saving UEs whose RFSP indexes are contained in the RFSP index set.GUI Value Range: UU_DISABLE(Disable), UU_ENABLE(Enable)Unit: NoneActual Value Range: UU_DISABLE, UU_ENABLEMML Default Value: NoneRecommended Value: UU_DISABLE(Disable)Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneShortDrxCycleSpecialSpecial shortDRXcycleMeaning: Indicates the length of a shortDRXcycle that applies only to non-power-saving UEs whose RFSP indexes are contained in the RFSP index set.MOD DRX:DrxAlgSwitch=OFF, ShortDrxSwitch=ON, LongDrxCycleSpecial=SF10, OnDurationTimerSpecial=PSF2, GUI Value Range: SF2(2 subframes), SF5(5 subframes), SF8(8 subframes), SF10(10 subframes), SF16(16 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes)Unit: subframeActual Value Range: SF2, SF5, SF8, SF10, SF16, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF640MML Default Value: NoneDrxInactivityTimerSpecial=PSF3, SupportShortDrxSpecial=UU_DISABLE, LongDrxCycleForAnr=SF320, LongDRXCycleforIRatAnr=SF1280;Recommended Value: SF10(10 subframes)Parameter Relationship: In theDrxMO, the value of OnDurationTimerSpecial cannot be greater than the value of ShortDrxCycleSpecial if SupportShortDrxSpecial is set to UU_ENABLE.In theDrxMO, the value of LongDrxCycle must be an integer multiple of ShortDrxCycle if SupportShortDrxSpecial is set to UU_ENABLE.Service Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneDrxShortCycleTimerSpecialSpecialDRXshort cycle timerMeaning: Indicates the length of theDRXShort Cycle Timer that applies only to non-power-saving UEs whose RFSP indexes are contained in the RFSP index set. The length of this timer is expressed in the number of shortDRXcycles. If this parameter is set to 1, the length of this timer is one shortDRXcycle. If this parameter is set to 2, the length of this timer is two shortDRXcycles. For details, see 3GPP TS 36.321 5.7.GUI Value Range: 1~16Unit: NoneActual Value Range: 1~16MML Default Value: NoneRecommended Value: 1Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneLongDrxCycleForAnrLongDRXCycle for ANRMeaning: Indicates the longDRXcycle for intra-RAT ANR. If intra-RAT ANR is enabled, this parameter takes effect regardless of whetherDRXis enabled.GUI Value Range: SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)Unit: subframeActual Value Range: SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF2048, SF2560MML Default Value: NoneRecommended Value: SF320(320 subframes)Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: NoneLongDRXCycleforIRatAnrLongDRXCycle for Inter-RAT ANRMeaning: Indicates the longDRXcycle for inter-RAT ANR. If inter-RAT ANR is enabled, this parameter is valid regardless of whetherDRXis enabled.GUI Value Range: SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)Unit: subframeActual Value Range: SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF2048, SF2560MML Default Value: NoneRecommended Value: SF1280(1280 subframes)Parameter Relationship: NoneService Interrupted After Modification: No (And no impact on the UE in idle mode)Impact on Radio Network Performance: None

AttachedMaster information Block

Sib 1

TA UpdateRRC Coneection Request

LTE CHANNELSStepDirectionMessageMemo1UE SSUL Grant (DCI 0, PDCCH)23UE ---> SSAuthentication Response24UE SSScheduling Request(PUCCH)32UE SSNAS Security Mode Complete34UE SSScheduling Request(PUCCH)42UE SSRRC Security Mode Complete44UE ---> SSACK (PHICH)45UE ---> SSRLC ACK46< Many other message can be added here depending on NW >47UE SSACK (PUCCH)49UE ---> SSScheduling Request(PUCCH)50UE SSRLC ACK52UE ---> SSRRC Connection Reconfiguration+ Attach Complete+ Activate Default EPS Bearer Context Accept53UE