8960 Test Application Lab Guide
HSDPA
Agilent Technologies
HSDPA Lab Guide
2006-04-16
1.
1) 1987A 04.xx Firmware . Firmware version .
2)
[CALL SETUP] > Call control > Uplink Parameters > Uplink DPCH Bc/Bd Control > Manual .
3) [CALL SETUP]
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4) Call Control ( ) .
5) active cell WCDMA , cell WCDMA . [SYSTEM CONFIG] > Control > Format Switch > WCDMA
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6) [CALL SETUP] screen .
2. S-DPCCH (3GPP 34.121 5.7A) 1) . Call control > Operating Mode > Cell Off 2) , . Band I DL: 10700, UL: 9750 (SKT), Band II DL: 9800, UL: 9400 (Cingular). ( 3GPP 34.108 5.1.1 reference test frequencies) Call params > Channel(UARFCN) Parms > DL Channel > [Channel Number] 3) Uplink Parameter . Parameter Value PDTCH Bc/Bd Control Manual Uplink DPCH Bc Manual Uplink DPCH Bd Maximum Uplink Transmit Power Level Manual 15 8 21 dBm
Call control > 2 of 4 > Uplink Parameters >
4) Operating Mode Active Cell . Call Control > Operating Mode > Active Cell
5) Cell Power -86 dBm . Call Param > Cell Power > -86
6) Channel Type12.2k RMC + HSDPA . Call Parms > Channel Type > 12.2k RMC + HSDPA.
7) Qualcomm chipset RLC Reestablish Off . Call Parms > 2 of 3 > RLC Reestablish > Off
8) HSDPA Parameter : Parameter Value FRC Type Uplink 64k DTCH for HSDPA Loopback State H-Set 1 QPSK (default) On Call Parms > HSDPA Parameters > HSDPA RB Test Mode Setup> 9) HSDPA uplink parameter . Parameter Value DeltaACK 8 DeltaNACK 8 DeltaCQI 7 Ack-Nack Repetition Factor CQI Feedback Cycle CQI Repetition Factor 1 (default) 4 ms 1 (default) Call Parms > HSDPA Parameters > HSDPA Uplink Parameters >
10) Generator HSDPA Connected DL Channel Levels. Parameter Value Cell 1 Connected HSDPA CPICH Leve Cell 1 Connected HSDPA P-CCPCH/SCH Level Cell 1 Connected HSDPA PICH Level Cell 1 Connected HSDPA DPCH Level Cell 1 Sum of Active Conn HS-PDSCH Levels Cell 1 Connected HS-SCCH 1 Level -10 dB (default) -12 dB (default) -15 dB (default) -9 dB -3 dB (default) -8 dB Call Control > 2 of 4 > Generator Info > Connected Downlink Channel Levels > HSDPA Conn DL Channel Levels 11) RB Test Mode . Parameter Value UE Loopback Type Call Control > 3 of 4 > RB Test Mode Setup > Type 1 (default)
12) Cell Parameters . Parameter Value Default DPCH Offset (DOFF) Call Setup > 2 of 4 > Cell Parameters > 3 x 512 chips 13) UL CL Power Ctrl Parameters . Parameter Value UL CL Power Ctrl Algorithm Two (default) Call Parms > 3 of 3 > UL CL Power Ctrl Parameters > Note: Power Control Algorithm .
14) WCDMA call WCDMA , . typical . 15) Cell Parameter Parameter Value BCCH Update Page PS Domain Information Att (IMSI Attach) Flag State Call control > 2 of 4 > Cell Parameters > Auto Present Set 16) Security Parameter SIM card . Call control > 4 of 4 > Security Info > Security Parameters >
17) Attach . MM status GMM state . 18) Call . Call Control > Originate Call 19) Call , Parameter . UE Target Power : 0 dBm. Call Parms > 3 of 3 > UE Target Power > 0 dBm 20) UL CL Power Ctrl Mode Alternating Bits . Parameter Value UL CL Power Ctrl Mode Call Parms > UL CL Power Ctrl Parameters Alternating bits 21) Dynamic Power Analysis measurement . [Measurement Selection] > Dynamic Power Analysis
22) . Parameter Value Step Step Length Measurement Interval RRC Filter Trigger Arm Trigger Source Trigger Delay 8 ( 44) 333.3 us 283.3 us Off Single ( ) HS-DPCCH -308.3 us HS-DPCCH Trigger Subframe Alignment Subframe 0 (default) Control > Dynamic Power Setup > 23) Axis . Control > Axis Control > 24) Trigger Arm Single [START SINGLE] . 25) . Step 0 = 0 dBm +/- 1 dB. Reference: 10 dBm dB/div: 3 dB
Step 1 – Step 0 = 6 dB +/- 2.3 dB. Step 2 – Step 3 = 1 dB +/- 0.6 dB. Step 5 – Step 4 = 0 dB +/- 0.6 dB. Step 6 – Step 7 = 5 dB +/- 2.3 dB. 26) 44 steps . 27) 8 steps . 28) Max . Parameter Value UE Target Power UL CL Power Ctrl Mode Call Parms > UE Target Power > 24 24 dBm All Up bits
Call Parms > 3 of 3 > UL CL Power Ctrl Parameters > UL CL Power Ctrl Algorithm One
29) Trigger Arm Single [START SINGLE] .
30) Axis . Control > Axis Control >
31) : Step 1 – Step 0 = 6 dB +/- 2.3 dB. Step 2 – Step 3 = 1 dB +/- 0.6 dB. Step 5 – Step 4 = 0 dB +/- 0.6 dB. Step 6 – Step 7 = 5 dB +/- 2.3 dB.
32) 44 steps
Reference: 25 dBm dB/div: 3 dB
33) 8 Steps :
3. Maximum Output Power with HS-DPCCH (3GPP 34.121 5.2A)
1) Call , parameter call . Call Control > End Call
2) Cell off .
Call control > Operating Mode > Cell Off
3) , . Band I DL: 10563, UL: 9613 (SKT), Band II DL: 9663, UL: 9263 (Cingular). ( 3GPP 34.108 5.1.1 reference test frequencies )
Call params > Channel(UARFCN) Parms > DL Channel > [Channel Number]
4) Uplink Parameter, , HSDPA RB Test , HSDPA Conn DL Channel Level HS-DPCCH . 2 3), 6), 7), 8), 10), 11), 12), 15), 16) .
Power Control Algorithm one spec power control bit all up algorithm .
5) Operating Mode Active Cell .
Call Control > Operating Mode > Active Cell 6) HSDPA uplink parameter . Parameter Value DeltaACK 8 DeltaNACK 8 DeltaCQI 8 Ack-Nack Repetition Factor CQI Feedback Cycle (K) CQI Repetition Factor 3 4 ms 2 Call Params > HSDPA Parameters > HSDPA Uplink Parameters 7) HSDPA Conn DL Channel Level HS-DPCCH . 8) Call , Call Control > Originate Call 9) power . Call Param > 3 of 3 > Target Power: 24 dBm UL CL Power Ctrl Parameters > UL CL Power Ctrl Mode: All up bits
[Measurement Selection] > Channel Power . 10) . 1 . Parameter Value Multi_Measurement Count RRC Filter Trigger Arm Trigger Source Measurement Interval Control > Channel Power Setup 10 (1 ) Off Single () HS-DPCCH 666.7 us 11) .
12) 3GPP 34.121 Table 5.2A.2 .
sub-test 3, power class 3 power 19.3 dBm 25.7 dBm (23 dBm +2.7/-3.7 dB) .
4. Spectrum Emission Mask with HS-DPCCH (3GPP 34.121 5.9A)
1) Max Power call . Measurement Selection > Spectrum Emission Mask
2) SEM setup > Multi-Measurement Count 10 , Contol > Change View > Graph graphical .
3) Pass Fail .
5. Adjacent Channel Leakage Power Ratio (ACLR) with HS-DPCCH (3GPP 34.121 5.10A)
1) Max Power call . 2) [Measurement selection] > Adjacent Channel Leakage Ratio . Control > ACLR setup > Multi-Measurement count: 10 .
3) Control > Change View > Graph graphical .
4) Pass Fail .
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