Agilent GS-8800 Series RF Design Verification System. Data Sheet

Transcription

1 Agilent GS-8800 Series RF Design Verification System Data Sheet

2 GS-8800 GSM/GPRS/EGPRS Test Coverage Rev. June/03/2005 3GPP TS GS-8800 GS-8800 GS-8800 GS Super Lite Lite w/o Fader w Fader section number Test Description Tested Comments Transceiver Tests Conducted Spurious Emissions, MS allocated channel No No Yes Yes Conducted Spurious Emissions, MS in idle mode No Yes Yes Yes GSM Transmitter Tests 13.1 Phase & Frequency Error Yes* Yes* Yes* Yes* 13.2 Frequency Error Under Fading No No No Yes* 13.3 Tx Output Power (Normal Burst) Monotonic Power Sequence Power vs. Time (Burst Timing) (Normal Burst) Tx Output Power (Access Burst) Power vs. Time (Burst Timing) Access Burst 13.4 ORFS (Output RF Spectrum) due to Modulation ORFS due to Switching Wideband Noise, 1800KHz offset to Edge of Tx band No Yes Yes Yes Spurious Emissions in MS Rx band No No Yes Yes * Ciphering mode is not available. Use PRBS. * Now only one interference signal either on BCH or TCH. Both channels are planned to be supported. PSA method is planned to be supported in Sep/05 PSA method is planned to be supported in Sep/05 PSA method is planned to be supported in Sep/05 GPRS Transmitter Tests Phase & Frequency Error in GPRS multislot Configuration Yes* Yes Yes Yes 10. Class 12 measurement is planned to be supported in Sep/05 using PSA Tx Output Power in GPRS multislot configuration (Normal See above Yes* Yes Yes Yes Burst) Monotonic Power Sequence in GPRS configuration Yes* Yes Yes Yes See above Power vs. Time (Burst Timing) in GPRS configuration (Normal Burst) Tx Output Power in GPRS multislot configuration (Access Burst) Power vs. Time (Burst Timing) in GPRS configuration (Access Burst) ORFS (Output RF Spectrum) due to Modulation in GPRS multislot configuration Yes* Yes Yes Yes Yes* Yes Yes Yes ORFS due to Switching in GPRS multislot configuration Yes* Yes Yes Yes Wideband Noise, 1800KHz offset to edge of Tx band in GPRS multislot configuration Spurious Emissions in MS Rx band in GPRS multislot configuration No Yes Yes Yes No No Yes Yes See above PSA method is planned to be supported in Sep/ Class 12 measurement is planned to be supported in Sep/05 using PSA. See above See above See above

3 EGPRS Transmitter Tests Frequency error in EGPRS configuration July/2005* July/2005 Yes Yes 10 with the latest H/W. Class 12 measurement is planned to be supported using PSA. Super Lite doesn't support multislot class 12 until 8960 supports it in late Modulation accuracy in EGPRS configuration July/2005* July/2005 Yes Yes See above Frequency error under multipath and interference conditions in EGPRS configuration No No No Yes* EGPRS Transmitter output power July/2005* July/2005 Yes Yes ORFS (Output RF Spectrum) due to Modulation in EGPRS configuration July/2005* July/2005 Yes Yes ORFS due to Switching in EGPRS configuration July/2005* July/2005 Yes Yes Wideband Noise, 1800KHz offset to edge of Tx band in EGPRS configuration No July/2005 Yes Yes Spurious Emissions in MS Rx band in EGPRS configuration No No Yes Yes See above. Only one interference signal either on BCH or TCH. Both channel and Fading function is planned to be supported. 10 with the latest H/W. Class 12 measurement is planned to be supported using PSA. Super Lite doesn't support multislot class 12 until 8960 supports it in late See above

4 GSM Receiver Tests Bad frame indication - TCH/FS - Random RF input Bad frame indication - TCH/FS - Frequency hopping and downlink DTX Bad frame indication - TCH/HS - Random RF input Bad frame indication - TCH/HS - Frequency hopping and downlink DTX Bad frame indication - TCH/FS - Frequency hopping and downlink DTX - Phase 2 MS in a phase 1 network Bad frame indication - TCH/HS - Frequency hopping and downlink DTX - Phase 2 MS in a phase 1 network Bad frame indication - TCH/AFS Random RF input Bad frame indication - TCH/AHS Random RF input Reference Sensitivity, TCH/FS Yes* Yes* Yes* Yes Reference Sensitivity, TCH/HS Yes* Yes* Yes* Yes* Reference Sensitivity, FACCH/F Yes* Yes* Yes* Yes Reference Sensitivity, FACCH/H Yes* Yes* Yes* Yes Reference Sensitivity, Full Rate Data Channel Yes* Yes* Yes* Yes Reference Sensitivity, Half Rate Data Channel Reference Sensitivity, TCH/EFS Yes* Yes* Yes* Yes Reference Sensitivity, Full Rate Data Channels in multislot configuration (HSCSD) Reference Sensitivity, TCH/AFS Yes* Yes* Yes* Yes Reference Sensitivity, TCH/AHS Yes* Yes* Yes* Yes 14.3 Usable Receiver Input Level Range Yes* Yes* Yes* Yes Co-Channel Rejection, TCH/FS No No Yes* Yes Co-Channel Rejection, TCH/HS No No Yes* Yes* Co-Channel Rejection, TCH/FS (SID Frame) Co-Channel Rejection, FACCH/F No No Yes* Yes Co-Channel Rejection, FACCH/H No No Yes* Yes Co-Channel Rejection, TCH/EFS No No Yes* Yes Receiver performance, co-channel & frequency hopping on one carrier No No Yes* Yes Co-Channel Rejection, TCH/AFS No No Yes* Yes Co-Channel Rejection, TCH/AHS No No Yes* Yes Adjacent Channel Rejection, Speech Channel, TCH/FS No No Yes* Yes Adjacent Channel Rejection, Speech Channel, TCH/AFS No No Yes* Yes Adjacent Channel Rejection, Speech Channel, TCH/AHS No No Yes* Yes Adjacent Channel Rejection, Control Channel No No Yes* Yes Intermodulation Rejection, Speech Channel No No Yes Yes Intermodulation Rejection, Control Channel Blocking & Spurious Response, Speech Channel No No Yes Yes Blocking & Spurious Response, Control Channel in July/05. in July/05. Hopping is planned to be supported in July/05, * No D-loop Hopping is planned to be supported in July/05 in July/05 Hopping is planned to be supported in July/05, * No D-loop Hopping is planned to be supported in July/05. in July/05 in July/05 in July/05

5 AM Suppression, Speech Channel No No Yes Yes AM Suppression, Control Channel No No Yes Yes 14.9 Paging performance at high input levels Performance of the Codec Mode Request Generation - TCH/AFS Performance of the Codec Mode Request Generation - TCH/AHS 21.1 Signal Strength Yes* Yes* Yes* Yes* * No six adjacent cell BCCHs 21.2 Signal Strength selectivity No No Yes* Yes* No BCCH1 to Signal Quality under static conditions TCH/FS No No Yes* Yes* Signal Quality under static conditions TCH/HS No No Yes* Yes* Number of sample measured is increased GPRS Receiver Tests Minimum Input Level for Reference Performance for GPRS operation Yes* Yes* Yes* Yes 10. Hopping is planned to be supported in July/05. USF BLER in Sep 05. in Sep 05. Class12 will be supported after 8960 supports it in late Co-Channel Rejection for Packet Channel No No Yes* Yes See above.

6 EGPRS Receiver Tests Minimum Input Level for Reference Performance for EGPRS operation July/2005* July/2005* Yes* Yes Co-Channel Rejection for EGPRS operation No No Yes* Yes See above. 10 with the latest H/W. Hopping, USF BLER and fading is planned to be supported. Class 12 will be supported after 8960 supports it in late Lite/Super Lite will be supported in July Adjacent Channel Rejection for EGPRS operation No No Yes* Yes 10 with the latest H/W. USF BLER and fading is planned to be supported. Class 12 will be supported after 8960 supports it in late Lite/Super Lite will be supported in July Intermodulation Rejection for EGPRS operation No No Yes Yes 10 with the latest H/W. USF BLER is planned to be supported. Class 12 will be supported after 8960 supports it in late Lite/Super Lite will be supported in July Blocking and spurious response for EGPRS operation No No Yes Yes See above EGPRS Usable receiver input level range July/2005* July/2005* Yes* Yes* Incremental redundancy performance 10 with the latest H/W. Class 12 will be supported after 8960 supports it in late Use SRB Loopback Test Mode for BER. * 8PSK with random frequency offset is not supported. Lite/Super Lite will be supported in July. Note1: Yes: Supported Yes*: Supported with comments No: Not supported [x]: partially required for sub-test <x>: Alternative test method using PSA is provided but not mandatory Note2: Frequency Band: GSM850, GSM900 (EGSM), DCS1800, PCS1900 Power Class: Up to 2 W Note3: Matrix subject to change.

7 GS-8800 WCDMA Test Coverage 3GPP TS Section Number Test Description W-CDMA Transmitter Characteristics GS-8800 Super Lite GS Lite GS-8800 w/o Fading Tested GS-8800 w Fading 5.2 Maximum Output Power (Thermal and CH power) 5.3 Frequency Error Open Loop Power Control in the Uplink Inner Loop Power Control in the Uplink Minimum Output Power Yes Yes* Yes* Yes* Out-of-synchronization handling of output power No Yes Yes Yes Rev. June/03/2005 Comments *PSA method is supported too Transmit OFF Power Yes Yes* Yes* Yes* *PSA method is planned to be supported in July/ Transmit ON/OFF Time mask Yes Yes* Yes* Yes* *See above 5.6 Change of TFC 5.7 Power Setting in uplink compressed mode No Yes* Yes* Yes* *Restricted measurement 5.8 Occupied Bandwidth (OBW) 5.9 Spectrum emission mask 5.10 Adjacent Channel Leakage Power Ratio (ACLR) 5.11 Spurious Emissions No No Yes Yes 5.12 Transmit Intermodulation No No Yes Yes Error Vector Magnitude (EVM) Peak code domain error Yes* Yes* Yes* Yes* UE Phase Discontinuity PRACH Preamble Quality *12.2k/64k/144k/384kbps but not 384kbpsX2 W-CDMA Receiver Characteristics 6.2 Reference Sensitivity Level 6.3 Maximum Input Level 6.4 Adjacent Channel Selectivity (ACS) No No Yes Yes 6.5 Blocking Characteristics No No Yes Yes 6.6 Spurious Response No No Yes Yes 6.7 Intermodulation Characteristics No No Yes Yes 6.8 Spurious emissions No Yes* Yes* Yes* *Cell FACH mode

8 W-CDMA Performance Requirements Demodulation of Dedicated Channel (DCH) Yes* Yes* Yes* Yes* 7.3 Demodulation of DCH in Multi-path Fading Propagation conditions No No No Yes* 7.4 Demodulation of DCH in Moving Propagation conditions No No No Yes* 7.5 Demodulation of DCH in Birth-Death Propagation conditions No No No Yes* Demodulation of DCH in open-loop transmit diversity mode Demodulation of DCH in closed loop transmit diversity mode Demodulation of DCH in Site Selection Diversity Transmission Power Control mode Demodulation of DCH in Inter-Cell Soft Handover No* No* No* No* Combining of TPC commands from radio links of different radio link sets Combining of reliable TPC commands from radio links of different radio link sets Power control in downlink, constant BLER target Power control in downlink, initial convergence Power control in downlink, wind up effect 7.9 Downlink compressed mode 7.10 Blind transport format detection 7.11 Demodulation of Paging Channel (PCH) 7.12 Detection of Acquisition Indicator (AI) *For E5515C shipped before March 2005 (serial number TBD), hardware upgrade is required for WCDMA AM mode and 384kbps BLER measurement. *See above **ESG with AWGN option is necessary for Fader w/o AWGN option. *For E5515C shipped before March 2005 (serial number TBD), hardware upgrade is required for WCDMA AM mode and 384kbps BLER measurement. **ESG with AWGN option is necessary for Fader w/o AWGN option. *See above No capability of TX diversity in 8960 now No capability of TX diversity in 8960 now No capability of TX diversity in 8960 now *. Symmetric BLER first. Same fading on cell 1 and cell 2 Need three cell

9 Performance Requirements for HSDPA Demodulation of HS-DSCH - Single Link Performance Demodulation of HS-DSCH - Open Loop Diversity Performance Demodulation of HS-DSCH - Closed Loop Diversity Performance Reporting of Channel Quality Indicator - AWGN Propagation Conditions Reporting of Channel Quality Indicator - Fading Propagation Conditions 9.4 HS-SCCH Detection Performance No* No* No* No* * in late 2005 with HW upgrade * in late 2005 with HW upgrade Note1: Yes: Supported Yes*: Supported with comments No: Not supported No*: Not supported with comments [x]: partially required for sub-test <x>: Alternative test method using PSA is provided Note2: Operating Band: Band 1, 6 Power Class: Class3, 4 Note3: Matrix subject to change.

10 GS-8800 IS-95/CDMA2000 Test Coverage Rev. April/01/2005 3GPP2 GS-8800 GS-8800 GS-8800 GS-8800 C.S0011-A1 Super Lite Lite w/o Fader w Fader Section Number Test Description Tested Comments Transmitter Tests 4.1 Frequency Accuracy EACH and DCCH is not supported for Transmitter Tests CDMA to CDMA Hard Handoff Indirectly performing Transmit Power after Hard Handoff Candidate Frequency Single Search Time Reference No No No Yes* *No Timing measurement Reverse Pilot Channel to Code Channel Time Tolerance Reverse Pilot Channel to Code Channel Phase Tolerance Waveform Quality and Frequency Accuracy cdma2000 1x only cdma2000 1x only Code Domain Power cdma2000 1x only Range of Open Loop Output Power Except EACH test Time Response of Open Loop Power Control Access Probe Output Power Yes* Yes* Yes* Yes* *Except EACH test, Graph is available by SA Range of Closed Loop Power Control Yes* Yes** Yes** Yes** *No Timing measurement and Average Rate of Change measurement is not available. **No Timing measurement Maximum RF Output Power Yes* Yes* Yes* Yes* *Except DCCH test Minimum Controlled Output Power Standby Output Power and Gated Output Power Power Up Function Output Power Code Channel to Reverse Pilot Channel Power Accuracy Reverse Pilot Channel Transmit Phase Discontinuity Yes* Yes Yes Yes *Gated Output Power measurement is available. Yes* Yes* Yes* Yes* *cdma2000 1x only, Except EACH test Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band Radiated Spurious Emissions Occupied Bandwidth No Yes Yes Yes

11 Receiver Tests Idle Handoff in Non-Slotted Mode on the Paging Channel Idle Handoff in Slotted Mode on the Paging Channel Idle Handoff in Slotted Mode on the FCC Channel Idle Handoff to Another Frequency Neighbor Set pilot Detection and Incorrect Detection in Soft Handoff DCCH test and several SCH test is not supported for Receiver Tests. No* No* No* No* Uses LA feature. Static condition only. Partially Support. Candidate Set Pilot Detection and No* No* No* No* Uses LA feature. Static condition only Incorrect Detection in soft Handoff Partially Support. Active Set Pilot Loss Detection in Soft Uses LA feature. Static condition only. No* No* No* No* Handoff Partially Support Access Probe Handoff Access Handoff Demodulation of Non-Slotted Mode Paging Channel Demodulation of Slotted Mode Paging Channel Demodulation of Broadcast Control Channel in AWGN Channel Demodulation of Broadcast Control Channel in Multipath Fading Channel Demodulation of Forward Common Control Channel Demodulation of Common Assignment Channel and Reception of Common Power Control Channel Channel in Additive White Gaussian Noise Channel in Multipath Fading Channel Channel During Soft Handoff Decision of Power Control Bit for Channels Belonging to Different Power Control Sets During Soft Handoff Decision of Power Control Bit for Channels Belonging to the Same Power Control Set Demodulation of Power Control Sub channel During Soft Handoff Channel in Multipath Fading Channel with Closed Loop Power Control (FPC_MODE=000) Channel in Multipath Fading Channel with Closed Loop Power Control (FPC_MODE=010) Channel in Multipath Fading Channel with Outer Loop Power Control and Closed Loop Power Control (FPC_MODE='000','001' and '010') Channel in Multipath Fading Channel with Closed Loop Power Control (FPC_MODE=000) and Transmit Diversity (OTD or STS) No No No Yes No* No* No* No* No* No* No* No* Except DCCH test. Limited IS95SCH test Uses LA feature. Static condition only. Partially Support. Uses LA feature. Static condition only. Partially Support. No* No* No* No* Uses LA feature. Static condition only. Partially Support. No* No* No* No* Uses LA feature. Static condition only. Partially Support.

12 Channel in Multipath Fading Channel with Closed Loop Power Control (FPC_MODE=010) and Transmit Diversity (OTD or STS) Demodulation of Power Control Sub channel During Reverse Pilot Channel Gating Demodulation of Power Control Sub channel During Reverse Fundamental Channel Gating Receiver Sensitivity and Dynamic Range Single Tone Desensitization No No Yes Yes Intermodulation Spurious Response Attenuation Adjacent Channel Selectivity (IMT2000 only) Receiver Blocking Characteristics (IMT2000 only) No No Yes Yes No No Yes* Yes* No No Yes* Yes* *IMT2000 only *IMT2000 only Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band Radiated Spurious Emissions Paging Channel No Yes* Yes* Yes* *No timing measurement Forward Traffic Channel Note1: Yes: Supported Yes*: Supported with comments No: Not supported No*: Not supported with comments [x]: partially required for sub-test <x>: Alternative test method using PSA is provided but not mandatory Note2: Operating Band Class: Band Class 0, 1, 3 (JTACS), 4, 6 (IMT-2000) Power Class: Up to 1 W Note3: Matrix subject to change.

13 GS x EVDO Test Coverage 3GPP2 C.S0033 V2.0 Section Number Test Description Transmitter Tests GS-8800 Super Lite GS-8800 Lite Tested GS-8800 w/o Fader GS-8800 w Fader Frequency Accuracy Comments Time Reference No No No Yes *No Timing measurement Waveform Quality and Frequency Accuracy Redundant ACK Transmission Range of Open Loop Output Power Time Response of Open Loop Power Control Range of Closed Loop Power Control Rev. April/01/2005 Uses call limit function and Access Probe Power Meas. Yes* Yes** Yes** Yes** Maximum RF Output Power Minimum Controlled Output Power Standby Output Power No Yes Yes Yes RRI Channel Output Power *No Timing measurement and Average Rate of Change measurement is not available. **No Timing measurement Capable of measuring idle Standby Output Power. Do not support measuring Standby Output Power between Access Probe bursts DRC Channel Output Power Uses Code Domain Power measurement ACK Channel Output Power Uses Code Domain Power measurement Data Channel Output Power Uses Code Domain Power measurement Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band Radiated Spurious Emissions Occupied Bandwidth No Yes Yes Yes

14 Receiver Tests Channel in Additive White Gaussian Noise Idle Handoff in Slotted Mode on the Paging Channel No No No Yes Decision of Power Control Bit for Channels Belonging to Different Power Control Sets During Soft Handoff Decision of Power Control Bit for Channels Belonging to the Same Power Control Set Demodulation of Reverse Power Control Channel During Soft Handoff Receiver Sensitivity and Dynamic Range No* No* No* No* Single Tone Desensitization No No Yes Yes Intermodulation Spurious Response Attenuation Adjacent Channel Selectivity (IMT2000 only) Receiver Blocking Characteristics (IMT2000 only) No No Yes Yes No No Yes* Yes* No No Yes* Yes* Single sector only Single sector only Single sector only *IMT2000 only *IMT2000 only Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band Radiated Spurious Emissions Note1: Yes: Supported Yes*: Supported with comments No: Not supported No*: Not supported with comments [x]: partially required for sub-test <x>: Alternative test method using PSA is provided but not mandatory Note2: Operating Band Class: Band Class 0, 1, 3 (JTACS), 4, 6 (IMT-2000) Power Class: Up to 1 W Note3: Matrix subject to change.

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