GS-8800 Series DataSheet E v04

8/3/2019 GS-8800 Series DataSheet E v04

1/15

Agilent GS-8800 Series

RF Design Verification SystemData Sheet


2/15

GS-8800 GSM/GPRS/EGPRS Test Coverage Rev. June/03/2005GS-8800

Super Lite

GS-8800

Lite

GS-8800

w/o Fader

GS-8800

w Fader

3GPP TS51.010-1sectionnumber Test Description Tested Comments

Transceiver Tests12.1.1 Conducted Spurious Emissions, MS allocated channel No No Yes Yes12.1.2 Conducted Spurious Emissions, MS in idle mode No Yes Yes Yes

GSM Transmitter Tests

13.1 Phase & Frequency Error Yes* Yes* Yes* Yes** Ciphering mode is notavailable. Use PRBS.

13.2 Frequency Error Under Fading No No No Yes*

* Now only oneinterference signal either on BCH or TCH. Both

channels are planned tobe supported in Sep/05.13.3 Tx Output Power (Normal Burst) Yes Yes Yes Yes

Monotonic Power Sequence Yes Yes Yes Yes

Power vs. Time (Burst Timing) (Normal Burst) Yes Yes Yes YesPSA method is plannedto be supported inSep/05

Tx Output Power (Access Burst) Yes Yes Yes YesPSA method is plannedto be supported inSep/05

Power vs. Time (Burst Timing) Access Burst Yes Yes Yes YesPSA method is plannedto be supported inSep/05

13.4 ORFS (Output RF Spectrum) due to Modulation Yes Yes Yes Yes

ORFS due to Switching Yes Yes Yes Yes

Wideband Noise, 1800KHz offset to Edge of Tx band No Yes Yes Yes

Spurious Emissions in MS Rx band No No Yes Yes

GPRS Transmitter Tests

13.16.1 Phase & Frequency Error in GPRS multislot Configuration Yes* Yes Yes Yes

Supports multislot class10. Class 12measurement is plannedto be supported inSep/05 using PSA.

13.16.2 Tx Output Power in GPRS multislot configuration (NormalBurst) Yes* Yes Yes YesSee above

Monotonic Power Sequence in GPRS configuration Yes* Yes Yes Yes See above

Power vs. Time (Burst Timing) in GPRS configuration(Normal Burst) Yes* Yes Yes Yes

See above

Tx Output Power in GPRS multislot configuration (AccessBurst) Yes Yes Yes Yes

Power vs. Time (Burst Timing) in GPRS configuration(Access Burst) Yes Yes Yes Yes

PSA method is plannedto be supported inSep/05

13.16.3 ORFS (Output RF Spectrum) due to Modulation in GPRSmultislot configuration Yes* Yes Yes Yes

Supports multislot class10. Class 12measurement is plannedto be supported inSep/05 using PSA.

ORFS due to Switching in GPRS multislot configuration Yes* Yes Yes Yes See above

Wideband Noise, 1800KHz offset to edge of Tx band inGPRS multislot configuration No Yes Yes Yes

See above

Spurious Emissions in MS Rx band in GPRS multislotconfiguration No No Yes Yes

See above


3/15

EGPRS Transmitter Tests

13.17.1 Frequency error in EGPRS configuration July/2005* July/2005 Yes Yes

Supports multislot class10 with the latest H/W.Class 12 measurementis planned to besupported in Sep/05

using PSA.Super Lite doesn'tsupport multislot class12 until 8960 supports itin late 2005.

Modulation accuracy in EGPRS configuration July/2005* July/2005 Yes Yes See above

13.17.2 Frequency error under multipath and interference conditionsin EGPRS configuration No No No Yes*

See above.Only one interferencesignal either on BCH or TCH. Both channel andFading function isplanned to be supportedin Sep/05.

13.17.3 EGPRS Transmitter output power July/2005* July/2005 Yes Yes

Supports multislot class10 with the latest H/W.Class 12 measurementis planned to besupported in Sep/05using PSA.Super Lite doesn'tsupport multislot class12 until 8960 supports itin late 2005.

ORFS (Output RF Spectrum) due to Modulation in EGPRSconfiguration 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 inEGPRS configuration No July/2005 Yes Yes

See above

13.17.4 Spurious Emissions in MS Rx band in EGPRS configuration No No Yes Yes


4/15

GSM Receiver Tests

14.1.1.1 Bad frame indication - TCH/FS - Random RF input Yes Yes Yes YesPlanned to be supportedin July/05.

14.1.1.2 Bad frame indication - TCH/FS - Frequency hopping anddownlink DTX Yes Yes Yes YesPlanned to be supportedin July/05.

14.1.2.1 Bad frame indication - TCH/HS - Random RF input No No No No14.1.2.2 Bad frame indication - TCH/HS - Frequency hopping anddownlink DTX No No No No

14.1.3 Bad frame indication - TCH/FS - Frequency hopping anddownlink DTX - Phase 2 MS in a phase 1 network No No No No

14.1.4 Bad frame indication - TCH/HS - Frequency hopping anddownlink DTX - Phase 2 MS in a phase 1 network No No No No

14.1.5.1 Bad frame indication - TCH/AFS Random RF input No No No No

14.1.6.1 Bad frame indication - TCH/AHS Random RF input No No No No

14.2.1 Reference Sensitivity, TCH/FS Yes* Yes* Yes* YesHopping is planned to besupported in July/05

14.2.2 Reference Sensitivity, TCH/HS Yes* Yes* Yes* Yes*Planned to be supportedin Sep/05, * No D-loop

14.2.3 Reference Sensitivity, FACCH/F Yes* Yes* Yes* YesPlanned to be supportedin Sep/05

14.2.4 Reference Sensitivity, FACCH/H Yes* Yes* Yes* YesPlanned to be supportedin Sep/05

14.2.5 Reference Sensitivity, Full Rate Data Channel Yes* Yes* Yes* YesPlanned to be supportedin Sep/05

14.2.6 Reference Sensitivity, Half Rate Data Channel No No No No

14.2.7 Reference Sensitivity, TCH/EFS Yes* Yes* Yes* Yes Hopping is planned to besupported in July/05

14.2.8 Reference Sensitivity, Full Rate Data Channels in multislotconfiguration (HSCSD) No No No No

14.2.10 Reference Sensitivity, TCH/AFS Yes* Yes* Yes* YesPlanned to be supportedin July/05

14.2.18 Reference Sensitivity, TCH/AHS Yes* Yes* Yes* YesPlanned to be supportedin Sep/05

14.3 Usable Receiver Input Level Range Yes* Yes* Yes* Yes

14.4.1 Co-Channel Rejection, TCH/FS No No Yes* YesHopping is planned to besupported in July/05

14.4.2 Co-Channel Rejection, TCH/HS No No Yes* Yes*Planned to be supportedin Sep/05, * No D-loop

14.4.3 Co-Channel Rejection, TCH/FS (SID Frame) No No No No

14.4.4 Co-Channel Rejection, FACCH/F No No Yes* Yes Planned to be supportedin Sep/05

14.4.5 Co-Channel Rejection, FACCH/H No No Yes* Yes Planned to be supportedin Sep/05

14.4.6 Co-Channel Rejection, TCH/EFS No No Yes* YesHopping is planned to besupported in July/05.

14.4.7 Receiver performance, co-channel & frequency hopping onone carrier No No Yes* YesPlanned to be supportedin July/05

14.4.8 Co-Channel Rejection, TCH/AFS No No Yes* YesPlanned to be supportedin July/05

14.4.16 Co-Channel Rejection, TCH/AHS No No Yes* YesPlanned to be supportedin Sep/05

14.5.1.1 Adjacent Channel Rejection, Speech Channel, TCH/FS No No Yes* Yes

14.5.1.2 Adjacent Channel Rejection, Speech Channel, TCH/AFS No No Yes* YesPlanned to be supportedin July/05

14.5.1.3 Adjacent Channel Rejection, Speech Channel, TCH/AHS No No Yes* YesPlanned to be supportedin Sep/05

14.5.2 Adjacent Channel Rejection, Control Channel No No Yes* YesPlanned to be supportedin Sep/05

14.6.1 Intermodulation Rejection, Speech Channel No No Yes Yes

14.6.2 Intermodulation Rejection, Control Channel No No No No

14.7.1 Blocking & Spurious Response, Speech Channel No No Yes Yes

14.7.2 Blocking & Spurious Response, Control Channel No No No No


5/15

14.8.1 AM Suppression, Speech Channel No No Yes Yes

14.8.2 AM Suppression, Control Channel No No Yes Yes

Planned to be supportedin Sep/05

14.9 Paging performance at high input levels No No No No

14.10.1 Performance of the Codec Mode Request Generation -

TCH/AFSNo No No No

14.10.2 Performance of the Codec Mode Request Generation -TCH/AHS No No No No

21.1 Signal Strength Yes* Yes* Yes* Yes** No six adjacent cellBCCHs21.2 Signal Strength selectivity No No Yes* Yes* No BCCH1 to 3

21.3.1 Signal Quality under static conditions TCH/FS No No Yes* Yes*Number of samplemeasured is increased

21.3.2 Signal Quality under static conditions TCH/HS No No Yes* Yes*Planned to be supportedin Sep/05

GPRS Receiver Tests

14.16.1 Minimum Input Level for Reference Performance for GPRSoperation Yes* Yes* Yes* Yes

Supports multislot class10. Hopping is planned

to be supported inJuly/05. USF BLER inSep 05. in Sep 05.Class12 will besupported after 8960supports it in late 2005.

14.16.2 Co-Channel Rejection for Packet Channel No No Yes* Yes See above.


6/15

EGPRS Receiver Tests

14.18.1 Minimum Input Level for Reference Performance for EGPRS

operationJuly/2005* July/2005* Yes* Yes

Supports multislot class10 with the latest H/W.Hopping, USF BLERand fading is planned tobe supported in Sep/05.

Class 12 will besupported after 8960supports it in late 2005.Lite/Super Lite will besupported in July.

14.18.2 Co-Channel Rejection for EGPRS operation No No Yes* Yes See above.

14.18.3 Adjacent Channel Rejection for EGPRS operation No No Yes* Yes

Supports multislot class10 with the latest H/W.USF BLER and fading isplanned to be supportedin Sep/05. Class 12 willbe supported after 8960supports it in late 2005.Lite/Super Lite will besupported in July.

14.18.4 Intermodulation Rejection for EGPRS operation No No Yes Yes

Supports multislot class

10 with the latest H/W.USF BLER is planned tobe supported in Sep/05.Class 12 will besupported after 8960supports it in late 2005.Lite/Super Lite will besupported in July.

14.18.5 Blocking and spurious response for EGPRS operation No No Yes Yes See above.

14.18.6 EGPRS Usable receiver input level range July/2005* July/2005* Yes* Yes*

Supports multislot class10 with the latest H/W.Class 12 will besupported after 8960supports it in late 2005.Use SRB Loopback TestMode for BER.

* 8PSK with randomfrequency offset is notsupported.Lite/Super Lite will besupported in July.

14.18.7 Incremental redundancy performance No No No No

Note1: Yes: Supported Yes*: Supported with commentsNo: Not supported[x]: partially required for sub-test: Alternative test method using PSA is provided but not mandatory

Note2:Frequency Band: GSM850, GSM900 (EGSM), DCS1800, PCS1900Power Class: Up to 2 W

Note3:Matrix subject to change.


7/15

GS-8800 WCDMA Test Coverage Rev. June/03/2005 GS-8800

Super Lite

GS-8800Lite

GS-8800w/o

Fading

GS-8800w Fading3GPP TS

34.121Section

Number

Test Description

Tested CommentsW-CDMA Transmitter Characteristics

5.2 Maximum Output Power (Thermal and CH power) Yes Yes Yes Yes

5.3 Frequency Error Yes Yes Yes Yes

5.4.1 Open Loop Power Control in the Uplink Yes Yes Yes Yes

5.4.2 Inner Loop Power Control in the Uplink Yes Yes Yes Yes

5.4.3 Minimum Output Power Yes Yes* Yes* Yes**PSA method is supportedtoo.

5.4.4 Out-of-synchronization handling of output power No Yes Yes Yes

5.5.1 Transmit OFF Power Yes Yes* Yes* Yes**PSA method is plannedto be supported in July/05

5.5.2 Transmit ON/OFF Time mask Yes Yes* Yes* Yes* *See above

5.6 Change of TFC Yes Yes Yes Yes

5.7 Power Setting in uplink compressed mode No Yes* Yes* Yes* *Restricted measurement

5.8 Occupied Bandwidth (OBW) Yes Yes Yes Yes

5.9 Spectrum emission mask Yes Yes Yes Yes

5.10 Adjacent Channel Leakage Power Ratio (ACLR) Yes Yes Yes Yes

5.11 Spurious Emissions No No Yes Yes

5.12 Transmit Intermodulation No No Yes Yes

5.13.1 Error Vector Magnitude (EVM) Yes Yes Yes Yes

5.13.2 Peak code domain error Yes* Yes* Yes* Yes**12.2k/64k/144k/384kbpsbut not 384kbpsX2

5.13.3 UE Phase Discontinuity Yes Yes Yes Yes

5.13.4 PRACH Preamble Quality Yes Yes Yes Yes

W-CDMA Receiver Characteristics6.2 Reference Sensitivity Level Yes Yes Yes Yes

6.3 Maximum Input Level Yes Yes Yes Yes

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


8/15

W-CDMA Performance Requirements

7.2.1 Demodulation of Dedicated Channel (DCH) Yes* Yes* Yes* Yes*

*For E5515C shippedbefore March 2005 (serialnumber TBD), hardwareupgrade is required for WCDMA AM mode and384kbps BLER

measurement.

7.3 Demodulation of DCH in Multi-path Fading Propagation conditions No No No Yes*

*See above**ESG with AWGN optionis necessary for Fader w/oAWGN option.

7.4 Demodulation of DCH in Moving Propagation conditions No No No Yes*

*For E5515C shippedbefore March 2005 (serialnumber TBD), hardwareupgrade is required for WCDMA AM mode and384kbps BLERmeasurement.**ESG with AWGN optionis necessary for Fader w/oAWGN option.

7.5 Demodulation of DCH in Birth-Death Propagation conditions No No No Yes**See above

7.6.1 Demodulation of DCH in open-loop transmit diversity mode No No No NoNo capability of TXdiversity in 8960 now

7.6.2 Demodulation of DCH in closed loop transmit diversity mode No No No NoNo capability of TXdiversity in 8960 now

7.6.3 Demodulation of DCH in Site Selection Diversity TransmissionPower Control mode No No No NoNo capability of TXdiversity in 8960 now

7.7.1 Demodulation of DCH in Inter-Cell Soft Handover No* No* No* No*

*Planned to be supportedin Sep/05. SymmetricBLER first. Same fadingon cell 1 and cell 2

7.7.2 Combining of TPC commands from radio links of different radiolink sets No No No NoPlan is to be defined

7.7.3 Combining of reliable TPC commands from radio links of differentradio link sets No No No NoNeed three cell

7.8.1 Power control in downlink, constant BLER target No No No No Plan is to be defined

7.8.2 Power control in downlink, initial convergence No No No NoPlan is to be defined

7.8.3 Power control in downlink, wind up effect No No No NoPlan is to be defined

7.9 Downlink compressed mode No No No NoPlan is to be defined

7.10 Blind transport format detection No No No NoPlan is to be defined

7.11 Demodulation of Paging Channel (PCH) No No No NoPlan is to be defined

7.12 Detection of Acquisition Indicator (AI) No No No NoPlan is to be defined


9/15

Performance Requirements for HSDPA

9.2.1 Demodulation of HS-DSCH - Single Link Performance No No No No*Planned to be supportedin late 2005 with HWupgrade

9.2.2 Demodulation of HS-DSCH - Open Loop Diversity Performance No No No NoPlan is to be defined

9.2.3 Demodulation of HS-DSCH - Closed Loop Diversity Performance No No No NoPlan is to be defined

9.3.1 Reporting of Channel Quality Indicator - AWGN PropagationConditions No No No NoPlan is to be defined

9.3.2 Reporting of Channel Quality Indicator - Fading PropagationConditions No No No NoPlan is to be defined

9.4 HS-SCCH Detection Performance No* No* No* No**Planned to be supportedin late 2005 with HWupgrade

Note1: Yes: Supported

Yes*: Supported with commentsNo: Not supportedNo*: Not supported with comments[x]: partially required for sub-test: Alternative test method using PSA is providedNote2:Operating Band: Band 1, 6Power Class: Class3, 4



10/15

GS-8800 IS-95/CDMA2000 Test Coverage Rev. April/01/2005

GS-8800Super Lite

GS-8800Lite

GS-8800w/o Fader

GS-8800w Fader

3GPP2C.S0011-A1

SectionNumber Test Description Tested Comments

Transmitter TestsEACH and DCCH is not supported for Transmitter Tests

4.1 Frequency Accuracy Yes Yes Yes Yes

4.2.1 CDMA to CDMA Hard Handoff Yes Yes Yes Yes Indirectly performing

4.2.2 Transmit Power after Hard Handoff No No No No

4.2.3 Candidate Frequency Single Search No No No No

4.3.1 Time Reference No No No Yes* *No Timing measurement

4.3.2Reverse Pilot Channel to Code ChannelTime Tolerance

Yes Yes Yes Yescdma2000 1x only

4.3.3Reverse Pilot Channel to Code ChannelPhase Tolerance

Yes Yes Yes Yescdma2000 1x only

4.3.4Waveform Quality and FrequencyAccuracy Yes Yes Yes Yes

4.3.5 Code Domain Power Yes Yes Yes Yes cdma2000 1x only

4.4.1 Range of Open Loop Output Power Yes Yes Yes Yes Except EACH test

4.4.2Time Response of Open Loop Power Control

Yes Yes Yes Yes

4.4.3 Access Probe Output Power Yes* Yes* Yes* Yes* *Except EACH test, Graph is available by SA.

4.4.4 Range of Closed Loop Power Control

Yes* Yes** Yes** Yes** *No Timing measurement and Average Rateof Change measurement is not available.**No Timing measurement

4.4.5 Maximum RF Output Power Yes* Yes* Yes* Yes* *Except DCCH test

4.4.6 Minimum Controlled Output Power Yes Yes Yes Yes

4.4.7Standby Output Power and GatedOutput Power

Yes* Yes Yes Yes *Gated Output Power measurement isavailable.

4.4.8 Power Up Function Output Power No No No No

4.4.9Code Channel to Reverse Pilot ChannelPower Accuracy

Yes* Yes* Yes* Yes**cdma2000 1x only, Except EACH test

4.4.10Reverse Pilot Channel Transmit PhaseDiscontinuity

No No No No

4.5.1 Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band

4.5.2 Radiated Spurious Emissions No No No No

4.5.3 Occupied Bandwidth No Yes Yes Yes


11/15

Receiver TestsDCCH test and several SCH test is notsupported for Receiver Tests.

3.2.1.1Idle Handoff in Non-Slotted Mode on thePaging Channel

No No No No

3.2.1.2Idle Handoff in Slotted Mode on thePaging Channel

No No No No

3.2.1.3Idle Handoff in Slotted Mode on the FCCChannel

No No No No

3.2.1.4 Idle Handoff to Another Frequency No No No No

3.2.2.1Neighbor Set pilot Detection andIncorrect Detection in Soft Handoff

No* No* No* No* Uses LA feature. Static condition only.Partially Support.

3.2.2.2Candidate Set Pilot Detection andIncorrect Detection in soft Handoff


3.2.2.3Active Set Pilot Loss Detection in SoftHandoff


3.2.3.1 Access Probe Handoff No No No No

3.2.3.2 Access Handoff No No No No

3.3.1Demodulation of Non-Slotted ModePaging Channel

No No No No

3.3.2Demodulation of Slotted Mode PagingChannel

No No No No

3.3.3Demodulation of Broadcast ControlChannel in AWGN Channel No No No No

3.3.4Demodulation of Broadcast ControlChannel in Multipath Fading Channel No No No No

3.3.5Demodulation of Forward CommonControl Channel No No No No

3.3.6

Demodulation of Common AssignmentChannel and Reception of CommonPower Control Channel

No No No No

3.4.1

Demodulation of Forward TrafficChannel in Additive White GaussianNoise

Yes Yes Yes YesExcept DCCH test. Limited IS95SCH test

3.4.2Demodulation of Forward TrafficChannel in Multipath Fading Channel No No No Yes

3.4.3Demodulation of Forward TrafficChannel During Soft Handoff


3.4.4

Decision of Power Control Bit for Channels Belonging to Different Power Control Sets During Soft Handoff


3.4.5

Decision of Power Control Bit for Channels Belonging to the Same Power Control Set


3.4.6Demodulation of Power Control Subchannel During Soft Handoff


3.4.7

Demodulation of Forward TrafficChannel in Multipath Fading Channelwith Closed Loop Power Control

(FPC_MODE=000)

No No No No

3.4.8

Demodulation of Forward TrafficChannel in Multipath Fading Channelwith Closed Loop Power Control(FPC_MODE=010)

No No No No

3.4.9

Demodulation of Forward TrafficChannel in Multipath Fading Channelwith Outer Loop Power Control andClosed Loop Power Control(FPC_MODE='000','001' and '010')

No No No No

3.4.10

Demodulation of Forward TrafficChannel in Multipath Fading Channelwith Closed Loop Power Control(FPC_MODE=000) and TransmitDiversity (OTD or STS)

No No No No


12/15

3.4.11

Demodulation of Forward TrafficChannel in Multipath Fading Channelwith Closed Loop Power Control(FPC_MODE=010) and TransmitDiversity (OTD or STS)

No No No No

3.4.12

Demodulation of Power Control Sub

channel During Reverse Pilot ChannelGatingNo No No No

3.4.13

Demodulation of Power Control Subchannel During Reverse FundamentalChannel Gating

No No No No

3.5.1Receiver Sensitivity and DynamicRange Yes Yes Yes Yes

3.5.2 Single Tone Desensitization No No Yes Yes

3.5.3Intermodulation Spurious ResponseAttenuation

No No Yes Yes

3.5.4Adjacent Channel Selectivity (IMT2000only)

No No Yes* Yes**IMT2000 only

3.5.5Receiver Blocking Characteristics(IMT2000 only)


3.6.1 Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band

3.6.2 Radiated Spurious Emissions No No No No

3.7.1 Paging Channel No Yes* Yes* Yes* *No timing measurement

3.7.2 Forward Traffic Channel No No No No

Note1: Yes: Supported Yes*: Supported with commentsNo: Not supportedNo*: Not supported with comments[x]: partially required for sub-test: Alternative test method using PSA is provided but not mandatoryNote2:Operating Band Class: Band Class 0, 1, 3 (JTACS), 4, 6 (IMT-2000)Power Class: Up to 1 W



13/15

GS-8800 1x EVDO Test Coverage Rev. April/01/2005GS-8800

Super LiteGS-8800

LiteGS-8800

w/o Fader GS-8800w Fader

3GPP2C.S0033

V2.0SectionNumber Test Description

Tested Comments

Transmitter Tests3.1.2.1.2 Frequency Accuracy Yes Yes Yes Yes

3.1.2.2.1 Time Reference No No No Yes *No Timing measurement

3.1.2.2.2Waveform Quality and FrequencyAccuracy

Yes Yes Yes Yes

3.1.2.2.3 Redundant ACK Transmission No No No No

3.1.2.3.1 Range of Open Loop Output Power Yes Yes Yes Yes Uses call limit function and Access

Probe Power Meas.

3.1.2.3.2Time Response of Open Loop Power Control

Yes Yes Yes Yes

3.1.2.3.3 Range of Closed Loop Power Control

Yes* Yes** Yes** Yes**

*No Timing measurement and AverageRate of Change measurement is not

available.**No Timing measurement

3.1.2.3.4 Maximum RF Output Power Yes Yes Yes Yes

3.1.2.3.5 Minimum Controlled Output Power Yes Yes Yes Yes

3.1.2.3.6 Standby Output Power

No Yes Yes Yes

Capable of measuring idle StandbyOutput Power. Do not support measuringStandby Output Power between AccessProbe bursts.

3.1.2.3.7 RRI Channel Output Power Yes Yes Yes Yes

3.1.2.3.8.1 DRC Channel Output Power Yes Yes Yes Yes Uses Code Domain Power measurement

3.1.2.3.8.2 ACK Channel Output Power Yes Yes Yes Yes Uses Code Domain Power measurement

3.1.2.3.8.3 Data Channel Output Power Yes Yes Yes Yes Uses Code Domain Power measurement

3.1.2.4.1 Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band

3.1.2.4.2 Radiated Spurious Emissions No No No No

3.1.2.4.3 Occupied Bandwidth No Yes Yes Yes


14/15

Receiver Tests

3.1.1.2.1

Demodulation of Forward TrafficChannel in Additive White GaussianNoise

Yes Yes Yes Yes

3.1.1.2.2

Idle Handoff in Slotted Mode on the

Paging Channel

No No No Yes

3.1.1.2.3

Decision of Power Control Bit for Channels Belonging to Different Power Control Sets During Soft Handoff

No No No No

Single sector only

3.1.1.2.4

Decision of Power Control Bit for Channels Belonging to the Same Power Control Set

No No No NoSingle sector only

3.1.1.2.5Demodulation of Reverse Power Control Channel During Soft Handoff

No* No* No* No*Single sector only

3.1.1.3.1Receiver Sensitivity and DynamicRange

Yes Yes Yes Yes

3.1.1.3.2 Single Tone Desensitization No No Yes Yes

3.1.1.3.3

Intermodulation Spurious Response

Attenuation

No No Yes Yes

3.1.1.3.4Adjacent Channel Selectivity (IMT2000only)


3.1.1.3.5Receiver Blocking Characteristics(IMT2000 only)


3.1.1.4.1 Conducted Spurious Emissions No Yes* Yes Yes *Except IMT2000 Band

3.1.1.4.2 Radiated Spurious Emissions No No No No

Note1: Yes: Supported Yes*: Supported with commentsNo: Not supported

No*: Not supported with comments[x]: partially required for sub-test: Alternative test method using PSA is provided but not mandatoryNote2:Operating Band Class: Band Class 0, 1, 3 (JTACS), 4, 6 (IMT-2000)Power Class: Up to 1 W



15/15

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GS-8800 Series DataSheet E v04