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MSD Wireless Test Solutions
GS-8800 Platform
Marcellus Bronner
Feb, 2006
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MSD Wireless Test System Offerings
Tailored & Custom Test Systems
Tests:
- Complete HW &SW solutions tailored to meet
application specific requirements
- Consulting and uptime support
Custom Design SystemCustom Design System
GS-8900 Software Design
Verification System
Offer increased
efficiency through Automation of
handset software design
verification process
GS-8800 RF Design Verification Test
System
Designed for3rd generation mobile
market from R&D, manufacturing &
QA chipset manufacturers for design
validation
GS-8300 WLAN Manufacturing
Functional Test System
New generation for WLAN product
test station with one box concept
using N4010A test set
GS-9200 Base Station (MCPA) Test
System
Designed for testing MCPAs, power
amplifier components, RF power
transistors, and gain modules
GS-8000 Wireless Appliance
Functional
Test System
Complete test for mobile handsets
and PDAs using GSM, GPRS, and
beyond
Standard Test System SolutionsStandard Test System Solutions
Nokia DCT 3 / 4 Test
System
DCT Test System (Flash/Final)
can be utilized to test Nokias
next-generation DCT-3.5/4 cell
phones & PCB testing
Intel WLAN Test System
Next-generation manufacturing
test system for Intel WLAN
devices products & chipsets.
BuildBuild--toto--PrintPrint
DCT-3
DCT-4
GS-8600 WLAN Design
Verification Test System
Automated Test Solution
for 802.11b/a/g standards,from R&D to QA module
manufacturers for design validation
Shielded Fixtures
Flexible shielded fixtures provide
RF Isolation environment RF
testing.
GS-8200 Wireless Handset Repair
Test Systems
Cost-efficient
functional test
system for wireless handset repair
testing centers, manufacturing or
QA station
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Protocol
Signaling(L2,L3)
Origination MessageOrigination Message
Base Station Ack OrderBase Station Ack OrderComplete L3 Infor: CMComplete L3 Infor: CM
Service RequestService Request
SetupSetup
Call ProceedingCall Proceeding
Software User
Interface and
Applications
Conformance
TestingIntegrationIntegration TestTest
GS8800+RF Conformance
Test System
Complete L3 Infor: CMComplete L3 Infor: CM
Service RequestService Request
SetupSetup
Call ProceedingCall Proceeding
Functional
Verification
Functional
Verification
ParametricVerification
ParametricVerification
GS8800 RF Design Verification Test System
GS-8900SW Design Verification
System
Where Is MSD Test System Solution Play?
Interoperability
Testing
RF&
Baseband
(L1)
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Introduction To GS-8800 RF Design Verification
Systems Family RF design verification system for wireless handset
Accelerate integration & verification cycles for wireless
handset design Support multiple radio technologies:
AMPS, GSM/GPRS/EGPRS, cdmaOne/cdma2000, W-CDMA, 1xEV-DO
Flexible and scalable platform for wireless handsetdesign verification
GS-8800 RF Design Verification Systems Family: GS-8800
GS-8800 Lite GS-8800 Super Lite
Provide best balance of test cost & test coverage GCF certification
Focuses on Tx and Rx parametric testing
GS-8800 RF Design
Verification System
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GS-8800 RF Design Verification Systems Family
ConfigurationsGS-8800 Super Lite GS-8800 Lite GS-8800
Launch Now!Now!Now!Hardware
config
8960 Wireless
Test Set + DCPower Supply
8960 Wireless
Test Set + DCPower Supply +
Spectrum
Analyzer+Divider
8960 Wireless
Test Set + DCPower Supply +
Signal Gen. +
Microwave Gen.
+ RF Switching &
Routing + PowerMeter
Software
config
selection forradio
technologies
Wireless Test Manager Mandatory
AMPS, GSM/GPRS, EGPRS, cmdaOne/cdma2000, W-CDMA,1xEV-DO
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GS-8800 RF Design Verification System
SignalAnalysis
(E4445A PSA)
Out-of-BandInterference
(E8247C PSG)
In-BandInterference
(E4438C ESG)
RF Comm Test Set(E5515C OBT)
PC Controller
Power Supply(66319D)
Signal Fader(TAS 4500/SR5500)
GPIB
DUTRF
In-Band
Interference for c2k(8664A RF SG)
RF Interface(N1961A)
GPIB
Serial
GSM Filter Module
(N1962A)
ATT/SW Driver(87130A)
Full features solution for wirelesshandset design verification
Complete set of test coverage for GS-8800 RF Design Verification SystemFamily
Typical customer: R&D and QA customers
Users who want full features of pre-
conformance testing
Available now!
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Design Verification more than pure Conformance Test
for UE Stress Test and Performance Analysis
Receiver Performance Tests: Sensitivity Level
Search Function (closed loop BER Search with CellPower / Interference Power Sweep)
Transmitter Performance Tests: Spurious Search
Customization of 3GPP standard Test Conditions
Cover all Channels of Traffic Band (use BandRejection Filters)
Graphical Results DisplayFc MHz
60Bmin.
1920.0MHz 1980.0MHz
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RF Interface
- DUT connections automation
Simplifies operation
Speeds up testing
Ensures better repeatability
Reduce risk of connection error
- Modular design approach
Single box holds base RF filters andswitching except GSM/GPRS
Optional GSM/GPRS filter box RF Fading Simulation
module for currently implemented cellular formats
- Loop-back path for loss calibration
Optimized RF path loss calibration
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RF Interface: Conceptual DiagramGSM Filter Bank
E8247C PSG
E4445A PSA
E5515C RF
Test Set
E4438C ESG
TAS 4500
FLEX5 RF
8664A Synthesized SG
Option
87130A Attenuator
Switch/Driver
Fading Option
Internal Filter Bank
Ch 1Ch 2
Ch 2
UUT
Ch 1
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UMTS-FDD Bands I - VI
GS-8800 is covering UMTS-FDD bands I, II, III, V and VI
Band UL frequency DL frequency
I 1920 1980 MHz 2110 2170 MHz
II 1850 1910 MHz 1930 1990 MHz
III 1710-1785 MHz 1805-1880 MHz
IV 1710-1770MHz 2110- 2170MHz
V 824 - 849MHz 869-894MHz
VI 830- 840 MHz 875-885 MHz
Original IMT2000 band
GSM band (PCS1900)
GSM band (DCS1800)
DCS1800+IMT2000 (not covered)
GSM band (GSM850)
JAPAN 800M band
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UMTS-FDD Bands I - VI
GS-8800 is covering UMTS-FDD bands I, II, III, V and VI
GSM Module: Filters forGSM900, DCS1800 (BandIII), PCS1900 (Band II) andGSM850 (Band V)
RF Interface: Common RFcomponents, Filters forBand I and VI
Fc MHz
1980.0MHz1920.0MHz
60Bmin.
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GS-8800 Software Overview
Work together with Wireless Test Manager (WTM)
Specially design for mobile phone R&D design verification with
Test cases according to 3GPP specifications for multiple formats
(GSM/GPRS, EGPRS, W-CDMA, cmdaOne/cdma2000, 1xEV-DO)
Adds more flexibility for parameter setting for each test case of thespecification
More functions and features for mobile phone R&D testing
GS-8800 Software is available in three different versions: GS-8800 Standard Software for GS-8800 Test System
GS-8800 Lite Software for GS-8800 Lite Test System
GS-8800 Super Lite Software for GS-8800 Super Lite Test System
GS-8800 Super Lite Software is also known as WTM Plus Software
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GS-8800 Software: Newly Added Features
Based on Wireless TestManager (WTM)
Test Plan Generator
Graph Viewer
Information Window
Supplemental Window
Result Store Data Viewer
Pre-measurement Error
Check
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GS-8800 Software
Data Viewer
Graphic representation for R&D use
Retrievable for previous test results
System Calibration & Verification
Calibration : many measurement points tocollect path Frequency characteristics
System Verification: subset of standardcalibration just to check path
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Pre-measurement Error Check
Check conflicts among various test parameters settings
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GS-8800 Family Overview
GS-8800
RF DVS
GS-8800 Family
$1.5M - $2.5M$300k - $1M$19k - $175K$15k - $80K
GS-8800PlusGS-8800StandardGS-8800LiteGS-8800Super Lite
+
Conformance System
GS8800+Anite BBP + GCF
Pre-Conformance /Design Verification
System (GCF)
OBT, [DC PS],PSA
GS-8800 SW
OBT, [DC PS]GS-8800 SW
GS-8800 provides a scalable continuum of solutions from a bench-top R&D tool, to a pre-conformance system,all the way to a full conformance system based on the same hardware and software platform.
New
Agilent & Anite partnership
solutions (SAT & SAS)
Handset Layer
(UUT) Application
Layer3
(RRC)
Layer2
(RLC/MAC)
Layer1
(PHY)
Application
Software / UIRF Hardware
Protocol Stack
GS-8900
Software DVS
System
Offerings
A il t d A it h fi i h d ll b ti t f
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Agilent and Anite has finished collaboration agreement for
co-development of UMTS RF conformance system
development. Press Release announced on Feb 01. Anite, GCF conformance expert and Agilent, RF measurement
expert co-develop the best RF Conformance solution, GS-8800+
and Agilent/Anite are committing for cellular conformance business
together
Brand New Agilent/Anite Platform provides longterm investment
return for HSDPA, HSUPA and other major technologies (TD-
SCDMA, etc.)
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Best UMTS RF Conformance System fromcollaboration of Anite (conformance expert)and Agilent (RF measurement expert)
Preserving All GS-8800 Capability including:
GSM/GPRS/EGPRS support cdmaOne/cdma2000/1xEVDO support AMPS support
Contributions Full RF Conformance Test Cases for
W-CDMA/HSDPA with HSUPA (future) Multi-band support Band I to VI and IX Full GCF certification committed
Common platform with Anite ProtocolConformance System SAT (A) UE
Can Run TS 34.123 Test Case on GS-8800+
New!
Agilent GS-8800+ UMTS RF Conformance System
GS 8800 T S R d
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GS-8800 RF Pre-ConformanceVerification Systems
StandardSystem
LiteSystem
Super LiteSystem
GS-8800 Test Systems Roadmap (ver 1.0 5 Dec 05)Sep OctJul AugNov Dec
2005 2006 2006 2006Jan Feb
2006Mar Apr May Jun
2005Shipping
s/w R1.7a
s/w R1.7b
s/w R 1.8
Release 1.7a planned features:
HSDPA: (5.2A, 5.9A, 5.10A, 5.13.1A, 6.3A)Release 1.7b planned features: GSM/GPRS (Phase-2): (14.6.1;14.16.2; 14.18.1; 14.18.2;14.18.3; 14.18.4; 14.18.5; 14.18.6) GSM Summary reportRelease 1.7c planned features:BB Fader for CDMARelease 1.7 planned features:HSDPA: (5.13.1A)
Release 1.8 plannedfeatures:AMPS Different Bandsupport Soft-Handover C2K Rev A Electrobit Fader Benchtop s/winstallation
GCF Certification
Release 1.6 addedfeatures: WCDMA 1.7Ghz Band3 support multi-UUT BB Fader for WCDMA CDMA Summary report
R 1.7a and R 1.7 testcases (HSDPA): 5.2A
5.9A 5.10A 5.13.1A 6.3A
GS-8800 RFPre-Conformance Software
R 1.7b test cases(GSM/GPRS): 14.16.1 14.16.2 14.18.1 14.18.2
14.18.3 14.18.4 14.18.5 14.18.6
s/w R 1.7s/w R1.7cs/w R 1.6
GS-8800 Standard System
GS-8800 Lite System
GS-8800 Super Lite System
Shipping PlanningUnderDevelopment
GCF Certified testcases (WCMDA): 5.2 5.3 5.8
5.13.1 5.4.3 5.9 6.2 6.3
6.5 6.6 5.4.4
5.6 5.10 5.11 5.12 6.4
6.7
GS 8800 Pl T S R d
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GS-8800 RF Full-ConformanceVerification Systems
GS-8800 Plus Test System Roadmap (ver 1.0 5 Dec 05)Sep OctJul AugNov Dec
2005 2006 2006 2006Jan Feb
2006Mar Apr May Jun
2005Shipping
GCF Certification
GS-8800 Plus RFFull-Conformance Software
GS-8800 Plus1 System
Shipping PlanningUnderDevelopment
+
GS-8800 Plus1System
GS-8800 Plus2 System
s/w R 1.1
Release 1.1plannedfeatures: HSDPASection 9 (9.2.1;9.3.1; 9.3.2; 9.4)
s/w R 1.2 s/w R 2.0
Release 1.2plannedfeatures: WCDMASection 5 (5.7) WCDMASection 7 (7.8.1;7.8.2; 7.8.3; 7.9;
7.10)
Release 2.0 plannedfeatures: WCDMA Section 7(7.6.1; 7.6.2; 7.7.1;7.7.2) HSDPA Section 9(9.2.2; 9.2.3)
R 2.0 test cases(WCDMA): 7.6.1
7.6.2(HSDPA): 9.2.2 9.2.3
7.7.1
7.7.2
R 1.2 test cases(WCDMA): 5.7
7.8.1 7.8.2
7.8.3
7.9 7.10
R 1.1 test cases(HSDPA): 9.2.1
9.3.1 9.3.2 9.4
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GCF Certification
The WCDMA 3G Certification Program was officially launched by GCF on8th February 2005 Every new WCDMA phone should be certified by GCF before selling in the market
GCF authorizes a test platformwhich can be used for validating 3GPPRF/Protocol conformity of UE (Handset) which is interoperable with actualWCDMA/GSM/GPRS networks
Test platformfor design verification prior to GCF certification is not
necessarily a Full Conformance systembut can also be a PartialConformance system(test cases)
Agilent GS-8800 participated and certified by GCF on 5th April 2005
Agilents GS-8800 customer can be confident that their Wireless handsetdesign is verified in a GCF-certified test platform that is agreed andcontinously-updated suite of test cases.
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GS8800 Family Key Features
Automated Solutionfor Wireless handset Verificationand Conformance Tests with Standard-based RFmeasurements according to the 3GPP and 3GPP2specification setup
Flexible RF parameter setting and automation
Real Multi-formatsupport for AMPS, cdma2000, 1xEVDO,GSM/GPRS, EGPRS*, W-CDMA, HSDPA
Scalability& design Flexibilityallow easy capacityexpansion
Agilent test system that is Certified by GCF(GlobalCertification Forum)
Agilent worldwide sales and support network withlocalization service
Uncompromising Best Accuracy and Performance
among available R&D test systems in the market
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Test Coverages
forGSM/GPRS, W-CDMA
cdmaOne, CDMA2k, 1x EVDO
WCDMA T t C St d d S t
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WCDMA Test Coverage Standard System
*Cell FACH modeYes*Yes*Yes*NoSpurious emissions6.8
YesYesNoNoIntermodulation Characteristics6.7
YesYesNoNoSpurious Response6.6
YesYesNoNoBlocking Characteristics6.5
YesYesNoNoAdjacent Channel Selectivity (ACS)6.4
***Beta release end of Dec 2005.***Official release end of Feb 2006.No ***No ***No ***No ***Maximum Input Level for HS-PDSCH Reception (16QAM)6.3A
YesYesYesYesMaximum Input Level6.3
YesYesYesYesReference Sensitivity Level6.2
W-CDMA Receiver Characteristics
YesYesYesYesPRACH Preamble Quality5.13.4
YesYesYesYesUE Phase Discontinuity5.13.3
*12.2k/64k/144k/384kbps but not 384kbpsX2Yes*Yes*Yes*Yes*Peak code domain error5.13.2
***Official release end of Feb 2006.No ***No ***No ***No ***Error Vector Magnitude (EVM) with HS-DPCCH5.13.1A
YesYesYesYesError Vector Magnitude (EVM)5.13.1
YesYesNoNoTransmit Intermodulation5.12
YesYesNoNoSpurious Emissions5.11
***Beta release end of Dec 2005.***Official release end of Feb 2006.No ***No ***No ***No ***
Adjacent Channel Leakage Power Ratio (ACLR) with HS-DPCCH
5.10A
YesYesYesYesAdjacent Channel Leakage Power Ratio (ACLR)5.10
***Beta release end of Dec 2005.***Official release end of Feb 2006.No ***No ***No ***No ***Spectrum emission mask with HS-DPCCH5.9A
YesYesYesYesSpectrum emission mask5.9
YesYesYesYesOccupied Bandwidth (OBW)5.8
Plan is to be definedNoNoNoNoHS-DPCCH5.7A
*Functional test only (not according withstandard)Yes*Yes*Yes*NoPower Setting in uplink compressed mode5.7
YesYesYesYesChange of TFC5.6
*See aboveYes*Yes*Yes*YesTransmit ON/OFF Time mask5.5.2
*PSA method is planned to be supported atRelease 1.6Yes*Yes*Yes*YesTransmit OFF Power5.5.1
YesYesYesNoOut-of-synchronization handling of output power5.4.4
*PSA method is supported too.Yes*Yes*Yes*YesMinimum Output Power5.4.3
YesYesYesYesInner Loop Power Control in the Uplink5.4.2
YesYesYesYesOpen Loop Power Control in the Uplink5.4.1
YesYesYesYesFrequency Error5.3
***Beta release end of Dec 2005.***Official release end of Feb 2006.No ***No ***No ***No ***Maximum Output Power with HS-DPCCH5.2A
YesYesYesYesMaximum Output Power (Thermal and CH power)5.2
W-CDMA Transmitter CharacteristicsTested Comments
GS-8800w Fading
GS-8800w/o Fading
GS-8800Lite
GS-8800Super Lite
Test Description
3GPP TS
34.121
Section
Number
Rev. September/20/2005GS-8800 WCDMA Test Coverage
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Rev. Sep 20 2005
GS-8800
Super Lite
GS-8800
Lite
GS-8800
w/o
Fader
GS-8800
w Fader
GSM Receiver Tests
14.1.1.1 Bad frame indication - TCH/FS - Random RF input Yes Yes Yes Yes
14.1.1.2Bad frame indication - TCH/FS - Frequency hopping and downlink
DTX Yes Yes Yes Yes
14.1.2.1 Bad frame indication - TCH/HS - Random RF input No No No No
14.1.2.2Bad frame indication - TCH/HS - Frequency hopping and downlink
DTX No No No No
14.1.3Bad frame indication - TCH/FS - Frequency hopping and downlink
DTX - Phase 2 MS in a phase 1 network No No No No
14.1.4Bad frame indication - TCH/HS - Frequency hopping and downlink
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* Yes
Hopping is supported
14.2.2 Reference Sensitivity, TCH/HS Yes* Yes* Yes* Yes** No D-loop
14.2.3 Reference Sensitivity, FACCH/F No No No No
Planned to be supported in Rel 1.7
14.2.4 Reference Sensitivity, FACCH/H No No No No
Planned to be supported in Rel 1.7
14.2.5 Reference Sensitivity, Full Rate Data Channel No No No NoPlanned to be supported in Rel 1.7
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 supported
14.2.8Reference Sensitivity, Full Rate Data Channels in multislot
configuration (HSCSD) No No No No
14.2.10 Reference Sensitivity, TCH/AFS Yes* Yes* Yes* YesHopping is supported
14.2.18 Reference Sensitivity, TCH/AHS No No No NoPlanned to be supported in Rel 1.7
14.3 Usable Receiver Input Level Range Yes* Yes* Yes* Yes
14.4.1 Co-Channel Rejection, TCH/FS No No Yes* Yes
Hopping is supported
14.4.2 Co-Channel Rejection, TCH/HS No No Yes* Yes*
Hopping is supported
* 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 No No
Planned to be supported in Rel 1.7
14.4.5 Co-Channel Rejection, FACCH/H No No No NoPlanned to be supported in Rel 1.7
14.4.6 Co-Channel Rejection, TCH/EFS No No Yes* Yes
Hopping is supported
Comments
GS8800 GSM/GPRS/EGPRS Test Cases
TestedTest Description
3GPP TS
51.010-1
section
number
GSM/GPRS Test Coverage (contd)
GSM/GPRS T C ( d)
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Rev. Sep 20 2005
GS-8800
Super Lite
GS-8800
Lite
GS-8800
w/o
Fader
GS-8800
w Fader
14.4.7Receiver performance, co-channel & frequency hopping on one
carrier No No Yes Yes
14.4.8 Co-Channel Rejection, TCH/AFS No No Yes* Yes
Hopping is supported
14.4.16 Co-Channel Rejection, TCH/AHS No No No No
Planned to be supported in Rel 1.7
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* Yes
14.5.1.3 Adjacent Channel Rejection, Speech Channel, TCH/AHS No No No No
Planned to be supported in Rel 1.7
14.5.2 Adjacent Channel Rejection, Control Channel No No No No
Planned to be supported in Rel 1.7
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
14.8.1 AM Suppression, Speech Channel No No Yes Yes
14.8.2 AM Suppression, Control Channel No No No No
Planned to be supported in Rel 1.7
14.9 Paging performance at high input levels No No No No
14.10.1 Performance of the Codec Mode Request Generation - TCH/AFS No 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 cell BCCHs
21.2 Signal Strength selectivity Yes* Yes* Yes* Yes*
No BCCH1 to 3
21.3.1 Signal Quality under static conditions TCH/FS Yes* Yes* Yes* Yes*
Number of sample measured is increased
21.3.2 Signal Quality under static conditions TCH/HS Yes* Yes* Yes* Yes*
Comments
GS8800 GSM/GPRS/EGPRS Test Case vs Test Instruments
TestedTest Description
3GPP TS
51.010-1
section
number
GSM/GPRS Test Coverage (contd)
GSM/GPRS T C ( d)
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Rev. Sep 20 2005
GS-8800
Super Lite
GS-8800
Lite
GS-8800
w/o
Fader
GS-8800
w Fader
GPRS Receiver Tests
14.16.1Minimum Input Level for Reference Performance for GPRS
operation Yes* Yes* Yes* Yes
Hopping is supported.
Supports multislot class 10. USF BLER and Class 12 is planned to be supported in
Rel 1.7.
14.16.2 Co-Channel Rejection for Packet Channel No No Yes* Yes
See above.
EGPRS Receiver Tests
14.18.1Minimum Input Level for Reference Performance for EGPRS
operation Yes* Yes* Yes* Yes
Supports multislot class 10 with the latest H/W. Hopping, USF BLER, Class 12 and
fading is planned to be supported in Rel 1.7.
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
See above.
14.18.4 Intermodulation Rejection for EGPRS operation No No Yes YesSee above.
14.18.5 Blocking and spurious response for EGPRS operation No No Yes YesSee above.
14.18.6 EGPRS Usable receiver input level range Yes* Yes* Yes* Yes*
Supports multislot class 10 with the latest H/W. Class 12 is planned to be
supported in Rel 1.7. Use SRB Loopback Test Mode for BER.
* 8PSK with random frequency offset is not supported.
14.18.7 Incremental redundancy performance No No No No
GS8800 GSM/GPRS/EGPRS Test Cases
TestedTest Description
3GPP TS
51.010-1
section
number Comments
GSM/GPRS Test Coverage (contd)
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1 EVDO T t C
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1xEVDO Test CoverageGS-8800 1x EVDO Test Coverage Rev. April/01/2005
GS-8800Super
Lite
GS-8800
Lite
GS-8800w/o
Fader
GS-8800
w Fader
Transmitter Tests3.1.2.1.2 Frequency Accuracy Yes Yes Yes Yes
3.1.2.2.1 Time Reference No* No* No* Yes Use fader
3.1.2.2.2 Waveform Quality and Frequency Accuracy 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 YesUses call limit function and Access Probe
Power Meas.
3.1.2.3.2 Time Response of 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
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 Standby Output
Power. Do not support measuring Standby
Output Power between Access Probe 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
3.1.2.4.2 Radiated Spurious Emissions No No No No
3.1.2.4.3 Occupied Bandwidth No Yes Yes Yes Use PSA
Receiver Tests
3.1.1.2.1
Demodulation of Forward Traffic Channel in Additive White
Gaussian Noise Yes Yes Yes Yes
3.1.1.2.2 Idle Handoff in Slotted Mode on the Paging Channel No* No* No* Yes Use fader
3.1.1.2.3
Decision of Power Control Bit for Channels Belonging to
Different Power Control Sets During Soft HandoffNo No No No
Single sector only
3.1.1.2.4
Decision of Power Control Bit for Channels Belonging to the
Same Power Control SetNo No No No
Single sector only
3.1.1.2.5
Demodulation of Reverse Power Control Channel During Soft
HandoffNo* No* No* No*
Single sector only
3.1.1.3.1 Receiver Sensitivity and Dynamic Range Yes Yes Yes Yes
3.1.1.3.2 Single Tone Desensitization No No Yes Yes Use one SG
3.1.1.3.3 Intermodulation Spurious Response Attenuation No No Yes Yes Use two SGs
3.1.1.3.4 Adjacent Channel Selectivity No No Yes Yes For Band Class 6 only3.1.1.3.5 Receiver Blocking Characteristics No No Yes Yes For Band Class 6 only
3.1.1.4.1 Conducted Spurious Emissions No Yes Yes Yes Use SA
TestedTest Description
3GPP2C.S0033
V2.0
Section Comments
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End