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Mobile Radio Measurements 30
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
Brief description
Digital Radiocommunication Testers CMD 54/57/59 are advanced top- class instruments for measurements on base stations (BTS) and BTS modules.
CMD 54 is designed for measure-ments in line with: GSM900 E-GSM UIC
European train radiotelephony
CMD 57 additionally covers the fol-lowing standards: GSM1800 GSM1900 optionally
CMD59 is designed for measure-ments exclusively in GSM1900 band.
The main applications are: Module testing in production Final testing with Abis control Installation with Abis control Service with test mobile
functionality
CMD is the first compact radiocommu-nication tester worldwide allowing measurements on transmitters and receivers of base stations without affecting telephone calls in progress.
These testers combine compact size with high measurement accuracy and speed. They are suitable both for sta-tionary and mobile use and feature great ease of operation and high reli-ability.
Operation is extremely easy and requires no detailed GSM knowledge. The high-contrast LCD display with softkeys on both sides allows menu- guided convenient callup of test rou-tines.
CMD57
Digital Radiocommunication Testers CMD54, CMD57, CMD59
For production, installation and
service of GSM900/1800/
1900 base stations
The key features at a glance
Characteristic/function Benefit/application
Transmitter measurements
Dynamic range >72 dB Checking the power ramps and output spectrum of the BTS transmitter for compliance with the dynamic range specified by GSM
Measurement of power ramps Checking the switching characteristics of the BTS transmitter
Phase and frequency error Testing the modulation characteristics of the BTS transmitter including statistical func-tion
Extremely fast measurement of spectrum due to modulation or switching
Detecting interference to the BTS transmitter at adjacent frequencies, due to modula-tion or switching
Receiver measurements
Measurement of bit error rate (BER) via Abis/IEEE bus/RS-232-C interface, BTS loopback or CMD loopback
Testing the BTS receiver characteristics by adaptation to specific implementation in the BTS
Measurement of adjacent timeslot rejection with up to 50 dB higher level
Measuring the automatic gain control (AGC) of the BTS with high level difference between used and adjacent timeslot; simulation of different BTS receive levels
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12
Mobile Radio Measurements 31
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
Overview of options and extras
Designation Brief description, recommendation Option Order No.
OCXO Reference Oscillator For measurements with exacting requirements on frequency stability. Ensures high absolute accuracy, minimum temperature- dependent drift and especially high long-term stability
CMD-B1 1059.6002.02
IQ Modulator Output For BER measurement on BTS receivers under conditions of fading (appli-cation note 1MA04_0E available on request). Generator/fading simulator SMIQ can be connected. Not useable with CMD-B8 and CMD-B2 together, but with CMD-B8 or CMD-B2 (only CMD59)
CMD-B17 1099.3003.02
DCS1900 Base Station Test For testing DCS1900 base stations (only CMD54/57) CMD-B19 1059.6201.02
OCXO Reference Oscillator For highly demanding requirements on frequency stability. Oven crystal with highest long-term stability. Aging 3.5 10 - 8
CMD-B2 1059.8604.02
DC Voltmeter/Ammeter Specific voltage and current measurements (only for CMD59) CMD-B20 1059.6401.02
Reference Frequency Inputs/Outputs
For synchronizing DUT and measuring instrument with internal or external frequencies
CMD-B3 1051.6202.02
AF Measurement Unit with Frequency Counter
This option includes an AF generator, a voltmeter, a distortion meter and a frequency counter for measurements on the audio interface or on modules. CMD-B41 permits measurements up to 60 MHz as are required for LO alignment
CMD-B41 1051.6902.02
Realtime Speech Coder/Decoder
This option converts digital speech signals into analog signals (and vice versa) (in conjunction with CMD-K1x, CMD-K30 or CMD-B8)
CMD-B5 1051.8657.02
Adapter for CMD-B6xOptions
Required for operating the options CMD-B61 and CMD-B62 CMD-B6 1051.7409.02
IEC/IEEE-Bus Interface Alternative to standard RS-232-C interface for remote control of CMD CMD-B61 1051.7609.02
Memory Card Interface Memory cards are a versatile medium for storing instrument settings CMD-B62 1051.8205.02
Abis Interface For sensitivity measurments; required for Abis control. Abis card for BER measurements at this interface
CMD-B7 1051.8357.02
Level error
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Mobile Radio Measurements 32
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
Test Mobile Functionality Adds signalling software, SIM card reader and selective filter to the basic model (CMD-B6 required, not usable with CMD-B2 and CMD-B17)
CMD-B8 1059.8204.02
Abis Control Software Comprises the Abis ERICSSON RBS200, RBS2000control software for NOKIA DE21, DE34, DE45, PRIME SITEa certain base station ITALTEL BS902including application NMC S2000, S4000, S8000program for manual SIEMENS SBS20, SBS60and automatic testing ALCATEL uBTS G2, M1C/M1M, G1 MKII, G2(CMD-B7 required) LUCENT TECH. BTS2000/2, Cube
CMD-K10CMD-K11CMD-K12CMD-K13CMD-K14CMD-K16CMD-K17
1082.2050.021082.2150.021082.2250.021082.2350.021082.2450.021082.2750.021082.2850.02
Software Upgrade Contract 1 year software upgrade for Abis Control Software CMD-K10CMD-K11CMD-K12CMD-K13CMD-K14CMD-K16CMD-K17
CMDSK10CMDSK11CMDSK12CMDSK13CMDSK14CMDSK16CMDSK17
1082.2950.021082.3040.021082.3740.021082.3140.021082.3240.021082.3340.021082.3440.02
Signalling Software For signalling purposes eg in test network or in production. Adds call setup functionality to the basic model (functionality is also contained in CMD-B8)
CMD-K30 1082.4530.02
Ciphering Software Allows encryption according to ETSI Rec. (A5-1/A5-2) (in conjunction with CMD-B8)
CMD-K51CMD-K52
1082.3540.021082.3640.02
UIC European Train Radio Allows measurements in the UIC frequency range European train radiote-lephony based on GSM-identical signalling (for CMD54/57 only)
CMD-K80 1082.4930.02
Modification Kit High-Level 2nd RF Output (13 dBm)
For off-air measurements. The standard output level range of the second out-put is approx. 33 dBm to 120 dBm; the level range +9 dBm to 60 dBm is offered alternatively (for CMD54 only)
CMD-U2 1059.6301.02
Modification Kit High-Level 2nd RF Output (9 dBmor 11 dBm)
For off-air measurements. The standard output level range of the second out-put is approx. 35 dBm to 120 dBm; the level range +9 dBm/+11 dBm to 60 dBm is offered alternatively (for CMD57/59 only, not usable with CMD-U13)
CMD-U3 1059.6501.02
Trigger Inputs/Outputs The time synchronization signals can additionally be applied to BNC con-nectors on the rear panel. For monitoring purposes the demodulated I/Q signals are brought out at BNC sockets (rear panel)
CMD-U5 1059.6901.02
Power Meas. Calibration Power measurement error GSM1800/1900
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12
Mobile Radio Measurements 33
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
Specifications in brief
Common data of CMD 54/57
Timebase TCXO standard Nominal frequency 10 MHz Frequency drift (0 to 35 C) 1.5 x 10- 6 Aging 0.5 x 10 - 6/year (at 35 C)
Timebase OCXO Option CMD-B1Nominal frequency 10 MHzFrequency drift (0 to 50 C) 1 x 10 - 7Aging 2 x 10 - 7/year
5 x 10 - 9/day after 30 days of oper-ation
Timebase OCXO Option CMD-B2Nominal frequency 10 MHzFrequency drift (0 to 50 C)
(referred to 25 C) 5 x 10 - 9Aging after 30 days of operation and
under constant operat. conditions 3.5 x 10 - 8/year 5 x 10 - 10/day
Warmup time (at 25 C) approx. 10 min
DC voltmeter (CMD59: option CMD-B20)Measurement range 0 V to 30 V
DC ammeter (CMD59: option CMD-B20)Operating modes current averaging with GSM-adapted
time constant, current peak measure-ment (maximum and minimum)
Measurement range 0 V to 10 A Common-mode rejection 30 V Resistance 50 m W
AF Measurement Unit Option CMD-B41
AF generatorFrequency range 50 Hz to 10 kHzLevel range 10 m V to 5 VOutput impedance
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Mobile Radio Measurements 34
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
GSM-specific measurement of spectrumSpectrum due to modulationTest method relative measurement, averagingResolution filter bandwidth 30 kHz Measurement at an offset of 100/200/250/400/600/800/
1000/1200/1400/1600 and 1800 kHz
Dynamic range better than specified by GSMfor offset >400 kHz max. 80 dB
Error 400 kHz max. 80 dB, with SW correctionmax. 76 dB, without SW correction
Error 1.5 dB (dynamic range
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Mobile Radio Measurements 35
Contents Overview R&S AddressesType IndexChapter Overview
Contents Overview R&S AddressesType IndexChapter Overview
CMD 54/57/59 in multicarrier mode (Option CMD-B8)
The specifications apply to all cases, in which interfering carriers (up to 30 dB above useful level) are more than 30 GSM channels away. If there are interfering signals close to the useful carrier, an additional IF filter is switched in (multicarrier mode).
Typical filter characteristics in multicarrier modeOffset from useful channel (kHz) Filter suppression (dB)
0 0 (reference)200 20600 >33800 >411000 >48
This filter increases the measurement error for phase and power measurements.
Phase and frequency error measurementInherent phase error 2 (rms), 7.5 (peak)
Measurement of peak power/burst powerLevel error 1.5 dB
GSM-specific spectrum measurementsThe dynamic range specified for the basic model refers to the sum of all in-put voltage components. The additional GSM carriers appear as strong spu-rious emissions in the spectrum measurement and have to be taken into ac-count accordingly when evaluating the tolerances.
Typical effects of an interferer on power and modulation measurement results(see diagrams on the right). The characteristics of an interferer close to the carrier have the following effect on the measurement error: Power: the lower the power of the interferer, the smaller the measurement error. Frequency offset: the larger the frequency offset of the interferer, the smaller the measurement error. In the diagrams on the right an interferer with an offset of m=3 or m=6 GSM channels has been assumed.
Spectral purity: the narrower the modulation spectrum of the interferer, the smaller the measurement error. In the diagrams on the right the modulation spectrum to GSM 05.05 with linear interpolation (in the dB/Hz coordinates) has been used (worst case spectrum).
Number of carriers: the fewer the carriers, the smaller the measurement error. In the example, 1 interferer has been assumed.
The curves shown in the diagrams have been calculated assuming the worst case spectrum as interferer, the guaranteed CMD-B8 specifications for phase and power measurement and a typical IF filter characteristic.
The measured values are based on a real GSM spectrum, typical CMD-B8 specifications and typical filter characteristic.
General data
Rated temperature range 0 to +45 C to DIN IEC 68-2-1/2Storage temperature range - 40 to +60 CPower supply 100 to 120 V AC 10%
200 to 240 V AC 10%50 to 400 Hz 5%
Power consumption (without options) approx. 85 WDimensions (W x H x D) 435 mm x 192 mm x 363 mmWeight (without options) approx. 14 kg
Ordering information
Digital Radiocommunication Testerfor GSM900 CMD54 1050.9008.54for GSM1800 CMD57 1050.9008.57for GSM1900n CMD-B19 1050.9008.59
Accessories supplied power cable, operating manual, fuses
Options see overview of options on page 311) In GSM1900 mode with option CMD-B19 fitted.
Phase and level error as a function of adjacent-channel power and adjacent-channel frequency offset
Level increase of interfering channel relative to useful channel
10
8
6
4
2
00 5 10 15 20 25 30
Typi
cal p
hase
err
or
m=3
m=6
Calculation
Measurement(m=3)(m=6)
Level increase of interfering channel relative to useful channel
20
15
10
50 5 10 15 20 25 30
Typi
cal p
hase
err
or (p
eak)
m=3 m=6
Calculation
Measurement(m=3)(m=6)
Level increase of interfering channel relative to useful channel
4
3
2
1
00 5 10 15 20 25 30
Typi
cal l
evel
err
or
m=3
m=6
CalculationdB
Digital Radiocommunication Testers CMD54, CMD57, CMD59
Competence in Test and Measurement, Radiocommunications and BroadcastingFrom our PrinciplesWho we are and what we doOur Business Fields and ProductsTest and MeasurementRadiocommunications SystemsBroadcasting, Paging, Broadband CommunicationsRadiomonitoring and RadiolocationIT SecurityServices
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Test SystemsThe future lies with systemsSystem applicationsProject handling by Rohde&SchwarzOur range of test systemsFuture-oriented designSupportReferences
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DAB Monitoring System TS6160Brief descriptionSystem configurationMonitoring concept
DVB Monitoring System TS6170Brief descriptionSystem kernelOptionsMonitoring concept
Broadcasting Coverage Measurement Systems TS6200IntroductionPrinciple of operationApplicationsCOVER FamilyCOVER measurement parametersEquipment required for parameter measurement (DAB/DVB)System softwareAnalog Coverage Measurement System TS6210Brief description
DAB Coverage Measurement System TS6260Brief description
DVB Coverage Measurement System TS6270Brief description
DVB Coverage Measurement System TS 6280
Program Input Racks with Monitoring FunctionBrief descriptionMain featuresCharacteristicsSpecifications in brief
Audio Monitoring System AMONBrief descriptionOperationSpecificationsOrdering information
Audio Data Transmission System ADASBrief descriptionMain featuresOperationSpecificationsOrdering information
Video PC Card VPC1000Brief descriptionApplicationsSoftwareSpecifications in briefOrdering information
ETI/STI Transport Frame Decoder FD1000Brief descriptionMain featuresFunctionsComponentsElectrical interfacesOrdering information
Industrial Controllers, Printers, MonitorsPortable Industrial Controller PSPBrief descriptionSpecifications in briefOrdering information
Industrial Controller PSMBrief descriptionMain featuresComprehensive basic configurationHigh flexibilityUnlimited memory expansionVersatile auxiliary functionsR&S system softwareOptionsYour sensitive data under lock and keySafe investment thanks to modular conceptSpecifications in briefGeneral dataOrdering information
Industrial Monitor PMC4Main featuresSpecifications in briefOrdering information
Pinwriter PDNBrief descriptionSpecifications in briefOrdering information
Power SupplyRange of Products, IntroductionPower supplies
Overview of Power SuppliesSingle Power SuppliesNGM, NGK: 30/70 W lab modelsNGA 120 W compact modelsNGAS: 160 W compact modelNGB: 350 W bench modelsSpecifications in brief of Single Power Supplies
Dual and Triple Power SuppliesNGMD 35 2 x 0 to 35 V/1 ANGL 35 3 x 0 to 35 V/0.6 ANGT 2 x 0 to 20/25/35 V 1/0.8/0.6 A; 1 x 0 to 6 V/5 ASpecifications in brief of Dual and Triple Power Supplies
Power Supplies NGRUBrief descriptionMain featuresOperationSpecifications in briefOrdering information
1000 W Power Supplies NGCBrief descriptionSpecifications in briefOrdering information
Power Supplies NGREBrief descriptionMain featuresOperationSpecifications in brief and Order NumbersCompletion of Order Numbers
Programmable Voltage Source NGPSBrief descriptionMain featuresOperationSpecifications in briefOrdering information
Programmable Power Supplies NGPUBrief descriptionMain featuresSpecifications in briefOrdering information
Programmable Power Supplies NGPVBrief descriptionMain featuresSpecifications in briefOrdering information
Programmable Power Supplies NGPXBrief descriptionMain featuresSpecifications in briefOrdering information
Programmable Power Supply NGPE 40/40Brief descriptionMain featuresSpecifications in briefOrdering information
Triple Power Supply NGPTMain featuresOperationSpecifications in briefOrdering information
DC Power Supply NGSM32/10Brief descriptionMain featuresApplication-specific characteristicsOperationSpecifications in briefOrdering information
Measurement AccessoriesRF Step Attenuators RSP, RSGBrief descriptionMain features
RF Step Attenuators RSH, DPSP, DPSBrief description
Specs in brief attenuatorsOrdering information attenuatorsRelay Matrix PSN, RF Relay Matrix PSUMain featuresSpecifications in briefOrdering information
Matching Pads, Attenuators, TerminationsBrief descriptionSpecifications in brief / Ordering information for attenuators, terminations, matching pads
Junction Boxes/Power SplittersPower Splitter/Combiner DVSFour-Port Junction Box DVU4Power Splitter RVZ
Adapters for RF ConnectorsCoaxial ComponentsBrief description
Rohde & Schwarz Customer ServiceDocumentation medium between man and technologyTechnical documentation from Rohde & Schwarz prepared to customer's order - also for non- R&S pro...Keeping pace with new requirementsNew tools for your technical documentationMore than just a translationDrawing on qualified sourcesDocumentation just in timeDocumentation as you like itFurther support provided by Rohde&SchwarzGet in touch with us
TrainingWelcome to our training coursesTraining sitesAsk for information on our seminars
RepairService centers of international standard
CalibrationDefinitionsProduct calibration certificateCalibration in serviceCalibration intervalTolerance analysisTraceabilityHow do we do it?
Repair, CalibrationHotline
Integrated customer support at Rohde&SchwarzFinancingService contractsApplication notesDemo unitsSupport center
Cabinets, designsDimensionsCabinet designsRackmountingDesign 2000 (BW2000)Compact design 90 (KB 90)System compatibilityTransit Cases ZZK-9x
Type/Data Sheet IndexRohde & Schwarz Addresses