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R&S SMCV100BVECTOR SIGNAL GENERATORMaximum flexibility in applicationsand in productionProduct BrochureVersion 01.00year
AT A GLANCEBENEFITSThe R&S SMCV100B vector signal generator is the first multistandard platform for automotive, broadcast,navigation and wireless applications. This makes the R&S SMCV100B unique for use in many applications,from the lab to production and wherever different technologies meet.First multistandard platform page 4User friendly in every detailThe R&S SMCV100B vector signal generator features anew direct RF DAC concept for RF signal generation. Thisconcept enables I/Q modulation and upconversion in thedigital domain, which eliminates the I and Q imbalanceerrors and LO leakage associated with traditional analogI/Q modulators.The R&S SMCV100B options concept is fully softwaredefined. No hardware options are required to obtain fullinstrument functionality. This software concept appliesto upgrading the RF frequency, memory, I/Q modulationbandwidth and all other R&S SMCV100B options for otherapplications.Thanks to its flexible and customizable design, the instrument is ready to meet future requirements. Options caneasily be added via software keycodes, allowing usersto quickly upgrade functions and add bandwidth, outputpower and even frequency range.Key facts The intuitive, touchscreen based operating concept makesthe R&S SMCV100B very ergonomic and practical to use. First multistandard platform for broadcast, navigation,cellular and wireless applicationsFully software defined vector signal generator withsoftware based option conceptModern RF signal generation concept with direct digitalRF upconversion up to 2.5 GHzHigh output power up to 25 dBmModulation bandwidth up to 240 MHzConvenient operation on 5" touchscreen page 6Maximum flexibility in production page 8R&S LegacyPro: refresh your technology page 9APPLICATIONSFunctional and end-of-line testing page 11Central RF signal generation and cable distribution page 12Basic GNSS receiver testing page 13Waveform streaming from i nternal SSD for EMC testingand validation page 14OPERATIONState-of-the-art user interface page 16Rear panel connections 2page 18Rohde & Schwarz R&S SMCV100B Vector Signal Generator 3
FIRST MULTISTANDARD PLATFORMFor automotive, broadcast, navigation and wireless applicationsModern RF signal generation with direct digital RFupconversion conceptPowerful internal baseband generatorThe R&S SMCV100B vector signal generator features anew direct RF DAC concept for RF signal generation. Thisconcept enables I/Q modulation and upconversion in thedigital domain which eliminates I and Q imbalance errorsand LO leakage as known from traditional analog I/Qmodulators.The direct RF DAC concept is used up to a frequency of2.5 GHz. For RF frequencies 2.5 GHz, an analog mixingconcept is used to bring the signal to the desired outputfrequency.The R&S SMCV100B provides powerful hardware for internal baseband signal generation. The R&S SMCV100B either generates signals in real time in FPGAs or it uses theARB generator to directly generate I/Q signals for d igitalcommunications standards. The R&S WinIQSIM2 signal simulation software can also be used to generate I/Qsignals.Real-time signal generation in FPGAs is especially used forbroadcast standards. This technological approach enablescontinuous and very long uninterrupted signal generationwith different data content (audio, video, data, PRBS) fordecoding. Such long sequences are required for testingthe performance or EMC of tuners.Measured SSB phase noise for different carrier frequenciesSSB phase noise in dBc (1 Hz)With the R&S SMCVB-K709 low phase noise option100 MHz500 MHz1 GHz2 GHz3 GHz4 GHz6 GHz7 101102103104105106107Frequency offset in Hz4
Internal I/Q streaming capabilitiesR&S WinIQSIM2 waveform generationThe playing time of arbitrary waveform generatorsdepends on the available hardware memory size and onsignal parameters such as the signal bandwidth. Thiscombination usually limits the playing time of conventionalARB generators to a few seconds, which is a problemfor measurement applications that require a longer signalduration.Modulated signals for different standards can be generated with the R&S WinIQSIM2 simulation software. Thesimulation software supports wireless standards such as5G and LTE and the generation of noncellular signals suchas Wi-Fi (IEEE 802.11xx) and many others.For such applications, the R&S SMCV100B offers theoption of playing back I/Q waveforms from the internalsolid state hard disk (64 Gbyte SSD). The maximum RFbandwidth is 56 MHz. A playing time of almost 4 minutescan be achieved with a 60 Gbyte sequence stored on theSSD. For signals with a lower RF bandwidth, the playingtime is extended accordingly. A 100 kHz wide FM signal,for example, can be played over a period of several days.If it is necessary to play even longer I/Q signals,it is possible (via the digital I/Q interface) to usethe R&S SMCV100B in combination with otherRohde & Schwarz instruments such as the R&S IQWwideband I/Q data recorder.Navigation standards for functional Go/NoGo testsWith the R&S WinIQSIM2 simulation software, theR&S SMCV100B supports the GPS, GLONASS, Galileo,and BeiDou navigation standards for functional Go/NoGo tests.Signal content for each navigation standard can be generated with a single navigation satellite. The output of thissatellite signal makes it possible to quickly perform asimple functional Go/NoGo test of the navigation receiver.For a functional test with a position fix, predefined waveforms of limited length can be played. This makes theR&S SMCV100B ideal for production applications.GNSS signals supported by R&S WinIQSIM2 Power spectral density of the most important GNSS signalsL2G2E6/B3L1/E1/B1G1QuadraturephaseIn phaseL5/E5/B2GPSGalileoGLONASSBeiDouRemark: Galileo E6/B3 on roadmap for future release.Rohde & Schwarz R&S SMCV100B Vector Signal Generator 5
USER FRIENDLY IN EVERY DETAILThe intuitive operating concept makes theR&S SMCV100B very ergonomic and practical to use.Thanks to its design for flexible customization, the instrument is ready to fulfill future requirements.Half a rack size, great performance, smart block diagramoperating conceptWith its ½ 19" form factor and clearly structured userinterface, the R&S SMCV100B offers optimum operatingconvenience, a state-of-the-art signal generation conceptand great RF performance in a minimum of space. Thespace saving concept allows installation of a secondR&S SMCV100B or other ½ 19" instrument, such as anR&S NGM202 power supply, in just one 2 HU mountingframe.5" touch display in a 2 HU instrumentThe high-resolution 5" touch display and clearly structuredblock diagram user interface enable simple and intuitiveoperation at all times. The user instantly sees the signalflow in the R&S SMCV100B as well as the states of the instrument inputs and outputs. An integrated graphicfunction displays the generated signal in real time.SCPI macro recorderThe R&S SMCV100B supports fast and error-free creationof remote control programs. The integrated SCPI macrorecorder with its built-in code generator allows users toautomatically record all manually performed settings andcreate a directly executable MATLAB script.This minimizes the time and development resources needed to develop test automation.R&S HZN96 19" rack adapter with R&S SMCV100B and R&S NGM2026
R&S SMCV100B graphical user interface withblock diagramThe R&S SMCV100B generator's built-in SCPImacro recorder and code generator support fastand easy generation of SCPI program sequencesSCPI recording listRohde & Schwarz R&S SMCV100B Vector Signal Generator 7
MAXIMUM FLEXIBILITY INPRODUCTIONFrom functional end-of-line testing to application-specificdevice software testingThe flexible R&S SMCV100B easily handles a widevariety of test applications – from a simple functional Go/NoGo test to an end-of-line test on the physical layer ora software test on the application layer with user testdata or u ser-specific data content, such as RDS, TMCand EON data. The various technologies available in theR&S SMCV100B, such as the arbitrary waveform generator and the real-time encoder for broadcast standards, areused as needed for the specific test scenario.Fully software defined vector signal generator for easyupgrading at user siteSoftware options fully cover changing requirements forthe signals to be generated. The R&S SMCV100B cangenerate signals for virtually all common communications, broadcast and navigation standards as well as user-specific signals. Users simply use keycodes to easilyactivate all these options on their R&S SMCV100B.Standardization of production lines with a singlevector signal generatorThanks to its many frequency ranges, modulation bandwidths, standards and ARB functions, theR&S SMCV100B is the ideal standard signal generatorfor production. Software options allow users to adaptthe R&S SMCV100B basic functionality to changingr equirements and products on production lines, makingit the right vector signal generator even for EMS contractmanufacturers with limited batch sizes. Standardizationbased on a flexibly configurable vector signal generatoroffers the additional advantages of less downtime due tofailures and servicing on production lines.Temporary and transferable software licensesAll R&S SMCV100B software options can also be licensedfor a limited time period (e.g. 1 month or 6 months) toaccommodate users who do not permanently need certainfunctions. This allows users to reconfigure the functionalityof the R&S SMCV100B platform as needed on a projectspecific basis. It also means the R&S SMCV100B offersmaximum flexibility for production lines.Minimize the downtime of production linesThe configuration flexibility of the R&S SMCV100B enables the instrument platform to be used in productionlines with different products. The R&S SMCV100B minimizes downtime on a production line standardized since areplacement R&S SMCV100B can be quickly configuredto provide the necessary functionality. The generator'sbasic functionality is activated on the replacement generator by using available keycodes or transferable licenses.This capability also minimizes downtime for instrumentservicing or calibration.Space and power saving 19" rack with R&S SMCV100B in central transmitter room8 HUGNSSBluetooth HD Radio XM RadioDAB FMAMReserveCoupling network8Powerconsumption7 110 W 770 kWAM7oFM n 1f1oHD n fRa 2DA dioB XM on on fRa 4f 3GN dioSS onfBl on 5ue 6ftooth onf19"FrequencyRF out
R&S LegacyPRO: REFRESH YOURTECHNOLOGYEnjoy plug and play replacement of your outdated signal generator with the R&S LegacyPro program andthe R&S SFE100.Remote compatibility and emulation of the R&S SFE100The challenge associated with existing test systems is servicing the test equipment and eventually replacing itwith new, more powerful equipment. The R&S SMCV100Bcan be integrated into existing test environments withminimal effort, and the existing remote control and automation software does not have to be changed.Thanks to its R&S SFE100 emulation mode, theR&S SMCV100B offers an easy way to replace instruments in existing test systems by simply pulling them outand plugging in a r eplacement. This solution minimizes therisk and effort involved.R&S SMCV100B instrument setup for R&S SFE100 emulation and replacementEnd-of-line test: rack with four operationalR&S SFE100 test transmitters and one spare unitRohde & Schwarz R&S SMCV100B Vector Signal Generator 9
APPLICATIONSThe many supported standards and its functionality make the R&S SMCV100B ideal for a large numberof applications.Internetof thingsInternetInternetof thingsof thingsInternet of thingsInternet of thingsRESEARCH ANDEDUCATIONWIDE BASEMARKETUse in labs at universities,schools, etc.Use as general purpose instrument in ternet of thingsOperator/NetzbetreiberProduktion Mobile DevicesProduktion Mobile Devices Signal generator for producing signals for communications s tandardssuch as 5G, LTE, IoT and even W i-Fiin line with the different versionsof IEEE 802.11, Bluetooth andother standardsPSPS PSSmart HomeSmart HomeSmart HomeHealthcareHealthcarePublic & SafetyPublic & Safety PayableService MobilfunkService tiveProduction and testing of broadcast receivers, set-top boxes,TV receivers, etc.Production, end-of-line testingof car radios, entertainment and navigation systems and manyother productsBROADCAST PayableAUTOMOTIVE CONSUMER EQUIP- INDUSTRYMENT INDUSTRYMachine to machine10Public & SafetyMachine to machineMachine to CTURINGSERVICESProduction of different products withconstantly varying user requirementsregarding modulation types, systembandwidths, etc.
FUNCTIONAL AND END-OF-LINETESTINGOf infotainment systems and multifunctional antennasProduction requires maximum flexibility and extremely fastresponse times for generating signals of different standards. With its platform concept, the R&S SMCV100Bprecisely meets these requirements and also offers investment protection for future test system expansions. TheR&S SMCV100B is the perfect solution for optimizingexisting test systems. The many signal sources previouslyused for different standards can now be replaced by justone vector signal generator, the R&S SMCV100B.The ideal functional and end-of-line tester Space saving single-box solutionSimplification and standardization of different testsystems based on the R&S SMCV100B platformSequential generation of the different signals requiredFunctional tests with audio and video contentSoftware activation of new functions and configurationmodificationsExamples for testing DUTs in line with used standards and regional requirementsAudio broadcastNavigationEUUSA/CanadaAsiaAM/FM RDSAM/FM RDBSAM/FM RDS DARCDAB/DAB HD RadioT-DMBXM ularBluetooth Bluetooth Bluetooth IEEE 802.11 xxIEEE 802.11 xxIEEE 802.11 xxThe Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Rohde & Schwarz is under license.Rohde & Schwarz R&S SMCV100B Vector Signal Generator 11
CENTRAL RF SIGNAL GENERATIONAND CABLE DISTRIBUTIONDue to the high RF output power, the signals generated bythe R&S SMCV100B can also be fed into cable distributionnetworks.In this scenario, several R&S SMCV100B instrumentsgenerate the same or different signals at different frequencies. The R&S SMCV100B signal generators are typicallyall located in one room, the central transmitter room.The receiver under test receives all signals fed into thecable at its RF input and can perform the test with theintended signal by simply switching to the respectivereceiving frequency.The permanently available signal at each test station is adistinct advantage since the individual production lines donot have to be synchronized and production is thereforenot subject to time dependencies.From this room, the R&S SMCV100B signal generatorsfeed the generated RF signals at different frequencies intoa common distribution network. The signals are combinedin a single cable and can be distributed to several production lines and test stations.Central transmitter room application with R&S SMCV100B and manufacturing line distributionCentral transmitter roomCable distributionnetwork SMCV100BManufacturing linesAM on f1FM1 on f2Test station 1HD Radio on f3DAB on f4Test station 2With diplexer,RF combiner,RF splitter, etc.XM Radio on f5Test station 3Test station 4GNSS on f6Test station 5AM7oFM n 1f1oHD n fRa 2DA dioB oXM on n fRa 4f 3GN dioonSBl S on 5fue fto 6oth onfBluetooth on f7Frequency12
BASIC GNSS RECEIVER TESTINGThe R&S SMCV100B GNSS solutions cover all production testing requirements for GNNS receivers.Using GNSS waveforms for basic receiver testsMany Rohde & Schwarz signal generators can be used toplay back GNSS waveforms. This approach is ideal forsetting up a basic and cost-efficient single-channel testenvironment for GNSS receiver manufacturing and forperforming basic sensitivity tests. GNSS waveforms canbe created using the R&S WinIQSIM2 simulation software and are also available for the R&S SMCV100B.For more information, seewww.rohde-schwarz.com/product/winiqsim2GNSS production testerThe R&S SMCV100B GNSS simulation capabilitiesaddress specific needs for GNSS chipset testing and speed-optimized production testing of GNSS receivers.During such tests, the basic GNSS signal reception andthe connection between the antenna and GNSS chipsetneed to be verified. Two types of tests are typically usedfor this purpose.Go/NoGo tests on the physical layerThe GNSS receiver is stimulated with a navigation standard signal. Since the simulated signal represents just onesatellite in the navigation standard, the receiver cannotcarry out positioning. This is a pure Go/NoGo test that canbe used to test different aspects of the overall system, forinstance the cabling between the GNSS receiving antennaand the navigation receiver.The R&S WinIQSIM2 simulation software is used for thissimple test. It generates a single GPS, GLONASS, BeiDouor Galileo satellite signal. The base configuration of a 3GHz R&S SMCV100B with 64 Msample ARB is sufficientfor this test.Functional tests with positioning fixThe GNSS receiver needs simulated signals from at leastfour navigation satellites in order to fix a position basedon the information transmitted in the signals. The GNSSreceiver has to be synchronized with the signals beforeit can process the position data and fix the position. Thedifferent GNSS standards require different waveformlengths to perform a position fix. The R&S SMCV100Bwith the R&S SMCVB-K511 option with 512 Msamplecan handle such position-fix sequences for each of thesestandards.For long position-fix sequences, the R&S SMCV100B isused with the R&S SMCVB-K505 waveform streamingoption together with predefined waveforms. Each waveform contains a defined navigation scenario with a fixed,unchangeable position. Proprietary I/Q sequences canstill be used and played out. The I/Q sequences playedout with the waveform streaming option are modulatedand transmitted on the selected navigation standard’sfrequency.EXAMPLES OF ARB MEMORY DEPTHS NEEDED FORGNSS WAVEFORMSGalileo E1 has the largest memory requirements with about25 Msample for a playing time of one second and an over sampling factor of two. A 64 Msample ARB would result in amaximum playing time of 2.5 seconds.GPS L1 has a much simpler signal structure and only needs a2 Msample memory depth for a playing time of one second. A64 Msample ARB can broadcast a GPS L1-signal for 32 secondswithout interruption. This R&S SMCV100B configuration isideal for functional tests such as signal tracking and sensitivitytests that only need short playing times.Rohde & Schwarz R&S SMCV100B Vector Signal Generator 13
WAVEFORM STREAMING FROM INTERNAL SSD FOR EMC TESTINGAND VALIDATIONWith its waveform streaming functionality, theR&S SMCV100B also supports users working with EMCtest applications.When performing EMC measurements on receivers, it isessential to feed an uninterrupted wanted signal to theDUT to detect possible effects of an interferer. Unlike thereal-time coder approach, which can generate an uninterruptible signal, ARB generator approaches are mostlybased on a limited memory from which the signals areoutput.Depending on the signal properties, an uninterruptedsignal can usually only be provided for a short playingtime.The R&S SMCV100B waveform streaming functionalitycan stream long I/Q waveform sequences from the internalSSD, from an external hard disk via the USB 3.0 inter face or from an I/Q playback device (e.g. an R&S IQW)via the digital I/Q interface. The stream is output at theR&S SMCV100B RF output.Waveform streaming via digital I/Q interface on an XM radio frequency14Use of the Linux operating system means there are norestrictions on the maximum manageable file size in theR&S SMCV100B. The USB 3.0 interface supports playbackfrom external storage media.The R&S SMCV100B can be used to generate both thewanted signal and the interferer.
Receiver blocking test scenario using the R&S SMCV100B to generate wanted signals and interferers SMCV100BWanted signal generationUSBExternal HDD3.0SSD 60 GbyteAmplifierExternalI/Q playbackdeviceHSDIGI/QI/Q signalprocessingRF DACI/Q modulatorRF outAttenuatorDUT receiver SMCV100BInterference signal generationSSD 60 GbyteAmplifierI/Q signalprocessingRF DACI/Q modulatorAttenuatorRF outup to 25 dBme.g. CW interfererCalculation examples for I/Q waveform streaming with the R&S SMCV100BPlayback time of internal SSD and external storage mediumWaveform streaming sourceI/Q signal bandwidthStreaming durationInternal SSD (60 Gbyte)56 MHz (70 Msymbol/s)approx. 3.83 min100 kHz (125 ksymbol/s)approx. 35.8 h56 MHz (70 Msymbol/s)approx. 1.09 h100 kHz (125 ksymbol/s)approx. 25.5 daysExternal memory device (example 1 Tbyte)Waveform streaming via USB 3.0 interface from external memory deviceRohde & Schwarz R&S SMCV100B Vector Signal Generator 15
STATE-OF-THE-ART USER INTERFACEHigh-resolution touchscreenWith easy-to-use graphical user interface and block diagram conceptFavorite keyFor simplified and fast operationvia customizable user menuContext-sensitive helpWith complete user documentationQuick accessWith RF on/off hardkeyRF out connector (N female)With 2 W reverse power protectionQuick accessSoftkey access to user menus16Graphical signal monitoringAt practically every point in the signal flowRohde & Schwarz R&S SMCV100B Vector Signal Generator 17
REAR PANEL CONNECTIONSDigital visual interface (DVI-D)External monitor interfaceEthernet (LAN)For remote access and remote controlUSB 3.0 interfacesPC data and streaming interfacesfor waveform streamingReference inputFor external clock sourceQSFP slots with 10BASE-TFor electrical interfaces(prepared for optical interfaces)Reference outputFor synchronizing external instrumentsIP streaming interfaceFor external IP streaming tobroadcast r eal-time codersMultifunctional interface Input for ASI, ETI, TS, trigger, SPDIF Output for markersMultifunctional interface Input for 1 PPS Output for markers18Rohde & Schwarz R&S SMCV100B Vector Signal Generator 19
Rohde & SchwarzWorldwideLocal und personalizedCustomized and flexibleUncompromising qualityLong-term dependabilityThe Rohde & Schwarz electronics group offers innovative solutions in the following business fields: test andmeasurement, broadcast and media, secure communications, cybersecurity, monitoring and network testing.Founded more than 80 years ago, the independentcompany which is headquartered in Munich, Germany,has an extensive sales and service network with locationsin more than 70 countries.www.rohde-schwarz.comSustainable product design Environmental compatibility and eco-footprintEnergy efficiency and low emissionsLongevity and optimized total cost of ownershipCertified Quality ManagementISO 9001Certified Environmental ManagementISO 14001Rohde & Schwarz trainingwww.training.rohde-schwarz.comRohde & Schwarz customer supportwww.rohde-schwarz.com/support3608062712 R&S is a registered trademark of Rohde & Schwarz GmbH & Co. KGTrade names are trademarks of the ownersPD 3608.0627.12 Version 01.00 June 2020 (ch)R&S SMCV100B Vector Signal GeneratorData without tolerance limits is not binding Subject to change 2020 Rohde & Schwarz GmbH & Co. KG 81671 Munich, Germany3608.0627.12 01.00 PDP 1 enService that adds value
data or user-specific data content, such as RDS, TMC and EON data. The various technologies available in the R&S SMCV100B, such as the arbitrary waveform gener-ator and the real-time encoder for broadcast standards, are used as needed for the specific test scenario. Fully software defined vector signal generator for easy upgrading at user site
