Showing results 1 - 15 of 227 products found
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Company: Seibersdorf Labor
CTIA validation is done according to the “Test Plan for Mobile Station over the Air Performance”, April 2005, Revision 2.1.
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Company: Seibersdorf Labor
The Free Space VSWR validation is done according to J.S. Hollis, T.J. Lyon, L. Clayton: “Microwave Antenna Measurement”, Scientific-Atlanta Inc., Atlanta, Georgia, USA, July 1970.
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Company: Seibersdorf Labor
The Table Influence (TI) is measured according to CISPR 16-1-4 in the frequency range 200 MHz – 18 GHz.
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Company: Cetecom GmbH
CETECOM has its own team of specialists for the validation of test cases for all kinds of mobile communications test systems. Their comprehensive expert knowledge and their own years of experience in the testing of mobile communications devices and systems are the ideal basis for the fast, professional and successful conducting of validation projects. In this way, the involvement of our Validation Competence Centre as a neutral validation unit, independent of any manufacturer, can actively contribute towards optimising the quality of new test platforms and reducing time to market.
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Company: AIM GmbH
AIM's MILScope™ available for the APX1553-1/2-DS (PCI/PCI-X), APE1553-1/2-DS (PCIe), ACX1553-1/2-DS (PXI 3U/CPCI 6U) & AVX1553-1/2-DS (VME) cards which integrate an onboard Analog to Digital Convertor (ADC) on the first MIL-STD-1553 channel which Samples, Measures & Stores the MIL-STD-1553 waveform. Automatic waveform validation is performed by the users Application Software or in conjuction with AIM's PBA.pro™ Databus Analyzer & Analysis Software and Test Scripts.
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Company: Bloomy
The BMS Validation System is a configurable platform simulating the essential signals used by Battery Management Systems (BMS) and cell-monitoring modules with the ability to perform environmental testing on multiple BMS units simultaneously. The system implements single-point value testing to evaluate specific BMS functions such as cell over and under voltage scenarios, cell leakage current, lost communications, or faulty system IO.
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Company: ASSET InterTech
Faster is inevitable, especially when it comes to high-speed input/output (HSIO) buses and device interconnects. Unfortunately, each additional gigabit per second (Gbps) or giga-transfer per second makes the task of validating signal integrity that much more challenging. As speeds increase beyond 5 Gbps simple probing can return unreliable results.
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Company: Solid Sands B.V.
SuperTest is the test and validation suite for C and C++ compilers that has tracked the (ISO) language specifications for more than 30 years. It is a complete validation environment with: A huge library of hand-written test. A large body of generated tests. A framework to easily set-up and run compiler validations. A report generator that provides comprehensive overviews of validation results in multiple formats, including HTML, and will immediately identify regressions of the latest compiler build compared to a designated reference.
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Company: GALITT Canada
VISUCARD® is a Personalization Validation Tool (PVT) for EMV card Issuers and card manufacturers. VISUCARD® is a software solution dedicated to EMV96 and EMV2000 card test analysis.
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Company: Keysight Technologies
If you are designing XAUI devices, you may face challenges trying to perform design and validation tasks at the same time. The Keysight Technologies N5431B XAUI electrical validation application will help you improve your efficiency by providing fast and accurate XAUI validation. The N5431B software helps you confirm that your devices conform to the XAUI specifications as defined by the IEEE 802.3-2005 10-gigabit Ethernet specification. The superior signal integrity and probing provided by the Keysight oscilloscopes and digital signal analyzers give you confidence that your designs will meet the specifications. The application also provides support for the XAUI-derived 10GBASE-CX4 specification. Additionally, the application allows you to test to various other XAUI derived standards, such as CPRI, OBSAI RP3, 10-Gigabit Fibre Channel XAUI, and Serial Rapid IO.
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Company: Parabola Research
Parabola Verifier is a powerful but lightweight software tool for the validation and checking of HEVC bitstreams and assurance of conformance to the standard. With hundreds of different syntax, semantics and data dependency checks, Verifier is designed to provide confidence that their encoded bitstreams are wholly compliant in every testable aspect.
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Company: C&S Group GmbH
INVIO 2.0 now offers even more possibilities. Network topologies can be configured easily and with more liberties. Analyzes, in addition to the simulator Saber© of Synopsys©, can now be carried out with the simulator SystemVision© of Mentor Graphics©. New and extended test criteria support the validation of classical CAN-, CAN-FD- and CAN-PN networks.
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Company: Jongbel Media Solutions
Media Validator is a powerful solution for media content quality validation. Provides an easy way to evaluate the encoding and multiplex quality of your media content. igital media content instant validation of DV, DV CPro 25/50/100 (DV HD), MPEG-1, MPEG-2, MPEG-4, AVC/H.264, HEVC/H.265, MJPEG, JPEG200, WMV, VC-1, VC-3, DivX, Raw Video, MPEG Audio Layer 1/2/3, AAC, AMR, WMA, AC-3, Raw Audio, AVI, MP4, ASF, 3GP, MOV (QuickTime), MXF, MKV, MPEG-2 Program Stream, MPEG-2 Transport Stream, VOB, HDV, AVC-Intra, BMP, PNG, TGA, GIF, TIFF, JPEG, XML and more.
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Company: Test Evolution
Post-silicon validation (PSV) of first silicon tends to be an ad hoc process, stitching together protocol testers from various manufacturers to create test cases and debug issues. While IC’s are getting to market, the process is far from ideal. Leveraging the tools and methodology of pre-silicon verification into post-silicon validation is a key enabler to higher productivity. Test IP-based PSV is a paradigm shift from the way post-silicon validation is currently done. Individual protocol testers, scopes, miscellaneous equipment from various vendors, and on-chip logic are cobbled together in an attempt to create meaningful stimulus, response checking, and debugging.The problems with these ad hoc solutions:Protocol boxes from multiple vendors generally do not work together well. Each has its own driver software, programming model and debugging tools.Tool flows from pre-silicon to post-silicon to production and back are nonexistent. This makes writing tests challenging and thus generally limited in robustness. Also, debugging suspected problems is difficult across more than one interface.
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Company: Test Evolution
PSVM™ is an efficient, directed random, repeatable and self checking validation methodology that allows test portability between pre-silicon and post-silicon platforms. It unites all commonly used pre-silicon verification techniques and idioms with the post silicon validation field:UVM “like” class structure and flowConstrained/Directed random test casesHighly repeatable test cases (seed & time based)Robust event synchronization method for creating complex test casesFully self-checking and regressable test suitesStandardized logging and error reportingDebug of failing tests (transaction flow & waveforms) using 3rd party GUI debuggers like Synopsys Verdi / Protocol AnalyzerHierarchical approach allowing integration of interface and sub-system tests into system levelIntegration of 3rd party instruments (e.g. Lauterbach debugger, DC measurement)Well documented APIs and examples
