ScanWorks High-Speed I/O Validation

Statistical analytics goes beyond pass/fail testing to quantify the risks in a new design A new eBook published by ASSETยฎ InterTech demonstrates how the data mining of validation test results can reduce the time an organization spends on validating serdes high-speed I/O (HSIO) buses and, at the same time,โ€ฆ
Automatically analyzing margin data on high-speed buses reduces total test times and speeds systems to market faster The HSIO Validation Assistant (HVA), a new data mining tool for ASSETยฎ InterTechโ€™s ScanWorksยฎ platform, automatically analyzes a database of signal integrity test data and quantifies the risk associated with potential designโ€ฆ
Engineers designing microserver and other hyperscale workload systems based on the new Intel® microarchitecture codenamed Broadwell-DE will be able to quickly debug software and validate high-speed communications interconnects with ASSET® InterTech’s SourcePoint® and ScanWorks® platforms. The first generation of the Intel Xeon® Processor D family is based on theโ€ฆ
Richardson, TX (February 12, 2013) โ€“ High-speed serdes (serializer/deserializer) links on printed circuit boards (PCB) sometimes donโ€™t achieve their expected throughput rates because of process variances in manufacturing. A new e-book from ASSETยฎ InterTech (www.asset-intertech.com), the leading supplier of tools for embedded instrumentation, explains the defects caused by processโ€ฆ
ScanWorks platform offers design engineers a comprehensive tool suite for hardware, firmware and software testing and verification. Richardson, TX โ€“ With new tools for the ASSETยฎ ScanWorksยฎ platform for embedded instruments, design engineers can for the first time structurally verify, functionally test, analyze performance margins and debug boards basedโ€ฆ
New ScanWorks tools will validate all high speed I/O buses on circuit boards with the Intel microarchitecture codenamed Haswell Richardson, TX โ€“ When circuit board designs for desktop and mobile applications roll out with Intelยฎ Coreโ„ข processors based on the new Intel microarchitecture codenamed Haswell, ASSETยฎ’s ScanWorksยฎ platform forโ€ฆ