Скачать с ютуб Testing of Asynchronous Sets and Resets - Tessent Design for Test (DFT) tips в хорошем качестве

Testing of Asynchronous Sets and Resets - Tessent Design for Test (DFT) tips

Testing of asynchronous sets and resets is beneficial to improve loss in test coverage. Tessent provides automation to not just identify such asynchronous sets/resets via Design Rule Checks (DRCs) but also control mechanism. Tessent also provides design for test (DFT) automation in handling asynchronous sets and resets within hierarchical physical cores thus enabling these cores/blocks to be tested/retargeted independently even if they have a common source at the next-level or chip-level. ______________________________________________________________________ ABOUT TESSENT SILICON LIFEYCYCLE SOLUTIONS Tessent Silicon Lifecycle Solutions (formerly Mentor Graphics/UltraSoc) is a division of Siemens EDA (Siemens Digital Industries Software). Tessent are widely recognized as the industry market leader in delivering design augmentation and linked applications that detect, mitigate and eliminate risks throughout the IC lifecycle. Tessent solutions help customers address their debug, test, yield, safety, security and optimization requirements for today’s most complex SoCs. Tessent solutions fall into 2 key categories, Tessent Test and Tessent Embedded Analytics. TESSENT TEST | Design for Test (DFT) and Yield Learning DFT and yield learning products for logic, memory and mixed-signal devices. The Tessent Test product suite provides comprehensive silicon test and yield learning applications that addresses the challenges of manufacturing test, debug, and yield ramp. TESSENT EMBEDDED ANALYTICS | SoC Debug and Analytics Tessent Embedded Analytics provides solutions for real-time debug and post-deployment analytics for RISC-V-based and other complex SoCs. _____________________________________________________________________ LEARN MORE Visit the Tessent website: www. https://eda.sw.siemens.com/en-US/ic/t... Email: [email protected] #DFTmarketleader