Silicon lifecycle management enhances quality, performance, yield and reliability of silicon systems, as well as enabling predictive maintenance and failure prediction.
Developing semiconductors has always been a complex process, with advancements in electronic design automation (EDA) tools and fabrication technologies working to meet growing demands for larger designs, improved power efficiency, and better performance. As chip and system complexity increases alongside higher expectations for product reliability and longevity, traditional methods are reaching their limits. Addressing these challenges requires a fresh perspective and innovative solutions.
Silicon Lifecycle Management (SLM) has evolved from an emerging concept to a fundamental paradigm in the semiconductor and system industries, driven by our pioneering efforts. Focused on optimizing silicon deployment, Synopsys SLM encompasses three primary steps:
• Embedding monitors and structures within silicon/system designs to gain real-time insights into how devices are manufactured and how they perform in-field
• Collecting and analyzing data throughout the lifecycle of silicon devices to provide powerful analytics that enable actionable insights during design, testing, and in-field use
• Utilizing data collected for predictive analytics and proactive maintenance strategies to enhance performance, reliability, and longevity, preventing potential failures and optimizing yield
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