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Expanding Silicon Lifecycle Management To Real-Time System Performance Optimization


Semiconductor development is currently in one of its periodic crises, with many factors combining to require dramatically new technologies and methodologies. Chips continue to grow ever larger and more complex, with 3D IC devices adding another layer of challenges. Huge data centers, autonomous vehicles, and algorithms using artificial intelligence (AI) and machine learning (ML) drive a relentl... » read more

SLM Is Changing The Complete Device Lifecycle Process


Amit Sanghani, Vice President of Engineering, HW-Analytics and Test Group at Synopsys, discusses how Silicon Lifecycle Management (SLM) is changing the way we look at the complete device lifecycle process and how it can enable heightened levels of visibility in device performance, reliability and security. Learn how SLM is well placed to address the challenges that occur at every stage of cut... » read more

A New Vision For Memory Chip Design And Verification


Discrete memory chips are arguably the most visible reminder of the opportunities and challenges for advanced semiconductor design. They are manufactured in huge quantities, becoming key drivers for new technology nodes and new fabrication processes. Price fluctuations have a major impact on the financial health of the electronics industry, and any shortages can shut down the manufacturing line... » read more

Forward And Backward Compatibility In IC Designs


Future-proofing of designs is becoming more difficult due to the accelerating pace of innovation in architectures, end markets, and technologies such as AI and machine learning. Traditional approaches for maintaining market share and analyzing what should be in the next rev of a product are falling by the wayside. They are being replaced by best-guesses about market trends and a need to bala... » read more