From Silicon To Software

How Do You Stay Ahead of Hackers and Build State-of-the-Art Automotive Cybersecurity?

Explore automotive cybersecurity standards, news, and best practices through blog posts from our experts on connected vehicles, automotive SoCs, and more.

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Q&A with Mariya Braylovska, R&D Director, on the Joy of Solving Technical Challenges with a Smart Team

We discuss semiconductor lithography and the importance of women in engineering with Mariya Braylovska, Director of R&D for Custom Design & Manufacturing.

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Just What Is Democratized Design Anyway?

Explore the history of the chip design process, from the days of Integrated Device Manufacturers (IDMs) to EDA tools and today’s era of democratized design.

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From Road to PC: Accelerating Intelligent Software Growth with Virtual ECUs

Lean how virtual electronic control units (ECUs) accelerate automotive design and enable advanced driver-assistance systems (ADAS) for connected vehicles.

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Integration Challenges for Multi-Billion-Gate ASICs: Part 1 – Clock Domain Crossing

We explain clock domain crossing & common challenges faced during the ASIC design flow as chip designers scale up CDC verification for multi-billion-gate ASICs.

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How Do You Know When Chip Verification Is Truly Finished?

We explore chip design verification and EDA tools that increase functional verification efficiency to meet coverage goals and find more bugs in less time.

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Understand Your Silicon Inside and Out—Even When It’s in the Field

Silicon Lifecycle Management (SLM)’s chip design insights improve design calibration, reduce SoC testing time, and predict/prevent chip failures & attacks.

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From Zoom to Netflix: The Journey Toward Ubiquitous HPC and the Need for Powerful Silicon Solutions

We explain the growth of High-Performance Computing (HPC) applications and the chip-design advantages of using silicon-proven SoC IP for HPC processor designs.

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Formal Verification on the Cloud: Getting the Compute Resources You Need at the Cost You Want

EDA tools are moving to the cloud; we explore the cost/performance benefits of applying cloud compute resources to formal chip design verification workloads.

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Prototype-as-a-Service…Really?

Explore how cloud-based FPGA prototyping tools accelerate the SoC design flow, enabling pre-silicon chip validation & easing workflows for shorter time-to-market.

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