SEMICONDUCTOR DESIGN AND VERIFICATION ARTICLES

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Accelerating FPGA Development: From Specification to System Validation with IDS-FPGA

  Join Agnisys for a technical deep dive into IDS-FPGA, a comprehensive solution that automates the end-to-end FPGA development process...

AI**2: Revolutionizing Hardware Verification with AI

  Hardware verification has always been the quiet bottleneck in chip development. For those working in the industry, it’s a...

Will AI Eliminate Verification?

  A recent blog post looked at the impact artificial intelligence (AI) is having on chip development, focusing on register-transfer-level...

Webinar on Fastest SoC Front-End Design Using Agnisys (Part 2)

  Taking IP Integration Efficiency to the Next Level Designing modern System-on-Chip (SoC) architectures continues to grow in complexity, particularly...

Why Chip Developers Must Manage Their CSR(s)

  If you search for the definition of CSR, you will likely find “corporate social responsibility” at the top of...

Streamline SoC Design with Automated IP Integration: Join Our Webinar on IDS-Integrate

The Challenge of IP Integration in SoC Design In modern System-on-Chip (SoC) design, integrating thousands of Intellectual Property (IP) blocks...

How Specification Automation and Version Control Keeps an SoC Register Design and Spec in Sync

  Ever wondered how  SoC design teams keep all their files in sync and avoid costly errors? Synchronization of files...

Unlocking the Future of AI Chip Design with Agnisys

The race to develop faster, more efficient AI chips is reshaping industries worldwide. As AI-driven applications surge in areas like...

How to Automatically Create a Semiconductor C/C++ API for Embedded Code

System-on-chip (SoC) projects, by their very nature, involve both hardware and software. Most people define an SoC as a chip...
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