SEMICONDUCTOR DESIGN AND VERIFICATION ARTICLES

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Addressing DV Professionals’ Need to Reduce Verification Errors in Complex Designs

  There is no doubt that design verification (DV) is an engineering specialty quite distinct from hardware design. Designers write...

How System-on-Chip Design Accelerates Smarter, Smaller Devices

  The choice between designing custom chips and using standard hardware has been a factor in electronics development for many...

Challenges in CSR Design and Verification Signoff

  By its very definition, developing a system-on-chip (SoC) device involves both hardware and software. SoCs contain at least one...

Accelerating SoC Development with Agnisys Silicon IP Portfolio Automation

Introduction Modern System-on-Chip (SoC) designs are becoming increasingly complex as they integrate multiple processors, accelerators, memory subsystems, and peripherals. Ensuring...

Agnisys SystemRDL VS Code Extension:
A Must-Have for Modern SystemRDL Development

  As register maps grow into the tens of thousands of fields, and design teams distribute across geographies, relying on...

Top Benefits of Custom Chip Design for Emerging Technologies

  Many of you have probably heard the term “wheel of reincarnation,” which has its roots in Hinduism and Buddhism...

IDS-Verify™: From Specification to Sign-Off – Automated CSR, Hardware Software Interface and CPU-Peripheral Interface Verification

Verification of modern IP and SoC designs presents several challenges. Specifications are often interpreted differently across teams, such as design...

Zephyr DTSI and DTS Output with IDesignSpec

  If you’ve worked with Zephyr RTOS, you already know that devicetree files are a core part of how hardware...

Specification Automation to Accelerate Embedded SoC Development

  In today’s semiconductor industry, the most interesting and challenging chips are embedded SoCs. I think it’s worth mentioning that...
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