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Continue reading →: AI-Powered Post-Silicon Validation Debugging: A New Approach of Testing SemiconductorsPOST-SILICON VALIDATION chine post-silicon validation Introduction: The Necessity for Post-Silicon Validation With modern SoCs becoming ever larger and more complex, their validation for correct functionality becomes critical for successful market placement. Noting that the development of a chip from design to mass production in the semiconductor industry is very “complicated”,…
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Continue reading →: Integration of RTL with High-Level Synthesis (HLS) in Advanced SoC/ASIC DesignIntroduction to RTL and High-Level Synthesis (HLS) In today’s rapidly evolving semiconductor industry, optimizing design and development processes is paramount. As system-on-chip (SoC) and application-specific integrated circuit (ASIC) designs become increasingly complex, engineers are looking for ways to enhance productivity while maintaining high performance and low power consumption. One such…
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Continue reading →: Pioneering Generative AI for Semiconductor Design and VerificationTechnology is an ever-evolving field to which the semiconductor industry has long been a cornerstone. The arrival of generative AI changes how we think about designing and verifying semiconductors. In summary, this article describes how generative AI is transforming SoC ASIC design, improving Design Verification practices and lays out a…
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I’m Emily
Emily is a semiconductor design engineer, verification specialist, or industry expert in RTL design, UVM, FPGA prototyping, or AI/ML for chip verification]. Passionate about advancing cutting-edge semiconductor technologies, Emily shares insights on design methodologies, verification best practices, and industry trends!
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