Dr. Pradyumna (Prady) Gupta is the Founder and Chief Scientist at Infinita Lab and Infinita Materials, pioneering advancements in materials testing and specialized chemicals for cutting-edge industries. A passionate advocate for onshoring critical manufacturing industries, such as semiconductors, back to America, Prady… Read More
AI-Driven Automation in Semiconductor Design: The Fuse EDA AI AgentThe semiconductor industry is experiencing unprecedented growth in…Read More
TSMC Technology Symposium 2026: Advancing the Future of Semiconductor InnovationOne of my favorite times of the year…Read More
Synopsys Explores AI/ML Impact on Mask Synthesis at SPIE 2026The SPIE Advanced Lithography + Patterning Symposium recently…Read MoreAn Imaginative Approach to AI-based Design
DVCon 2025 was unquestionably a forum for pulling out all the stops in AI-based (RTL) design and verification, particularly around generative AI and agentic methods. I heard three product pitches and a keynote and have been told that every AI talk was standing room only. A pitch from Rise-DA particularly appealed to me because … Read More
Executive Interview: Steve Howington of the Protective, Marine & High Performance Flooring Division of Sherwin-Williams
Steve Howington is Global Vice President of Marketing for the Protective, Marine and High Performance Flooring Division of The Sherwin-Williams Company. During his 22 years with the company, Steve has held multiple commercial and business leadership roles in both the architectural and industrial groups within Sherwin-Williams.… Read More
Unlocking the cloud: A new era for post-tapeout flow for semiconductor manufacturing
As semiconductor chips shrink and design complexity skyrockets, managing post-tapeout flow (PTOF) jobs has become one of the most compute-intensive tasks in manufacturing. Advanced computational lithography demands an enormous amount of computing power, putting traditional in-house resources to the test. Enter the … Read More
SemiWiki Outlook 2025 with yieldHUB Founder & CEO John O’Donnell
John is not your typical CEO. He gets to know every single one of his employees and is incredibly humble, despite his many achievements. He doesn’t believe you have to be ruthless to build a business, and thinks empathy and leadership can lead to better outcomes. Fast forward to today and he’s running a company with a … Read More
Powering the Future: How Engineered Substrates and Material Innovation Drive the Semiconductor Revolution
Engineered substrate technology is driving an evolution within the semiconductor industry. As Moore’s Law reaches its limits, the focus is shifting from traditional planar wafer scaling to innovative material engineering and 3D integration. Companies like Soitec, Intel and Samsung are pioneering this transition, unlocking… Read More
Podcast EP276: How Alphawave Semi is Fueling the Next Generation of AI Systems with Letizia Giuliano
Dan is joined by Letizia Giuliano, Vice President of Product Marketing and Management at Alphawave Semi. She specializes in architecting cutting-edge solutions for high-speed connectivity and chiplet design architecture. Prior to her role at Alphawave Semi, Letizia held the position of Product Line Manager at Intel, where… Read More
CEO Interview: Dr. Andreas Kuehlmann of Cycuity
Dr. Andreas Kuehlmann, Executive Chairman and CEO at Cycuity, has spent his career across the fields of semiconductor design, software development, and cybersecurity. Prior to joining Cycuity, he helped build a market-leading software security business as head of engineering at Coverity and, after its acquisition by Synopsys,… Read More
The Double-Edged Sword of AI Processors: Batch Sizes, Token Rates, and the Hardware Hurdles in Large Language Model Processing
Unlike traditional software programming, AI software modeling represents a transformative paradigm shift, reshaping methodologies, redefining execution processes, and driving significant advancements in AI processors requirements.
Software Programming versus AI Modeling: A Fundamental Paradigm Shift
Traditional… Read More
TRNG for Automotive achieves ISO 26262 and ISO/SAE 21434 compliance
The security of a device or system depends mainly on being unable to infer or guess an alphanumeric code needed to gain access to it or its data, be that a password or an encryption key. In automotive applications, the security requirement goes one step further – an attacker may not gain access per se, but if they can compromise vehicle… Read More




Beyond Moore’s Law: High NA EUV Lithography Redefines Advanced Chip Manufacturing