Aart de Geus, founder of Synopsys, and CEO Sassine Ghazi discuss the evolution of chip design, the future of Moore's Law, and their $35 billion acquisition of Ansys. They explore the impact of AI in electronic design automation, advancements in chip architecture, and the critical partnership dynamics in the semiconductor industry.
Synopsys's origin from GE's design tools to modern specialized synthesis tools marks a significant leap in chip design efficiency.
Collaboration with foundries and focus on advanced packaging signal a future of software-defined architectures for optimized chip designs.
Deep dives
Transformation of Electronic Design Automation (EDA) by Synopsys
Synopsys, a leading EDA company, revolutionizes chip design by providing essential software tools for chip designers. These tools, akin to productivity software, enable the creation of innovative chips that drive the AI era and semiconductor advancements. Synopsys pioneers the usage of AI in designing chips, showcasing the evolution from chip design tools developed at GE to a specialized startup focused on synthesis.
Historical Context of Synopsys' Founding and Early Innovations
In the mid-80s, a pivotal moment arose for chip design as Synopsys emerged amidst a semiconductor downturn. Founded by Art DeGias, the company, originating from GE's innovative design tools, ventured into startup territory with a rebellious spirit. The introduction of synthesis tools marked a significant leap in chip design efficiency, positioning Synopsys as a frontrunner in the field.
Challenges and Innovations in Evolving Chip Design Complexity
Modern challenges in chip design involve pushing the boundaries of physics and manufacturing constraints. Synopsys collaborates closely with foundries like TSMC and Intel to navigate complex design technology co-optimization. The industry's shift towards advanced packaging and specialized architectures signals a future where specialized machines address evolving workloads, exemplifying a software-defined architecture approach.
Advancements in Chip Architecture and System Optimization
The podcast delves into the evolution of chip architecture influenced by connectivity and complexity. It discusses Sysmore, a concept combining systemic complexity with Moore's Law ambitions. This approach abstracts system designs to optimize components collectively for improved outcomes. The discussion emphasizes the role of software in power optimization, highlighting the shift towards specialized hardware and multi-die architectures.
Simulation and Systematic Innovation in Semiconductor Industry
The episode explores the importance of simulation and multi-physics analysis in modern engineering. It elaborates on the acquisition of ANSYS by Synopsys, emphasizing their synergy in addressing complex physics challenges. The conversation highlights the growth of simulation capabilities driven by accelerated computing and AI, enabling virtualization of system designs from silicon to end products. The dialogue reflects on the dynamic evolution of the semiconductor industry towards system-level solutions and collaborative innovation.
If you’ve been waiting for us to venture back to the land of semiconductors, you’re in luck! On our NVIDIA and TSMC episodes, we explored two components of the silicon value chain: the fabless chip companies that design chips and the foundries that manufacture them. Today, we dive into the software that powers it all, the field electronic design automation (EDA). This is essentially the software that enables chip designers to do their jobs, which has changed dramatically with the rise of AI.
This interview is with two people who understand that world better than anyone: Aart de Geus, the co-founder and Executive Chair of Synopsys, and Sassine Ghazi, Synopsys’s CEO and President. Aart founded the company in 1986, and was CEO until January 2024 when he handed the reins to Sassine. Synopsys is now worth $80 billion, with virtually every chip company as a customer or partner for everything from AI to 5G to automotive. Aart and Sassine talked with us about the future Moore’s Law, where chip makers are finding efficiencies today, how we got here, plus a bonus section on simulation and their $35 billion acquisition of Ansys. Enjoy!