ACQ2: The Software Behind Silicon (with Synopsys Founder Aart de Geus and CEO Sassine Ghazi)

Synopsys founder Aart de Geus and CEO Sassine Ghazi explain how EDA software powers Moore’s Law and why the $35B Ansys acquisition bets on simulation as the next frontier.

• Synopsys spun out of GE in 1986 for ~$1M in technology value; GE later pocketed $23M when Synopsys went public.
• Synopsys now at $80B market cap; revenue grew from $1.5B to $6B over ~15 years with only two dominant EDA players globally.
• 15 years ago nearly 100% of Synopsys revenue came from chip companies; today 45% comes from system OEMs like automotive firms who design or architect their own silicon.
• AI was introduced into EDA synthesis/place-and-route starting 2017; engineers resisted for ~2 years despite consistently better outcomes, demanding to understand every AI change.
• Moore’s Law continuation now requires co-invention with foundries—Synopsys engineers sit inside TSMC and Samsung during process development, not just consuming enablement files.
• The industry is shifting from nanometer to angstrom-scale nodes (18Å, 14Å named); Nvidia Blackwell packs 208 billion transistors, making thermal, warpage, and mechanical cracking design constraints as critical as electrical ones.
• The $35B Ansys acquisition targets two vectors: deep-physics simulation (thermal, structural) needed at the chip level, and full multiphysics digital twins for system OEMs designing entire products like cars.
• ASML’s EUV roadmap is estimated at another decade of runway; Synopsys leads TCAD modeling of sub-angstrom physics to support that march.

2025-03-05 · Watch on YouTube