An interview with outgoing ASML CTO Martin van den Brink on the company's rise to dominance, its Chinese competitors, Moore's Law, hyper-NA technology, and more
MIT Technology Review : X: @freiheitsfreund . LinkedIn: Eloy Sasot X: Arian Kriesch / @freiheitsfreund : It has been 40 years since the founding of @ASMLcompany. Congratulations to our Dutch partner of @ZEISS_Group in making semiconductor lithography an ongoing endeavor. @technologyrt writes: https://www.technologyreview.com/ ... LinkedIn: Eloy Sasot : Happy 40th birthday ASML !! Ensuring progress from “a stubborn willingness to invest in technology that most people thought wouldn't work.” …
Context & Ripple Effects
ASML’s technical leadership had already become entangled with the escalating US-China chip conflict, making its lithography roadmap relevant to both commercial customers and national industrial policy.
The interview also sits against an active debate over the physical limits of continued chip shrinkage. Its discussion of hyper-NA frames ASML’s next technology step as a response to that constraint rather than a routine product refresh.
First-order effects
- The outgoing CTO’s account clarifies the technological rationale behind ASML’s long-cycle investment model, including its willingness to pursue difficult lithography approaches before demand is assured.
- By addressing Chinese competitors alongside hyper-NA and Moore’s Law, the interview places ASML’s technical roadmap and competitive moat in the same strategic conversation.
Second-order effects
- Chipmakers and equipment buyers must weigh the timing and value of next-generation lithography against the growing difficulty of extracting gains from conventional scaling.
- Chinese equipment suppliers face a clearer benchmark: competing with ASML requires not only individual tools, but sustained investment across the specialized optical and lithography ecosystem.
Third-order effects
- If advanced scaling remains dependent on a small number of exceptionally complex equipment platforms, semiconductor supply chains will become more concentrated around firms able to fund long, high-risk development cycles.
- The same concentration is likely to keep lithography at the intersection of industrial strategy and trade policy, even as technical progress increasingly depends on alternatives or complements to simple transistor shrinkage.
The trend: Semiconductor progress is shifting from broadly available manufacturing advances toward capital-intensive, strategically sensitive breakthroughs controlled by a narrow equipment base.