ARM, ASML and chip resilience

The chip industry is pushing two ideas at once: build more advanced factories in more places, and keep spending on the tools that make them possible. (semafor.com) (asml.com) Arm chief executive Rene Haas said on April 15 that “every region of the world” should have high-end semiconductor plants, arguing that shortages are still limiting industrial output and even constraining sales of Arm’s own new chip. He made the comments at Semafor World Economy. (semafor.com) A semiconductor plant turns silicon wafers into chips through repeated steps of deposition, etching and printing tiny circuit patterns. The most advanced systems for that printing work come from ASML, the Dutch company that said on April 15 that first-quarter net sales reached €8.8 billion and net income was €2.8 billion. (asml.com) ASML also raised its 2026 sales outlook to €36 billion to €40 billion, up from €34 billion to €39 billion before, and kept a 51% to 53% gross-margin target. Chief executive Christophe Fouquet said demand was being driven by “ongoing AI-related infrastructure investments.” (asml.com) (cnbc.com) Those two developments point to the same bottleneck. Chip designers such as Arm can sell more only if foundries have enough capacity, and foundries can add that capacity only if they can get the lithography machines, chemicals and materials needed to run new lines. (semafor.com) (asml.com) The supply chain is not just about factories and machines. DigiTimes reported on April 15 that Taiwan and Japan are expanding cooperation on advanced materials, an area where Japan has long held strong positions in semiconductor equipment and materials and Taiwan dominates leading-edge chip fabrication. (digitimes.com) Taiwan and Japan already have a formal research channel through a memorandum between Taiwan’s National Science and Technology Council and the Japan Science and Technology Agency for joint programs. A 2026-2028 Taiwan-Japan joint research program notice says the two sides are using that framework to support academic collaboration. (ord.ntu.edu.tw) (nstc.gov.tw) The backdrop is a chip map that remains concentrated even after years of diversification plans. Taiwan Semiconductor Manufacturing Company said in February that it plans to mass produce 3-nanometer chips in Japan, while its most advanced chips are still made in Taiwan. (channelnewsasia.com) ASML’s results also showed the limits of that expansion drive. CNBC reported that ASML shares fell on April 15 as investors weighed tighter China export restrictions even after the company lifted guidance, underscoring how geopolitics still shapes who can buy the tools for the most advanced chips. (cnbc.com) What comes next is less about one company than about whether more regions can assemble the full stack: design, tools, materials and factories. Haas argued for more continents in the game; ASML’s numbers suggest customers are still paying to make that happen. (semafor.com) (asml.com)