Japan clears new Rapidus funding, equipment orders lock ASML high NA slot for Hokkaido 2 nm line

Japan’s Ministry of Economy, Trade and Industry approved another subsidy tranche for Rapidus this week, and the chip startup has signed framework purchase agreements for extreme ultraviolet exposure systems with ASML and critical deposition and etch tools with Tokyo Electron, according to notices published in Japan. The commitments aim to secure scarce high numerical aperture EUV production slots and keep the 2 nanometer pilot line in Chitose, Hokkaido on schedule.

The move matters because ASML allocation through 2027 is tight, and concrete orders lock Rapidus into a delivery queue otherwise dominated by Intel and TSMC. It also shows Tokyo is advancing an onshore logic strategy alongside subsidies for TSMC’s Kumamoto complex, which focuses on mature nodes.

Rapidus, led by chief executive Atsuyoshi Koike and backed by Toyota, Sony Group, NTT, Kioxia, SoftBank, Denso, NEC, and MUFG Bank, is targeting risk production around 2027 using gate all around transistor technology licensed from IBM and process integration support from imec. Public support for the program has climbed into the hundreds of billions of yen over multiple supplementary budgets, covering cleanroom build out, pilot line tooling, and workforce development.

Tooling commitments run beyond lithography. People familiar with the plan in Japan say Rapidus is aligning upstream with Japanese chemicals and equipment suppliers, including JSR and Tokyo Ohka Kogyo for resists and SCREEN and Kokusai Electric for wafer cleaning and thermal processing. The company has also engaged utility operators in Hokkaido to provision stable power and water for the site, a nontrivial requirement at EUV levels.

The approvals arrive as South Korea and the United States revisit export control waivers that affect Samsung and SK Hynix operations in China, a reminder that policy risk continues to shape where advanced capacity is built. Japan’s approach links direct subsidies with supplier localization, which is intended to reduce single points of failure in chemicals and sub systems.

For global chip buyers and cloud operators, the signal is that governments are underwriting leading edge capacity far beyond the United States and Taiwan, and that equipment delivery queues are being allocated by industrial policy as much as by purchase orders. Procurement decisions taken in Tokyo this week will influence AI accelerator and advanced logic availability in the second half of the decade.