July 30, 2026, Tokyo – Japan's advanced semiconductor design company Rapidus announced today that it has received an additional 120 billion yen (approx. $1.1 billion) subsidy from Japan's Ministry of Economy, Trade and Industry (METI) to advance its 2-nanometer (nm) process chip design and mass production plan. This funding brings Rapidus' total government subsidies to over 500 billion yen, underscoring Japan's determination to restore its competitiveness in semiconductor design.
Government Invests Heavily as Rapidus Targets 2nm
Founded in 2022 by a consortium of leading Japanese companies including Toyota, Sony, and NTT, Rapidus aims to catch up with TSMC and Samsung in advanced process leadership. The company plans to build a 2nm wafer fab in Chitose, Hokkaido, and achieve mass production by 2027. The additional subsidy is primarily used to procure extreme ultraviolet lithography (EUV) equipment and advanced design tools, as well as to recruit top chip design talent.
Japan's Minister of Economy, Trade and Industry stated: "Semiconductors are key to economic security. Rapidus' 2nm design capability will ensure Japan's autonomous technology in next-generation computing, AI, and quantum chips." Currently, only TSMC, Samsung, and Intel have mastered 2nm or equivalent processes. Rapidus' entry will reshape the Asia-Pacific semiconductor design landscape.
Challenges and Opportunities
Despite securing funding, Rapidus faces three major challenges: technology, talent, and customer acquisition. The 2nm process requires new transistor structures (e.g., GAAFET), with design complexity far exceeding 5nm. Rapidus has partnered with IBM to license its 2nm technology, but its internal design team still needs to absorb and integrate it. Moreover, Japan has suffered severe brain drain in semiconductor design; Rapidus is actively recruiting from overseas with high salaries.
Analysts point out that Rapidus' target customers may include domestic Japanese AI, automotive, and IoT chip design companies, as well as US tech giants seeking supply chain diversification. Companies like Apple and NVIDIA have expressed interest in Japan's 2nm capacity.
Asia's Semiconductor Design Ecosystem Accelerates
Rapidus' progress epitomizes the overall rise of Asian semiconductor design companies. In Southeast Asia, chip design outsourcing services in Malaysia and Singapore are growing rapidly; in mainland China, AI chip design companies using the RISC-V architecture are springing up like mushrooms. Rapidus' 2nm capability will provide these design companies with more advanced manufacturing options, creating upstream-downstream synergies.
According to industry firm IC Insights, the global semiconductor design services market will exceed $20 billion in 2026, with the Asia-Pacific region accounting for over 60%. Design companies in Japan, South Korea, Taiwan, and mainland China are shifting from low-end to high-end. Rapidus' 2nm breakthrough is expected to bring Japan back into the first tier.
Investment Perspective: Focus on Design IP and EDA Tools
From an investment perspective, Rapidus' large-scale procurement will directly benefit semiconductor equipment vendors and EDA software companies. Japanese lithography equipment maker Tokyo Electron and Dutch ASML are expected to receive more EUV orders; while EDA giants like Synopsys and Cadence will also benefit from increased licensing fees due to the rising complexity of advanced process node design.
Additionally, Asia-Pacific IP vendors focused on chip design, such as Arm, SiFive, and China's VeriSilicon, will gain growth momentum as more SoC design projects launch. If Rapidus' 2nm process succeeds, it will bring new licensing opportunities for these IP providers.
Industry Outlook and Risks
Despite strong support from the Japanese government, uncertainties remain about whether Rapidus can achieve mass production on schedule. Semiconductor manufacturing has extremely high technical barriers and requires continuous investment. Analysts caution that Rapidus' business model is pure wafer foundry, directly competing with TSMC and Samsung, which have clear advantages in customer relationships and production efficiency.
However, for Asia-Pacific semiconductor design companies, Rapidus' emergence adds more options and helps diversify supply chain risks. In the next three years, the Asia-Pacific region is expected to form a new three-power landscape with TSMC leading, Samsung close behind, and Rapidus catching up, driving semiconductor design toward more advanced processes.
As of press time, Rapidus has not disclosed specific customer contract information, but according to sources, two US AI chip startups have entered design collaboration negotiations.
