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Hitachi, Intel, and AIST are advancing silicon-based quantum architectures with specific milestones for 100-qubit error-correcting prototypes by fiscal 2028 and a transition toward industrial-scale manufacturing. This collaboration leverages Japan's semiconductor strengths to bridge the gap between laboratory research and deployable hardware infrastructure.
Hitachi, Intel and AIST Launch Silicon Quantum Computing Project Backed by Japanese Government

Insider Brief Hitachi has launched a government-backed research effort with Intel K.K. and Japan‘s National Institute of Advanced Industrial Science and Technology, or AIST, to develop silicon-based quantum computing technologies aimed at moving the field from laboratory research toward industrial deployment. According to a Hitachi press release, the company has been selected by Japan‘s New […]
Hitachi has launched a government-backed research project with Intel K.K. and AIST to develop silicon quantum computing technologies that support the transition from laboratory research to industrial-scale manufacturing. The project will develop 100-qubit silicon quantum chip designs, manufacturing toolkits, 3D integration technologies for future 1,000-qubit systems, and a cloud platform that will give researchers remote access to experimental quantum hardware. Hitachi aims to launch an initial cloud service in fiscal 2027, demonstrate a 100-qubit quantum error-correcting prototype in fiscal 2028, and reach a 1,000-qubit prototype milestone in fiscal 2030. Hitachi has launched a government-backed research effort with Intel K.K. and Japan‘s National Institute of Advanced Industrial Science and Technology, or AIST, to develop silicon-based quantum computing…
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