Japan's Rapidus to Collaborate with Broadcom on 2nm Chip Production

2025-01-14

In today's increasingly fierce global semiconductor industry competition, the collaboration between Japan's semiconductor foundry Rapidus and the American semiconductor giant Broadcom is like a huge stone thrown into the industry lake, creating ripples. This cooperation is of great significance to Rapidus, as it is a crucial step for the company to challenge the global semiconductor leadership and an important opportunity to secure major customers for its advanced 2nm chip technology.

Details and Development of the Cooperation

Looking at the planning process of the cooperation, Rapidus has a clear timetable. It plans to start mass production of 2nm chips in 2027, initiate trial production in April 2025, and intends to provide 2nm chip samples to Broadcom before June 2025. Subsequently, Broadcom will verify the performance of the chips before production. This rigorous plan fully reflects Rapidus's serious attitude towards this cooperation and its own development.

In the development process of Rapidus, it has received strong support from multiple parties. Several major Japanese companies and the Japanese government have all stood behind it, helping it position itself as a semiconductor company capable of competing with industry giants like TSMC. The cooperation with Broadcom is expected to greatly expand Rapidus's business coverage. Leveraging Broadcom's influence in the global technology field, Rapidus will have the opportunity to supply chips to Broadcom's customers, including major tech companies like Google and Meta. It is important to note that orders from these tech companies are of irreplaceable importance for Rapidus to achieve stable operation and reach its profit targets.

Technological Advancements

Rapidus has spared no effort in achieving success in the production of 2nm chips. In terms of production technology preparation, it has actively obtained key production equipment. It has already received the first extreme ultraviolet (EUV) lithography tool from ASML and is expected to complete its installation by the end of March 2025. At the same time, it has also made great efforts in talent cultivation, sending about 150 engineers to IBM's research center in the United States for training in 2nm chip manufacturing. It is worth mentioning that Rapidus is currently constructing an advanced 2nm chip factory "IIM - 1" in Chitose, Hokkaido. Once completed, this factory will become Japan's first 2nm logic chip factory.

Significance and Importance of the Cooperation

The 2nm chip technology itself represents the cutting edge of the semiconductor manufacturing field. It can achieve smaller chip sizes, thereby bringing higher performance improvements. This technological performance improvement is of indispensable importance to several popular and key application fields such as high-performance computing, artificial intelligence, and 5G. Now, as Rapidus joins the ranks of strong competitors like TSMC in the production competition of 2nm chips, this phenomenon marks that the global semiconductor industry has entered a brand-new stage of development.

For Rapidus, this cooperation with Broadcom is not just a simple business alliance. On the one hand, it has further enhanced its own technical capabilities through technical exchanges and cooperation with Broadcom. On the other hand, this cooperation has also significantly improved its position in the global supply chain.

Future Outlook for Rapidus

In the long run, Rapidus has ambitious goals, aiming to achieve an annual revenue of 1 trillion yen by the 2030s. In the path to realizing this goal, the successful trial production and subsequent mass production of 2nm chips are two crucial links. They will become the core factors in attracting investment and ensuring additional orders. From a macro perspective, the cooperation between Rapidus and Broadcom is fully in line with the Japanese government's overall strategic plan and efforts to revitalize the domestic semiconductor industry and ensure technological sovereignty.

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