Rapidus, a company founded by eight major Japanese firms including Sony and Toyota, is accelerating its plans for mass production of 2nm semiconductors, aiming for full-scale manufacturing by 2028. The company began trial production in April 2025 and is set to deliver its first 2nm production design kits to customers in early 2026. By early 2027, Rapidus anticipates a monthly production capacity of 6,000 wafers, which it plans to quadruple to around 25,000 wafers within a year.
This development is significant for tech enthusiasts and manufacturers involved in cutting-edge products. The push towards 2nm chips means that by the time these are available, devices can expect improved performance and greater energy efficiency. Since semiconductor technology underpins various sectors, from smartphones to gaming systems, the advent of 2nm chips will influence product development and availability in these markets, especially as they approach high-density configurations comparable to TSMC’s N2 technology.
Compared to existing options, Rapidus’s upcoming 2nm chips will be positioned alongside competitors like TSMC and Intel. TSMC’s N2 process achieves a density of 236.17 MTr/mm², while Intel’s 18A scores at 184.21 MTr/mm². Rapidus’s new 2HP technology claims a density of 237.31 MTr/mm², indicating it is competitive in the market. Buyers seeking high-performance processors can also explore offerings from TSMC and Intel, where Intel may provide a more accessible range but at a potential trade-off in process density.
Ultimately, consumers considering devices that utilize these semiconductors should stay informed but also be cautious. Rapidus’s chips may be ideal for those looking for high-efficiency devices in the future, but buyers looking for immediate solutions might be better served by currently available options like Intel’s and TSMC’s offerings. Additionally, those on a tighter budget could find alternatives more aligned with their needs in the existing semiconductor market, which may not employ the latest 2nm technologies yet, but still offer solid performance.
Source:
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