High TSMC 2nm production costs force Apple and Nvidia to seek Samsung Foundry GAA technology for supply chain diversification
Higher production costs at Taiwan Semiconductor Manufacturing Company are leading to expectations for sharp price increases for next generation 2nm silicon wafers. According to a market report from Korean news Ddaily, these growing costs are placing considerable financial burden on key tech players, such as Nvidia and Apple, and will result in a break of the singular reliance of major technology clients on the Taiwanese foundry to cause a wider movement towards supply chain diversification.
The anticipated price increase for 2nm node is significantly higher than 3nm node manufacturing pricing. Driven by widespread inflation, escalating industrial electricity rates in Taiwan and prohibitive costs associated with advanced lithography tools, the increasing overhead directly eats into the margins of fabless chip designers producing artificial intelligence (AI) processors and mobile application chips. As concentration risk in the supply chain becomes ever greater, major tech firms are proactively searching for workable alternatives that could reduce a single manufacturer's price leverage.
This financial constraint matches the growing industry consensus that sole foundry dependency hinders chip designers' ability to negotiate pricing. When infrastructure costs become unsustainably high, the drive for hyperscalers to source from second suppliers is strong. The 2nm transition is proving to be the perfect time for major tech firms to seek out competitive foundries to diversify their cost structure, according to industry analysts.
These shifting TSMC prices highlight Samsung Foundry's unique positioning as a competitor. Samsung has a differentiated technical approach since its Gated All Around (GAA) architecture was first implemented with its 3nm process. Its earlier implementation of the new architecture may have provided a boost in accumulated manufacturing experience and improved its overall process maturity compared to TSMC's introduction of its new nanosheet architecture at the 2nm node and the potential for early manufacturing issues.
As a cost reducing alternative for high volume areas like autonomous driving chips, robotic controllers and edge AI processing, Samsung remains the only global foundry that offers a total turnkey production model, providing a chip's design, fabrication, and final packaging. These unique offerings coupled with negotiable pricing provide strong incentives for top tech companies to partition orders between its competitor. However, for the market to shift away from TSMC, industry insiders stress that Samsung must demonstrate consistent advanced node yields and manufacturing reliability to complement its pricing advantages.
