A big part of the story is AI. Demand for chips used in data centers and AI training has exploded, and TSMC now produces more than 80% of all AI chips worldwide. That puts the company in a strong position to adjust prices as its production lines run at full capacity. Right now, advanced nodes generate about 74% of TSMC’s total income — with 5 nm responsible for 37% and 3 nm for 23%. Once 2 nm production ramps up in 2026, that figure will exceed 75%. The company says the higher prices aren’t just about profits; they’re also intended to keep TSMC ahead technologically and fund research into future manufacturing processes like 1.4 nm.
To make room for this focus, TSMC is shifting engineers and equipment away from older nodes like 6 nm and 7 nm. That could leave some customers in automotive or industrial markets—who still depend on mature process technologies—with fewer manufacturing options or higher costs. The company’s leadership says this isn’t a one-time adjustment but part of a multi-year price realignment that could continue through 2030. Given that most modern CPUs and GPUs use TSMC’s advanced nodes, the impact will almost certainly reach consumers. Hardware built after 2026—especially AI accelerators, gaming GPUs, and next-generation desktop processors—will likely cost more. Competitors such as Intel and Samsung are working to close the gap with their own 2 nm technologies, but TSMC remains the market leader by a wide margin. Its ability to command higher prices without losing business highlights just how critical it has become to the global semiconductor ecosystem.
Source: digitimes