The world’s most important chipmaker is about to get more expensive. TSMC is preparing to raise prices on its 3nm process node, with increases hitting in the second half of 2026 as demand from AI and high-performance computing clients continues to outpace what the foundry can actually produce.
The price hike lands at a moment when TSMC’s advanced chips are already among the most expensive silicon on the planet. Current 3nm wafer prices sit at approximately $20,000 each, and the company has been telegraphing broader increases of 5-10% on advanced nodes below 5nm starting as early as January 2026. A 15% bump on the 3nm node specifically would push wafer costs meaningfully higher for every major tech company that depends on cutting-edge fabrication.
Why TSMC can charge whatever it wants
TSMC manufactures the vast majority of the world’s most advanced chips, and its customer list reads like a who’s who of Big Tech. Apple, NVIDIA, AMD, and Qualcomm all rely on TSMC’s foundries for their highest-performance products.
AI and high-performance computing demand reportedly exceeds available supply by nearly three times. To address the imbalance, TSMC is ramping 3nm production capacity in Taiwan to 180,000 wafers per month by the end of 2026. That represents more than a 40% year-over-year increase.
TSMC’s upcoming 2nm wafers are expected to exceed $30,000 per wafer, a jump of more than 50% over current 3nm costs.
The crypto angle nobody is talking about
Bitcoin mining hardware, the specialized ASIC chips that secure the network, is fabricated on advanced semiconductor nodes. Companies like Bitmain and MicroBT have historically competed on energy efficiency, which is directly tied to the process node their chips are built on. More advanced nodes mean more efficient miners, but they also mean higher manufacturing costs per chip.
A 15% price increase on 3nm wafers doesn’t just affect the balance sheets of mining hardware manufacturers. It potentially reshapes the entire economics of next-generation mining rigs. If wafer costs climb, ASIC manufacturers face a choice: absorb the margin hit, raise prices on mining equipment, or delay adoption of newer nodes altogether.
No recent crypto-specific reporting on the 3nm pricing adjustments was found in the last 30 days. The intersection between semiconductor economics and mining profitability has largely fallen out of the conversation as the industry’s attention has shifted toward AI narratives.
What this means for investors
Apple, which uses 3nm chips in its latest iPhones and M-series processors, will see component costs rise. NVIDIA, whose AI accelerators are the hottest product in tech, faces the same pressure.
Bitcoin mining stocks like Marathon Digital, Riot Platforms, and CleanSpark don’t directly purchase TSMC wafers, but their profitability is inextricably linked to the cost and efficiency of the ASIC hardware they deploy. Higher wafer prices could delay the refresh cycle for mining equipment, meaning fleets run older, less efficient machines for longer.
If TSMC’s capacity expansion hits its 180,000-wafer-per-month target by late 2026, mining hardware manufacturers might find more favorable allocation and pricing on slightly older nodes like 5nm, which could become relatively more cost-effective as the bleeding edge moves to 2nm.
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