TSMC and Samsung have officially confirmed they will be raising prices for their cutting-edge semiconductor foundry services starting in 2026.
This decision stems from a simple yet powerful market dynamic: the demand for high-performance AI chips is growing much faster than the world's capacity to produce them. In late 2025, TSMC's own CEO stated that their advanced manufacturing capacity was about three times less than what the AI industry required. This isn't a temporary spike; it's a structural imbalance, with lead times for state-of-the-art 3nm chips stretching beyond 50 weeks, forcing customers to place long-term, non-cancellable orders.
Several factors are creating this perfect storm for a price surge. First, there's the relentless demand from cloud providers and AI companies for more powerful processors. Second, expanding production isn't easy. The highly complex EUV (Extreme Ultraviolet) lithography machines needed for these advanced chips are made by a single company, ASML, which has a massive backlog of orders. This equipment bottleneck puts a hard limit on how quickly new factories can come online. Third, the squeeze isn't just on the silicon wafers themselves. Critical downstream technologies like CoWoS advanced packaging and high-bandwidth memory (HBM) are also facing severe shortages, creating a chain reaction of bottlenecks throughout the entire supply chain.
Furthermore, foundries have a solid justification for passing on costs. Electricity prices for industrial users have risen sharply in both Taiwan and South Korea, increasing the operational expenses of running these energy-intensive factories. The market also seems ready to absorb these higher costs. For instance, Amazon Web Services (AWS) recently increased the price for its machine learning computing services, signaling that end-users are willing to pay a premium for AI capabilities.
Ultimately, this price hike is more than just a business decision; it confirms the immense pricing power held by leading-edge semiconductor manufacturers in the AI era. With order books filled through 2027, the industry is signaling that the era of cheap, abundant computing power, at least for the most advanced chips, is on hold for the foreseeable future.
[Glossary]
- Foundry: A company that specializes in manufacturing semiconductor chips for other companies that design them (known as fabless companies).
- Advanced Process: The most cutting-edge semiconductor manufacturing technologies, identified by small nanometer (nm) figures like 5nm or 3nm. A smaller number generally means a more powerful and energy-efficient chip.
- CoWoS (Chip-on-Wafer-on-Substrate): An advanced 2.5D packaging technology that integrates multiple chips on a single substrate, essential for building high-performance AI accelerators.