TSMC has committed $165bn to its Arizona operations, but its chief financial officer says moving the most advanced chipmaking ecosystem to the US would take “five or 10 years, or even longer.”
That gap is the story beneath the headline. The world’s largest chipmaker is expanding abroad, facing higher costs, and refusing to rule out price increases — but its most valuable manufacturing capability remains anchored in Taiwan. In a rare interview at the company’s Hsinchu headquarters, TSMC CFO Wendell Huang told BBC Tech that inflation has lifted the cost of doing business and that the company will price according to its value.
“We reflect our value,” Huang said, pointing to TSMC’s “technology leadership” and “manufacturing excellence”.
The implication is direct: if TSMC raises prices, the impact will not stop at foundry invoices. TSMC manufactures advanced chips designed by Nvidia, AMD and Apple, placing it inside the economics of AI servers, high-end phones, PC hardware and other electronics. The company says it will not impose sudden “fourfold, fivefold” price increases. But even selective increases at the leading edge would matter because so much of the AI hardware cycle runs through its fabs.
TSMC’s pricing signal starts with inflation, not a one-off surcharge
Huang stopped short of confirming a price rise. He did confirm the pressure behind one.
“Inflation, yes, did cause [our] costs to increase.”
That line matters because TSMC is not a marginal supplier. It sits at the center of advanced semiconductor manufacturing, and its cost structure feeds into the margins of fabless chip designers and the budgets of their customers.
Earlier the same day, chairman and chief executive CC Wei told shareholders he would “like” to raise prices, as competitors have done, according to the BBC. That is not a formal pricing schedule. It is still a clear signal from the top of the company: TSMC sees room, and possibly need, to charge more.
MLXIO analysis: the pricing risk is likely uneven. AI infrastructure buyers may tolerate higher chip costs more readily than consumer hardware brands, because Huang said TSMC’s conviction in the AI trend is tied to conversations with customers and “customers’ customers” — mainly hyperscalers — that he described as financially strong. A smartphone or laptop maker has a different pricing problem.
That is why component cost strategy matters across devices. We have seen the same pressure point in consumer hardware coverage, including how a Snapdragon bet could slash Samsung Galaxy Z Flip 8 costs and how discounting can reshape the pitch for premium gear such as the Asus Zenbook A16 OLED price cut.
Reported 2026 hikes show where pressure may land first
The BBC interview did not provide a price list. A separate TechSpot summary of a DigiTimes report says TSMC plans to raise prices for advanced nodes by 5-10% in 2026, covering 5nm/4nm, 3nm and 2nm processes, with customers already informed.
Those reported increases vary by segment:
| Reported category | Reported increase |
|---|---|
| Smartphone and mobile chips | 5% |
| CPUs | Around 7% |
| High-performance computing and AI chips | Up to 10% |
TechSpot also reported that N2 wafers are around $30,000 each, N3 wafers cost $20,000 to $25,000, and 5nm wafers are around $16,000. Rumors cited in the same report suggest future A16 wafers could reach $45,000.
Those figures should be handled carefully. TechSpot labels the story as “Rumor mill” and attributes the pricing plan to DigiTimes. Still, the direction lines up with the BBC interview: TSMC is signaling higher costs, and reported advanced-node prices are already high enough that single-digit percentage moves can be meaningful.
The company’s market position gives that signal more weight. TechSpot says TSMC’s foundry market share hit 70.2%, while revenue rose 18.5% quarter-over-quarter to $30.24 billion in the second quarter. That combination — high share, rising revenue, heavy AI demand — strengthens TSMC’s ability to defend pricing.
Taiwan remains the core, even as Arizona, Japan and Germany expand
TSMC is building manufacturing capacity in the US, Germany, Japan and Taiwan. Huang rejected the idea that this expansion is mainly a response to government pressure.
“We go out of Taiwan to build capacity based on customers' demand. The customers want us to go there. It's not the request of government,” he said.
That statement cuts against a simple geopolitical reading. Washington has pressed leading chipmakers to expand US production to secure critical supply chains, and Taiwan sits at the center of US-China tensions. But TSMC’s CFO framed overseas expansion as customer-led.
The harder line came on the most advanced chips. Huang said the most cutting-edge production will remain in Taiwan. Moving the manufacturing ecosystem to the US, he said, would take “five or 10 years, or even longer.”
MLXIO analysis: this creates a structural tension for customers. They may want geographic resilience, but the source material suggests they cannot quickly replicate Taiwan’s most advanced manufacturing base elsewhere. If overseas fabs cost more, or ramp more slowly, the premium for supply security could show up in foundry pricing.
TechSpot’s related reporting adds one specific pressure point: it says TSMC is pointing to US tariffs, supply chain disruptions, the appreciating New Taiwan dollar, and rising costs from US operations as reasons for potential price increases. It also cites AMD chief Lisa Su saying in July that TSMC chips made in the US cost up to 20% more, while adding that the extra expense was worth it.
AI customers look able to absorb more pain than device makers
Huang pushed back on the idea that the AI boom is a bubble.
“Our conviction in this AI megatrend is very strong. We talk to the customers and also the customers' customers… who are mainly the hyper-scalers,” he said. “These companies are financially very strong with a lot of financial resources, so we believe that they're able to continue to invest.”
That is the key distinction. If TSMC raises prices most aggressively where demand is strongest, AI and high-performance computing customers may face the steepest increases but also have the clearest reason to keep buying.
Consumer electronics companies face a narrower path. TSMC makes advanced chips designed by Apple and others, so higher foundry costs could eventually affect device economics. But the BBC is careful: it says increases could ripple through AI infrastructure and “potentially over time” affect prices customers pay for electronic devices.
MLXIO analysis: that wording matters. A higher wafer price does not automatically become a higher phone price. Brands can absorb costs, adjust margins, change product mix, redesign around different components, or push price increases into premium tiers. The source supports the risk of downstream pressure, not a guaranteed retail jump.
For AI hardware, the pass-through may be cleaner. The BBC reports that TSMC is under pressure to keep up with customer demand. Huang said: “We're doing everything we can, wherever we can, and however we can,” adding that customers are asking the company to “grow so much.”
Investors are testing whether AI spending can keep outrunning cost
The timing is delicate. The BBC reports that tech shares in Asia “tanked” earlier this week after a similar US sell-off on Friday, as investors worried about stretched valuations following a major run in global chip and AI-related equities.
TSMC’s message is not defensive. It is trying to say two things at once: costs are rising, but AI demand is real enough to justify continued investment.
That is a powerful claim, but not a settled one. If hyperscalers keep spending, TSMC may have room to raise prices selectively on advanced nodes and AI-linked production. If spending slows, higher foundry pricing becomes harder for customers to absorb.
The next evidence points are practical: formal TSMC pricing decisions, customer disclosures about chip costs, the pace of Arizona and other overseas ramp-ups, and whether AI infrastructure orders remain strong enough to support the company’s confidence. The thesis weakens if customers push back publicly or delay orders. It strengthens if TSMC raises prices without denting demand.
The Bottom Line
- TSMC price increases could ripple through AI servers, smartphones, PCs and other electronics.
- The company’s most advanced manufacturing remains concentrated in Taiwan despite major US investment.
- Rising chipmaking costs may pressure margins for Nvidia, AMD, Apple and other TSMC customers.
