TSMC is once again capturing the industry’s attention. According to reports published in Taiwan and picked up by specialized media, the company is preparing for a price increase of up to 15% for its 3-nanometer processes during the second half of 2026, with a possible additional rise of between 5% and 10% in 2027.
This information, not yet officially confirmed by the company in these terms, comes at a time of maximum pressure on advanced manufacturing capacity. The demand for AI accelerators, custom ASICs for large cloud platforms, high-performance chips, and high-end mobile SoCs is filling TSMC’s most advanced production lines. The market trend is clear: in the AI era, it’s not just about designing the best chip; securing manufacturing capacity is equally crucial.
TSMC President C. C. Wei is scheduled to address shareholders on June 4, where investors expect more clarity on AI demand, advanced processes, international expansion, and margin developments.
The 3 nm has become a strategic resource
Until recently, the 3-nanometer node was mainly associated with the most advanced chips for smartphones, high-performance processors, and some GPUs. That landscape has quickly changed. New AI server cycles are prompting large designers and cloud providers to reserve 3 nm capacity for accelerators, proprietary ASICs, and high-performance platforms.
The reason is simple: 3 nm offers a combination of maturity, efficiency, and production capability that 2 nm, still in earlier ramp-up phases, has not yet achieved. For many clients—especially those needing volume production—3 nm currently strikes the best balance among performance, cost, and availability.
According to TrendForce, utilization of Fab 18, TSMC’s main 3 nm facility, remains high. Monthly capacity has risen from around 130,000 wafers at the start of 2026 to approximately 160,000–175,000 in the second quarter, but customer queues have not significantly decreased. Demand related to AI continues to grow beyond expectations.
This detail is important because it explains TSMC’s capacity to raise prices. If supply remains tight and customers compete for the same wafers, the Taiwanese foundry has room to pass on some of its higher costs and capture more value from its dominant position.
Why chip prices could go up
The possible price hike is not driven by a single factor. Instead, it’s a combination of accelerated demand, more expensive international expansion, higher depreciation costs for advanced processes, and pressures to finance the transition to even more complex nodes.
TSMC is investing in Taiwan, the United States, Japan, and Europe, with plans to expand advanced production and packaging capabilities. Its 2026 shareholder documentation indicates that the 3 nm accounted for 24% of wafer revenue in 2025, while advanced technologies (7 nm and above) made up 74% of the total. The company also emphasizes strong structural demand from AI and HPC, along with investments in advanced packaging such as CoWoS, InFO, SoIC, and COUPE.
For chip manufacturers, rising wafer prices do not automatically translate into equivalent increases in final product prices. Apple, NVIDIA, AMD, Qualcomm, Broadcom, and major cloud providers can absorb some costs, renegotiate contracts, adjust margins, or gradually shift costs. However, the baseline shifts: producing on the most demanded node becomes more expensive.
The consequences could impact several markets. AI accelerators may see higher production costs, cloud ASICs might tighten budgets further, and high-end smartphones could face additional price or margin pressures. In PC and gaming sectors, the impact will depend on which products migrate to 3 nm, the volume contracted, and each company’s commercial strategy.
A tough opportunity for Intel and Samsung
The price increase also reignites the debate around alternatives to TSMC. In theory, Intel Foundry and Samsung Foundry could benefit if some customers seek to diversify capacity or strengthen their negotiating positions. But practical challenges make this complex.
Moving an advanced design from one foundry to another isn’t as simple as switching components. It involves redesign, validation, tooling, performance optimization, power consumption considerations, timing, and risk of delay. In AI or high-end chips, any delay can cost far more than a partial price increase.
That’s why TSMC maintains an advantage that is hard to erode in the short term. Not only does it offer advanced nodes, but it provides a complete manufacturing, packaging, integration, and support chain that many clients consider critical for timely product launches. Its position is especially strong at a time when major customers require more capacity, not less.
Still, pressure may accelerate diversification decisions. Larger clients wish to avoid dependence on a single foundry for all production, particularly in a landscape shaped by geopolitical tensions, trade restrictions, and increasing local capacity needs.
AI turns capacity into market power
The potential 3 nm price increase exemplifies the new cycle in semiconductors. For years, the conversation focused on who had the best node. Now, it’s also about who can produce it in volume, with good performance, and within the timelines demanded by AI giants.
TSMC is in a privileged position but also under pressure. It must expand capacity, fund more expensive fabs, accelerate 2 nm development, maintain margins, and respond to customers demanding more wafers than the market can easily supply. If the price hike materializes, it will be another sign that advanced capacity has become one of the most valuable resources in the digital economy.
The June 4 board meeting will assess how much the company aims to clarify that pressure. Meanwhile, the industry message seems clear: winning the AI race isn’t just about models and data centers; it also depends on wafers, manufacturing performance, and privileged access to the most advanced nodes.
Frequently Asked Questions
How much could the TSMC 3 nm price increase be?
Reports suggest up to 15% rise in the second half of 2026, with another possible 5% to 10% increase in 2027.
Why is the demand for 3 nm so high?
Because this node combines proven manufacturing capacity and efficiency for AI chips, custom ASICs, HPC, GPUs, CPUs, and high-end mobile SoCs.
Will mobile, GPU, and processor prices automatically rise?
Not necessarily or uniformly. Each company will decide how much to absorb in margins and how much to pass on to end customers, but higher wafer costs exert upward pressure across the entire supply chain.