TSMC is reportedly preparing to raise semiconductor manufacturing prices by between 5 percent and 10 percent in 2027, covering both advanced and mature production processes.
The expected increases would affect a wide range of customers, including companies that rely on older nodes such as 28nm, 16nm, and 12nm, as well as those ordering chips built with processes below 7nm. This means the impact could extend across smartphones, graphics cards, processors, networking products, automotive electronics, and industrial hardware.
Negotiations with customers reportedly began in June 2026 and concluded in July. The company has described its pricing strategy as strategic rather than opportunistic, arguing that higher costs across materials, equipment, overseas construction, and the broader supply chain have made an increase necessary.
The decision comes as chip designers are already dealing with expensive memory, advanced packaging constraints, and rising development costs. A further increase in wafer prices could place additional pressure on product margins and may eventually contribute to higher retail prices.
Mature nodes will not escape the increase
Older semiconductor processes are often seen as more affordable because they use established equipment and have lower development costs than leading edge nodes. However, TSMC reportedly plans to include mature processes in the 2027 price adjustment.
That matters because many widely used chips do not require the newest manufacturing technology. Power controllers, display drivers, automotive components, networking chips, sensors, and embedded processors frequently rely on mature nodes.
| Process category | Reported 2027 outlook |
|---|---|
| 28nm | Expected price increase |
| 16nm | Expected price increase |
| 12nm | Expected price increase |
| Below 7nm | Expected price increase |
| 2nm | Inclusion not yet confirmed |
| Estimated increase | Around 5 to 10 percent |
Customers using older processes may have fewer practical alternatives than expected. Moving a chip to another foundry requires redesign work, testing, validation, and production qualification. These steps can take time and add significant cost.
As a result, many companies may accept the increase rather than delay products or move established designs to another manufacturer.
Overseas factories are raising manufacturing costs
One of the main reasons behind the planned price adjustment is the cost of expanding production outside Taiwan.
New semiconductor factories require expensive equipment, specialist workers, energy infrastructure, water systems, and local supply chains. Building and operating fabs in the United States and other overseas locations can cost considerably more than running comparable facilities in Taiwan.
TSMC is making large investments to increase its international manufacturing presence. These projects can improve regional supply security and help customers meet government requirements, but they also increase operating costs.
Materials and advanced manufacturing equipment have also become more expensive. Leading edge lithography machines, deposition tools, inspection systems, and packaging equipment require substantial investment.
TSMC appears to be spreading part of this additional cost across its customer base rather than limiting it to chips produced at overseas facilities.
Advanced chip customers could face difficult decisions
The report does not confirm whether TSMC’s 2nm process will be included in the price increase.
If 2nm wafers become more expensive, the effect could be significant for companies developing future smartphone processors, AI accelerators, and high performance computing chips.
Leading edge designs already require large research budgets and expensive masks. Lower production yields during the early stages of a new node can make each usable chip even more costly.
Companies may respond in several ways. They could raise product prices, reduce profit margins, use smaller chips, delay adoption of a newer node, or divide designs into chiplets manufactured on different processes.
Some chipmakers could also consider Samsung’s 2nm gate all around technology. However, switching foundries is not simple, and customers will compare manufacturing yields, production capacity, performance, power efficiency, and software support before making a decision.
Consumer electronics may become more expensive
A wafer price increase does not automatically produce an identical rise in retail prices. Semiconductor manufacturing represents only one part of the total cost of a finished device.
However, the increase could add pressure across several product categories.
Smartphone companies may face higher costs for application processors, modems, and supporting chips. Graphics card and processor companies could pay more for advanced compute dies. Automotive manufacturers may also see increases for controllers and other chips produced on mature nodes.
The final effect will depend on supply agreements and the ability of each company to absorb the increase.
| Industry | Possible effect |
|---|---|
| Smartphones | Higher processor and modem costs |
| PCs | More expensive CPUs, GPUs, and supporting chips |
| AI hardware | Higher accelerator and packaging costs |
| Automotive | Increased prices for mature node components |
| Networking | Higher controller and switch chip costs |
| Consumer devices | Greater pressure on retail pricing |
Some companies may protect lower priced products by reducing specifications or extending the life of older designs. Premium products may be better able to absorb the increase because they already carry wider profit margins.
TSMC is avoiding the scale of recent memory price increases
TSMC’s leadership has indicated that it does not plan to follow the much larger increases seen in parts of the memory market.
DRAM and HBM prices have risen sharply because of AI demand and limited supply. TSMC’s proposed 5 percent to 10 percent adjustment is smaller, but it still matters because the company manufactures chips for many of the world’s largest technology businesses.
The increase also arrives at a difficult time. Customers are dealing with higher memory costs, limited advanced packaging capacity, and stronger demand for AI hardware.
TSMC remains the leading foundry for advanced semiconductor production, which gives it considerable pricing power. Customers may seek alternatives, but moving important products to another supplier involves technical and financial risk.
The planned 2027 increase therefore reflects both higher manufacturing costs and TSMC’s strong position in the market. Its full effect will become clearer once customers finalise product plans and determine how much of the additional cost they are willing to absorb.
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