Price Game of Chip Equipment: ASML's Price Hike Plan and TSMC's Opposition

Abstract

Global core chip equipment supplier ASML recently announced plans to raise prices of its deep ultraviolet (DUV) lithography systems by 10%, drawing widespread attention in the semiconductor industry. As the only company mastering extreme ultraviolet (EUV) and high-end DUV lithography technology, ASML's pricing strategy directly affects the cost structure of the entire semiconductor supply chain. TSMC, the world's largest chip foundry, has explicitly opposed the plan. This article provides an in-depth analysis of the background, impact, and potential direction of this price hike from the perspectives of technology monopoly, market landscape, and supply chain game.

I. Introduction: Ripples in the Lithography Market

In July 2026, news from global core chip equipment supplier ASML shook the semiconductor industry: the company will raise prices of its DUV lithography systems by 10%. This increase is not an isolated case—in recent years, with surging global chip demand and intensified competition in advanced processes, ASML's lithography equipment prices have been climbing. However, this price hike plan has met explicit opposition from one of its largest customers—TSMC.

This price game between the equipment supplier and chip manufacturer reflects deep structural contradictions in the current global semiconductor supply chain. When a company holds irreplaceable core technology, its pricing power becomes a key variable affecting the entire industry ecosystem. This article systematically analyzes the motives behind ASML's price hike, the logic of TSMC's opposition, and the potential impact of this event on the future competitive landscape of the semiconductor industry.

Figure caption: ASML DUV lithography system working schematic. As core equipment for advanced process chip manufacturing, changes in lithography machine prices directly affect the cost structure of the global semiconductor industry.

II. ASML's Price Hike: Inevitable Logic Under Technology Monopoly

1. Irreplaceable Technological Position

ASML dominates the global lithography market. In high-end lithography, the company is the sole supplier of EUV technology, while in DUV systems, despite competitors like Nikon and Canon, ASML holds over 80% market share for advanced processes at 7nm and above due to its immersion technology advantage. This near-monopoly position gives ASML strong pricing power.

From a technology evolution perspective, semiconductor manufacturing requires exponentially increasing lithography precision. Each generation of advanced processes often requires major upgrades to lithography systems. ASML continuously invests huge R&D spending—over EUR 4 billion in 2025—which ultimately needs to be recovered through equipment sales. A 10% price hike, from a corporate financial perspective, is a necessary business strategy to maintain its technological leadership.

2. Supply Chain Cost Pass-through

In recent years, global raw material prices, logistics costs, and high-end precision component manufacturing costs have been rising. ASML's equipment contains tens of thousands of precision parts, involving optical systems, precision machinery, control systems, and more. These upstream cost increases directly push up equipment manufacturing costs. Additionally, global chip shortages have led to strong equipment demand, with ASML's order backlog reaching a historic high of EUR 35 billion in early 2026. Supply-demand imbalance further strengthens its pricing confidence.

3. Strategic Intent: Reinforcing the Technology Moat

At a deeper level, ASML's price hike is not only a short-term financial decision but also part of its long-term strategic layout. By raising equipment prices, ASML can effectively screen customers, prioritize limited capacity for strategically important large customers, and use price leverage to steer customers toward higher-value EUV systems. This not only improves per-unit profit margins but also accelerates technology roadmap iteration, reinforcing its market leadership for the next decade and beyond.

III. TSMC's Opposition: From Partner to Price Game Player

1. Cost Pressure and Profit Squeeze

TSMC is the world's largest chip foundry, and its production lines heavily rely on ASML's lithography equipment. It is estimated that lithography equipment accounts for over 40% of total equipment expenditure in an advanced process wafer fab. For the 3nm process, equipment depreciation accounts for more than 30% of the cost per wafer. A 10% price hike by ASML would directly increase TSMC's capital expenditure by hundreds of millions of dollars, thereby compressing its profit margin.

In the semiconductor industry, foundry gross margins are typically around 50%, but recently, with surging R&D investment in advanced processes, TSMC's gross margin has fallen from 59% in 2022 to 54% in 2025. The price hike will further intensify its profitability pressure. TSMC's opposition to ASML's price increase is essentially an attempt to protect its own profit space and avoid fully passing costs downstream.

2. Bargaining Power Game

Although TSMC is one of ASML's largest customers, the two parties are not evenly matched in bargaining power. ASML's technology monopoly means TSMC cannot easily find alternative suppliers in the short term; however, TSMC's order scale provides it with negotiating leverage. Data shows that about 30% of ASML's revenue comes from TSMC, making its dependence on TSMC significant.

This opposition is a clear signal from TSMC to ASML: if prices are forced up, countermeasures such as order reductions or adjusted payment terms may follow. In fact, TSMC has been actively expanding cooperation with DUV lithography suppliers like Nikon and Canon and is promoting self-research on some key components, although it is difficult to shake ASML's position in the short term, it may weaken its bargaining disadvantage in the long run.

3. Chain Reaction in the Industry Ecosystem

TSMC's opposition is not only the interest demand of a single company but also represents the concern of the entire semiconductor supply chain. Equipment price increases will pass through to chip manufacturers, driving up chip prices and ultimately affecting multiple downstream industries such as consumer electronics, automotive, and industrial. Against the backdrop of unstable global economic recovery and weak end demand, the impact of cost increases on the supply chain is particularly sensitive.

Moreover, TSMC's opposition may trigger imitation by other chip manufacturers. Samsung, Intel, and other major ASML customers also face cost pressure and may unite to pressure ASML. This joint game will change the previous dominant position of equipment supplier pricing, pushing the industry toward a more balanced profit distribution pattern.

IV. Event Impact and Industry Outlook

1. Short Term: Price Hike Likely Partially Implemented

Based on available information, ASML's 10% price hike plan is likely to be partially executed in the short term. Reason: DUV systems remain in short supply, and customers like TSMC, though opposed, may ultimately accept a certain price increase to avoid capacity disruptions. However, the actual price increase may be lower than 10%, with bulk discounts or long-term agreements offering some concessions to major customers to ease opposition from TSMC and others.

2. Medium Term: Equipment Domestic Substitution Will Accelerate

This event again highlights the "bottleneck" issue in the semiconductor equipment field. For regions like Mainland China, ASML's price hike will further stimulate R&D investment in local lithography equipment. Currently, companies like Shanghai Micro Electronics Equipment have achieved mass production of 90nm DUV lithography equipment, with 28nm equipment under development. Although there is still a gap with ASML's technology level, price pressure will generate stronger substitution momentum, gradually increasing domestic equipment market share.

For TSMC in Taiwan, this game may also prompt it to reassess its long-term cooperation model with ASML, including exploring more flexible mechanisms such as equipment leasing and joint development to reduce capital expenditure risk.

3. Long Term: Restructuring of Industry Chain Structure

As core equipment for semiconductor manufacturing, the shift in pricing power for lithography will profoundly change industry profit distribution. In the long run, whether ASML can maintain its gross margin of over 60% depends on three factors: first, the sustainability of its technology leadership; second, changes in customer bargaining power; third, the catch-up speed of emerging competitors (e.g., Chinese lithography equipment companies).

If ASML continues aggressive price hikes, it may push customers to accelerate diversified procurement and even force customers to invest more in self-research. Historically, Intel, constrained by lithography supply, pushed for the commercialization of EUV technology, and similar industry coordination may occur again in the future.

V. Conclusion

ASML's plan to raise DUV system prices by 10% is a business decision based on market supply-demand, cost pressure, and strategic layout by a technology monopoly company. TSMC's explicit opposition reveals the profound profit game between equipment suppliers and manufacturers in the semiconductor supply chain. The outcome of this game will not only affect the financial performance of the two companies but will also reshape the competitive landscape of the global semiconductor industry.

In the short term, a compromise price hike is likely; in the medium term, equipment domestic substitution and customer diversification of procurement will accelerate; in the long term, the industry chain structure may adjust toward a more balanced and resilient direction. For industry participants, only by continuously increasing R&D investment and deepening supply chain collaboration can they remain invincible in an uncertain market environment. For global chip consumers, every equipment price increase will eventually leave an imprint on end-product prices—a vivid portrayal of the balance between technology monopoly and industry ecology.