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Chronicles

The story behind the story

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TSMC says it will hold off on using ASML's most advanced high-NA EUV machines, costing upwards of €350M apiece, for chip production through 2029 to save money

Bloomberg

Context & Ripple Effects

TSMC had flagged in 2024 that its A16 process would not require ASML’s new high-NA tools because of their cost, even as ASML expected TSMC, Intel, and Samsung to receive the systems. The current decision extends that cost discipline from one node to a multiyear production posture.

The move comes alongside TSMC raising its 2026 capital-spending and revenue-growth outlooks on AI demand, showing that elevated chip investment does not automatically translate into adoption of every leading-edge manufacturing tool.

First-order effects

  • TSMC can continue relying on its existing lithography approach for leading-edge production through 2029, avoiding the immediate production cost of deploying high-NA EUV systems.
  • ASML faces a delayed production-use case at its largest advanced-foundry customer and added pressure around the pricing of machines that cost more than €350M each.

Second-order effects

  • Intel’s reported plan to use high-NA EUV for some Panther Lake chips creates a split adoption path: Intel can seek a manufacturing differentiation while TSMC prioritizes tool economics.
  • ASML’s near-term high-NA manufacturing traction becomes more dependent on customers willing to absorb the cost, strengthening buyers’ leverage in negotiations over pricing and deployment terms.

Third-order effects

  • If leading foundries can extend existing EUV processes without sacrificing competitive node roadmaps, lithography capability alone will not determine upgrade cycles; the return on each tool will matter more.
  • The pattern points to a more selective leading-edge capex cycle: AI-driven spending can remain high while individual equipment categories face longer qualification and payback hurdles.

The trend: Advanced chipmaking is shifting from a race to install the newest tools first toward a race to deploy them only when their manufacturing economics justify the premium.

Discussion

  • @semianalysis_ @semianalysis_ on x
    We told you in 2023 [image]
  • @business @business on x
    TSMC will hold off on deploying ASML's most cutting-edge lithography machines for chip production through 2029 to save money, dealing a potential setback to the Dutch maker of the costly equipment. https://www.bloomberg.com/...