Europe pushes back on the US chip war

Europe just drew a line in Washington’s chip war. Dutch Trade Minister Sjoerd Sjoerdsma flew to Washington this week to meet Commerce Secretary Howard Lutnick and members of Congress, lobbying directly against the MATCH Act, a bill that would block Chinese chipmakers from buying Western semiconductor equipment. According to TechCrunch AI, the move is unusual: a sitting European trade minister personally pressing US lawmakers to soften a bill aimed at China.

What’s at stake is one company in particular: ASML.

Why ASML sits at the center

ASML is based in the Netherlands, and it’s Europe’s most valuable company. More importantly, it’s the only company on Earth that makes the advanced lithography machines used to print cutting-edge AI chips. No ASML, no leading-edge silicon. That gives the Dutch a rare seat at the table in a fight usually run out of Washington and Beijing.

China matters to ASML’s books. As TechCrunch AI reports, China accounts for 19% of ASML’s net system sales. So a US bill that cuts off that market isn’t an abstract policy debate for the Netherlands. It’s revenue.

“It’s exceptional that I’m coming here to broadly outline our concerns to Congress,” Sjoerdsma told Bloomberg after the meetings. “The stakes for the Netherlands may be very high.”

What the MATCH Act would actually do

The current rules already ban ASML’s most advanced extreme ultraviolet (EUV) machines from reaching China. That ban has been in place for years.

The MATCH Act goes further. It would extend the curbs to ASML’s deep ultraviolet (DUV) immersion machines too. Here’s the catch worth understanding: what China can buy today are older-generation DUV tools, gear that first shipped about a decade ago. ASML CEO Christophe Fouquet made that point to TechCrunch in May. The bill would now relegate those same well-worn machines as off-limits.

In plain terms:

  • EUV tools: Already banned from China. The crown jewels.
  • DUV immersion tools: Older tech, still legal to sell. The MATCH Act would close this door.

So this isn’t about handing China the newest equipment. It’s about whether the US can reach across borders and shut down sales of decade-old machines that a European company still profits from.

Why this matters for the AI industry

The whole AI boom rests on a brutally narrow supply chain. Every frontier chip from Nvidia, AMD, and the rest traces back through a handful of fabs that all depend on ASML hardware. When governments start fighting over who can buy which lithography machine, they’re really fighting over who gets to build the next generation of AI compute.

What stands out here is the crack forming between allies. Washington has spent years building a united front to choke off China’s chip ambitions, leaning on the Netherlands and Japan to go along. This visit is a public sign that the alliance has limits, and that those limits show up the moment American policy starts costing European companies real money.

For anyone building on AI infrastructure, the lesson is that the hardware layer is now political ground. Export rules, not just engineering, decide where compute can be made.

What to watch next

The MATCH Act was introduced in April and hasn’t faced a full House or Senate vote yet. Bloomberg notes it would likely need to be folded into a larger legislative package to pass, which is how bills like this usually move.

A few things to keep an eye on:

  1. Whether the bill gets attached to a bigger package. That’s the most realistic path to it becoming law.
  2. How hard the Dutch keep pushing. A minister flying to Washington is a strong signal, not a one-off.
  3. Whether other allies follow. Japan’s chip-tool makers have similar exposure and may watch the Dutch move closely.

This is significant because it shows the chip war is no longer just US versus China. It’s becoming US versus its own allies over who pays the price. How Congress handles the MATCH Act will tell us a lot about how much friction Washington is willing to create to keep the pressure on Beijing.

Full details are available at the original source.

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