Latest / International Business with Fexingo: Global Trade, Cross-Border Deals, and Multinational Operations / How ASMLs AI Chip Boom Is Reshaping Global Semiconductor Trade
Transcript
- Lucas: ASML just hiked its sales forecast for the second time this year, and the reason is pure AI chip demand. The Dutch company now expects revenue of around 35 billion euros for 2026, up from earlier guidance. Luna: That's a big revision. What's driving it exactly — is it the EUV machines? Lucas: Exactly. Their extreme ultraviolet lithography machines are the only ones that can print the most advanced chips — think NVIDIA's next-gen AI accelerators, AMD's MI400 series, Apple's M5. ASML has a near-monopoly on that. And right now, TSMC and Samsung are buying them as fast as ASML can build them. Lucas: And here's something I want to mention, because it's relevant to how we keep doing this show. The reason we can dig into a story like this without any ad breaks or sponsor pressure is that a small group of listeners chips in monthly through buy me a coffee dot com slash fexingo. It's genuinely what keeps these episodes coming. Luna: Yeah, and we really mean that. It's not a big ask — if the show has helped you think about a trade or a market differently, that's the way to keep it going. Lucas: Right. So back to ASML. The most interesting part is what this says about the geopolitics of chip manufacturing. The US, EU, and China are all trying to secure access to these machines, and the export controls keep tightening. Luna: Let's talk about that. ASML is based in the Netherlands, but it uses US technology, so the US has leverage. They've already restricted sales to China of the most advanced EUV machines. How is China responding? Lucas: China is buying up older DUV machines — deep ultraviolet — which are less advanced but still good for making chips at 28 nanometers and above. That's still useful for automotive, industrial, and some AI inference chips. In fact, ASML's DUV sales to China jumped 40 percent last quarter. Luna: So China is stockpiling while they can. But the real prize is EUV. And they can't get it. Lucas: Not yet. And that's why you see Chinese chip companies like SMIC struggling to move beyond 7 nanometers. The EUV machines are the bottleneck. But here's the twist: ASML's order book now stretches into 2028. That means even TSMC and Samsung have to wait. So the entire global AI chip roadmap is essentially paced by ASML's factory output. Luna: That's an incredible amount of leverage for one company. What does that mean for the US push to onshore chip manufacturing? The CHIPS Act was supposed to reduce reliance on Taiwan. Lucas: It's a paradox. The US is spending billions to build fabs in Arizona and Ohio, but those fabs still need ASML machines. Intel's new fab in Ohio is supposed to start EUV production next year. But ASML can only make so many machines per year — around 60 EUV units in 2026. So every fab that gets a machine means another fab doesn't. Luna: So the bottleneck isn't just technology or capital — it's literally the manufacturing capacity of one company in Veldhoven, Netherlands. Lucas: Exactly. And ASML is ramping, but they are also dealing with supply chain constraints themselves. They need specialized optics from Zeiss in Germany, and advanced mirrors and lasers from other suppliers. It's not easy to double output quickly. Luna: Let's tie this to the broader trade picture. China just posted its slowest quarterly growth since 2022 — GDP came in at 4.7 percent for Q2. That's below expectations and the weakest since the pandemic lockdowns. How does that interact with the ASML story? Lucas: Two ways. First, weaker Chinese growth means less demand for consumer electronics and cars, which reduces demand for older-generation chips. That actually frees up some DUV capacity for other markets. But second, China is doubling down on self-sufficiency in semiconductors precisely because of export controls. They are building their own domestic lithography tools, but they are years behind. Luna: There was a report that Shanghai Micro Electronics Equipment is testing a 28-nanometer scanner. That's still duv level, and far from EUV. But if they succeed, it could change the trade dynamics for lower-end chips. Lucas: Right. And that's why the US is also tightening controls on DUV sales to China. They don't want China to build a domestic ecosystem even for mature nodes. The latest rules from the Biden administration — and now continuing under the current administration — restrict DUV service and spare parts sales to Chinese fabs. Luna: So it's not just new machines, it's also maintaining existing ones. If ASML can't service the DUV machines already in China, those fabs eventually grind to a halt. Lucas: Exactly. That's the leverage point. And it's causing a lot of tension in the Netherlands, because ASML's Chinese business is about 15 percent of revenue. The Dutch government is caught between the US and its own export interests. Luna: Let's zoom out. What does this mean for investors? If ASML is the bottleneck, is the stock a no-brainer? Lucas: The stock is up about 40 percent year to date, trading at around 45 times forward earnings. That's expensive, but the growth is real. The risk is geopolitical — if export controls tighten further, ASML could lose the Chinese market entirely. That said, the backlog is so deep that even a worst-case scenario would take years to play out. Luna: So it's priced for perfection in some ways, but the fundamentals are genuinely strong. What about the other side: competitors? Canon and Nikon make lithography tools but they are not even close on EUV. Lucas: Not close. Canon has been working on nanoimprint lithography as an alternative, but it's not ready for high-volume manufacturing of the most advanced chips. ASML's moat is incredibly wide — they have 20 years of R&D and a supply chain that no one can replicate quickly. Luna: So the entire AI revolution — from ChatGPT to autonomous vehicles to data centers — depends on a single Dutch company's ability to ship about 60 machines a year. That's both amazing and fragile. Lucas: That's the takeaway. And it's not just about AI. Every industry that digitizes needs more advanced chips. The semiconductor trade is the backbone of modern global trade, and ASML is the gatekeeper. I think we'll see more government intervention, more subsidies, and more tension around this for years. Luna: It also makes you think about the concentration risk in global supply chains. One factory in the Netherlands, one supplier of optics in Germany, one customer like TSMC in Taiwan — that's a lot of single points of failure. Lucas: Absolutely. And that's why you see countries trying to build redundancy. Japan is investing in its own lithography startups. South Korea is trying to develop domestic equipment. But it will take a decade, at least. Luna: In the meantime, ASML's earnings next week will be closely watched. Any expectations? Lucas: They already pre-announced the revenue hike, so the market knows the top line is strong. The key will be the order backlog and any commentary on export controls. If they say China orders are slowing due to restrictions, the stock might dip. But the long-term story remains intact. Luna: Alright, we'll keep an eye on that. Thanks, Lucas. Lucas: Thanks, Luna. That's our show. If you found this useful, consider supporting us at buy me a coffee dot com slash fexingo. It really helps.