Latest / Boardroom Conversations with Fexingo: CEOs, Strategy, and Corporate Leadership Explained / How the ASML Board Guards a Chipmaking Monopoly
Transcript
- Lucas: So, Luna, you ever stop to think about the fact that every advanced chip in your phone, your laptop, your car — they all go through one company's machines? Not one of three, not one of two. One. Luna: You mean ASML. The Dutch firm that makes those EUV lithography systems. I've heard they're basically the only game in town. Lucas: Exactly. Extreme ultraviolet lithography — EUV — is the technology that lets chipmakers etch circuits smaller than visible light can manage. And ASML is the sole supplier of those machines. Each one costs around 150 million dollars, weighs as much as a jet, and takes a year to assemble. It's a monopoly that the entire global semiconductor industry depends on. Luna: That's a wild position to be in. How does a board even think about strategy when you're the only option? Lucas: Well, that's what we're digging into today. And before we go deep, I want to mention something that keeps these conversations possible. This show is ad-free, and it's supported entirely by listeners. If these episodes have ever given you a new way to think about business, and you want to keep it that way, you can buy us a coffee at buy me a coffee dot com slash fexingo. No pressure, but it genuinely helps. Luna: Yeah, I'll second that. It's how we keep going. But back to ASML — what's the board's actual playbook here? Lucas: So the first thing to understand is that ASML's board doesn't just have one job. It has to balance the interests of three massive customers — TSMC, Samsung, and Intel — who are also fierce competitors with each other. And the board has to keep all of them happy enough that they keep buying, but not so happy that they could ever replicate the technology themselves. Luna: Right, because if one of them figured out how to make their own EUV machines, that would be game over for ASML. How do you prevent that? Lucas: The board's strategy is what I like to call 'controlled scarcity.' They deliberately produce only about fifty to sixty EUV machines a year. That's it. There's a waiting list that stretches for years. And by keeping supply tight, they ensure that no single customer can stockpile machines or gain too much leverage. They're all dependent on ASML's schedule, and that keeps the power firmly with the board. Luna: It's like a high-end watchmaker. You can't just order a hundred Patek Philippes. But doesn't that frustrate investors who want growth? Lucas: It does, and that's a real tension. But the board's argument is that long-term stability beats short-term revenue spikes. If they flooded the market, they'd undermine the technology's exclusivity and potentially trigger a price war with customers who might then invest in alternatives. So they've consistently chosen to grow slowly and steadily, reinvesting massive amounts into R&D — about two point five billion euros a year — to stay ahead. Luna: Speaking of staying ahead, they're already working on the next generation, right? high na EUV? Lucas: Yeah, high na EUV is the next leap. It uses a new optical system that can print even smaller features, which will be critical for chips beyond the two-nanometer node. And the board made a big bet on it early, partnering with Zeiss, the German optics company, to develop the lenses. It's a multi-year, multi billion dollar gamble, but it's what keeps the moat wide. Luna: But here's the thing — the board has to manage more than just technology. They've got a shareholder with a huge stake: NXP, the Dutch chip company, owns about fifteen percent of ASML. How does that influence decisions? Lucas: That's a fascinating dynamic. NXP is technically a customer, too, because they buy ASML machines for their own fabs. So you have a shareholder who also has a vested interest in ASML's pricing and supply. The board has to navigate that carefully to avoid any appearance of favoritism, but in practice, it's been a stabilizing force — NXP tends to support long-term R&D over quarterly gains. Luna: And then there's the geopolitical layer. The board has to deal with export controls, especially to China. That's got to be a headache. Lucas: It's a massive one. ASML is caught between the Dutch government, the US government, and the Chinese market. China is their third-largest source of revenue, but they've had to comply with restrictions on selling their most advanced machines there. The board has to make judgment calls that balance commercial interests with political pressures. And they've been pretty open about the fact that it's not a simple equation. Luna: I imagine the board meetings are pretty intense. Do you have a sense of how they actually operate? Lucas: From what's public, the board is composed largely of outsiders with deep tech and manufacturing experience. They meet six times a year, plus a strategy offsite. And they have a habit of inviting customers to present directly to the board — so TSMC, Samsung, Intel execs have all stood in that boardroom and laid out their roadmaps. That keeps the board grounded in reality. Luna: That's smart. It forces the board to hear firsthand what the customers are thinking, not just through management's filter. Lucas: Exactly. And it also helps build trust. When a customer knows the board hears their concerns directly, they're less likely to feel like they're being stonewalled. That's crucial in a monopoly relationship where there's nowhere else to go. Luna: But what happens if one of those customers decides they want to build their own EUV capability? Could that ever be a serious threat? Lucas: It's the existential question. The barrier to entry is astronomically high. You need decades of research, a deep supply chain of specialized components, and the kind of capital that even TSMC or Samsung would hesitate to pour in. The board's bet is that the complexity and cost make it practically impossible for anyone to replicate — and so far, they've been right. Luna: Still, a pure monopoly has a way of breeding resentment. Have there been any attempts by governments or customers to force ASML to license its technology? Lucas: There have been murmurs, especially from China, but nothing concrete. And the board's stance has been that they're open to partnerships, but they'll never give away the crown jewels. They've also been careful to stay politically neutral, which helps. They're a Dutch company, but they operate as a global player, not as a pawn of any one country. Luna: So, given all this, what's the board's biggest challenge right now, in your view? Lucas: I think it's managing the shift from EUV to high na EUV without losing the existing customer base. They've already sold a few high na systems to Intel and TSMC, but the technology is still in early adoption. The board has to convince the customers that this next jump is worth the investment, while simultaneously ensuring that the transition doesn't cannibalize sales of the current generation. It's a delicate dance. Luna: And they're doing that during a cyclical downturn in the semiconductor industry. That can't make it easier. Lucas: Right, chipmakers are cutting back on capital expenditures this year, so the board is facing headwinds. But they've got a backlog that extends years out, so they can weather a rough patch. The real test is whether they can keep the innovation pipeline full while the market is soft. Luna: It's interesting — they've essentially built a company that's too big to fail, in a way. If ASML stumbled, the whole industry would feel it. Lucas: That's the double-edged sword. The board knows they carry that responsibility, and it shapes their risk appetite. They're not going to make wild bets. They're going to make calculated, incremental moves that preserve the franchise. And so far, that's worked remarkably well — they've delivered consistent growth and margins that most manufacturers only dream of. Luna: So what's the takeaway for listeners? What should they learn from ASML's board playbook? Lucas: I'd say it's the power of patient, long-term thinking. In a world obsessed with quarterly results, ASML's board has been willing to sacrifice short-term gains for sustainable dominance. They've built a moat not by aggressive acquisitions or flashy marketing, but by relentless R&D and customer intimacy. That's a lesson that applies beyond tech — any business that can achieve that kind of strategic clarity is in a rare position. Luna: But it also takes a certain kind of nerve to say no to growth. Not many boards would do that. Lucas: Absolutely. It's a discipline that's underrated. And as we look ahead, the question is whether they can maintain that nerve as the industry evolves — especially with AI driving demand for even more advanced chips. That's the story we'll be watching. Luna: Well, I'm glad we got to unpack this one. It's a reminder that some of the most important companies in the world are the ones we never see directly. Lucas: Exactly. And if you want to keep hearing stories like this, remember you can support us at buy me a coffee dot com slash fexingo. It's what keeps the lights on around here. Luna: And on that note, we'll see you next time.