If you've bought a car recently or tried to get a new graphics card, you've felt the chip shortage. But to understand why it's dragging on, you need to look at a single number from a single company in the Netherlands: the ASML backlog. It's not just a list of orders; it's the crystal ball for the entire electronics industry. As of their latest quarterly report, that backlog sits at a staggering €39 billion. That's more money in orders than the company made in all of 2023. Let's cut through the noise and see what this really means for the chips in your phone, your car, and the future of tech.
What You'll Find in This Guide
What Is the ASML Backlog, Really?
Think of ASML as the company that makes the printing presses for the most advanced microchips. Their machines, especially the Extreme Ultraviolet (EUV) lithography systems, are the only ones in the world capable of printing the tiny circuits for processors in the latest iPhones, AI servers, and military hardware. The backlog is the total value of all these machines that customers have ordered but haven't received yet.
It's not a simple queue. A big chunk of this backlog—over €5 billion—is for their next-generation High-NA EUV systems, which won't even start shipping until 2025. So when you hear "€39 billion backlog," it's a mix of machines being built now and machines that are just blueprints.
Key Takeaway: The backlog isn't just a measure of demand; it's a timeline. It tells us that even if a chipmaker like TSMC or Samsung decides today they need a new EUV machine to expand production, they're looking at a multi-year wait. That wait directly limits how fast chip supply can grow.
Why the Backlog Exploded: More Than Just Demand
Everyone points to the pandemic and the surge in electronics. That's part of it, but it's the easy answer. The real story is a perfect storm of three factors most people miss.
The Geopolitical Scramble
Governments woke up to the fact that chipmaking is a strategic asset. The U.S. CHIPS Act, Europe's Chips Act, and Japan's subsidies created a gold rush. Every major economy wants its own "secure" supply of advanced chips. This isn't just TSMC and Samsung ordering anymore. It's Intel on a massive comeback tour, it's new players with state backing, all trying to buy the same few machines at once. This political push added a layer of demand that's less about market need and more about national security—a demand that doesn't respond to price signals.
The Complexity Bottleneck
An EUV machine isn't a toaster. It has over 100,000 parts, sourced from 5,000 suppliers globally. One missing specialized valve or a delayed mirror from Germany can hold up the entire assembly. ASML's CEO, Peter Wennink, has been blunt about this: they are supply-constrained, not demand-constrained. They physically can't build machines faster because their own supply chain is maxed out. This is the less-discussed side of the backlog—it's a mirror of the broader industrial supply chain mess.
The "Pre-order" Phenomenon
With lead times stretching to two years or more, chipmakers are ordering machines for fabs they haven't even finished designing. They're securing capacity for 2026 and beyond because they're terrified of being left behind. This forward-ordering inflates the backlog number with future intent, making it a less precise indicator of immediate need but a powerful signal of long-term industry bets.
How Does the Backlog Affect Chip Supply?
The impact is uneven, creating clear winners and losers. It's not a uniform drought; it's a redirected river.
| Who It Affects | Direct Consequence | Real-World Example |
|---|---|---|
| Tech Giants (Apple, Nvidia, AMD) | Protected. They get first dibs on capacity from TSMC/Samsung, who get first dibs on ASML machines. | Apple's A-series chips ship on time. High-end GPUs and server CPUs remain available, albeit expensive. |
| Automakers & Industrial Firms | Squeezed. They use older "legacy" chips (28nm-90nm). Chipmakers prioritize new fabs for advanced chips, starving investment in legacy nodes. | Car plants still face sporadic shutdowns. A $1 microcontroller can halt a $50,000 vehicle. |
| Smaller Tech Startups | Frozen out. Can't secure "tape-out" slots at foundries without massive, long-term commitments they can't afford. | Innovation in hardware startups slows. New product launches get delayed by years. |
| Consumers | Higher prices, less choice. The cost and scarcity ripple down. You pay more for a car, a laptop, or a game console. | Discounts disappear. Base model configurations become the only available option. |
I've talked to procurement managers in the auto industry who are now signing 5-year contracts for chips they used to buy on the spot market. That's the new normal the ASML backlog has created.
The Waiting Game: Who Gets Chips First?
ASML doesn't just ship machines first-come, first-served. The allocation is a brutal prioritization exercise.
Loyalty and Volume Matter Most. TSMC is ASML's biggest customer and a decades-long partner. They get priority. Intel, spending billions to catch up, is writing huge checks and likely getting favorable terms to help the U.S. supply chain effort.
Strategic Agreements Trump Everything. A new fab in Arizona backed by U.S. government incentives might jump the queue over a similar fab in Asia, purely for geopolitical reasons. This is a subtle but critical shift. The machine delivery schedule is no longer just a business decision; it's a tool of industrial policy.
The loser here is the second-tier foundry or the memory chip maker without a powerful government backing them. Their expansion plans are on the slow track.
When Will It End? The Future Outlook
Don't expect the backlog to collapse. A gradual easing is the best-case scenario. ASML is targeting to build 600 EUV units by 2030, up from around 400 planned for 2025. That's a 50% increase, but demand might grow faster.
The real relief for the broader chip shortage won't come from ASML's backlog shrinking dramatically. It will come from two places:
1. The Legacy Node Catch-up: Companies like GlobalFoundries and specialized Chinese foundries are aggressively adding capacity for the 28nm-and-above chips that cars and appliances use. This investment doesn't require EUV machines, so it's outside the ASML bottleneck. Reports from SEMI, the global industry association, show record spending on these older "mature node" fabs.
2. The Demand Reset: A recession or a sustained drop in PC and smartphone sales would cool demand instantly. Chipmakers would delay or cancel some expansion plans, freeing up machine capacity. It's a painful way to balance the market, but it's historically how cycles correct.
My view? The acute shortage for things like cars will improve in the next 12-18 months as new legacy fabs come online. But the structural tension for the most advanced chips—the ones for AI and cutting-edge phones—will remain for the rest of the decade because the ASML machine supply will always be a scarce, controlled resource.
