ASML Holding
Rating
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Adding on Dips — Active Accumulation
Combined average of Moat (AI Resilience), Growth, and Valuation scores.
Moat Score
The only company in the world capable of producing EUV and High-NA EUV machines required for advanced chips below 7nm.
ASML is the Sole Provider of the world's most complex machines:
- EUV and High-NA Monopoly: Extreme Ultraviolet (EUV) lithography is required for every advanced chip from Apple, NVIDIA, and AMD. High-NA EUV — at $380M per system — extends this monopoly to 1.4nm and below, the only viable path to future AI silicon. ASML is the only company that can build either.
- Technological Barrier: Developing EUV took 20+ years and billions in funding from TSMC, Intel, and Samsung co-investment. A competitor would need at minimum a decade and the cooperation of the entire semiconductor ecosystem to come close — and still wouldn't have ASML's 30+ years of machine performance data.
- Service Ecosystem and AI Demand Flywheel: Once a machine is installed, ASML generates recurring service revenue for 20+ years. Q1 2026 service revenue grew +25% YoY as the installed base expands. AI-driven chip demand accelerated capacity buildouts, prompting management to raise full-year 2026 guidance to €36–40B from €34–39B, with CEO Fouquet citing AI chip demand as the primary driver.
Ten Moats Verdict
ASML is the most AI-resilient business in the portfolio. Physical hardware monopolies, regulatory protection, and manufacturing expertise rooted in physics cannot be disrupted by software AI — and the AI infrastructure boom is actively accelerating demand for ASML's machines. High-NA EUV cements this monopoly for the next decade.
Not applicable — ASML sells precision lithography hardware to chip fabricators, not UI-based software.
Not applicable to extreme ultraviolet lithography physics and optics manufacturing.
Not applicable to this hardware monopoly business model.
EUV optics engineers, plasma physicists, and precision mechatronic specialists are among the rarest people on Earth. AI cannot replicate 30 years of applied physics expertise embedded in ASML's workforce.
Full EUV system bundle: laser light source + optics + scanner + metrology + software + 20-year service contract = inseparable, multi-year integration. High-NA EUV adds a new, higher-ASP bundle tier no competitor can match.
30+ years of machine performance data from every major chip fab run generates yield-optimisation intelligence that is compounding, exclusive, and the foundation of the recurring service contract moat.
Dutch export-controlled technology requires government approval per sale; classified as dual-use under Wassenaar. VEU fast-track exemptions for Chinese customers were revoked in 2026, with ASML expecting significantly lower China demand in 2026; no Chinese fab can receive EUV systems. TSMC/Samsung/Intel dependency and US/Dutch co-regulation create a state-protected monopoly with no legislative path to disruption.
Deep co-development IP partnerships with TSMC, Samsung, and Intel create mutual dependency. AI chip demand is widening this loop — more compute demand drives more fab investment which drives more ASML machines. Not yet 'strong' as it remains bilateral rather than self-reinforcing at scale.
ASML EUV machines run 24/7 inside fabs generating chips the world runs on. Removing them mid-cycle requires halting production lines worth billions per day. AI server demand makes these machines more mission-critical, not less.
ASML IS the system of record for advanced node semiconductor manufacturing globally. High-NA EUV is the only viable path to 1.4nm and below, locking in ASML's monopoly position through at least 2035.
Combined average of Moat (AI Resilience), Growth, and Valuation scores.
Moat Score
The only company in the world capable of producing EUV and High-NA EUV machines required for advanced chips below 7nm.
Growth Score
Q1 2026 revenue of €8.8B beat consensus by €0.3B (+13% YoY), prompting a guidance raise to €36–40B for full-year 2026. Service revenue accelerated +25% YoY in Q1 2026, driven by the expanding EUV installed base. High-NA EUV is ramping with ~30% EUV revenue growth expected for 2026, and EPS CAGR of ~22% through 2027 is driven by mix shift toward higher-ASP systems and margin expansion. The 2030 target of €44–60B implies 9–14% revenue CAGR from 2026's revised baseline.
Valuation Score
At ~$1,474 — up ~38% since the February 2026 update — ASML has moved from near the midpoint of the prior bear-to-base range to approximately 60% of the way toward the revised base target of $1,750, yielding a valuation score of 75. The Q1 2026 beat and guidance raise to €36–40B justify revised upward scenarios, but the margin of safety has narrowed from the February entry point. Forward P/E of ~36× sits below ASML's 5-year historical premium of ~45×, reflecting the significant earnings ramp ahead as High-NA shipments scale through 2027.
The Strategic Bottleneck Moat
ASML is the Sole Provider of the world's most complex machines:
- EUV and High-NA Monopoly: Extreme Ultraviolet (EUV) lithography is required for every advanced chip from Apple, NVIDIA, and AMD. High-NA EUV — at $380M per system — extends this monopoly to 1.4nm and below, the only viable path to future AI silicon. ASML is the only company that can build either.
- Technological Barrier: Developing EUV took 20+ years and billions in funding from TSMC, Intel, and Samsung co-investment. A competitor would need at minimum a decade and the cooperation of the entire semiconductor ecosystem to come close — and still wouldn't have ASML's 30+ years of machine performance data.
- Service Ecosystem and AI Demand Flywheel: Once a machine is installed, ASML generates recurring service revenue for 20+ years. Q1 2026 service revenue grew +25% YoY as the installed base expands. AI-driven chip demand accelerated capacity buildouts, prompting management to raise full-year 2026 guidance to €36–40B from €34–39B, with CEO Fouquet citing AI chip demand as the primary driver.
Ten Moats Verdict
ASML is the most AI-resilient business in the portfolio. Physical hardware monopolies, regulatory protection, and manufacturing expertise rooted in physics cannot be disrupted by software AI — and the AI infrastructure boom is actively accelerating demand for ASML's machines. High-NA EUV cements this monopoly for the next decade.
Not applicable — ASML sells precision lithography hardware to chip fabricators, not UI-based software.
Not applicable to extreme ultraviolet lithography physics and optics manufacturing.
Not applicable to this hardware monopoly business model.
EUV optics engineers, plasma physicists, and precision mechatronic specialists are among the rarest people on Earth. AI cannot replicate 30 years of applied physics expertise embedded in ASML's workforce.
Full EUV system bundle: laser light source + optics + scanner + metrology + software + 20-year service contract = inseparable, multi-year integration. High-NA EUV adds a new, higher-ASP bundle tier no competitor can match.
30+ years of machine performance data from every major chip fab run generates yield-optimisation intelligence that is compounding, exclusive, and the foundation of the recurring service contract moat.
Dutch export-controlled technology requires government approval per sale; classified as dual-use under Wassenaar. VEU fast-track exemptions for Chinese customers were revoked in 2026, with ASML expecting significantly lower China demand in 2026; no Chinese fab can receive EUV systems. TSMC/Samsung/Intel dependency and US/Dutch co-regulation create a state-protected monopoly with no legislative path to disruption.
Deep co-development IP partnerships with TSMC, Samsung, and Intel create mutual dependency. AI chip demand is widening this loop — more compute demand drives more fab investment which drives more ASML machines. Not yet 'strong' as it remains bilateral rather than self-reinforcing at scale.
ASML EUV machines run 24/7 inside fabs generating chips the world runs on. Removing them mid-cycle requires halting production lines worth billions per day. AI server demand makes these machines more mission-critical, not less.
ASML IS the system of record for advanced node semiconductor manufacturing globally. High-NA EUV is the only viable path to 1.4nm and below, locking in ASML's monopoly position through at least 2035.
Growth Analysis
Growth Drivers
Key Risk
If the US/EU extend DUV immersion export controls to all remaining Chinese fabs by end of 2026, ASML loses the remaining China DUV revenue (~15% of 2025 sales) simultaneously with any AI hyperscaler capex slowdown, causing full-year 2026 revenue to miss the low end of the €36–40B guide
Score Derivation
Base 80 (revenue CAGR 13–16% NTM; EPS CAGR ~22% 2025–2027 justifies 15–30% CAGR base) + 5 recurring (service contracts +25% YoY, 20-year lifetime per machine) − 5 cyclicality/concentration (China demand significantly lower 2026 due to VEU revocation; TSMC single-customer concentration) = 80
Price Scenarios (12–24 Months)
Valuation Multiples
| Trailing P/E (GAAP) | ~65× |
| Forward P/E (NTM) | ~36× |
| PEG Ratio | ~1.6× |
| Price / Sales (NTM) | ~12.5× |
| Price / FCF | ~75× |
At ~36× forward P/E, ASML trades at a meaningful discount to its own 5-year historical average of ~45× while still commanding a steep premium to the semiconductor sector median of ~25×, reflecting the unmatched EUV monopoly. The PEG of ~1.6× is fair but not cheap — it requires ASML to sustain ~22% EPS CAGR through 2027, which the High-NA shipment ramp and service revenue compounding make plausible. The collapse from ~65× trailing to ~36× forward signals a sharp earnings acceleration ahead as High-NA systems begin contributing meaningful revenue — a structurally bullish signal for the 2026–2027 period.
Approximate figures as of April 2026.
Where We Are vs Targets
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Expanded DUV export controls eliminate remaining China access while AI capex plateaus — 2027 EPS stalls near €28 and the multiple compresses to ~30× on earnings uncertainty.
- US/EU extend DUV immersion export ban to all Chinese fabs by end of 2026, removing the remaining ~15% of 2025 China revenue with no near-term geographic offset
- Hyperscaler AI infrastructure spending decelerates materially in H2 2026–H1 2027, reducing TSMC and SK Hynix capital expenditure plans and deferring EUV machine deliveries
- High-NA EUV gross margins remain below 48% through 2027, compressing blended gross margin toward 51% and pushing 2027 EPS consensus below €30
2026 guidance midpoint of €38B achieved; High-NA scales to 20+ annual shipments; AI-driven fab demand sustains EPS recovery toward €40+ in 2027, re-rating toward 38× NTM.
- Non-China AI capex from TSMC, SK Hynix, and Samsung fully absorbs China revenue decline; 2026 revenue lands in €37–39B range as guided
- High-NA EUV scales to 20+ annual shipments by end of 2026, improving ASP mix and driving gross margin toward 53–54% by year-end
- 2027 revenue guidance of €42–45B issued at H2 2026 earnings, supported by sovereign fab programmes (US CHIPS Act, EU Chips Act) adding new demand cohorts
AI-driven data centre demand sustains 20%+ EUV revenue growth into 2028; High-NA hits 30+ annual shipments; margin expansion to 55%+ drives a material earnings re-rating toward 42× NTM.
- Sovereign foundry programmes across the US, Europe, Japan, and Middle East add a new demand cohort on top of TSMC/Samsung/SK Hynix, pulling the 2030 revenue target forward to ~€50B by 2028
- High-NA EUV reaches 30+ annual shipments by end of 2027 at improving unit margins; blended gross margin inflects above 55% ahead of the 2030 target
- AI accelerator demand for 1.4nm and 1nm nodes materialises faster than consensus, doubling ASML's addressable High-NA shipment opportunity and sustaining 25%+ EPS growth through 2028