ASML Raises 2026 Guidance for Second Time as AI Demand and Intel High-NA Milestone Converge
A record €38.8 billion backlog and Intel's first high-volume High-NA EUV production run confirm the depth of AI infrastructure demand for ASML's tools, even as unresolved export-control politics remain the dominant risk.
ASML lifted its 2026 revenue guidance for the second consecutive quarter on July 16, attributing the upgrade to sustained AI chip production demand and robust equipment order intake — a signal that the AI infrastructure investment cycle continues to convert into hard equipment commitments rather than softening into caution. The same day brought what may prove the more consequential technical development: Intel became the first company to ship high-volume logic chips produced on ASML's High-NA EUV scanner, a 0.55-numerical-aperture tool representing the next generational step beyond conventional EUV lithography. Panther Lake layers on Intel's 18A process node are now dual-qualified for these 0.55 NA scanners, marking the inaugural production-scale deployment of High-NA technology in logic manufacturing. Taken together, the two developments illuminate both the demand trajectory and the technology frontier that ASML currently straddles.
The financial backdrop reinforces the guidance upgrade. Heading into ASML's July 15 earnings release, the company carried a reported order backlog of €38.8 billion and disclosed what analysts characterized as a $26.5 billion demand signal for the second quarter. Bernstein analysts cited this multi-year order book when defending ASML's valuation following a roughly 140% share-price gain over the prior year, arguing that Street consensus materially underestimated sustained EUV tool demand driven by AI accelerator production. ASML also announced a €12 billion share buyback program, pairing the capital-return signal with a reaffirmed 2028 supercycle thesis built on cumulative capacity requirements at advanced-node fabs. Analysts covering the South Korean supply chain noted a broader capex reorientation toward AI-specific manufacturing as a structural tailwind for equipment makers — ASML, Applied Materials, KLA, and Lam Research among them.
The Intel High-NA milestone warrants particular attention as a leading indicator of the technology curve. For years, High-NA EUV has been the subject of cautious anticipation rather than confirmed adoption: the tools are considerably more expensive and complex than conventional EUV scanners, and customers had been reluctant to commit until production viability was demonstrated at scale. Intel's achievement of dual-qualification across Panther Lake layers on 18A signals that the adoption threshold has been crossed in logic manufacturing. The tool belongs to the category barred from export to China, underlining both its strategic sensitivity and the capital commitment required from leading-edge fabs. Whether TSMC and Samsung — neither of which has confirmed equivalent High-NA qualification — accelerate their own adoption timelines will be a critical determinant of the magnitude and duration of this tool-replacement cycle.
The geopolitical dimension remains the dominant unresolved variable in ASML's investment case. The company has been at the center of a prolonged dispute involving the United States, the Netherlands, and China over access to advanced lithography equipment. In June, reports attributed to U.S. officials alleged that ASML EUV tools had reached China in violation of export controls; ASML publicly denied the claim, stating it had accounted for all 314 EUV machines ever shipped and confirmed that no advanced EUV tool had reached Chinese customers through any channel. The Netherlands subsequently joined the U.S.-led Pax Silica export-control framework — a multilateral arrangement designed to restrict advanced semiconductor manufacturing equipment access by non-aligned countries — a diplomatic step the Dutch government concluded was necessary despite its direct commercial impact on ASML. The Dutch government has simultaneously lobbied Washington to moderate the scope of restrictions. A separate U.S. legislative proposal, the MATCH Act, has been cited in coverage as a potential further tightening mechanism, though its final form and passage timeline remain unresolved.
Viewed with appropriate balance, ASML's outlook is shaped by two forces pulling in opposite directions. The demand side is as strong as it has been at any point in the company's history: AI training and inference infrastructure is driving sustained capacity additions at leading-edge fabs, and the High-NA transition introduces a layer of incremental tool demand that conventional EUV equipment cannot satisfy. Three concrete signals worth monitoring over coming quarters are the pace of High-NA qualification announcements from TSMC and Samsung; the precise scope of restrictions finalized under the Pax Silica framework, including any carve-outs the Dutch government secures; and whether forward capital expenditure guidance from memory makers such as Micron — which analysts have flagged as a leading indicator of AI equipment-cycle duration — sustains its upward trajectory. Against these tailwinds, the export-control environment carries genuine downside: a tightening or broadening of restrictions to additional tool categories would reduce ASML's addressable market in China, historically a material revenue contributor. The €38.8 billion backlog and back-to-back guidance upgrades provide near-term earnings visibility, but they do not insulate the company from structural shifts in geopolitical alignment that are, by nature, difficult to forecast with precision.