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ASML and Carl Zeiss engineers have proposed a successor to ASML’s current High-NA EUV lithography platform, called Hyper NA, and estimate it could be ready in about ten years. That estimate comes from a peer-reviewed paper published in October 2026. It describes a technical possibility. ASML has started development work but has not committed to building the machine.
What was announced
Reuters reported on October 8, 2026 that engineers at ASML and Carl Zeiss, the company’s optics partner, wrote a peer-reviewed paper describing the system. The paper names it Hyper NA. The report, which was republished by Channel NewsAsia, says the readiness estimate is “about 10 years” and that ASML has begun development but has not committed to production.
Treat that date as a projection made in 2026. Neither the report nor the paper, as summarized in the sources available, sets a manufacturing schedule or a customer delivery date.
What Hyper NA is supposed to do
Lithography prints circuit patterns onto silicon using light. Resolution, the smallest feature a system can print, depends on three things according to ASML’s 2025 Annual Report: the wavelength of light, the numerical aperture (NA) of the optics, and process optimization. A higher NA lets the optics gather and focus light in a way that can print finer structures.
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ASML’s current High-NA machine, the TWINSCAN EXE, is a 0.55-NA EUV platform. The Hyper-NA paper, titled “Hyper-NA: a system with a numerical aperture of at least 0.75,” proposes raising that figure to 0.75 or higher.
The Reuters report says the proposed system could print features as small as 5 nanometers, and that this is more than a third smaller than what ASML’s current High-NA tool can print. These are reported potential capabilities from the paper. They are not measured results from a working production system.
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The report also says the design may reuse much of today’s technology. It quotes the paper as saying ASML’s current light source “can be reused as is,” and it attributes to the paper the claim that Zeiss can already make mirrors precise enough for Hyper NA. Because this is a paper’s statement rather than a named person’s, it should be attributed to the paper.
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Hyper NA compared with High NA
The useful comparison is between the two platforms as they stand, not between a projected feature size and a marketing label for a chip generation.
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- Unique Technology Display & Collection Item: The reflective silicon surface and detailed circuit patterns create a distinctive appearance, making it suitable for office decoration, exhibitions, technology displays and engineer collections.
- Actual Wafer Condition Notice: Each wafer sample has minor surface scratches or cosmetic marks resulting from semiconductor processing, handling and storage conditions. These appearance characteristics are present on all available sizes and are normal features of authentic wafer samples. They do not affect the wafer's use for technology display, STEM education, laboratory demonstration or collection purposes.
| Item | High-NA EUV (TWINSCAN EXE) | Hyper NA (proposed) |
|---|---|---|
| Numerical aperture | 0.55 (ASML 2025 Annual Report) | At least 0.75 (paper title) |
| Feature size | Current baseline for the comparison | As small as 5 nm, as reported by Reuters from the paper; more than a third smaller than the High-NA tool |
| Status | Shipping; first TWINSCAN EXE:5200B shipped April 2025; ASML expects high-volume manufacturing support in 2027 | Proposal; ASML has begun development but has not committed to production |
| Reuse of existing EUV technology | Built on ASML’s current EUV ecosystem | Paper says the current light source can be reused as is; Zeiss optics reported as capable of the required mirror precision |
| Readiness estimate | Not applicable | About 10 years, per ASML and Zeiss engineers, reported October 2026 |
The table separates two timelines that are easy to blur. High-NA is already in deployment and is on a path to high-volume manufacturing support in 2027, according to ASML. Hyper NA is a longer-range proposal. The 2027 date does not apply to it.
What the 5-nanometer figure does and does not mean
The “5 nanometers” number describes a printable feature size in the paper’s proposed system. It is not a commercial chip-node name. Foundries and chipmakers use node labels that do not map directly onto a single printed feature, so a 5 nm feature in a lithography paper should not be read as a chip labeled “5 nm” or “2 nm” in stores.
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The source material does not establish any equivalence between the two, so avoid making that comparison.
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The report mentions other possibilities beyond Hyper NA, including free-electron laser light sources and X-ray lithography. It says a shorter wavelength beyond Hyper NA remains a subject of academic research. The sources reviewed do not provide enough detail to compare those approaches with Hyper NA, so they should be treated as background rather than alternatives with a defined path.
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What to watch
- Full paper details. The paper’s optical architecture, technical constraints, and qualification milestones are the most important unknowns. The abstract-level summary in Semiconductor Engineering, dated October 7, 2026, covers topics such as resolution potential, reticle three-dimensional effects, and polarization, but the full article has not been reviewed here.
- A committed production decision. ASML’s statement that it has not committed to producing the system is the key condition. A firm product announcement, customer commitment, or schedule would change the picture.
- High-NA deployment. The progress of the EXE platform, including the 2027 high-volume expectation ASML states in its annual report, is a separate and more concrete measure of the company’s lithography roadmap.
The sources cited in this article are the Reuters report republished by Channel NewsAsia, dated October 8, 2026; the Semiconductor Engineering summary of the paper, dated October 7, 2026; and ASML’s Annual Report 2025, filed with the SEC.
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