Albany R&D Hub Installs Advanced Chip Lithography Tool
The $1 billion installation allows semiconductor firms to test next-generation chip designs ahead of a 2027 development launch.
Updated on Oct. 21, 2026 in Semiconductors
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NY Creates has installed a high-numerical aperture extreme ultraviolet (high NA EUV) lithography tool at the Albany NanoTech Complex. Supported by a $1 billion state investment, the system is part of a larger $10 billion research collaboration between major semiconductor firms.
Why it matters
This infrastructure allows researchers to test next-generation semiconductor fabrication processes before full-scale manufacturing. It aims to cement Albany as a central hub for microchip R&D and attract further private investment into the region.
The facility features high NA EUV lithography, a machine that uses light with a shorter wavelength to print smaller, more complex circuit patterns than previous ultraviolet systems. The site now encompasses 200,000 square feet of cleanroom space, including 50,000 square feet recently added.
The players
NY Creates
A non-profit organization that manages the Albany NanoTech Complex and facilitates public-private partnerships in semiconductor research.
ASML
The Dutch technology company that designs and builds the advanced photolithography systems required for high-end microchip production.
IBM
A major technology firm focused on enterprise infrastructure, artificial intelligence, and advanced semiconductor research and development.
Micron Technology
A global leader in memory and storage semiconductor manufacturing.
Applied Materials
A supplier of materials engineering solutions and equipment used to manufacture integrated circuits and displays.
The details
High NA EUV lithography — a next-generation patterning technology — uses a lens with a larger numerical aperture to achieve higher resolution on silicon wafers. This allows chipmakers to shrink transistors to dimensions currently unfeasible with standard EUV, providing a path toward denser microchips. Partners use this shared facility to iterate on manufacturing parameters before deploying them at their own commercial foundries.
Timeline
December 2023: The research collaboration between NY Creates and semiconductor vendors was formed.
2026: The facility expects to process the first test wafers.
Early 2027: The lithography tool is scheduled to be fully ready for R&D use.
The Tech Race
This project places Albany in a direct competitive position against global semiconductor clusters seeking to master sub-2nm node manufacturing. By hosting the high NA EUV tool, the center acts as a critical intermediary in the global race to scale down transistor sizes.
Industry partners and researchers will gain access to the lithography tool for development cycles beginning in 2027. This facility accelerates the transition of experimental chip designs toward commercialization, which ultimately influences the performance and power efficiency of future consumer electronics.
The takeaway
The deployment of this lithography system marks a shift from theoretical research to physical testing for next-generation silicon architectures. Stakeholders should track the production of the first test wafers in 2026 to verify the system's performance metrics.
Further reading
For more on the region's role in the global chip supply chain, visit our Semiconductors section.
Source note: This article includes information reported by Globalspec.
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