
Lam Research broke ground on a new Oregon lab. The facility will expand clean room space by over 50%.
It is expected to open in 2028.
The project supports faster AI chip development.
What happened
Lam Research broke ground yesterday on a new lab in Tualatin, Oregon. The 120,000-square-foot facility is expected to open in 2028 and will expand clean room capacity by more than 50%.
Why it matters
AI is driving demand for highly complex chip architectures, pressing chip makers to speed up materials screening, process validation, and prototype-to-production transitions. The new lab supports faster pathfinding and process development amid this complexity.
What to watch
The project is Lam's biggest investment in Oregon to date, expected to create about 900 jobs and $500 million in economic output during construction. Lam also plans to invest more than $3 billion in its global lab network over the next five years.
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Lam Research's new Oregon lab is part of a broader strategy to build an integrated 24/7 R&D network across the United States, Asia, and Europe. The company says its global labs already support more than one million experiments annually, and it plans to invest over $3 billion in the next five years to expand this infrastructure. The new Tualatin facility will add specialized capabilities in deposition, etch, materials science, and hardware validation, aiming to accelerate development from early discovery to fab deployment.
The expansion reflects the pressure that AI demand places on chip manufacturing. As chip architectures grow more complex, companies must screen new materials faster, validate process technologies earlier, and move designs from prototype to production with fewer delays. Lam's lab network is designed to let engineers work side-by-side with customers, including Intel, whose executive Naga Chandrasekaran welcomed closer collaboration on process development and new technology evaluation. Governor Tina Kotek and Senator Jeff Merkley also attended the groundbreaking, highlighting the project's importance to Oregon's semiconductor R&D ecosystem and its expected economic impact.
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