Building U.S. Quantum Manufacturing
Anderon Finalizes $1 Billion CHIPS Award to Expand U.S. Quantum Manufacturing
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Key Points
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Anderon received the largest single allocation in the CHIPS quantum initiative: its $1 billion award represents about half of the roughly $2 billion distributed among nine companies.
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The foundry is intended to operate as an independent supplier for multiple quantum hardware vendors, rather than serving only IBM’s own technology roadmap—an approach compared with TSMC’s role in conventional semiconductor manufacturing.
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Anderon CEO Mukesh Khare said the agreement would help move quantum technology “from research breakthroughs to real-world impact,” while IBM Research Director Jay Gambetta said the facility would provide the manufacturing foundation needed to scale IBM’s quantum roadmap.
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The company said the facility is intended to strengthen domestic quantum supply chains and support a broader U.S. quantum ecosystem by enabling production-scale manufacturing.
Anderon, an IBM subsidiary, has finalized a $1 billion award from the U.S. Department of Commerce under the CHIPS and Science Act to build America's first dedicated quantum wafer factory tai-semicon. IBM is adding another $1 billion of its own money, bringing total investment to $2 billion for the 300-millimeter foundry in Albany, New York. The facility has already started producing its first wafers, targeting quantum chips that power next-generation computers marketscreener.
This is the largest single grant in the federal government's quantum manufacturing push. Anderon's award represents roughly half of the $2 billion total distributed among nine companies nationwide tipranks. Unlike typical chip makers, the foundry will operate as an independent supplier for multiple quantum hardware vendors—similar to how TSMC serves the broader semiconductor industry.
From Lab Breakthroughs to Manufacturing Scale
Anderon CEO Mukesh Khare said the agreement moves quantum technology "from research breakthroughs to real-world impact" marketscreener. IBM Research Director Jay Gambetta emphasized that the Albany facility provides the manufacturing backbone needed to scale IBM's quantum roadmap. The foundry initially focuses on superconducting qubit arrays, quantum input/output signaling, and readout components—the core building blocks for early quantum systems.
Supporting a Broader U.S. Quantum Ecosystem
The foundry is designed to strengthen domestic quantum supply chains and serve the entire U.S. quantum industry, not just IBM marketscreener. This independent-supplier model reduces reliance on foreign manufacturing and accelerates the timeline for American quantum hardware companies to reach production scale. The facility will eventually expand beyond superconducting systems to support additional quantum technologies as the field evolves.
Why This Award Matters for U.S. Competitiveness
The CHIPS and Science Act explicitly targets quantum manufacturing as a national security priority ca.marketscreener. By securing the largest single allocation, Anderon now anchors America's quantum hardware production capacity. This investment signals federal confidence in superconducting quantum technology while creating a domestic alternative to overseas manufacturing—critical as quantum computing moves from research labs to commercial deployment.
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