IBM and the U.S. Department of Commerce announced plans for what the parties call America's first purpose-built quantum computing foundry, backed by a proposed $1 billion CHIPS Act award.

The commitment places quantum processor manufacturing within the CHIPS for America incentive program — a funding track created by the 2022 CHIPS and Science Act and administered by the Commerce Department's CHIPS Program Office.

What does the foundry do?

A quantum foundry would replicate, for quantum processors, the fab model classical semiconductors use today. Quantum hardware requires cryogenic operating environments, ultra-low-noise control electronics, and specialized materials such as superconducting thin films and isotopically purified substrates. Standard CMOS production lines do not support those requirements at scale.

IBM has shipped quantum systems commercially since 2017, including the Q System One (2019) and subsequent Heron-class processors. A dedicated foundry would centralize the manufacturing layer underlying those product lines.

How does a "proposed" CHIPS award work?

A proposed award represents Commerce's preliminary commitment. Final terms require due diligence, environmental review, and binding agreements.

Prior proposed and finalized CHIPS recipients include TSMC, Intel, Samsung, GlobalFoundries, Micron, BAE, Microchip Technology, and SK Hynix, with commitments ranging from several hundred million dollars to multi-billion-dollar packages.

A quantum-foundry award at the proposed $1 billion level would rank among the largest non-classical-silicon commitments under the program to date.

Why fund quantum under CHIPS?

Commerce frames CHIPS funding as a national-security instrument. The 2022 statute targets semiconductor manufacturing resilience; its architects have publicly described quantum information science as a strategic frontier.

Quantum processors share fabrication lineage with classical semiconductors and diverge at cryogenic, materials, and packaging layers. A domestic foundry would reduce dependence on a narrow international supplier base that today produces most quantum hardware from research-scale facilities.

What hasn't been disclosed?

The announcement does not list:

• Foundry site location
• Production capacity target
• Construction timeline
• Workforce hiring commitments
• Joint-venture or partner structure

These items typically surface in subsequent Commerce award documents and detailed company disclosures during final negotiation.

What does the broader quantum market look like?

Quantum computing revenue remains dominated by research access fees, government contracts, and pilot deployments. Industry analysts at Boston Consulting Group, McKinsey, and others have projected broader quantum market growth into the multi-billion-dollar annual run-rate range by the early 2030s, with hardware as the largest single line item.

A U.S. foundry would address a structural supply-chain gap. Most quantum processors today are produced in low volumes at university cleanrooms, national-lab facilities, or small specialty shops. High-volume industrial production — even at modest initial throughput — would lower unit cost and tighten process control.

What should readers watch next?

Items to track:

• Final award amount relative to the proposed $1 billion
• Site selection and capital expenditure disclosure
• Production ramp milestones
• Workforce commitments
• Supply-chain reporting requirements

What is the current award status?

The proposed award remains in pre-finalization status. CHIPS negotiations between Commerce and recipient companies typically run several months before definitive agreements. No closing date has been announced.