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# Anderon's CHIPS award puts quantum wafers into the supply-chain race
- URL: https://eazzytechnews.ghost.io/anderon-chips-quantum-foundry/
- Published: 2026-09-19T19:59:18.000Z
- Updated: 2026-09-25T13:08:48.000Z
- Description: IBM says Anderon finalized a $1 billion CHIPS award for U.S. quantum-wafer manufacturing, with first wafers already running through its Albany facility.
- Author: Collins Anfo
- Tags: IBM, Quantum Computing, Semiconductors, CHIPS Act, Technology Investment

Anderon has finalized a $1 billion U.S. CHIPS award to expand quantum-wafer manufacturing, giving IBM's new foundry unit federal backing for the production layer behind future quantum processors.

The [IBM announcement](https://newsroom.ibm.com/2026-09-16-anderon,-an-ibm-company,-finalizes-agreement-with-the-u-s-department-of-commerce-for-a-1-billion-chips-award-to-accelerate-r-d-for-u-s-based-pure-play-quantum-foundry?ref=eazzytechnews.ghost.io) says Anderon, an IBM company, reached the agreement with the U.S. Department of Commerce under the CHIPS and Science Act. IBM says the award will support research and development for U.S.-based quantum wafer manufacturing.

## Why the award matters

Quantum computers need specialized fabrication before they can move from laboratory systems to repeatable industrial platforms. Anderon operates a 300-millimeter pure-play quantum wafer foundry in Albany, New York. IBM says the business is backed by an additional $1 billion investment from IBM and serves customers across the quantum ecosystem.

The foundry focus is important because many quantum roadmaps depend on more reliable manufacturing rather than better qubit designs alone. Anderon says its wafers support superconducting qubit arrays, quantum input and output signaling, and readout signal-chain components. It also says it may expand to other quantum modalities later.

## From award letter to production work

The Commerce Department and IBM announced a letter of intent in May. The new step is the final award agreement. IBM says Anderon has already started running its first quantum wafers through the facility, which moves the project from a funding plan toward early production activity.

That does not mean commercially useful quantum systems are solved. Quantum hardware still faces error correction, scaling, cryogenic control and software challenges. The award addresses a narrower but necessary part of the stack: whether the United States can build a manufacturing base for quantum processor components at larger scale.

## The supply-chain angle

The CHIPS award also places quantum manufacturing inside the broader U.S. semiconductor supply-chain strategy. Most public CHIPS attention has gone to advanced logic, memory and packaging. Anderon's agreement shows that quantum hardware is now part of that industrial policy conversation.

The next evidence to watch is whether Anderon can turn the Albany foundry into a repeatable production service for quantum companies, and whether customers outside IBM use it for wafers that can survive the hard engineering demands of quantum systems.

**Author:** [Collins Anfo, a digital product builder. My write-ups cover technology and artificial intelligence, from software, intelligent agents and robotics to chips, computing infrastructure, cybersecurity, consumer devices and space technology. I also cover technology-driven discoveries across mathematics, science and other research fields, product releases and announcements, and the business, finance, investment, governance and real-world adoption of technology.](https://collins-anfo-portfolio-2026.collinsanfo24.chatgpt.site/?ref=eazzytechnews.ghost.io)

**AI assistance disclosure:** AI tools assisted with the research and drafting of this article. Material claims are linked to their sources for independent verification.