IBM Bets $1 Billion on ‘Anderon’ to Create the First Pure-Play Quantum Foundry
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The Quest for a Quantum TSMC
IBM is attempting to decouple quantum chip design from manufacturing with the launch of Anderon, a standalone company designed to be America’s first pure-play quantum chip foundry. The venture is backed by a massive $2 billion capital injection: a $1 billion R&D award from the U.S. Department of Commerce via the CHIPS Act, matched by $1 billion in cash from IBM.
Based in Albany, New York, Anderon will operate a 300mm quantum wafer fab. In a move that signals a shift in the industry’s structural evolution, Anderon will not just produce chips for IBM, but will offer its fabrication services to competing quantum hardware vendors. Until now, the quantum landscape has been defined by vertical integration; every operational quantum computer has been built by a company that designs, fabricates, and operates its own hardware in-house.
By creating Anderon, IBM is effectively pitching a “TSMC model” for the quantum age—a neutral third-party manufacturer that allows startups to skip the astronomical costs and years of lead time required to build their own cleanrooms.
A Massive Federal Bet on Quantum Infrastructure
The creation of Anderon is the centerpiece of a $2.013 billion federal quantum portfolio, the largest single R&D commitment of its kind in U.S. history. While IBM’s award accounts for nearly half of the package, the Department of Commerce is diversifying its bets. GlobalFoundries received $375 million to launch a “Quantum Technology Solutions” foundry, which will support a wider array of architectures, including trapped-ion, photonic, and silicon-spin designs.
The federal government is also taking an active stake in the smaller players. Seven other recipients—including Rigetti, D-Wave, and Quantinuum—received $100 million each, with the government securing minority, non-controlling equity stakes. Rigetti specifically noted in a memorandum of understanding that the government will receive common stock at a 15% discount.
Interestingly, IBM has remained silent on whether the government will hold an equity stake in Anderon. This omission is notable given that the administration previously converted a portion of Intel’s CHIPS Act award into a 10% government equity stake last year.
The Technical Leap to 300mm
The shift to 300mm silicon wafers is the core technical driver here. According to Jay Gambetta, IBM’s Director of Research, moving from 200mm to 300mm allows for a device output roughly 30 times faster by multiplying complexity tenfold and tripling the number of devices per line.
This scale is critical for IBM’s aggressive roadmap. Their current Heron r2 processor utilizes 156 fixed-frequency qubits, and the Nighthawk processor—recently released via early access—features 120 qubits with a record median T1 coherence time of 350 microseconds. To reach the goals for the 2029 “Starling” processor (200 logical qubits) and the 2033 “Blue Jay” (2,000 logical qubits), 300mm fabrication is no longer optional—it is a requirement.
The Conflict of Interest Dilemma
Despite the strategic appeal, Anderon faces a fundamental trust gap. TSMC’s global dominance was built on Morris Chang’s explicit promise that the foundry would never compete with its customers. IBM, which already operates over 90 quantum computers and serves 325 Fortune 500 companies, cannot make that promise.
For superconducting startups like Rigetti or IQM, the trade-off is stark: gain access to world-class 300mm production at the risk of sharing proprietary process knowledge with their primary competitor. This likely leaves Google—which maintains its own facility in Santa Barbara—and Microsoft, with its distinct topological path, as unlikely customers.
The irony of the Albany location is not lost on industry observers. In 2014, IBM effectively exited the region’s manufacturing by paying GlobalFoundries $1.5 billion to take over its East Fishkill and Essex Junction fabs. Now, IBM is returning to the Albany NanoTech Complex, a hub that has seen over $25 billion in cumulative investment and houses giants like ASML and Samsung, to build the very infrastructure it once sold off.
