Quantum hardware teams have had the same manufacturing problem for a decade: no foundry built for them. GF is fixing that with a dedicated Quantum Technology Solutions business, anchored by $375M in CHIPS Act funding and customer engagements already signed.
The core of GF's offer is its FDX platform, which provides the cryogenic CMOS that quantum systems need for sensing, control, and readout. Above that layer, GF is building manufacturing platforms for QPUs across multiple qubit modalities (superconducting, trapped ion, photonic, topological, and spin) along with the cryogenic and superconducting heterogeneous interconnect that binds QPUs with classical control systems into utility-scale configurations. That last piece matters: most quantum teams can get a chip made; almost none can get a chip made alongside the cryo-compatible packaging and interconnect that make it into a system. GF is positioning as the single manufacturing environment covering the full stack from QPU to the classical control ICs operating at 4K, rather than forcing teams to stitch together incompatible vendors. The Renesas R-Car and aerospace design wins on their classical FDX line show GF can work in qualified, safety-critical environments, useful context for quantum customers facing government certification requirements.
The constraint being removed is the coordination tax quantum startups pay assembling a multi-vendor manufacturing chain: QPU fab at a research foundry, cryo packaging from a specialty house, control IC design at a separate CMOS fab. GF is collapsing that into one certified U.S. domestic footprint. The 2026 CHIPS quantum cohort (IBM, D-Wave, Atom Computing, Diraq, Infleqtion, and others) now has a named industrial partner for the manufacturing transition from lab to volume. Teams waiting on a production-grade cryogenic CMOS process with a real support model should look at GF's FDX roadmap now, not when the next round closes.