Foxconn targets quantum manufacturing lead without owning the technology

Foxconn wants to become the world's largest manufacturer of quantum computing systems within an industry the company itself says is at least two years from commercial viability. Chairman Young Liu set out the position in an interview with CNBC.

The plan is deliberately narrow. Foxconn will not build its own quantum technology or enter the quantum market as a vendor. Instead, it will manufacture quantum computers on behalf of existing quantum hardware companies, replicating the contract-manufacturing model it already applies to iPhones and Nvidia servers.

What did Liu actually commit to?

"We focus on manufacturing," Liu said. "We hope we can become the largest quantum computer manufacturer in the world without owning that technology."

Note the wording. "Hope" is not a contract, and no customers, production volumes, timelines or investment figures were disclosed. Foxconn has announced an ambition, not a manufacturing program. The company named no quantum hardware partners and gave no date for when quantum production lines would begin operation.

Liu was more specific on the industry's own limits. Asked when quantum computing would become commercially viable, he said it would take at least another two years, and he applied that estimate to the whole sector, not just Foxconn. That caveat matters. A manufacturer betting on a market it believes is two years away from viability is making a forward bet on demand that does not yet exist at scale.

Where does quantum fit against CPUs and GPUs?

Liu rejected the framing of quantum hardware as a replacement for conventional processors. Quantum machines (computers that use quantum bits, or qubits, to process certain calculations in parallel rather than sequentially) will coexist with classical chips, not displace them.

Quantum hardware would never replace CPUs or GPUs, Liu said, but there is clear demand for workloads that "are very difficult for the classical computer to solve because it takes a much longer period of time."

"I would not say that will be the next revolutionary computing devices," he added. "It will be a new addition to the compute devices with a special function that accelerates certain computations."

That is a restrained claim from a company positioning itself to profit from the segment. If quantum machines are accelerators for a narrow class of problems, the addressable manufacturing market is correspondingly narrower than the one that produced Foxconn's server business.

Why the pivot makes financial sense for Foxconn

Foxconn, officially Hon Hai Technology Group, built its scale manufacturing iPhones for Apple. The AI boom then handed it a second engine: the company is now the largest producer of Nvidia servers.

The shift has already crossed a threshold. In August 2025, Foxconn announced that server production and sales had generated more revenue than its consumer electronics division for the first time in company history.

Quantum manufacturing would extend the same logic: take on the fabrication risk for technology owners who lack Foxconn's production capacity, without carrying research costs. The pattern worked for smartphones and AI servers. Whether a two-years-from-viable quantum market can supply comparable order volumes is the question Liu's announcement does not answer.