en.Wedoany.com Reported - Quantum Computing Inc. (QCi) has completed the acquisition of advanced packaging foundry NHanced Semiconductors, Inc. for a total transaction value of $73.1 million, paid in a combination of cash and stock. The deal may also include up to $72 million in additional payments if specific performance targets are met. This acquisition marks QCi's transition from research-driven prototype development to scalable commercial manufacturing, establishing a vertically integrated process from development to chip fabrication. Going forward, NHanced will operate as a wholly owned subsidiary of QCi, integrating into QCi's quantum optics and photonics technology roadmap while continuing to serve its existing customer base.
The acquisition effectively launches QCi's "Fab 2" production framework, advancing the original timeline and expanding manufacturing scale following last year's small-scale Fab 1 facility in Tempe, Arizona. The expanded infrastructure is designed to accelerate the commercialization and volume production of QCi's thin-film lithium niobate (TFLN) photonic integrated circuit platform. By securing domestic manufacturing assets, QCi plans to enhance production flexibility, isolate its hardware supply chain, and meet commercial demand for integrated photonic chips used in high-performance computing, artificial intelligence, secure telecommunications, and defense systems.
On the technology front, NHanced's expertise in 2.5D/3D heterogeneous integration, hybrid bonding, chiplet architectures, and silicon interposers directly complements QCi's existing silicon-based TFLN photonics hardware. This manufacturing capability builds on QCi's prior integration of Luminar Semiconductor, which brought in-house laser packaging and photodetection testing technologies. Through the consolidation of these entities, QCi is expanding its commercial market portfolio, offering contract services and standalone products in semiconductor and nanophotonics manufacturing, laser and detector development, and advanced device packaging.
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