Quantum
Infrastructure
Built to industrialize quantum at scale.
Advancing the Next Industrial Revolution
Quantum computing is reshaping what’s possible in computing, but scientific breakthroughs alone won’t determine who leads. Scaling quantum systems requires manufacturing innovation, advanced integration, and trusted production.
SkyWater partners with quantum innovators to bridge the gap between breakthrough research and scalable semiconductor manufacturing for quantum computing through collaborative engineering, advanced process development, and trusted U.S. production.
Application areas:
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Classical Compute & Control
Custom CMOS technologies enabling cryogenic control electronics, signal processing, and readout systems. -
Interconnect & Packaging
Advanced packaging, heterogeneous integration, and high-density signal routing connecting increasingly complex quantum systems. -
Quantum Devices
Semiconductor manufacturing support for superconducting, photonic, trapped-ion, neutral atom, spin-based, and other emerging quantum architectures. -
Infrastructure
Semiconductor manufacturing expertise supporting technologies that operate within demanding cryogenic, vacuum, and shielding environments.
The Engineering Challenge
As architectures become larger and more complex, manufacturing must enable repeatability, integration, and long-term production while maintaining the precision required for quantum systems.
Device Uniformity
Repeatable manufacturing processes that improve consistency across increasingly complex quantum devices.
High-density Interconnects
Advanced routing technologies supporting larger quantum systems and increasing wiring density.
Cryogenic Compatibility
Manufacturing technologies capable of supporting devices designed for extremely low-temperature operation.
Materials Integration
Flexible process development enabling novel materials and unconventional device architectures.
Packaging + Thermal Needs
Advanced packaging strategies designed to improve integration while addressing thermal requirements.
Manufacturing Yield
Process control and manufacturing discipline that enable quantum technologies to move beyond laboratory-scale production.
Why Quantum Leaders Choose Skywater
The next chapter of quantum computing will be defined not only by qubit performance, but by manufacturability. SkyWater helps customers navigate this transition by combining semiconductor manufacturing expertise with collaborative process development.
Technologies Enabling
Quantum Infrastructure
Explore Our Technologies
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Superconducting
Learn MoreSpecialized superconducting manufacturing processes support superconducting integrated circuits, Josephson junction technologies, cryogenic electronics, and quantum processor development.
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Advanced Packaging
Learn MoreAdvanced packaging technologies enable heterogeneous integration, high-density interconnects, and complex system integration required to scale quantum architectures beyond individual devices.
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CMOS
Learn MoreCustom CMOS technologies support cryogenic control electronics, readout circuitry, mixed-signal integration, and application-specific devices that complement quantum hardware.
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Photonics + Materials Innovation
learn moreCollaborative process development enabling new materials, photonic structures, and specialized fabrication techniques.
QUANTUM BUILT HERE,
Trusted Everywhere
Scientific breakthroughs alone won’t commercialize quantum computing. Long-term leadership depends on manufacturing platforms capable of integrating new materials, enabling advanced packaging, supporting multiple device architectures, and scaling production with consistency. SkyWater combines collaborative engineering and trusted U.S. manufacturing to help industrialize the next generation of quantum technologies.
EMBEDDED IN THE FUTURE
Build Quantum at Scale
Whether you’re developing quantum processors, cryogenic electronics, advanced packaging solutions, or emerging quantum technologies, SkyWater can help move your innovation from research to scalable manufacturing.