Quantum technology

Technologies

As compute demands outpace traditional architectures, quantum is emerging as the next frontier. We bridge quantum from research to deployable systems with scalable semiconductor technologies, advanced manufacturing and system-level integration.

Advancing quantum from theory to reality

Shifting quantum from experimental devices to deployable systems requires reliable, scalable platforms and a clear path to manufacturing. We enable this transition with a manufacturing-led approach that brings together cryogenic electronics, foundational technology to enable quantum processor units, advanced packaging and heterogeneous integration to support quantum scale-up.

Quantum-optimized semiconductor platforms

Enabling platforms that operate at cryogenic temperatures leveraging our breadth of technology expertise across RF, power, silicon photonics, CMOS
Foundational technology for QPUs

With specialized processes translating novel materials, device architectures and qubit designs into repeatable flows for quantum processor unit (QPU) production
Modality-agnostic approach

Enablement compatible with all modalities – ranging superconducting, trapped ion, photonic, topological and spin-based qubit approaches, supporting customization as architectures evolve

Supporting a diverse quantum landscape

Quantum computing extends beyond binary logic, with multiple architectures advancing in parallel. Scaling requires alignment across control, readout, interconnect and packaging. We support this by providing an integrated foundation that brings these layers into deployable systems.

Specialized technologies

Cryogenic CMOS and superconducting interconnect platforms enabling integration across processors, control electronics and photonics
Manufacturing-ready pathways

Robust manufacturing in Malta, NY and Burlington, VT help to transition quantum designs from research and prototyping to production-ready flows
Ecosystem collaboration

Deep partnerships with leading quantum innovators across industry and academia enable co-development from R&D through manufacturing scale-up
Heterogeneous integration (3DHI)

Bridging our deep expertise in 3DHI into cryogenic regime to enable novel quantum architectures – combining QPUs, control ICs and interconnect into manufacturable system architectures

How quantum is positioned to enable the next frontier of computation

As computational demands grow, industries are facing challenges that require fundamentally new approaches. From simulating complex systems and optimizing large-scale operations to advancing machine learning and securing data, quantum computing introduces new and necessary solution pathways for evolving computational problem types.