Quantum Crystal Technologies defines and delivers advanced semiconductor materials platforms, including GaN-on-Diamond and CVD diamond substrates, engineered for high-power performance, thermal efficiency, and scalable manufacturing execution.
QCT delivers advanced semiconductor materials platforms engineered to support next-generation applications across high-power electronics, RF systems, quantum technologies, and advanced computing environments.
The materials platform integrates diamond substrate technology, GaN epitaxial structures, and engineered material architectures to enable superior thermal performance, power density, and long-term reliability.
QCT defines GaN-on-Diamond semiconductor substrate platforms engineered to enable next-generation semiconductor performance. By integrating gallium nitride epitaxial structures with diamond substrates, the platform delivers enhanced thermal conductivity, increased power density, and improved device reliability across advanced semiconductor applications.
High-quality single crystal diamond substrates engineered for maximum thermal conductivity and advanced RF and semiconductor performance applications.
Engineered polycrystalline diamond substrates optimised for thermal management and scalable semiconductor manufacturing environments.
Advanced composite diamond substrates engineered for enhanced thermal dissipation across high-power semiconductor systems.
QCT defines substrate architecture, controls programme specifications, and aligns global manufacturing execution to ensure performance, scalability, and continuity across semiconductor deployment.
QCT operates as a unified advanced semiconductor materials platform, delivering substrate solutions that integrate performance, thermal efficiency, and scalable manufacturing execution across global semiconductor markets.
