Unlocking Quantum Scalability: The Role of Quantum Design and Manufacturing (QDM) and Semiconductor Synergies
As quantum computing transitions from laboratory research to industrial application, the global ecosystem faces critical bottlenecks in hardware scalability, precision manufacturing, and seamless integration with existing High-Performance Computing (HPC) environments. This presentation explores how the Quantum Design and Manufacturing (QDM) model addresses these challenges by applying world-class manufacturing principles to ultra-precise quantum infrastructure.
By bringing measurement and control electronics, cryogenic machinery, and advanced machining under one roof, the QDM approach provides custom-tailored, end-to-end turnkey quantum systems. A key focus of this session will be the crucial synergy between the semiconductor industry and quantum hardware development. As the demand for scalable quantum processing units (QPUs) and sophisticated cryogenic control electronics grows, leveraging advanced semiconductor manufacturing expertise becomes paramount.
Drawing on SDT’s experience in developing South Korea’s first commercial full-stack quantum computer, this session will highlight how bridging manufacturing excellence with quantum physics accelerates commercialization. Furthermore, it will outline opportunities for strategic partnerships, demonstrating how semiconductor ecosystem players and strategic investors can actively participate in building the robust hardware infrastructure required for the next generation of computing.