Overview
Supports precise measurement from qubit control to photon experiments with picosecond resolution.
Realizes stable quantum computing by supporting up to 6 DDS DAC channels with an 8.5 GHz bandwidth.
Utilizes GPU and QPU resources together, enabling browser-based algorithm design and simulation.
Measurement & Control
Proposes required precision, scalability, and ease of operation for research through quantum equipment designed and manufactured with Korean technology.
Picosecond ultra-precision time resolution
Multi-channel coincidence counting support
Precise pulse synchronization & sequence control
Flexible handling from qubit control to photon experiments
QCU
TTMU
CCU
PGU
Hybrid Quantum Computing Cloud
A hybrid platform integrating GPU and QPU, allowing browser-based development and simulation without separate infrastructure.
NVIDIA DGX B200-based GPU acceleration
Integration with SDT's superconducting quantum computer KREO
CUDA-Q Python/C++ development environment
Supports simulations up to 100 qubits
Integrated CPU · GPU · QPU Workflow
Why SDT
Providing customized solutions for your research and on-site technical support.
Connecting equipment control, measurement, algorithm design, and simulation in a single flow.
Setting a new standard with SDT’s unified solution, combining ultra-precision equipment and hybrid quantum cloud platforms to cover both experimental infrastructure and computing.
Visit
Daejeon Convention Center (DCC)
Booth F
April 22 (Wed) ~ 24 (Fri), 2026
Contact
Please let us know in advance if there are specific devices or platforms you wish to see. We will prepare a consultation tailored to your research goals and interests.
