Our Quantum Computers
SDT is transforming the future of technology by integrating our cutting-edge quantum computer with leading data centers. This pioneering collaboration leverages the best of both quantum and classical computing to tackle complex challenges with unparalleled efficiency.
Our quantum computer excels at specialized tasks—optimizing intricate problems, simulating quantum phenomena, and advancing cryptographic security—while classical systems within the data centers handle traditional data processing. This harmonious interaction ensures a fluid and powerful synergy between quantum and classical realms, delivering solutions faster and more accurately than ever before.
By combining our advanced quantum technology with top-tier classical infrastructure, we’re driving innovation and unlocking new possibilities. SDT, your hybrid data center partner, are providing a robust, versatile computational framework that propels groundbreaking research and applications forward. Embrace the future of computing with our intelligent integration and collaborative approach.
Theta, the pinnacle of SDT’s superconducting quantum computing technology
Leveraging years of expertise and our proprietary quantum computing cloud solutions, we are poised to seamlessly integrate Theta into your operations.
By the end of 2027, we will deliver a cutting-edge superconducting quantum computer with over 100 qubits, incorporating advanced quantum error correction to deliver unmatched performance and reliability.
Nu, SDT’s silicon spin quantum computer redefining powerful computing with Korea’s unparalleled semiconductor manufacturing expertise
"Headquartered in Korea, a global leader in advanced semiconductor manufacturing, SDT is perfectly positioned to leverage local expertise and innovation to provide the best-in-class silicon spin quantum computer, Nu.
With this strong foundation, we are on track to achieve a significant milestone of 50 qubits by the first half of 2027."
Phi, set to surpass 300 qubits by the end of 2026, SDT’s neutral atom quantum computer
SDT's expertise in laser manipulation and optical trapping enables the creation of advanced neutral atom quantum computers, facilitating the resolution of complex quantum gates and algorithms with exceptional accuracy.
By leveraging these cutting-edge techniques, SDT is set to achieve a milestone of over 300 qubits in a 3D neutral atom quantum computer, Phi, by the end of 2026, driving forward the next generation of quantum computing capabilities.
Delta, SDT’s diamond NV center quantum computer, coming in an easy-to-use package for all
SDT has collaborated with top researchers in diamond NV center quantum computing to elevate performance and streamline experimental processes.
Drawing on this expertise, we are developing our own diamond NV center quantum computer, designed to deliver unique advantages including room-temperature operation, exceptional coherence times, high sensitivity, and robust performance.
Our Control Devices
Coincidence Counting Unit
(Patent Protected)
SDT offers the world's only CCU with 20 input channels, a powerful 100MHz count rate, and a high-precision 2ns coincidence time window.
Pulse Generator Unit
(Patent Pending)
The SDT PG offers best-in-class 12 output channels, with the ability to perform inter-device synchronization at 10ps.
Time Tagging Measurement Unit
(Patent Protected)
Measure the temporal statistics of photons and verify the photonic source against the strict requirements for suitable quantum sources.
Qubit Controller Unit
(Coming in 2025)
SDT's Qubit Controller has high versatility, supporting various quantum computing platforms such as superconductors, silicon quantum dots, neutral atoms, and diamond NV centers.
