Documentation

SDT의 QCU는 큐비트를 정밀하게 제어하고 신뢰도 높은 측정을 제공하는 안정적인 양자 컴퓨팅 구현을 위한 핵심 솔루션입니다.

This is a device that accurately measures the arrival time of photons in picosecond units and measures the time difference between single or multiple photons.

The SDT CCU is a device that analyzes quantum phenomena such as quantum entanglement by checking the simultaneous occurrence of two or more input signals. It is essential for photon-based quantum experiments and quantum key distribution research.

SDT's PGU is a device that generates multiple pulses necessary for quantum computing systems, which can be utilized for precise time synchronization and sequence control. It is essential for NV-based quantum computer experiments and the reliability testing of experimental equipment.

SDT provides a comprehensive solution with its unique technological capabilities that encompass key quantum computing elements such as superconducting QPU, ultra-low temperature manufacturing technology, and integrated computing platforms from Anyon Technologies.

Introducing the IP camera NodeV, which utilizes quantum mechanics principles to generate unpredictable pure random numbers through QRNG technology that harnesses randomly occurring phenomena in nature, fundamentally blocking hacking by protecting all processes from image generation to video transmission.

It is a technology that utilizes the principles of quantum mechanics to generate pure random numbers that are unpredictable, using phenomena that occur randomly in nature.

SWIR cameras are a new type of image sensor technology that utilizes quantum dot technology, providing a wider color range and higher color accuracy compared to conventional cameras by leveraging the unique quantum mechanical properties of quantum dots.

This is a high-sensitivity system that effectively monitors long-distance infrastructure up to 15km (DTS) and 40km (DAS) by detecting vibrations and temperature changes in real-time based on fiber optics.