SDT Unveils Domestic Ultra-Low Temperature Cooler "CryoRack"

Achievements in Localizing Core Infrastructure for Quantum Computers

SDT, a company specializing in quantum standard technology, announced that it will participate in "Quantum Korea 2025," which will be held at the Yangjae aT Center from June 24 to June 26, and unveil its self-manufactured ultra-low temperature cooler "CryoRack."

Developed under the concept of a server rack for quantum computers, "CryoRack" is a core infrastructure that cools superconducting quantum processors (QPU) to ultra-low temperatures to maintain quantum states. Just as a server rack in conventional IT infrastructure precisely connects and maintains various components, CryoRack is designed to reliably achieve ultra-low temperatures below 10mK (millikelvin), enabling the operation of superconducting QPUs, the heart of quantum computers.

SDT's self-manufactured ultra-low temperature cooler 'CryoRack'

For the structural and performance design of CryoRack, SDT received core cooling IP for 50-qubit quantum computers from the global quantum computing company Anyon Technologies and established its own production system based on this. The company is currently designing a modular structure that can be expanded in parallel to accommodate large-scale quantum computers with over 1,000 qubits in the future. Based on this, SDT plans to participate in the "Korean Quantum Computer Flagship Development Project" promoted by the Ministry of Science and ICT, aiming to lead the localization of quantum infrastructure.

Yoon Jiweon, CEO of SDT, stated, "'CryoRack' is the result of directly designing and manufacturing a significant number of key components in the quantum computing infrastructure sector, where advanced technologies are intricately intertwined and performance and quality cannot be guaranteed through simple assembly. This marks a substantial first step toward the localization of coolers," adding, "We expect to make a meaningful contribution to domestic quantum computer development projects that use superconducting QPUs."

This content was produced with the assistance of AI translation services.