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Writer's pictureStrategic Communication

Anyon Technologies and SDT Inc. Forge Strategic Partnership to Deliver Advanced Hybrid Quantum-Classical Computing Systems

Singapore, November 19, 2024—Anyon Technologies, a leader in quantum computing systems, is pleased to announce a strategic partnership and joint venture with SDT Inc., an emerging leader in quantum computing and communication infrastructure, to deliver advanced hybrid quantum-classical computing infrastructure to South Korea by 2025.


This collaboration aims to integrate Anyon's proprietary 20-qubit superconducting quantum processors with SDT's extensive manufacturing capabilities, resulting in a robust computing system tailored for diverse applications, including artificial intelligence, financial services, and chemical engineering. The system seamlessly integrates with NVIDIA's Grace Hopper Superchip, facilitating efficient hybrid quantum-classical computations and quantum applications' lifecycle.


Anyon-SDT Partnership and Joint-venture in Korea to deliver hybrid quantum-classical supercomputing infrastructure

Highlights of the Partnership:

  • Advanced Quantum Processing: Anyon Technologies will supply its proprietary cryogenics technologies and oversee the production and delivery of the 20-qubit Quantum Processing Unit (QPU), ensuring high-performance quantum computations.

  • Manufacturing Excellence: SDT Inc. will leverage its production facilities to manufacture and assemble all components of the quantum computing system, other than the QPU, ensuring quality and scalability.

  • Hybrid Integration: Integrating Anyon's QPUs with NVIDIA's Grace Hopper Superchips will enable seamless hybrid quantum-classical computing, bridging the computing resource gaps for powerful quantum algorithms and applications. This will enable enterprise users to discover, develop, test, and deploy quantum applications that impact today and are ready for large-scale fault-tolerant quantum supercomputing tomorrow.


"We are excited to collaborate with SDT Inc. to bring our advanced hybrid quantum-classical computing technology to South Korea," said Dr. Jie (Roger) Luo, co-founder and CEO of Anyon Technologies. "This partnership underscores our commitment to advancing quantum innovation and delivering practical solutions that address complex challenges across various industries."


Pilot production is scheduled to commence early next year. At least one complete superconducting quantum computer system and three dilution refrigerators will be produced before scaling up to mass production. This initiative aims to supply advanced quantum computing solutions across Asia, including Korea, the Middle East, and Southeast Asia.


This partnership builds upon Anyon Technologies' collaboration with NVIDIA, recently announced at SC24 on November 18, 2024, which marked a significant step forward in hybrid quantum-classical computing. Combining Anyon's cutting-edge quantum technologies with NVIDIA’s powerful GPU infrastructure, Anyon Technologies and SDT are poised to unlock unprecedented computational capabilities for enterprise applications.


Through this strategic alliance and joint venture, Anyon Technologies and SDT Inc. aim to lead the commercialization and supply of superconducting quantum computers in the region, empowering industries with transformative computational power.


About Anyon Technologies:

Anyon Technologies is a global leader in quantum computing solutions, specializing in developing high-performance superconducting quantum processors and related technologies. Committed to innovation and excellence, Anyon Technologies delivers cutting-edge quantum computing systems that empower industries to solve complex challenges and drive technological advancement.


About SDT Inc.:

SDT Inc. is a leading South Korean technology firm with extensive expertise in advanced manufacturing, high-performance computing, and enterprise deployment. Committed to delivering innovative solutions, it plays a pivotal role in advancing technological capabilities across various industries in the region.

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