American quantum firm plans new manufacturing hub under 256-qubit deal

US quantum computing company IonQ has signed a multi-year partnership with SDT to supply its Superion 256 quantum computer and silicon-vacancy quantum memory technology for deployment in South Korea.

The agreement expands the Maryland-based company’s presence in the Asia-Pacific region.

It covers hardware production, system assembly, manufacturing, and a planned hybrid quantum-classical data center supporting medical and biomedical research.

IonQ expands commercial footprint

The Superion 256 system is planned for deployment with one of SDT’s customers. IonQ and the Korean quantum technology company will also work together to develop the accompanying hybrid data center.

“Demand for our new Superion 256 system is growing globally, and this agreement in Asia Pacific is yet another example of our clients combining IonQ’s leading quantum computers with our quantum networking and quantum memory solutions,” said Niccolo de Masi, chairman and CEO of IonQ.

“IonQ is very proud to be expanding our commercial footprint in South Korea as well as continuing to trailblaze quantum cancer and biomedical research. This purchase equips SDT with the building blocks for both high-performance quantum computing and quantum data centers of the future,” he added.

The companies already collaborate on cloud-based software integration. The latest agreement moves that relationship into physical hardware, regional resale, and manufacturing operations.

New quantum manufacturing hub

SDT plans to open a dedicated quantum manufacturing and system-integration facility in Gumi. The site will handle the packaging and production of IonQ’s SiV quantum memory modules, along with quantum system assembly, integration, and commissioning.

Silicon-vacancy technology is being explored for quantum memory because it can help store and transfer quantum information. Such capabilities could eventually become critical to connecting quantum computers within larger networks and data centers.

“Our objective is to make our new Gumi facility a key operational hub for IonQ’s global supply chain and regional deployment by hosting manufacturing operations and assembling world-class quantum systems,” said Jiwon Yune, CEO of SDT.

SDT will participate in assembling and operating IonQ systems while seeking opportunities to manufacture additional quantum components. The facility could therefore become an important part of the American company’s supply chain and regional commercialization strategy.

Targeting cancer and biomedical research

The partnership also covers a separate cancer center project. IonQ and SDT intend to develop hybrid quantum-classical infrastructure capable of supporting medical and biomedical research.

Hybrid systems combine quantum processors with conventional computers, assigning different parts of a workload to the hardware best suited to perform them.

Researchers are exploring the approach for highly complex problems, including molecular modeling, drug discovery, and other computationally intensive scientific applications.

“Our role will also extend to a separate in-country cancer center project where we intend to develop hybrid quantum-classical infrastructure for medical and biomedical research with IonQ,” Yune said.

The agreement builds on IonQ’s growing network of relationships in the region.

The US company already works with organizations including the Korea Institute of Science and Technology Information, SK Telecom, Hyundai Motor Company, Seoul National University, and Sungkyunkwan University.

Through the SDT partnership, IonQ is now extending that footprint beyond research and software into hardware deployment, manufacturing, and system integration.