ESPOO, FINLAND -- IQM Quantum Computers, a global leader in superconducting quantum computers, announced the signing of an agreement with VTT Technical Research Centre in Finland to deliver a 150-qubit and a 300-qubit quantum computer. The systems will be delivered in 2026 and 2027 and integrated with the Finnish HPC infrastructure.

The 300-qubit quantum computer is purpose-built and designed to support quantum error correction experiments an essential step toward fault-tolerant quantum computing. The system is expected to enable algorithm research for techniques such as circuit knitting.

IQM has previously delivered 5-qubit, 20-qubit, and 50-qubit quantum computers to VTT, marking key milestones in the development of Finland’s quantum ecosystem. Each system has played a crucial role in advancing research capabilities and supporting the growing needs of the quantum community in Finland.

“We are excited to continue our long-term partnership with VTT and ship our next generation of quantum computers to power Finland’s quantum ecosystem,” says Mikko Välimäki, Co-CEO of IQM Quantum Computers. “We are committed to delivering and deploying full-stack quantum computers worldwide, and Finland will get our highest performing quantum computer to date as the next step on our common journey to reach fault-tolerant quantum computing,” he continues.

“This 300-qubit superconducting quantum computer has the most superconducting qubits procured anywhere in the world. In addition, the delivery schedule is quick,” says Piia Konstari, Project Manager for VTT's quantum computer tendering process.

IQM has sold and shipped more on-premises quantum computers in the last 12 months than any other quantum computer manufacturer, while its systems have been deployed by various universities and HPC centers globally.

The company’s approach is to power local quantum ecosystems with an open and transparent hardware and software platform. In addition, IQM on-premises users will get hands-on access to system hardware and software platforms including pulse-level access to control the qubits.

“This announcement highlights our commitment to deliver on our published development roadmap. The quantum computers will benefit from our strong technology stack including tunable couplers, HPC integration, and an open software stack. Our goal is to allow researchers and developers to start experimenting with the latest quantum error correction technologies and show groundbreaking quantum utility with these computers,” says Jan Goetz, IQM’s Co-CEO and Co-founder.