Three Reasons for Quantum Computers made in Leipzig
1. Industry-ready technology in use
German Aerospace Center
SaxonQ already delivered an NV-center quantum computer to the German Aerospace Center’s Innovation Center in Ulm in 2023. In 2024, after extensive testing, the DLR certified the system as industry-ready.
The 4-qubit system has been available since 2025 via the QCi Connect cloud platform. Through the framework, industry partners, research institutions, and startups can now access computing time on real qubits.
more about SaxonQ within the DLR Quantum Computing Initiative
Fraunhofer IWU
Since 2025, a new 4-qubit quantum computer delivered by SaxonQ has been operating at the Fraunhofer Institute for Machine Tools and Forming Technology IWU in Dresden. The system is available to the Saxon research network for quantum technologies (SAX-QT) which includes several Fraunhofer institutes, universities, and universities of applied sciences for exploring new application areas of quantum computing.
With the new API, the quantum computer can be integrated directly into in-house applications at the Fraunhofer Institute. This enables researchers to develop their own software directly on the quantum processor and test it for industrial applications.
2. Strong IP
Our core technological processes, the overall system, and the integration into CMOS semiconductor technology and various mobile applications are comprehensively protected by patents.
In doing so, the scalability and further development of the system have already been taken into account: Not only the core technology is patented, but also the entire system and the computer itself. This ensures comprehensive protection.
3. Scalable technology – from desktop to quantum chip
With a production process derived from the semiconductor industry, SaxonQ can already ensure smooth scalability today. The current desktop system is continuously being miniaturized so that, in the coming years, the quantum revolution can be realized as an embedded chip. Until then, the number of chips and thus the number of parallel qubits, will continue to increase.
Current roadmap for the number of qubits
- TGFS invests in SaxonQ – kick-off for new funding round
The TGFS Technology Start-up Fund Saxony is investing a seven-figure amount in SaxonQ GmbH. With this investment, TGFS is providing targeted momentum for SaxonQ’s next development phase and strengthening a local deep-tech company during its development and scaling stage. In parallel, SaxonQ is working on a larger funding round to miniaturize its technology down to chip size and to secure the resources needed for this.… TGFS investiert in SaxonQ – Auftakt für Finanzierungsrunde weiterlesen - Bechtle and SaxonQ agree on sales partnership
With the sales partnership effective April 1, 2025, Bechtle is adding SaxonQ’s quantum computers to its product portfolio, enabling companies to gain early access to this potentially disruptive future technology. The partnership is an important step toward making quantum computing from Europe available for industrial use. SaxonQ’s quantum computer, with its mobile deployment and …… Bechtle und SaxonQ vereinbaren Vertriebspartnerschaft weiterlesen
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