Partnership in Photon Processors Ionos Relies on Photonic Chips from Q.ANT

From Hendrik Härter | Translated by AI 2 min Reading Time

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The path from the research laboratory to commercial data centers is paved. Ionos will integrate Q.ANT's light-based processors (NPUs) into its infrastructure in future. The aim is to build an energy-efficient and European AI hardware stack.

Strategic partnership: IONOS and Q.ANT want to work together on photonic computing in the future.(Image: Q.ANT)
Strategic partnership: IONOS and Q.ANT want to work together on photonic computing in the future.
(Image: Q.ANT)

Cloud provider Ionos and photonics specialist Q.ANT have announced a strategic partnership at re:publica 2026 in Berlin, Germany. The cooperation focuses on the commercial use of Q.ANT's Native Processing Units (NPUs) in Ionos' data centers. The collaboration aims to meet the increasing energy requirements of AI workloads with photonics-based computing power and at the same time build a European alternative to established AI accelerators.

From Research to Industry

So far, Q.ANT's Native Processing Servers (NPS) have mainly been used in scientific environments, including the Leibniz Supercomputing Center (LRZ) in Munich and the Jülich Research Center. With Ionos as a partner, the step towards broad industrialization is now being taken.

Technologically, the experts at Q.ANT rely on photonic integrated circuits (PICs) based on thin film lithium niobate (TFLN). These perform mathematical operations directly with light. Compared to traditional GPU architectures, this approach promises not only high computing power for complex AI matrices, but above all significantly reduced energy consumption.

Focus on Hardware Sovereignty

A central motif of the partnership is digital sovereignty at hardware level. While debates about European independence are often limited to software and platforms, Ionos and Q.ANT are addressing the physical computing infrastructure. According to the company, Q.ANT's photonic processors can be manufactured entirely within the European Union—the start-up is already operating a pilot line in Stuttgart together with IMS CHIPS.

"Digital sovereignty is an economic necessity for Europe," explains Dr. Andreas Nauerz, Chief Product Officer at Ionos. With the Q.ANT technology, the company wants to enable the scaling of AI infrastructures and offer an end-to-end sovereign AI stack.

Dr. Michael Förtsch, CEO of Q.ANT, sees the cooperation as the starting signal for commercial use: "Photonic chips can demonstrate their strengths over conventional GPUs, especially in AI. Through the cooperation with Ionos, we are now taking a decisive step towards industrialization."

First Solutions Planned for Summer 2026

The partners are pursuing an ambitious timetable: The first joint solutions for next-generation AI and HPC (High Performance Computing) applications in the cloud are to be presented as early as this summer. (heh)

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