Core technology contributor across all three projects — dReDBox (data center optical switching), OPTIMA and SODaH (photonic payloads for space)
HUBER+SUHNER POLATIS LIMITED
Cambridge SME manufacturing all-optical fiber switches for data center interconnects and satellite communication payloads.
Their core work
HUBER+SUHNER Polatis is a Cambridge-based SME specializing in all-optical switching technology for high-performance networking. They develop fiber-optic switch matrices used in data center interconnects and satellite communication payloads. Their core product expertise — transparent optical cross-connects — makes them a component-level technology provider for systems that route light signals without converting them to electrical signals, enabling lower latency and power consumption. In H2020 projects, they contributed optical switching hardware to both terrestrial (data center disaggregation) and space (satellite optical links) applications.
What they specialise in
dReDBox project focused on disaggregated data center architecture using optical interconnects to replace electrical backplanes
OPTIMA demonstrated photonic payloads for telecom satellites; SODaH developed software-defined optical data highways for space
SODaH (2018-2020) introduced software-defined control to space optical links, suggesting a move toward programmable photonic systems
How they've shifted over time
HUBER+SUHNER Polatis entered H2020 in 2016 with parallel efforts in terrestrial data centers (dReDBox) and satellite photonics (OPTIMA), applying the same optical switching expertise to two different domains. By 2018, their focus shifted decisively toward space optical communications with SODaH, adding a software-defined control layer to their hardware capabilities. The trajectory shows a company moving from pure hardware provision toward more integrated, programmable optical systems — particularly for space applications.
Moving from terrestrial data center optics toward space-segment photonic systems with software-defined programmability — a partner well-positioned for future EU space connectivity programs.
How they like to work
Exclusively a participant, never a coordinator — consistent with their role as a specialist component provider embedded in larger system-integration consortia. With 20 unique partners across just 3 projects, they work in medium-to-large consortia (averaging 7+ partners) and appear to bring a specific, hard-to-replace capability rather than broad project management. This makes them a reliable technical partner who delivers a defined component without competing for leadership.
Collaborated with 20 unique partners across 8 countries in just 3 projects, indicating they integrate well into diverse European consortia. Their Cambridge base and space-sector involvement suggest strong connections to both UK photonics clusters and European space industry networks.
What sets them apart
Polatis occupies a rare niche: they are one of very few European SMEs manufacturing all-optical (non-electrical) switch matrices at commercial scale. This gives them a dual-use advantage — the same core technology applies to both data center and satellite applications, making them unusually versatile for their size. For consortium builders, they offer a proven, flight-relevant photonic component supplier based in the UK's strongest photonics cluster.
Highlights from their portfolio
- dReDBoxLargest single EC contribution (EUR 404,558) — tackled fundamental data center architecture by replacing electrical interconnects with optical switching for disaggregated computing
- SODaHMost recent project combining space optical communications with software-defined networking — signals the company's strategic direction toward programmable space photonics