CoDiS (2016-2019) was dedicated entirely to compact, high-power, frequency-converted diode laser systems, funded under the SME-2 instrument — their own commercial development project.
EAGLEYARD PHOTONICS GMBH
Berlin photonics SME manufacturing compact high-power diode laser systems and infrared light sources for sensing and optical applications.
Their core work
EagleYard Photonics is a Berlin-based SME that designs and manufactures diode laser systems, with a focus on compact, high-power configurations and frequency conversion for demanding photonic applications. They develop infrared light sources used in advanced sensing systems, bridging the gap between laboratory-grade photonics and deployable optical components. In H2020 projects, they contributed as a specialist technology provider — supplying infrared laser sources to an upconversion-based sensing consortium and leading development of compact frequency-converted diode laser systems under the SME instrument scheme. Their commercial profile is that of a photonic component manufacturer with direct research engagement.
What they specialise in
Mid-TECH (2015-2018) combined infrared light sources with upconversion sensors for improved infrared sensing, and EagleYard contributed as a partner, indicating a supplier role for IR laser components.
The CoDiS project title explicitly names frequency conversion as a key technical element of their diode laser development work.
Participation in Mid-TECH — an infrared sensing project combining light sources and sensors — positions them as a component supplier in sensing system consortia.
How they've shifted over time
EagleYard's two H2020 projects run nearly in parallel (2015-2018 and 2016-2019), so a clear sequential evolution is difficult to establish. Their first engagement was as a partner in an MSCA training network focused on infrared sensing, suggesting they entered EU projects as a supplier of specialized components to academic research consortia. Their second project was an SME instrument grant under their own initiative — a direct signal that by 2016 they were confident enough in their diode laser technology to pursue standalone commercial R&D funding. The trajectory points from component supplier in academic projects toward independent product developer, with the SME-2 grant as the clearest marker of that shift.
EagleYard appears to be moving from a component-supplier role in third-party consortia toward proprietary laser product development, as evidenced by their SME instrument project — making them a stronger candidate for technology provider roles in future optical and photonic consortia.
How they like to work
EagleYard has never acted as project coordinator in H2020 — they participate as partner or direct participant, consistent with a specialist company contributing hardware or components rather than managing consortia. Across just two projects they connected with 14 unique partners in 6 countries, which is a broad network relative to their size, suggesting they are comfortable in larger, multi-partner consortia. They fit the profile of a focused technology provider: sought out for a specific capability, not for project leadership.
Despite only two H2020 projects, EagleYard built connections with 14 unique partners across 6 countries — an unusually broad network for an SME at this scale, pointing to participation in sizeable international consortia. No geographic concentration is identifiable from the available data, but their Berlin base and German VAT registration anchor them in a major European photonics hub.
What sets them apart
EagleYard occupies a narrow but high-value niche: they are one of the few SMEs in Europe that both manufactures diode laser components commercially and engages directly in EU-funded R&D, making them a rare bridge between industrial photonics production and academic research consortia. For a consortium builder, this means access to a supplier who already understands EU project culture, deliverable timelines, and reporting — not just a vendor who has to be hand-held through the process. Their SME-2 track record also indicates they can absorb innovation risk independently, making them a self-sufficient partner rather than a dependent one.
Highlights from their portfolio
- CoDiSThis was EagleYard's own SME instrument project — meaning they defined the objective, held the grant, and drove the development of compact high-power frequency-converted diode laser systems, making it the clearest window into their core commercial technology.
- Mid-TECHParticipation in a Marie Skłodowska-Curie training network shows EagleYard's ability to operate in academic consortia alongside universities and research institutes, and confirms their infrared light source capability in a multi-partner sensing context.