SciTransfer
Organization

EFFECT PHOTONICS BV

Dutch photonics SME developing fully integrated optical communication chips for high-speed data networks and telecom.

Technology SMEdigitalNLSMENo active H2020 projects
H2020 projects
3
As coordinator
1
Total EC funding
€3.2M
Unique partners
22
What they do

Their core work

Effect Photonics is a Dutch SME specializing in integrated photonic circuits for high-speed optical communications. They develop dense wavelength-division multiplexing (DWDM) transceivers by integrating all optical components onto a single indium phosphide chip, dramatically reducing cost and power consumption. Their work spans wafer-scale photonic-electronic integration, next-generation Ethernet modules, and programmable optical transmission systems — bridging the gap between semiconductor fabrication and telecom infrastructure.

Core expertise

What they specialise in

Integrated photonic circuitsprimary
3 projects

All three projects (WIPE, RocketChip, PASSION) center on photonic integration at the chip and wafer level.

High-speed optical communications modulesprimary
2 projects

RocketChip focused on 400Gbps Ethernet optical modules; PASSION on programmable transmission and switching systems.

Wafer-scale photonic-electronic integrationsecondary
1 project

WIPE specifically addressed integrating photonics and electronics at wafer scale, a key manufacturing challenge.

Programmable optical networkingemerging
1 project

PASSION explored programmable transmission and switching with scalable modular photonic systems.

Evolution & trajectory

How they've shifted over time

Early focus
Photonic chip integration
Recent focus
Programmable optical systems

Effect Photonics' H2020 participation spans a narrow window (2016–2021), making dramatic shifts hard to identify. Their earliest projects (WIPE and RocketChip, both starting 2016) focused on foundational integration — getting photonics and electronics onto the same chip and building cost-effective high-speed modules. The later PASSION project (2017–2021) signals a move toward software-defined, programmable optical networks, suggesting progression from component-level innovation toward system-level flexibility.

Effect Photonics is moving from component-level photonic integration toward programmable, software-defined optical networking — positioning them for the growing demand in 5G backhaul and data center interconnects.

Collaboration profile

How they like to work

Role: active_partnerReach: European12 countries collaborated

Effect Photonics operates as both leader and contributor — they coordinated RocketChip (their largest grant at EUR 1.59M) while participating in two larger research consortia. With 22 unique partners across 12 countries from just 3 projects, they maintain a broad and diverse network rather than relying on repeat partnerships. This suggests an organization comfortable working across different consortium structures, from SME-instrument solo efforts to large multi-partner research actions.

From only 3 projects, Effect Photonics has built connections with 22 distinct partners spanning 12 countries, indicating deep integration into Europe's photonics research ecosystem. Their Eindhoven base places them at the heart of the Dutch photonics cluster (PhotonDelta).

Why partner with them

What sets them apart

Effect Photonics occupies a rare position as an SME that actually manufactures integrated photonic chips — most photonics SMEs focus on design or packaging, not full monolithic integration on indium phosphide. Based in Eindhoven's PhotonDelta ecosystem, they have direct access to Europe's strongest photonics supply chain. For consortium builders, they bring both deep technical capability in photonic integration and the agility of a focused SME with a clear commercial product roadmap.

Notable projects

Highlights from their portfolio

  • RocketChip
    Their largest project (EUR 1.59M) and only coordinator role — focused on bringing 400Gbps optical modules to market, demonstrating their commercial ambition via the SME Instrument.
  • PASSION
    Longest-running project (2017–2021) exploring programmable photonic systems, representing their strategic direction toward flexible optical networking.
Cross-sector capabilities
Telecommunications infrastructureData center technologySemiconductor manufacturing5G/6G network components
Analysis note: Only 3 projects with no keyword metadata available, limiting depth of expertise evolution analysis. Project titles and descriptions provide clear thematic coherence in photonics, but the narrow participation window (2016-2017 start dates) makes trend analysis tentative. Company name and project focus strongly suggest deep domain expertise beyond what the H2020 data alone captures.