€10M Boost: Eindhoven Startup Photon Bridge Targets 2027 AI Laser Shipments
The Eindhoven startup raises capital to mass-produce optical light sources for AI infrastructure, targeting sample shipments in 2027.
Key points
- Photon Bridge raised €10 million to build laser light sources for AI data centre optical links.
- The round was co-led by Amadeus APEX Technology Fund and 360 Capital, with participation from existing investors.
- The company plans to ship first samples in 2027 and begin volume production in 2028.
Eindhoven-based Photon Bridge has secured €10 million in funding to manufacture laser light sources for the optical connections inside artificial intelligence data centres, the company announced. This capital injection supports the development of components that replace traditional copper wiring with light-based data transmission, addressing a growing bottleneck in high-performance computing infrastructure.
The risk
The primary challenge Photon Bridge addresses is the supply chain limitation for optical components in AI systems. As data centres shift from copper wires to light for moving data between chips, the demand for lasers has surged. The existing supply chain was designed for telecommunications, which requires far fewer units. This mismatch creates a risk of component shortages that could stall the deployment and scaling of AI infrastructure.
Who is exposed
AI data centre operators and hardware manufacturers face exposure to these supply constraints. Paul Marchal, Photon Bridge’s chief executive, stated that the industry will soon need millions of laser sources annually. Companies relying on current telecom-oriented suppliers may struggle to meet this volume. Photon Bridge aims to serve this market by providing a scalable manufacturing solution for these critical optical links.
Cost and compliance
The €10 million round was co-led by the Amadeus APEX Technology Fund and 360 Capital. Existing investors, including Innovation Industries, Faber, and the Brabant Development Agency, also contributed additional capital. The company, previously known as Photon IP, raised €4.75 million in seed funding last year. This new funding will support product development, customer testing, and hiring in Eindhoven.
What should you do?
Managers should monitor the development of optical interconnect technologies as AI infrastructure demands evolve. Evaluate current supply chain resilience for high-volume optical components. Engage with vendors like Photon Bridge during their testing phase to ensure future compatibility and availability of laser sources for next-generation data centre deployments.
The background in plain language
Optical interconnects use light instead of electricity to move data between processors, offering higher speed and lower power consumption. Lasers generate this light. Traditional methods build single powerful lasers, which are complex and prone to manufacturing defects. Photon Bridge combines multiple weaker lasers on different wavelengths. This approach increases yield rates because weaker lasers are easier to produce reliably. Teams usually assess component failure rates when scaling hardware. Check whether your infrastructure plans account for the shift from copper to light-based transmission, as this changes sourcing requirements significantly.
What to do and how to stay safe: Photon Bridge
- Review current data centre hardware roadmaps to identify dependencies on optical interconnect components.
- Establish relationships with emerging photonics vendors early in their development cycles to secure future supply.
- Monitor industry reports on laser manufacturing yields and production timelines for AI infrastructure.
- Assess whether current telecom-grade optical suppliers can meet projected volume demands for AI workloads.
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Frequently asked questions
When will Photon Bridge start producing lasers?
The company plans to ship its first samples in 2027 and prepare for volume production from 2028.
How does Photon Bridge manufacture its lasers?
It does not run its own factory but works with outside chipmakers, combining light from several weaker lasers on different wavelengths.
Who invested in this funding round?
The Amadeus APEX Technology Fund and 360 Capital co-led the round, with additional investment from Innovation Industries, Faber, and the Brabant Development Agency.
