Digital light engines
for the AI century

Redefining photonic integration to make light scalable, manufacturable, and infrastructure-ready.

Our digital light engines deliver higher output powers, smaller form-factors, broader bandwidth, and higher reliability - unlocking the next generation of AI data-center and sensing performance.

Optical Power

>2x higher

Form Factor

>10x smaller

Power Density

>2x lower

DISCOVER HOW WE DO IT

AI datacenters will be powered by
multi-color lights

AI datacenter bandwidth is doubling every two years, pushing networks beyond the limits of electrical interconnects.

The industry is turning to optical interconnects - enabled by silicon photonics and co-packaged optics (CPO) - to keep up.

At the heart of this shift are multi-color laser light sources, which make high-bandwidth, scalable optical connectivity possible.

EXPLORE APPLICATIONS

We remove the final barrier to scalable photonics

Photon Bridge technology unlocks orders-of-magnitude improvements in manufacturability, power, and testability.

Manufacturability

Power-handling

Testability

— Rapid, straightforward testing
— No need for specialized alignment
equipment

— 50x larger silicon waveguide,
enabling >1W power handling

We move photonic integration from the wafer fab to scalable packaging

By combining III–V light sources with thick silicon waveguides, our cantilever platform delivers stable, manufacturable photonics through OSAT-based integration.

Our cantilever platform delivers <200 nm alignment accuracy at optical I/Os during high-speed (>2 µm) flip-chip bonding, unlocking unlimited I/Os per device and support for any III-V material system.
With 25× lower wavelength variation, passive devices operate with little to no active tuning, reducing power, complexity, and cost.

MANUFACTURING

Unlimited optical IOs

Any material combination

Simplified thermal controls

Applications

We bridge the gap between high-density silicon photonics and the physical world. By delivering high-power, multi-color laser sources, on silicon, we enable next-generation computing, lidar, and sensing solutions.

EXPORE THE APPLICATIONS