Openlight design enablement

Press releases

What does open PDK really mean?

OpenLight’s open process design kit (PDK) allows customers to design their own, next-generation PASIC, for existing, new and emerging applications.

It gives customers access to a comprehensive library of photonics components which are heterogeneously integrated on the PASIC. This includes active components like tuneable lasers, optical amplifiers, DFB’s, EA-modulators and photo detectors. OpenLight’s heterogenous, integration approach removes the need to source and package separate lasers on silicon photonics chips and improves device performance, with very low loss between active components and waveguides. In addition, OpenLight will guarantee PASIC designs developed with its PDK, with the option to produce the PASICs for customers using its foundry partners.

Many Silicon Photonics manufacturers are claiming open PDK capability, however, the PIC design must be produced entirely on their own platform, using their own components.

Read more about OpenLight’s open platform PDK, here:

https://openlightphotonics.com...

More Press releases

“We are now an independent company.”
Jul 2025

“We are now an independent company.”

Stated Adam Carter, CEO, OpenLight, in an interview with embedded.com as its series A investment round completes.

“We are now an independent company.”
OpenLight is at ECOC 2025, Booth #C2322
Sep 2025

OpenLight is at ECOC 2025, Booth #C2322

OpenLight Photonics is exhibiting at ECOC 2025 in Copenhagen, Booth # C2322, 28 September to 1 October 2025.

OpenLight is at ECOC 2025, Booth #C2322
OpenLight Receives First Volume Production Orders for NewPhotonics® 800G and 1.6T Laser-Integrated PICs with Tower Semiconductor PH18DA InP-on-Silicon Platform
Mar 2026

OpenLight Receives First Volume Production Orders for NewPhotonics® 800G and 1.6T Laser-Integrated PICs with Tower Semiconductor PH18DA InP-on-Silicon Platform

OpenLight Receives First Volume Production Orders for NewPhotonics® 800G and 1.6T Laser-Integrated PICs with Tower Semiconductor PH18DA InP-on-Silicon Platform