Driving the new era of
open silicon photonics
with integrated lasers

Experience unparalleled performance

With OpenLightTM, you can access integrated photonics solutions for high channel count, high-complexity applications with improved performance, power efficiency and reliability. By building the world’s first open silicon photonics platform with integrated lasers, we’re placing advanced designs in the hands of innovators to address multiple applications, including datacom, telecom, LiDAR, healthcare, HPC, AI, and optical computing.

A scalable platform delivers powerful benefits

A scalable platform delivers powerful benefits

Open for all

Access the first open silicon photonics platform that also includes integrated lasers and optical amplifiers, delivering a complete solution available in a Process Design Kit.

A scalable platform delivers powerful benefits

Complete photonics library

Benefit from a full suite of photonics components—including integrated lasers, amplifiers, high-speed modulators, and high-speed photodetectors—in our open platform.

A scalable platform delivers powerful benefits

Easier solutions deployment

Launch new solutions faster and more seamlessly with integrated lasers to reduce barriers to entry and enable high-complexity, high-performance designs.

A scalable platform delivers powerful benefits

Most reliable and scalable PIC solution

Experience a new level of laser integration and scalability that delivers unparalleled performance and reliability to enable new applications.

A scalable platform delivers powerful benefits

News and events

NEWS

OpenLight appoints Dr. Adam Carter as Chief Executive Officer

Dr. Carter brings over 25 years of experience in the semiconductor industry and will guide the company’s growth as they scale their open-foundry business.

INTERVIEW

OpenLight and their revolutionary approach to photonics (Podcast)

SemiWiki podcaster Dan Nenni is joined by COO of OpenLight Dr. Thomas Mader to discuss the benefits of integrating optical components directly onto silicon.

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