Adam Carter

Press releases

Read SemiWiki's recently published ‘CEO Interview’ with Dr. Adam Carter

SemiWiki’s insightful ‘CEO Interview’ with Dr. Adam Carter, by Daniel Nenni, describes OpenLight’s unique technology and business model.

“We enable our customers to create Photonic ASICs (PASICs Photonic Application Specific Integrated Circuits) rather than optical subassemblies,” explains Adam. “We do not manufacture products, instead, we provide design assistance to customers who lack expertise in silicon photonics. Additionally, we license access to a Process Design Kit (PDK) for customers to create their own PASICs. The intellectual property (IP) required to do this now includes over 350 patents and growing.

“OpenLight’s platform enables companies to design and manufacture at scale, which is crucial as the industry faces increasing demand in markets such as data centers, AI/ML, and high-performance computing (HPC). Our technology also enhances the performance, scalability, and manufacturability of critical photonic components, including waveguides, splitters, modulators, and photodetectors.”

The article goes on to look at how OpenLight meets customer needs for reliability and scalability; the license-based business model giving open access to its PDK; the 800G solutions offered; and its expanding, 1.6T CWDM portfolio.

Read the full article...

More Press releases

OpenLight Appoints Natalija Filipovic to Accelerate Growth and Photonics Leadership.
Dec 2025

OpenLight Appoints Natalija Filipovic to Accelerate Growth and Photonics Leadership.

Natalija Filipovic joins OpenLight Photonics as Director of Marketing and Sales Operations.

OpenLight Appoints Natalija Filipovic to Accelerate Growth and Photonics Leadership.
What does open PDK really mean?
May 2024

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.

What does open PDK really mean?
OpenLight and TFC Advance Silicon Photonics Back End Integration Supporting up to 400G Data Rates on TGV Substrate
Mar 2026

OpenLight and TFC Advance Silicon Photonics Back End Integration Supporting up to 400G Data Rates on TGV Substrate

New evaluation board for a 400G EAM, based on OpenLight’s heterogeneous integration of InP-on-Si process, is available for testing, and includes a…

OpenLight and TFC Advance Silicon Photonics Back End Integration Supporting up to 400G Data Rates on TGV Substrate