
Press releases
Dr. Adam Carter speaking at the Optica PECC Industry Summit at Juniper Networks.
Dr. Adam Carter was a guest speaker at the Optica, Photonic-Enabled Cloud Computing (PECC) Industry Summit last week, held at the Juniper Networks, Aspiration Dome in California.
"We are getting a 99% yield in our PASICs and addressing up to 8 different market segments, as the demand for integrated, silicon photonics lasers increase.” said Adam Carter. He made the statement whilst presenting OpenLight’s developments in heterogeneous, laser integration in silicon at the conference. He also showed the latest results achieved through the company’s differentiated, PASIC solutions – all part of its drive to bring photonics design to the masses.
The Optica PECC summit focuses on innovations and deployments of optics in datacenter applications. It partnered with the Advanced Photonics Coalition (APC, previously COBO) to host the PECC Industry Summit.
Discussion topics at the conference included:
- The need to anticipate and manage the growing energy demands of datacenters as a result of the increased use of AI. This follows the announcement at OFC that the energy used in a ChatGPT search is six times more than a Google or Bing search.
- New materials which improve speed and power consumption in datacenters, such as Lithium Niobite, Polymers, Plasmonics, as well as the potential use of chiplet technology.
- Efficient use of light sources in reducing power consumption.
More Press releases

OpenLight Partners with VLC Photonics to Expand Design and Test Capacity
Partnership Reduces Time to Market and Accelerates Development of Cutting-Edge PICs

eeNews Europe's interview with Dr Adam Carter at ECOC 2023.
Nick Flaherty of eeNews Europe interviewed Dr Adam Carter during the European Conference on Optical Communication (#ECOC2023), in Glasgow.

Silicon Photonics enables fast, energy-efficient data processing.
The EE Times Europe, Q and A interview with Adam Carter, CEO of OpenLight, looks at the company’s vision to bring silicon photonics to the masses.