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Press releases

OpenLight is exhibiting at ECOC 2024 in Frankfurt

Booth #B130 – Hall 6 / 23-25 September.

Learn more about OpenLight’s 1.6Tb PASIC development at ECOC 2024!

OpenLight’s 1.6Tb PASIC platform will enable the design and manufacture of breakthrough, 1.6Tbps, fully integrated optical transmitter interconnect chips for next-generation, hyperscale datacenters. Using OpenLight’s revolutionary, Heterogenous Integration, the InP-based lasers, EAM and all other active components are bonded onto the silicon as part of the integrated photonics chip. This breakthrough brings highly scalable benefits to the datacenter supply chain, as demand for bandwidth increases. These include production efficiency, cost, reliability and capital equipment reductions.

OpenLight’s 1.6Tb platform also benefits AI, High Power Computing (HPC) and machine learning (ML) applications.

Learn more about our 1.6T PASIC platform...

To arrange a meeting contact:

sales@openlightphotonics.com 

ECOC 2024 exhibition information...

More Press releases

Silicon Photonics enables fast, energy-efficient data processing.
Nov 2023

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.

Silicon Photonics enables fast, energy-efficient data processing.
How OpenLight and Synopsys are reimagining datacenters through silicon photonics
Nov 2023

How OpenLight and Synopsys are reimagining datacenters through silicon photonics

Steven Alleston, business development director at OpenLight, co-authored this article with Jigesh K. Patel and Keivan Javadi Khasraghi of Synopsys.

How OpenLight and Synopsys are reimagining datacenters through silicon photonics
Shaping the future of silicon photonics at OFC.
Apr 2025

Shaping the future of silicon photonics at OFC.

Thank you to everyone who visited OpenLight at OFC and saw us shaping the future of silicon photonics! 

Shaping the future of silicon photonics at OFC.