Optics

Press releases

OpenLight 1.6T platform reduces manufacturing costs with a fivefold increase in efficiency

The OpenLight 1.6T PASIC platform has a huge, beneficial impact on the operation and capital equipment costs for silicon photonics, chip manufacturers.

OpenLight uses heterogeneous integration technology to allow multiple, passive and active components to be integrated on to the same, silicon photonics chip. This removes the need to source, package and assemble separate, discrete components to make the chips, hugely reducing the ‘touch time’ of its production and assembly processes.

Manufacturers can benefit from a staggering, fivefold increase in efficiency and capacity from the same machines and assembly lines. This allows them to scale more easily and meet the huge and growing, global demand for 1.6T, optical solutions.

More information about OpenLight’s 1.6T platform: https://openlightphotonics.com...

More Press releases

Dr. Adam Carter is a contributor to the EE Times article, ‘Silicon Photonics Set for Take off’.
Nov 2024

Dr. Adam Carter is a contributor to the EE Times article, ‘Silicon Photonics Set for Take off’.

Adam Carter, CEO of OpenLight, was a contributor to the EE Times article, ‘Silicon Photonics Set for Take off’, by Alan Patterson, published in…

Dr. Adam Carter is a contributor to the EE Times article, ‘Silicon Photonics Set for Take off’.
OpenLight announces first process design kit sampler to accelerate component testing
Mar 2023

OpenLight announces first process design kit sampler to accelerate component testing

Now available, the unique PDK sampler offers lab-testing flexibility and enhances PIC design accuracy to accelerate time to market.

OpenLight announces first process design kit sampler to accelerate component testing
OpenLight industry presentations at ECOC 2024 in Frankfurt / Booth #B130 – Hall 6
Sep 2024

OpenLight industry presentations at ECOC 2024 in Frankfurt / Booth #B130 – Hall 6

OpenLight industry presentations at ECOC 2024 in Frankfurt / Booth #B130 – Hall 6