info@sns-brokerage.eu

Enlightra design and develop its own optical metadispersion combs suitable for optical communications

Home / Expertise Offering / Enlightra design and develop its own optical metadispersion combs suitable for optical communications

Enlightra design and develop its own optical metadispersion combs suitable for optical communications
By Audrey Bienvenu from EURESCOM GmbH On 23 April 2025  0 Comment

Expertise Short Title
Enlightra design and develop its own optical metadispersion combs suitable for optical communications
Expertise offered

We can offer a standalone comb laser which can be used as a demonstrator. We also design and develop high speed high speed meta dispersion combs for use in AI interconnects.
Our photonics technology helps in extreme-bandwidth data transmission. A photonic engine designed for integration at the chip scale, facilitating data transmission. Enables transmission of data across 100 channels using a single laser source.

Target interests
  • STREAM-B-03-02: Higher Speed Optical Access Networks and future end-to-end Packet Optical Network Architecture in 6G
  • STREAM-C-01-01: 6G Telco Cloud and Service Provision enablers
  • STREAM-B-01-01: Advanced Architectures Systems and Technologies
  • STREAM-B-03-01: 6G NTN-TN Unification/Integration
  • STREAM-D-01-01: SNS Trials and Pilots (T&Ps) with Verticals
Other Targeted interests
not-set
Expertise key words
  • 6G Core Networks
  • Automotive Sector solutions
  • Backhaul solutions
  • Fronthaul solutions
  • Innovative 6G Technologies
  • Optical Technologies
  • Satellites Networks for 5G/6G

Contact

Name: Robert Hughes
Company: Enlightra Sarl
Type of Organisation: SME
Country: Switzerland
Web: https://www.enlightra.com
Telephone: +447968607247


Brief description of my Organisation

Enlightra develops photonics technology that helps in extreme-bandwidth data transmission. A photonic engine designed for integration at the chip scale, facilitating data transmission. Enables transmission of data across 100 channels using a single laser source.

Please complete the form to contact this Expertise Offer