Flagship B

Advanced multiplexing for ultimate capacity

Explore the fundamental capacity limits of ultimate transmission fibres by advanced 5D multiplexing.
Investigate the highest transmission capacity over such fibres with integrated silicon devices.
Explore networking scenarios for dynamically switching among separate cores/modes by developing silicon chip multi-core fibre couplers integrated with switches.
10 Pbit/s highest capacity transmission per fibre.

Development of advanced fibres and integrated silicon devices for advanced multiplexing.
- Multi-core fibres with few-modes per core.
- Silicon coupling devices for multi-core/multi-mode fibres.
- Silicon devices for OAM-MUX/WDM.
- Broadband nano-grating couplers for multi-core HOMs/ OAM modes.
Optical processing of SDM, TDM, WDM dimensions.
Capacity record hero transmission experiments using multi-dimensional data multiplexing - 100 to 150 spatial channels with multi-core HOMs/ OAM modes.

Updated by Chandra Schilling on 10 October 2023

Toshio Morioka

Professor

DTU Electro

+45 45 25 37 96
tomo@dtu.dk

Updated by Chandra Schilling on 10 October 2023