Investigation of 100G (4x25G) NG-PON2 upgrade using a burst mode laser based on a multi-electrode laser to enable 100 GHz wavelength grid

Houtsma, Vincent; van Veen, Doutje; Porto, Stefano; Basavanhally, Nagesh; Bolle, Cris; Schmuck, Harald

Investigation of 100G (4x25G) NG-PON2 upgrade using a burst mode laser based on a multi-electrode laser to enable 100 GHz wavelength grid

Files

Investigation_of_100G_425G_NG-PON2_Upgrade_using_a_Burst_Mode_Laser_based_on_a_Multi-Electrode_Laser_to_enable_100_GHz_Wavelength_Grid.pdf(1.08 MB)

Published Version

Date

2018-06-14

Authors

Houtsma, Vincent

van Veen, Doutje

Porto, Stefano

Basavanhally, Nagesh

Bolle, Cris

Schmuck, Harald

Publisher

Optical Society of America

Abstract

Investigation of NG-PON2 upgrade to 25 Gb/s line-rate on a 100 GHz grid using a burst-mode transmitter based on a multi-electrode DFB. Compliance with NG-PON2 MSE requirements is shown.

Keywords

Bit error rate , Measurement by laser beam , Optical filters , Laser modes , Electrodes , Adaptive optics , Laser tuning

Citation

Houtsma, V., van Veen, D., Porto, S., Basavanhally, N., Bolle C. and Schmuck, H. ‘Investigation of 100G (4x25G) NG-PON2 upgrade using a burst mode laser based on a multi-electrode laser to enable 100 GHz wavelength grid’, 2018 Optical Fiber Communications Conference and Exposition (OFC), San Diego, CA, USA, 11-15 March, pp. 1-3. Available at: https://ieeexplore.ieee.org/abstract/document/8385660 (Accessed: 15 September 2021)