An InP Reflective SOA-EAM for 10 Gb/s Colorless Multi-IFoF/mmWave Fiber-Wireless Uplink in 5G Networks

Kebede Atra,Eugenio Ruggeri,Giancarlo Cerulo,Jean-Guy Provost,Karim Mekhazni,C. Vagionas,A. Garreau,F. Pommereau,Carmen Gomez,Catherine Fortin,Jean-Francois Paret,Arnaud Wilk,Cédric Ware,Didier Erasme,Franck Mallecot,Amalia Miliou,Mohand Achouche

An InP Reflective SOA-EAM for 10 Gb/s Colorless Multi-IFoF/mmWave Fiber-Wireless Uplink in 5G Networks

2021

Kebede Atra
Eugenio Ruggeri
Giancarlo Cerulo
Jean-Guy Provost
Karim Mekhazni
C. Vagionas
A. Garreau
F. Pommereau
Carmen Gomez
Catherine Fortin
Jean-Francois Paret
Arnaud Wilk
Cédric Ware
Didier Erasme
Franck Mallecot
Amalia Miliou
Mohand Achouche

We experimentally present a 10-Gb/s Fiber Wireless IFoF/V-band uplink of four 625Mbaud 16QAM signals with a linear, high-power monolithically integrated reflective electro-absorption modulator with semiconductor optical amplifier for 5G mmWave fronthaul networks.

Keywords:

Materials science
Quadrature amplitude modulation
Radio over fiber
5G
fiber wireless
Optical amplifier
Optoelectronics
Telecommunications link
Fronthaul

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