$2\times 800$ Gbps/wave Coherent Optical Module Using a Monolithic InP Transceiver PIC

Mohammad Reza Chitgarha,P. Studenkov,Jiaming Zhang,Hossein Hodaei,T. Frost,Huan-Shang Tsai,S. Buggaveeti,A. Rashidinejad,A. Yekani,R. Mirzaei Nejad,S. Kerns,J. Diniz,D. Pavinski,R. Brigham,Benjamin Foo,Mohammad Al-Khateeb,S. Koenig,S. Wolf,Ryan Going,S. Porto,I. Leung,Robert Maher,V. Dominic,H. Sun,Steve Sanders,J. Osenbach,Scott Corzine,Peter W. Evans,Vikrant Lal,Mehrdad Ziari

$2\times 800$ Gbps/wave Coherent Optical Module Using a Monolithic InP Transceiver PIC

2020

We report on the development of a $2\times 800$ Gbps/wave coherent module based on a monolithic InP transceiver PIC and real-time 7nm DSP ASIC capable of 800Gbps data transmission over record 1000km SMF-28 link using a 96Gbaud, PCS-64QAM modulation format.

Keywords:

Indium phosphide
Data transmission
Application-specific integrated circuit
Optoelectronics
Transceiver
Digital signal processing
Materials science
Optical recording
Optical amplifier
Modulation

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