49.2-Tbit/s WDM Transmission Over 2x93-km Field-Deployed Fiber

Karsten Schuh,Fred Buchali,Roman Dischler,Mathieu Chagnon,Vahid Aref,Henning Buelow,Qian Hu,Florian Pulka,Massimo Frascolla,Esmaeel Alhammadi,Adel Samhan,Islam Younis,Mohamed El-Zonkoli,Peter J. Winzer

49.2-Tbit/s WDM Transmission Over 2x93-km Field-Deployed Fiber

2020

Karsten Schuh
Fred Buchali
Roman Dischler
Mathieu Chagnon
Vahid Aref
Henning Buelow
Qian Hu
Florian Pulka
Massimo Frascolla
Esmaeel Alhammadi
Adel Samhan
Islam Younis
Mohamed El-Zonkoli
Peter J. Winzer

We present 40 channel WDM transmission experiments over one and two spans of 93-km field-deployed SSMF achieving net capacities of 51.5-Tbit/s and 49.2-Tbit/s for PCS-256-QAM with 7.5 bits entropy and 45.9-Tbit/s and 45.1-Tbit/s for 64-QAM transmission, respectively.

Keywords:

Optoelectronics
wdm transmission
Optics
Terabit
Fiber
Engineering
Electronic engineering
Electrical engineering
Wavelength-division multiplexing
Communication channel
Pulse shaping
Signal processing

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