Impact of DWDM at 50GHz spacing in the 2μm waveband

N. Kavanagh,K. Shortiss,Hongyu Zhang,Muhammad Usman Sadiq,Kevin Thomas,Agnieszka Gocalinska,Yan Zhao,E. Pelucchi,Peter O'Brien,Frank H. Peters,Brian Corbett,F. C. Garcia Gunning

Impact of DWDM at 50GHz spacing in the 2μm waveband

2016

N. Kavanagh
K. Shortiss
Hongyu Zhang
Muhammad Usman Sadiq
Kevin Thomas
Agnieszka Gocalinska
Yan Zhao
E. Pelucchi
Peter O'Brien
Frank H. Peters
Brian Corbett
F. C. Garcia Gunning

In this paper, we show for the first time the impact of decreasing DWDM channel spacing to 50GHz in the 2μm waveband, using 6×12.5Gbit/s and 2×8Gbit/s OOK signals.

Keywords:

Optics
Physics
Photonic-crystal fiber
Multiplexing
Wavelength-division multiplexing
Channel spacing
Bit error rate
Optoelectronics
optical signal to noise ratio
Signal processing

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