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This work has been clarified the optical differential phase shift keying transceiver systems performance efficiency at high data rate optical systems in the presence of pr doped amplifiers. The Max optical signal power variations after fiber link versus wavelength variations at various system data rates are demonstrated. The total optical power within optical fiber at data rates from 10 to 100 Gbps are indicated. The Max electrical signal power variations against frequency after receiver variations at various system data rates are clarified. The total electrical power after receiver at various system data rates are demonstrated. The light/electrical power received, OSNR and SNR variations in relation to data rate variations are also studied.

journal of optical communications

Optical differential phase shift keying transceiver systems performance efficiency at high data rate optical systems in the presence of Pr doped amplifiers