In long-distance periodically amplified systems, dispersion compensation is highly beneficial. In this paper, we show that compensating the dispersion in each segment (type-A systems) still leads to significant cross phase modulation (XPM) induced penalty even when high dispersion fiber is used, but the penalty is greatly reduced by concentrating the dispersion compensation at one place (type-B systems).
Compensation of cross-phase modulation in periodically amplified CPFSK optical communication systems
1995-01-01
199780 byte
Conference paper
Electronic Resource
English
Compensation of Cross-Phase Modulation in Periodically Amplified CPFSK Optical Communication Systems
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