Numerical simulation of 10-Gbit/s transmission over 9000 km with 50-km amplifier spacing using optical phase conjugation in the terminal unit

摘要

In conclusion, the natural variation of the link chromatic dispersion suppresses the sideband instability in transmission over transoceanic distances without in-line dispersion compensation. A transmission over 9000 km with 50-km amplifier spacing using terminal optical phase conjugation was numerically simulated yielding a Q factor of 12.