The effect of optical phase conjugation on Gordon-Haus jitter in long-distance soliton communication systems is considered. In-line optical phase conjugation at an optimal point two-thirds of the way down the system reduces the rms jitter by a factor of three. A post-transmission-line compensation scheme based on optical phase conjugation and soliton-supported dispersion compensation reduces the rms jitter by a factor of two. >

Optical phase conjugation in long-distance soliton communication systems significantly reduces Gordon-Haus jitter by a factor of three and post-transmission-line compensation schemes by a factor of two.

Reduction of Gordon-Haus jitter in soliton transmission systems by optical phase conjugation

Key Takeaway: Optical phase conjugation in long-distance soliton communication systems significantly reduces Gordon-Haus jitter by a factor of three and post-transmission-line compensation schemes by a factor of two.