An experimental demonstration of an all-optical sampling orthogonal frequency division multiplexing （AOS-OFDM） transmission system with inline chromatic dispersion （CD） compensation is carried out to test the nonl...An experimental demonstration of an all-optical sampling orthogonal frequency division multiplexing （AOS-OFDM） transmission system with inline chromatic dispersion （CD） compensation is carried out to test the nonlinear influence. With five subcarriers non-return-to-zero （NRZ） modulated, the total bit rate is 50 Gb/s without polarization multiplexing. The receiver end is highly simplified with direct de- tection using optical Fourier transform filter. After transmission in 160-km standard single-mode fiber （SSMF） link with 130-ps/nm residual CD, an optimum input optical power for the system performance is achieved.展开更多
基金supported by the National Natural Science Foundation of China (Nos. 60736002, 60807026,60932004, and 61090391)the Open Fund of Key Laboratory of Optical Communication and Lightwave Technologies (BUPT), Ministry of Education, Chinathe State Key Laboratory of Advanced Optical Communication Systems and Networks, China (No. 2008SH03)
文摘An experimental demonstration of an all-optical sampling orthogonal frequency division multiplexing （AOS-OFDM） transmission system with inline chromatic dispersion （CD） compensation is carried out to test the nonlinear influence. With five subcarriers non-return-to-zero （NRZ） modulated, the total bit rate is 50 Gb/s without polarization multiplexing. The receiver end is highly simplified with direct de- tection using optical Fourier transform filter. After transmission in 160-km standard single-mode fiber （SSMF） link with 130-ps/nm residual CD, an optimum input optical power for the system performance is achieved.
