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Baseband receiver design for orthogonal frequency division multiplexing based passive optical network
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According to the extended demand of network bandwidth from consumer, the developing of optical communication is gain ground day by day. The long haul transmit will be replace by short reach transmit gradually. The passive optical network 10GEPON or 10GGPON in next generation can increased the transmission data rate by add optical component, but it must pay the bigger cost. Therefore to use the orthogonal frequency division multiplex technology of optical communication, base on the original optical architecture, and it could advance data rate of fiber system and also solves channel distortion effectively. Further more it could reduce the system cost and realizes the goal that is fiber to the home service.
This paper presents the OFDM PON baseband receiver design, and defines the system specification. The transmitter, channel model and receiver are programming by Matlab program and test by VPI transmissionMaker7.1 program. And final re programming receiver and fixed point simulation results. In this paper the first issue is the fiber channel model of OFDM PON, and establishes the system simulation environment by the Matlab program. The receiver designs include the coarse package detection and the fine package detection algorithm and circuit architecture design. To want in accordance to the system high speed transmission to pursue the 10Gbits transmission capacity, the present paper proposes a set of 8/16 parallel processing receiver construction.
Finally, under the system operation environment which in the present paper proposed, designs the construction may resist the chromatic dispersion, polarization mode dispersion, nonlinear distortion and the component noise. The simulation result showed the OFDM PON can demodulation in suffers under these channel effects.
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