首页> 外文会议>Transparent Optical Networks, 2003. Proceedings of 2003 5th International Conference on >Development of highly flexible broadband networks incorporating wavelength division multiplexing and sub-carrier division multiplexing in a hybrid radio/fiber distribution system
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Development of highly flexible broadband networks incorporating wavelength division multiplexing and sub-carrier division multiplexing in a hybrid radio/fiber distribution system

机译:在混合无线电/光纤分配系统中结合波分复用和子载波分复用的高度灵活的宽带网络的发展

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A radio over fiber distribution system incorporating both SCM and WDM technologies is presented. The SCM signal contains five 155 Mbit/s data channels, centered around 18.5 GHz with 450 MHz spacing. This signal is directly modulated onto three high-speed lasers with emission frequencies spaced by 50 GHz. Bragg filters are employed at the receiver base station in order both to demultiplex the required optical channel, and to ensure that the detected signal is single side band (in order to overcome dispersion limitations on the link). Our results show negligible degradation in system performance for the demultiplexing of the WDM signal compared with the back-to-back performance curves.
机译:提出了一种结合了SCM和WDM技术的光纤无线电分配系统。 SCM信号包含五个155 Mbit / s数据通道,以18.5 GHz为中心,间距为450 MHz。该信号直接调制到发射频率间隔为50 GHz的三个高速激光器上。接收器基站采用布拉格滤波器,以便对所需的光信道进行多路分解,并确保检测到的信号是单边带(以克服链路上的色散限制)。我们的结果表明,与背对背性能曲线相比,WDM信号多路分解对系统性能的影响可忽略不计。

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