8x30 Gbps RZ-RoF-WDM System Using Optical DSB-SC For Long-Distance Networks

A. Fares, K. Saouchi, F. Brik, Nadira Boukhatem
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Abstract

8x30 Gbps WDM system will be adapted with Radio-over-Fiber system destined for long distance networks. The Optisystem will be the simulation environment for this proposed WDM system using the RZ encoding system. 60 GHz is chosen as the radio-frequency because it symbolizes the future 5G band and its applications. The results are reported in terms of quality factor, bit error rate and the eye diagrams. The results show that a laser with a power of 10 dBm in each channel can transmit data across a distance of 2400 km while maintaining the desired performance.
基于光DSB-SC的8x30 Gbps RZ-RoF-WDM系统
8x30gbps WDM系统将与用于长途网络的无线光纤系统相适应。Optisystem将是采用RZ编码系统的WDM系统的仿真环境。选择60 GHz作为无线电频率,是因为它象征着未来的5G频段及其应用。结果从质量因子、误码率和眼图三个方面进行了报道。结果表明,每个通道功率为10 dBm的激光器可以在保持预期性能的情况下传输2400 km的数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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