Performance Analysis of Radio over Fiber Network for Indoor Telecommunication Application

2019 IEEE Asia Pacific Conference on Wireless and Mobile (APWiMob) Pub Date : 2019-11-01 DOI:10.1109/APWiMob48441.2019.8964186

M. Christine, Akhmad Hambali, K. Sujatmoko

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Abstract

Radio over Fiber (RoF) as part of optical fiber communication could be the solution to the increasing number of demands in the success of telecommunication data processing, especially indoor where the communication traffic is higher than outdoor. An RoF network system set up is proposed for indoor application implementing for Indonesia's optical fiber communication system, which provides important benefits for the overall telecommunication system. In this network set up, DPSK digital modulation is used to modulate data in the RF signal. MZM is added as an external modulator. Random binary data is generated using PRBSs with 1 GBits/s bit rate. Various variants of 1:2, 1:4, and 1:8 power splitters are analyzed to identify the best performance of the network system. Received power, Q-Factor and Bit Error Rate are the performance parameters to determine the performance of the proposed network system. The performance parameters standards that are used is based on general telecommunication system in Indonesia with the ideal value of Q-Factor at 6, maximum BER at 10–9 and Received Power $\geq-35\mathbf{dBm}$.

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用于室内通信的光纤无线网络性能分析

光纤无线通信(RoF)作为光纤通信的一部分，可以解决通信数据处理日益增长的需求，特别是在通信流量高于室外的室内。提出了一种用于印尼光纤通信系统室内应用实施的RoF网络系统，为整个电信系统提供了重要的效益。在该网络中，采用DPSK数字调制对射频信号中的数据进行调制。MZM作为外部调制器加入。随机二进制数据生成使用PRBSs与1 GBits/s比特率。分析了1:2、1:4和1:8功率分配器的各种变体，以确定网络系统的最佳性能。接收功率、q因子和误码率是决定所提出的网络系统性能的性能参数。所使用的性能参数标准是基于印度尼西亚的一般电信系统，q因子的理想值为6，最大误码率为10-9，接收功率为$\geq-35\mathbf{dBm}$。

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2019 IEEE Asia Pacific Conference on Wireless and Mobile (APWiMob)

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