OWC channel measurement testbed building in indoor environment with m-CAP modulation

Ziqi Liu, Xun Zhang, Bastien Béchadergue
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Abstract

In recent years, with the rapid deployment of 5G and the planning for future 6G multi-network convergence, interest in optical wireless communication (OWC) technology as a promising complementary technology to Radio Frequency (RF) technology has gained new impetus. In this paper, aiming at the OWC communication system, an indoor OWC channel measurement testbed is built to measure the infrared (IR) channel under the testbed and evaluate its communication performance. Through experiments, the channel response of the IR device is measured. The OWC channel measurement testbed can achieve a data rate above 16Mbps, with the minimum value of Error Vector Magnitude (EVM) 18.8338%, and the minimum value of Bit Error Ratio (BER) 0.0301. According to the Digital Cinema System Specification (DCSS) issued by Digital Cinema Initiatives (DCI), the system meets the transmission standard of 4K radio.
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m-CAP调制室内环境下OWC信道测量试验台的建立
近年来,随着5G的快速部署和对未来6G多网融合的规划,人们对光无线通信(OWC)技术作为射频(RF)技术的有前途的补充技术的兴趣获得了新的动力。本文针对光控通信系统,搭建了一个室内光控信道测量试验台,对试验台下的红外信道进行测量,并对其通信性能进行评估。通过实验,测量了红外器件的通道响应。OWC信道测量试验台可实现16Mbps以上的数据速率,最小误差矢量幅值(EVM)为18.8338%,最小误码率(BER)为0.0301。根据数字电影协会(DCI)发布的数字电影系统规范(DCSS),该系统满足4K无线电的传输标准。
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