EdgeLink™ mmW Mesh Transport experiments in the Berlin 5G-Crosshaul Testbed

Jane Mack, Patrick Cabrol
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引用次数: 6

Abstract

This paper presents the performance results for a series of outdoor experiments conducted on a fifth generation (5G) mmW Mesh Transport system to show multiplexing of high throughput fronthaul (FH) and backhaul (BH) traffic over a long-range mmW link with exceedingly low latency. The EdgeLink™ millimeter wave (mmW) system was deployed as part of the European 5G-Crosshaul H2020 5G-PPP project where an outdoor mesh network was setup in Berlin with link distances up to 185 meters. The inclusion of a self-organizing Mesh topology guarantees failure recovery within the system through redundant paths which are managed by a cloud based software defined network (SDN) controller.
EdgeLink™毫米波Mesh传输实验在柏林5g交叉测试平台
本文介绍了在第五代(5G)毫米波Mesh Transport系统上进行的一系列室外实验的性能结果,以显示在远程毫米波链路上具有极低延迟的高吞吐量前传(FH)和回程(BH)流量的多路复用。EdgeLink™毫米波(mmW)系统是作为欧洲5G-Crosshaul H2020 5G-PPP项目的一部分部署的,该项目在柏林建立了一个室外网状网络,链路距离高达185米。自组织Mesh拓扑的包含保证了通过冗余路径在系统内进行故障恢复,冗余路径由基于云的软件定义网络(SDN)控制器管理。
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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