Radio Band Harmoniser for 5G Private Networks

专用5G网络可以使用本地许可频谱提供无线连接，而不受公共网络的影响。这在现场事件广播等应用中是非常有利的。在这种情况下，一个满是足球观众的体育场可能会给公共移动网络带来相当大的负载。与此同时，可以建立一个专用5G网络，以高质量和可靠性传输来自广播摄像机的实时视频馈送，捕捉球场上的所有动作。为广播（和其他应用）部署5G专用网络的挑战之一是可用的无线电调制解调器设备可能不针对相同的RF频段。该项目旨在开发一种新的5G无线网络组件的原型，该组件将与现有设备互操作，以协调对无线电频段的访问，从而解决兼容性挑战，实现专用5G网络的无缝运行。

Private 5G networks can deliver wireless connectivity using locally licensed spectrum, without being affected by the public network. This is highly advantageous in applications such as live events broadcasting. In this scenario, a stadium full of football spectators might place considerable load on the public mobile network. Meanwhile, a private 5G network can be established to carry live video feeds from broadcast cameras capturing all of the action on the pitch, with high quality and reliability.One of the challenges in deploying 5G private networks for broadcasting (and other applications) is that the available radio modem equipment may not target the same RF frequency bands. This project aims to prototype a new 5G wireless network component that will inter-operate with existing equipment to harmonise access to radio spectrum bands, thus solving the compatibility challenges and enabling seamless operation of the private 5G network.