A pragmatic industrial road map for shifting the existing fronthaul from CPRI to 5G compatible eCPRI

C. Shinde
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Abstract

In this fast approaching era of 5G deployments, MNOs have started implementing Centralized radio access networks (C-RAN) so that it can fulfil the prodigious requirements of future 5G services in terms of network latency, service availability, capacity, and network coordination. The fronthaul interface will now have to adapt to various functional splits and cannot be constrained to one split option. Thus evolved Common Public Radio Interface (eCPRI) has been introduced for the communication between the evolved Radio Equipment Controller (eREC) and evolved Radio Equipment (eRE). This article aims to deliver a basic understanding of eCPRI specification: its concept, design and synchronisation. The author plans to give the industrial world a realistic glimpse of the amendments required in the already deployed CPRI fronthaul so as to make it 5G compatible eCPRI, and research challenges in the next-generation 5G mobile network.
一个实用的工业路线图,将现有的前传从CPRI转移到5G兼容的eCPRI
在这个即将到来的5G部署时代,移动网络运营商已经开始实施集中式无线接入网络(C-RAN),以便它能够满足未来5G业务在网络延迟、服务可用性、容量和网络协调方面的巨大需求。前传接口现在必须适应各种功能拆分,而不能局限于一个拆分选项。因此,演进的通用公共无线电接口(eCPRI)已被引入,用于演进的无线电设备控制器(eREC)和演进的无线电设备(eRE)之间的通信。本文旨在提供对eCPRI规范的基本理解:它的概念、设计和同步。作者计划让工业界现实地了解已经部署的CPRI前传所需的修改,以使其与5G兼容,并研究下一代5G移动网络中的挑战。
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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