Enabling Efficient 5G NR and 4G LTE Coexistence

L. Wan, Zhiheng Guo, Xiang Chen
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引用次数: 25

Abstract

This article introduces the efficient coexistence between LTE and 5G-NR. Through the UL only sharing known as UUDL decoupiing, 5G-NR provides a tool to extend its coverage with C -Band deployment, and makes it possible to deploy a C-Band 5G-NR network using existing LTE sites for seamless coverage. Moreover, the co -site deployment of 5G-NR and LTE greatly reduces the 5G-NR network cost and speeds up the 5G-NR commercialization. The UL sharing between LTE and 5G -NR also provides a powerful tool to strike a good balance between spectrum efficiency and low latency, and between coverage and channel bandwidth. The simultaneous 5G-NR DUUL sharing with an LTE DUUL carrier provides the possibility of early and low load 5G-NR deployment since the FDD LTE DL may have such high traffic load that only a shared low traffic load on 5G-NR DL can be accommodated. The 5G -NR is also designed to coexist with a TD-LTE system in the same TDD band to align the UUDL transmission direction. Overall, 5G-NR is designed to allow efficient coexistence with 4G LTE for very flexible deployments and use cases.
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实现5G NR和4G LTE的高效共存
本文介绍了LTE和5G-NR的高效共存。通过UUDL解耦,5G-NR提供了一种工具,可以通过C波段部署扩展其覆盖范围,并使使用现有LTE站点部署C波段5G-NR网络实现无缝覆盖成为可能。此外,5G-NR和LTE的同局部署大大降低了5G-NR网络成本,加快了5G-NR商用。LTE和5G -NR之间的UL共享也为实现频谱效率和低延迟、覆盖范围和信道带宽之间的平衡提供了有力的工具。与LTE DUUL运营商同时共享5G-NR DUUL,为5G-NR的早期低负载部署提供了可能,因为FDD LTE DL可能具有如此高的流量负载,因此只能容纳5G-NR DL的共享低流量负载。5G -NR还被设计为与同一TDD频段的TD-LTE系统共存,以对齐UUDL传输方向。总体而言,5G-NR旨在与4G LTE高效共存,以实现非常灵活的部署和用例。
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