Research on 5G Base Station to Satellite Earth Station Interference and Mitigation Methods

Lei Liu, Xiang Meng, Weiliang Xie
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Abstract

Some countries and regions are currently considering 5G services in the 3.5 GHz band, and the widespread deployment of 5G systems may cause interference to Fixed Satellite Service (FSS) earth stations operating in adjacent frequency bands. This paper presents an analysis for 5G base station downlinks in 3.5 GHz band when receiving adjacent FSS earth stations, derived from ITU-R recommendations for IMT and FSS. The conclusions of the study give the minimum required protection distances for coexistence deployment of 5G systems with FSS earth stations at different frequency intervals. Various feasible technical measures for inter-system coexistence protection, such as adding frequency shielding, adding filters, limiting out-of-band indicators of base stations and setting geographic protection ranges, are also proposed considering the complex scenarios of the actual system deployment.
5G基站对卫星地面站干扰及缓解方法研究
一些国家和地区目前正在考虑3.5 GHz频段的5G业务,5G系统的广泛部署可能会对相邻频段的固定卫星业务(FSS)地面站造成干扰。本文根据ITU-R对IMT和FSS的建议,对接收相邻FSS地面站时3.5 GHz频段5G基站下行链路进行了分析。研究结论给出了5G系统与FSS地面站在不同频率间隔共存部署所需的最小保护距离。结合系统实际部署的复杂场景,提出了增加频率屏蔽、增加滤波器、限制基站带外指标、设置地理保护范围等多种可行的系统间共存保护技术措施。
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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