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Coexistence Analysis between 5G System and Fixed- Satellite Service in 3400-3600 MHz 被引量:6

Coexistence Analysis between 5G System and Fixed-Satellite Service in 3400-3600 MHz
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摘要 The 3400-3600 MHz band is one of the most important candidate frequency bands for the rollout of 5 G system. However, the coexistence between 5 G system and fixed-satellite service(FSS) in this frequency band is one of the most challenging problems for both academic researchers and industry engineers. In this paper, the saturation interference from 5 G base stations to the existing FSS above 3600 MHz is analyzed and the coexistence solution is achieved, which can reduce the interference and guarantee the coexistence between 5 G system and FSS. Furthermore, the Monte Carlo simulation, laboratory test and field test are carried out to verify the coexistence solution.Results show that an isolation distance of 1-2 km is required to avoid the saturation interference in terms of the adjacent bands scenario.To further reduce the isolation distance to 50 m, additional isolation of 35 dB will be necessary, which can be fulfilled by installing a filter at the input port of LNB from a real implementation perspective. The 3400-3600 MHz band is one of the most important candidate frequency bands for the rollout of 5G system. However, the co- existence between 5G system and fixed-satel- lite service (FSS) in this frequency band is one of the most challenging problems for both ac- ademic researchers and industry engineers. In this paper, the saturation interference from 5G base stations to the existing FSS above 3600 MHz is analyzed and the coexistence solution is achieved, which can reduce the interference and guarantee the coexistence between 5G system and FSS. Furthermore, the Monte Car- lo simulation, laboratory test and field test are carried out to verify the coexistence solution. Results show that an isolation distance of 1-2 km is required to avoid the saturation interfer- ence in terms of the adjacent bands scenario. To further reduce the isolation distance to 50 m, additional isolation of 35 dB will be nec- essary, which can be fulfilled by installing a filter at the input port of LNB from a real im- plementation perspective.
出处 《China Communications》 SCIE CSCD 2018年第11期25-32,共8页 中国通信(英文版)
基金 partly supported by National Natural Science Foundation of China (NSFC) (Grant No. 61525101, 61631003)
关键词 共存 系统 服务 实验室测试 修理 卫星 隔离距离 工业工程师 5G system fixed-satellite service coexistence analysis
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