Maximum transmittable data rates for Millimeter-wave fixed wireless links

T. Schneider, A. Wiatrek, S. Preubler, R. Braun, M. Grigat
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引用次数: 3

Abstract

Smartphones, video streaming and social networks lead to an increase of the transmitted data rates in the telecommunications networks by about 40% per year. To keep pace with the increasing data rates, new ideas for spectrum efficient data transport with low energy consumption are required. Electromagnetic waves in the Millimeter-region of the spectrum are very promising for this purpose since they offer large unregulated bandwidths. However, weather conditions like rain or fog can drastically decrease the transmittable data rates at these wavelengths. Here we will show that fixed wireless links with a distance of 1 km and maximum data rates of around 1 Tbps are possible with just one source. This opens the way to solve the so-called last mile problem.
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毫米波固定无线链路的最大可传输数据速率
智能手机、视频流和社交网络导致电信网络的传输数据速率每年增长约40%。为了跟上不断增长的数据速率,需要新的思路来实现频谱高效、低能耗的数据传输。毫米波频段的电磁波很有希望实现这一目的,因为它们提供了很大的非调节带宽。然而,雨或雾等天气条件会大大降低这些波长的可传输数据速率。在这里,我们将展示仅使用一个源就可以实现距离为1公里、最大数据速率约为1 Tbps的固定无线链路。这为解决所谓的“最后一英里”问题开辟了道路。
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