Active antennas for MIMO and beamforming operation

R. Gabriel, K. Steinhauser
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引用次数: 4

Abstract

Data rates in mobile communication networks are increasing dramatically by excessive usage of data traffic and thus driving the tendency for use of adaptive antennas (AAS) for MIMO operation (Multiple Input Multiple Output) and beam forming, procedures for coordinated multipoint transmission (COMP) and tendency to smaller cells. The acceptance of active antennas is very sensitive to the high reliability requirements. Thus the evolution goes step by step from the use of tower top Remote Radio Heads (RRH) to the integration of these radios into antennas and as a logical last step to the distributed transceivers in the antennas (Active Antenna Systems-AAS). These array antennas can be used in different operation modes: Beam forming, Polarization control and MIMO. This paper gives an overview about the actual status of radio integration and typical values for MIMO operation and evaluates the impact of vertical and horizontal steerable AAS on data throughput.
用于MIMO和波束形成操作的有源天线
由于数据流量的过度使用,移动通信网络中的数据速率正在急剧增加,从而推动了自适应天线(AAS)用于MIMO操作(多输入多输出)和波束形成的趋势,协调多点传输(COMP)的程序以及更小的蜂窝的趋势。有源天线的接受对高可靠性的要求非常敏感。因此,从使用塔顶远程无线电头(RRH)到将这些无线电集成到天线中,并作为天线中分布式收发器(有源天线系统- aas)的逻辑最后一步,演进是一步一步进行的。这些阵列天线可用于不同的工作模式:波束形成,极化控制和MIMO。本文概述了无线电集成的实际情况和MIMO操作的典型值,并评估了垂直和水平可操纵的AAS对数据吞吐量的影响。
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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