On WiMAX performance in license-free 5 GHz band using a beam-switching antenna

S. Wendt, Alain Chicot, M. Skrok
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Abstract

WiMAX is the very well known 802.16 technology certified by the WiMAX forum. However, it is not largely known that the IEEE 802.16 standard foresees an option to use the technology on the license-free 5 GHz band. For such a use, the EIRP requirements for the 5 GHz band must be respected. The use of WiMAX technology in that band may be an interesting option for wireless backhauling and wireless mesh networks. Usually based on WiFi technology, the WiMAX technology has the advantage to be better conceived for outdoor environments and to possess QoS features which WiFi cannot offer. We investigate in this paper the performance of the IEEE 802.16-2004 standard in the 5 GHz band. On the client side a classic antenna and a beam-switching antenna were used. The tests were executed in the framework of a WiMAX multi-hop network set up in the context of the European FP7 project SMART-Net. The tests were carried out in Lannion, France.
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关于使用波束交换天线在免许可5ghz频段的WiMAX性能
WiMAX是由WiMAX论坛认证的非常著名的802.16技术。然而,目前还不太清楚IEEE 802.16标准是否预见了在免许可的5ghz频段上使用该技术的选项。对于这种用途,必须遵守5 GHz频段的EIRP要求。在该频段使用WiMAX技术可能是无线回传和无线网状网络的一个有趣选择。WiMAX技术通常基于WiFi技术,其优点是更适合户外环境,并且具有WiFi无法提供的QoS特性。本文研究了IEEE 802.16-2004标准在5ghz频段的性能。在客户端使用了经典天线和波束开关天线。这些测试是在欧洲FP7项目SMART-Net背景下建立的WiMAX多跳网络框架中执行的。测试是在法国的兰尼翁进行的。
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