The Impact of Novel RF MEMS and SDCs on Smart Antenna Technologies

N. Crisan, L. Cremene
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引用次数: 3

Abstract

This paper evaluates the impact of the newest micro & nanotechnologies on smart antenna systems. After analyzing the key features of the main mobile wireless systems of the present - UMTS, CDMA2000, WiMax 802.16e, and MBWA 802.20, we have identified some common issues, requirements and limitations. Dwelling on the SDC -Software-Defined Component perspectives we have analyzed the impact of novel RF MEMS on reconfigurable circuits, namely on smart antenna systems. This lead us to imagine a software-defined autonomous antenna - SDAA, which includes the RF module. This in turn, integrated on a SDR platform, will prototype the idea of extending the SDR concept over the RF module. This paper introduces our proposed SDR & SDAA architecture and its benefits.
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新型射频MEMS和SDCs对智能天线技术的影响
本文评估了最新的微纳米技术对智能天线系统的影响。在分析了当前主要的移动无线系统——UMTS、CDMA2000、WiMax 802.16e和MBWA 802.20的主要特点之后,我们发现了一些常见的问题、要求和限制。从SDC -软件定义组件的角度出发,我们分析了新型RF MEMS对可重构电路的影响,即对智能天线系统的影响。这导致我们设想一个软件定义的自主天线- SDAA,其中包括射频模块。这反过来又集成在SDR平台上,将在RF模块上扩展SDR概念的想法原型化。本文介绍了我们提出的SDR和SDAA体系结构及其优点。
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