An integrated reconfigurable engine for multi-purpose sensing up to 6 GHz

S. Pollin, L. Hollevoet, P. Van Wesemael, M. Desmet, A. Bourdoux, E. Lopez, F. Naessens, P. Raghavan, V. Derudder, S. Dupont, A. Dejonghe
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引用次数: 20

Abstract

We demonstrate a reconfigurable engine for multipurpose spectrum sensing within the cost and power constraints of mobile devices. The analog part builds up on the Scaldio reconfigurable analog front-end [1]. The digital part is an innovative Digital Front-end for Sensing capable of performing a range of sensing algorithms [3], which has now been fully implemented as a chip. The goal of this demo is the first demonstration of the digital chip, integrated with an analog front-end, enabling real-time validation of the sensing engine. The setup is validated for DVB-T and LTE, two important candidates for future DySPAN networks, as well as for very fast spectrum sweeping. This is the first integrated low power solution that can achieve such a very fast spectrum sweeping, thanks to the integration of two innovative components.
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一个集成的可重构引擎,用于高达6 GHz的多用途传感
我们展示了一种可重构的引擎,用于在移动设备的成本和功率限制下进行多用途频谱传感。模拟部分建立在Scaldio可重构模拟前端上[1]。数字部分是一种创新的数字前端传感,能够执行一系列传感算法[3],现在已经完全实现为芯片。本次演示的目的是首次演示集成了模拟前端的数字芯片,从而实现对传感引擎的实时验证。该设置适用于DVB-T和LTE,这是未来DySPAN网络的两个重要候选者,以及非常快速的频谱扫描。由于集成了两个创新组件,这是第一个可以实现如此快速的频谱扫描的集成低功耗解决方案。
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