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Power consumption benchmarking for reconfigurable platforms

机译:可重构平台的功耗基准测试

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Software defined radios (SDR) wideband mobile terminals must be capable of data processing while consuming low power and keeping the design and manufacturing costs as low as possible. SDR can combine high performance signal processing and flexibility, but power efficiency of SDR nodes is an issue that needs to be addressed. Analysis of power consumption for various target technologies is challenging, since each technology typically contains its own benchmarking tools and thus, results are not comparable. In this paper, we illustrate how the GroundHog2009 benchmark suite, designed to be platform independent, can be used to evaluate power dissipation of four modern FPGAs and one microcontroller. We also introduce a generic RTL library for the GroundHog2009 design cases and test bench infra-structure to make the toolset usage easy. In addition, we show that power can be saved by using clock management, available on one of the FGPA-boards. The power savings range from 38 to 1,150 %.
机译:软件定义无线电(SDR)宽带移动终端必须能够进行数据处理,同时消耗低功率并保持尽可能低的设计和制造成本。 SDR可以结合高性能信号处理和灵活性,但是SDR节点的电源效率是一个需要解决的问题。对于各种目标技术的功耗分析具有挑战性,因为每种技术通常都包含其自己的基准测试工具,因此结果不可比。在本文中,我们说明了如何设计为独立于平台的GroundHog2009基准套件,如何用于评估四个现代FPGA和一个微控制器的功耗。我们还为GroundHog2009设计案例和测试平台基础结构引入了通用RTL库,以简化工具集的使用。此外,我们展示了可以通过使用时钟管理来节省功率,该时钟管理在FGPA板之一上可用。节能范围为38%至1,150%。

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