fpga的开源处理器调查

Rui Jia, C. Y. Lin, Zhenhong Guo, R. Chen, Fei Wang, Tongqiang Gao, Haigang Yang
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引用次数: 12

摘要

基于fpga的soc在传统应用中获得了极大的青睐,并将应用领域扩展到一些新的领域。重用和共享组件是系统设计人员降低SoC架构设计复杂性的一种有吸引力和实用的方法。硬件开源已经成为提高设计效率的有效手段。处理器作为SoC系统的核心功能部件,影响着SoC系统的性能。本文调查了现有的开源处理器,并给出了一个概述。从可用性和稳定性的角度,总结了开源处理器的主要特性。遵循这些特性,选择一些具有高可用性和稳定性的开源处理器。这些开源处理器和现有供应商提供的软处理器使用相应的EDA工具、quartus和ISE在Stratix V和Virtex-7 fpga上实现。并对实施结果进行了比较和讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A survey of open source processors for FPGAs
FPGA-based SoCs have been gaining great favors among traditional applications and expanding the application domains to some new areas. Reusing and sharing components is an attractive and pratical methodology for system designers to reduce the design complexity of the SoC architectures. Open source hardware has become an effective method of improving the design productivity. As the core functional component, processors affects the performance of SoC systems. This paper investigates existing open source processors, and gives an overview. From the points of usability and stability, the main features of open source processors are summarized. Following these features, some open source processors with high usability and stability are selected. These open source processors and existing vendor-provided soft processors are implemented on Stratix V and Virtex-7 FPGAs using corresponding EDA tools, Quart us n and ISE. The implementation results are compared and discussed.
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