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Flexible design of SPARC core: a quantitative study

机译:SPARC核心灵活设计:定量研究

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In this paper we present experimental results obtained during the modelling, design and implementation of a full set of versions of SPARC v8 Integer Unit core aimed for embedded applications in digital media products. VHDL has been the description language, Synopsis tools those for the logical synthesis, and Duet Technologies' Epoch has been used for the physical layout of the final circuits. They have been mapped to a 0.35μ m, three metal layers process. The quantitative results givencharacterize suitable points in the design space. They show how much microarchitecture, design, datapath granularity and module decisions affect performance and cost functions. Design space exploration down to physical layouts is made possible bymodelling techniques based on configurable VHDL descriptions.
机译:在本文中,我们呈现了在旨在为数字媒体产品中的嵌入式应用程序的SPARC V8整数单元核心的全套版本,设计和实现期间获得的实验结果。 VHDL一直是描述语言,逻辑合成的概要工具,Duet Technologies的时期已被用于最终电路的物理布局。它们已被映射到0.35μm,三个金属层工艺。定量结果使设计空间中的合适点进行了特征。他们展示了微体系结构,设计,数据路径粒度和模块决策如何影响性能和成本函数。基于可配置的VHDL描述,设计空间探索到物理布局的探索是可能的逐个推荐技术。

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