基于RapidIO的部分重构系统互连新架构

Zhan Xu, Xiao Wu, Yi Wu
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引用次数: 0

摘要

在嵌入式系统领域,基于并行或串行LVDS技术的高速互连变得越来越重要。因此,市场上的第一个RapidIO产品是基于FPGA的,RapidIO互连已被确定为FPGA支持的重要新兴技术。同时,随着fpga尺寸的增加,它们变得足够大,以容纳静态RapidIO接口和可重构逻辑。因此,提供了一致的I/O接口来支持Reconfigurable Partition。为实现FPGA运行时可重构分区,提出了一种基于RapidIO的系统互连新架构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New System Interconnection Architecture Based on RapidIO Using Partial Reconfiguration
Now in the field of embedded system, high-speed interconnection based on parallel or serial LVDS technology is becoming increasingly important. Because of this the first RapidIO offerings available in the market were FPGA based, RapidIO interconnection had been identified as significant emerging technologies for FPGAs to support. At the same time, as the FPGAs increase in size, they are being large enough to accommodate both the static RapidIO interface and the reconfigurable logic. So, a consistent I/O interface is provided to support Reconfigurable Partition. This paper presents a new system interconnection architecture based on RapidIO to achieve the FPGA run-time Reconfigurable Partition.
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