MemoryIO: An Extended I/O Technology in Embedded Systems

Xiaojun Yang, Taoying Liu, Fei Chen, Hailiang Cheng
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Abstract

MemoryIO, a sort of extended I/O in embedded systems, is presented in this paper. MemoryIO makes it powerful for embedded systems to achieve the high-performance interconnect. In view of the facts that the main memory system is absolutely necessary in any embedded system, and not all embedded systems integrate HyperTransport (HT), PCI Express or RapidIO interface, the MemoryIO based interconnect in embedded systems has more universalities compared with that based on HT, PCI Express or RapidIO. MemoryIO can not only thoroughly compensates for the lack of high performance data transfer channel, but also efficiently utilizes the memory bus bandwidth and the direct memory access (DMA) engine to reduce the latency for data transfer in embedded systems. This paper discusses some key technologies of MemoryIO, and presents its application in DCNet and the implementation of MemoryIO IP core. The MemoryIO technology can be used in various systems, but not limited to embedded systems.
内存:嵌入式系统中的扩展I/O技术
MemoryIO是嵌入式系统中的一种扩展I/O。MemoryIO为嵌入式系统实现高性能互连提供了强大的支持。鉴于主存系统在任何嵌入式系统中都是绝对必要的,并且并非所有嵌入式系统都集成了HyperTransport (HT)、PCI Express或RapidIO接口,因此基于MemoryIO的嵌入式系统互连比基于HT、PCI Express或RapidIO的互连具有更大的通用性。MemoryIO不仅可以彻底弥补高性能数据传输通道的不足,而且可以有效地利用内存总线带宽和直接存储器访问(DMA)引擎来降低嵌入式系统中数据传输的延迟。本文讨论了MemoryIO的一些关键技术,介绍了MemoryIO在DCNet中的应用以及MemoryIO IP核的实现。MemoryIO技术可用于各种系统,但不限于嵌入式系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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