通用DMA控制器的设计与实现

A. Wadekar, S. Swapnil, R. Lohani
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引用次数: 1

摘要

直接存储器访问(DMA) I/O技术在微处理器暂时禁用时提供对存储器的直接访问。DMA控制器暂时从微处理器借用地址总线、数据总线和控制总线,并直接在I/O端口和一系列存储器位置之间传输数据字节。所提出的通用DMA控制器模型是通用类型的,并支持许多功能。这个DMA控制器可以插入到任何SoC系统所需的数据传输操作。支持事务,如端口1 IO/内存到Port1 IO/内存,Port1 IO/内存到Port2 IO/内存,Port2 IO/内存到Port1 IO/内存和Port2 IO/内存到Port2 IO/内存等等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and implementation of a universal DMA controller
The direct memory access (DMA) I/O technique provides direct access to the memory while the microprocessor is temporarily disabled. A DMA Controller temporarily borrows the address bus, data bus and control bus from the microprocessor and transfers the data bytes directly between an I/O port and a series of memory locations. The proposed model of a Universal DMA Controller is of generic type and supports much functionality. This DMA Controller can be plugged into any SoC system for the required data transfer operation. Support transactions such as Port 1 IO/Memory to Port1 IO/Memory, Port1 IO/Memory to Port2 IO/Memory, Port2 IO/Memory to Port1 IO/Memory and Port2 IO/Memory to Port2 IO/Memory and many more.
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