Bridge for Connecting Two CPU Systems in a SoC

Liu Jia, Li Zheying, Li Jinping, Z. Yanping
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Abstract

The connection bridge is addressed for connecting different circuit part include two CPU system in a SoC. With the discussion about the performance of circuitry components, the circuitry components are classified into two types, one is called host transmission component, and the other is called slave transmission component. The classification is the fundamental for connection bridge design. By this classification, a connection bridge was designed in this paper. The connection bridge designed in the paper connect two CPU system and three others digital circuitry components together and make the CPU connected with three digital circuitry directly as a part of the CPU system. The architecture and logic function of the connection bridge is analyzed in detail and simulated. The simulation results demonstrate that the connection bridge can not only supply the connection of two CPU and three common components, include RAM, ADC and DAC, but also increased the running speed and system performance.
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在SoC中连接两个CPU系统的桥接器
连接桥用于连接不同的电路部分,包括SoC中的两个CPU系统。随着对电路元件性能的讨论,将电路元件分为两类,一类称为主传输元件,另一类称为从传输元件。分类是连接桥设计的基础。根据这种分类,本文设计了一个连接桥。本文设计的连接桥将两个CPU系统和另外三个数字电路组件连接在一起,使CPU直接与三个数字电路连接,成为CPU系统的一部分。详细分析了连接桥的结构和逻辑功能,并进行了仿真。仿真结果表明,该连接桥不仅可以提供两个CPU与RAM、ADC和DAC三个常用组件的连接,还可以提高系统的运行速度和性能。
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