基于12张CPU光IO卡的多CPU通信演示系统测试数据

本数据主要针对基于12×12光开关芯片的应用演示系统测试。系统包括12张搭载超小型光I/O模块的CPU加速卡、一张支持12路CPU加速卡的演示基板、一片12×12光开关芯片和对应的驱动电路板。每张CPU卡上的光I/O模块的TX和RX端口通过光纤分别接入光开关芯片的输入输出端口。演示系统通过驱动电路板驱动光开关芯片实现给定的12路输入输出通路，从而实现特定两张CPU卡的数据链路层直接相连。通过配置光开关芯片的开关状态，实现了CPU1到CPU2的直接相连，并通过改变光开关芯片的开关状态，CPU1可动态切换至与CPU3相连，实现了应用演示。This dataset is primarily designed for testing an application demonstration system based on a 12×12 optical switch chip. The system comprises 12 CPU acceleration cards equipped with ultra-compact optical I/O modules, one demonstration baseboard supporting 12-channel CPU acceleration cards, one 12×12 optical switch chip, and the corresponding driving circuit board. The TX and RX ports of the optical I/O modules on each CPU card are respectively connected to the input and output ports of the optical switch chip via optical fibers. The demonstration system drives the optical switch chip through the driving circuit board to implement the preset 12-channel input-output paths, thereby achieving a direct data link layer connection between two specified CPU cards. By configuring the switching states of the optical switch chip, a direct connection between CPU1 and CPU2 is realized; by adjusting the switching states of the optical switch chip, CPU1 can dynamically switch to connect with CPU3, completing the application demonstration.

搜集汇总

背景与挑战

背景概述

该数据集包含基于12×12光开关芯片的多CPU通信演示系统测试结果，系统由12张搭载光I/O模块的CPU加速卡、演示基板、光开关芯片及驱动电路板组成。通过光纤连接和光开关配置，实现了特定CPU卡之间的数据链路动态连接与切换，以展示多CPU通信应用演示功能。