首页|基于32位MCU的FPGA远程调试和固化系统设计

基于32位MCU的FPGA远程调试和固化系统设计

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在很多领域中,采用传统USB-JTAG接口进行FPGA调试和固化程序的模式受到很大限制,例如受到传输距离过长、调试接口被外壳封住等原因无法正常操作,且每次操作只能针对单个FPGA,效率较低.为解决此类问题,提出一种基于 32 位微控制器(MCU)的FPGA远程调试和固化系统.设计通过以太网实现FPGA远程调试和固化功能;将主控芯片集成在FPGA板卡上,主控芯片与FPGA通过JTAG及SPI接口连接,另一端通过以太网连接计算机设备,实现远程调试和固化功能.本设计增加了FPGA调试的便利性,提高了程序固化效率,具有较强的扩展性.
Design of FPGA Remote Debugging and Programming System Based on 32-bit MCU
In many fields,the mode of FPGA debugging and programming using traditional USB-JTAG interface is greatly limited,for example,due to the long transmission distance,the debugging interface is sealed by the shell and other reasons,it can not operate normally,and each operation can only be directed at a single FPGA,which is inefficient.To solve the problems,a remote debugging and programming system of FPGA based on 32-bit MCU is proposed.The design realizes the remote debugging and programming functions of FPGA through Ethernet.The main control chip is integrated on the FPGA board,and is con-nected with the FPGA through JTAG and SPI interfaces,and the other end is connected with computer equipment through Ethernet to realize remote debugging and programming functions.The design increases the convenience of FPGA debugging,improves the efficiency of programming,and has strong expansibility.

FPGAMCUEthernetRemote debugging and programming

刘帅、张磊

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中国电子科技集团公司第四十七研究所,沈阳 110000

现场可编程门阵列 微控制器 以太网 远程调试和固化

2024

微处理机
中国电子科技集团公司第四十七研究所

微处理机

影响因子:0.183
ISSN:1002-2279
年,卷(期):2024.45(3)
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