[DigiKey "Smart Manufacturing, Non-stop Happiness" Creative Competition] Raspberry Pi Zero W RMP takes off

iysheng · Screenshot from 2024-01-11 21-27-38.png *(244.05 KB, downloads: 0)*

[DigiKey "Smart Manufacturing, Non-stop Happiness" Creative Competition] Raspberry Pi Zero W RMP takes off [Copy link]

Haha, Raspberry Pi Zero W RMP is flying, and I can debug 32 (not only 32, but also many types of chips) through Raspberry Pi Zero W RMP (Red Magic Probe) in wifi LAN. Take a look at the actual debugging pictures: 
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 You can see that I connected a 32 test board made by myself through Raspberry Pi Zero W RMP. Then I remotely debugged 32 using ``target extended-remote ip:port` in gdb. 
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 The left side shows the service program started on Raspberry Pi Zero W RMP, and the right side corresponds to debugging on the PC side through LAN. Take a look at the screenshots with logs: 
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 From this one, you can see that the download speed is 1KB/s slower, and the wifi signal is indeed not as good as the wired one. So far, the functions of remote debugging 32 on BBB and Raspberry Pi Zero W through USB, LAN, and WLAN have been completed, which is similar to the functions of JLINK-PRO. And the built-in gdb protocol source code and hardware expansion version are open source. Attached is the source code repository path of ** Raspberry Pi Zero W RMP ** [https://github.com/iysheng/blackmagic/tree/bbb_rpi](https://github.com/iysheng/blackmagic/tree/bbb_rpi). If time permits, I will record a demonstration video tomorrow to introduce how to debug 32 through RMP.