3 ms·
A bit legacy these days, but I liked the old Zynq 7020 dual core ARM with reasonable LUT counts. https://www.youtube.com/watch?v=FujoiUMhRdQ https://www.youtu
by Joel_Mckay 6mo ago
A bit legacy these days, but I liked the old Zynq 7020 dual core ARM with reasonable LUT counts.
https://www.youtube.com/watch?v=FujoiUMhRdQ https://www.youtube.com/watch?v=FujoiUMhRdQ
https://github.com/Spyros-2501/Z-turn-Board-V2-Diary https://github.com/Spyros-2501/Z-turn-Board-V2-Diary
https://www.youtube.com/@TheDevelopmentChannel/playlists https://www.youtube.com/@TheDevelopmentChannel/playlists
https://myirtech.com/list.asp?id=708 https://myirtech.com/list.asp?id=708
The Debian Linux example includes how to interface hardware ports.
Almost always better to go with a simpler mcu if one can get away with it. Best of luck =3
- j4k0bfr 6mo agoNo way, was looking at the Z-7045 for a work project literally today. And yep I agree, simpler solutions have simpler problems lol. Thanks for the recommendation, I'll give it a look!
- jeffreygoesto 6mo agoThat chip was hitting a sweet spot in terms of DRAM controller and distributing memory bandwidth between CPU cores and fabric. Xilinx was very afraid of screwing this up and running into bottlenecks. One of the best balanced chips in that regard with a great controller. Your best bet still was to keep everything in blockram as much as possible and only read and write DRAM once at every end of the computation...