This set of video tutorials is an original video tutorial by ALINX based on Xilinx Zynq UltraScale+ MPSoC series FPGA. The content includes five parts: bare metal development, Linux basic development, Linux driver development, Vitis HLS development, and Vitis AI development. It details the development content of each part of the MPSoc series FPGA chip. The video is based on the FPGA development board independently designed by ALINX. It combines theory with practice so that everyone can fully understand the development ideas. At the same time, it is close to the project and demonstrates mainstream technologies, such as the application of artificial intelligence AI, vehicle recognition, pedestrian detection, PCB defect detection, construction site safety helmet detection, flame detection, office target recognition, thermal imaging ADAS vehicle detection, concrete defect detection, etc., giving full play to the flexibility, high performance, low latency, high reliability and other characteristics of the MPSoc series FPGA chips.
I had nothing to do, so I drew a boost learning board based on stm32f103. The first version fell into a big pit, and today the new version is back, let me show it off.Input 7-50v Maximum output 60v Ma
I used a single-chip microcomputer to make a flyback switching power supply to control the ignition of the high-voltage package. Whenever the high-voltage package discharges, there will be a momentary
I want to choose ARM, but I don't want something too high-end, cheaper is better. After reading the introduction of ARM, the Cortex-Mx series seems to be suitable for our project, and it is also for s
I can't find where to set it. Now when I run a larger program, vector 13 general protection... It starts up directly, but I can't find where to set it? I can find the memory setting in target server.