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=s]This post was last edited by cruelfox on 2018-1-31 16:30[/i] I usually play with STM32 more. Last year, I happened to learn BLE from NXP's KW41. This time, I took the opportunity to review BLE an
An example of combining electronic paper screen with single-chip microcomputer, such as stm32. I want to replace the TFT screen of stm32 with an electronic paper screen. There are too few online resou
[align=left]In this section, we will learn how to drive the digital tube. As a peripheral device, we first need to understand its working principle and its corresponding relationship with the peripher
TI introduces industry's first on-chip solution to support analog and digital position sensors - the TMS320F28379D and TMS320F28379S microcontrollers, which are TI C2000. Delfino[/font][/color][img=0,
I have been following this issue for the past two days and found a few things I don't understand. I'd like to post them here to ask for your advice. First, the interruption of USBH. Does USBH use inte