[Luban Cat] is a high-performance card computer brand launched by Yehuo. In the name of Luban, engineers are encouraged to inherit the innovative spirit of craftsmen like Luban and strive to become contemporary Luban; with the shape of a kitten, we hope that everyone will be as curious as children and cats. The spirit of exploration never stops, and the childlike innocence is always maintained.
Total of 42 lessons12 hours and 46 minutes and 16 seconds
Based on ARM's free and open Cortex-M0 DesignStart processor IP core, it takes the Cortex-M0 processor architecture, AMBA specifications, peripherals, assembly language, C language, CMSIS, driver development and RTX operating system as the main lines. Details Introducing the construction of ARM Cortex-M through Xilinx Vivado and Keil μVision5 integrated development environment
Total of 26 lessons11 hours and 32 minutes and 36 seconds
Total of 76 lessons1 days and 15 hours and 55 minutes and 35 seconds
Total of 48 lessons16 hours and 59 minutes and 37 seconds
Total of 249 lessons2 days and 18 hours and 7 minutes and 44 seconds
The iTOP-4412 development board is equipped with a Samsung Exynos quad-core processor, equipped with 1GB memory, and 4GB solid-state drive EMMC storage. It has both fast reading and ultra-large capacity, allowing it to be processed in a timely manner even with massive thinking. Equipped with Samsung S5M8767 power management. Equipped with Android, Linux + Qt, and Ubuntu operating systems, it opens up a new way of learning and research and development.
Total of 34 lessons14 hours and 9 minutes and 28 seconds
The content covered is as follows: 1. Internet celebrity "MM32 Inside" application solutions share the current solutions of MM32 MCU in automotive and vehicle electronic applications, industrial and motor control, smart home and medical health, consumer electronics, mobile phone peripherals, display applications and other application fields. introduce. 2. MM32 MCU peripheral ecological tools The ecological environment of MM32 MCU: IDE, debugging download tools, operating system, technical support methods, etc.
Total of 1 lessons1 hours and 44 minutes and 18 seconds
This course is a core basic course for the electronic information science and technology major and an introductory course for electronic system design and integrated circuit application development. This course mainly includes an overview of embedded systems, ARM Cortex processor architecture, software and hardware development environment, basic internal hardware modules GPIO/timer/PWM/ADC modules, general peripheral communication interface UART/I2C/SPI interface, TCP/IP network Protocols and their implementation, internal mechanisms of embedded operating systems and their transplantation, SoPC heterogeneous embedded design, etc. Through the study of this course, students can master the concepts of embedded systems and their development methods, and be able to use the content they have learned to develop and design embedded systems.
Total of 32 lessons7 hours and 56 minutes and 35 seconds
Through the study of this course, you can help you understand the structure and working principles of microprocessor systems, master the software and hardware design methods of embedded microprocessor systems (SoC systems) represented by ARM, and initially possess the knowledge of computers and embedded microsystems. Analytical and application skills.
Total of 67 lessons10 hours and 11 minutes and 10 seconds
This course requires students to have a foundation in C language programming. In the course, ARM microcontrollers (single-chip computers) and embedded systems are gradually explained. The teaching is arranged for practice and encourages hands-on practice and free innovation. It is suitable for undergraduate students and those who want to participate in scientific and technological activities. By.
Total of 59 lessons17 hours and 24 minutes and 50 seconds
Development of embedded Linux system based on ARM
Total of 1 lessons25 minutes and 40 seconds
ARM-based embedded Linux system under development
Total of 1 lessons25 minutes and 0 seconds
ARM-based embedded Linux system development
Total of 1 lessons25 minutes and 0 seconds
Dr. Rob Aitken, Fellow of ARM R&D Department, explains FinFET technology
Total of 1 lessons3 minutes and 21 seconds
Interpretation of 64-bit ARMv8 architecture: Cortex-A57 processor
Total of 1 lessons3 minutes and 2 seconds
Introducing Atmel Studio 6 IDE – a common ASF workflow for ARM and AVR.
Total of 1 lessons15 minutes and 46 seconds
The latest ARM technology and embedded development trends (Part 2)
Total of 1 lessons17 minutes and 28 seconds
The latest ARM technology and embedded development trends (Part 1)
Total of 1 lessons20 minutes and 45 seconds
Huaqing Vision training tutorial, analysis of the use of ARM common development tools
Total of 2 lessons42 minutes and 8 seconds
Huaqing Vision training tutorial, ARM common peripheral interface development
Total of 2 lessons21 minutes and 35 seconds
Huaqing Vision training tutorial, WinCE+ARM development and key technologies
Total of 2 lessons31 minutes and 22 seconds
Raspberry Pi GPIO basics
Total of 3 lessons30 minutes and 50 seconds
The video provided is for everyone's introductory use only. The 8 video files are: 2 videos about new library function projects and usage techniques, explaining how to use MDK to create new library function projects and some practical tips on library functions; 1 battleship STM32 development board comprehensive experiment demonstration video, explaining the battleship STM32 Comprehensive experiments on the development board; 1 introductory video tutorial on the development board, telling you how to install software, download code for a new project, debugging, etc.; 4 development board experiment explanation videos to guide you to start learning STM32.
Total of 8 lessons1 hours and 44 minutes and 35 seconds
Embedded Linux system development based on ARM platform
Total of 2 lessons47 minutes and 33 seconds
Huaqing Vision training course, ARM development startup code
Total of 3 lessons1 hours and 3 minutes and 41 seconds
WinCE embedded system development based on ARM
Total of 5 lessons1 hours and 43 minutes and 49 seconds
Teach you step by step how to learn ARM-STM32
Total of 47 lessons1 days and 46 minutes and 35 seconds
ARM official tools support ARMv8 architecture
Total of 1 lessons6 minutes and 24 seconds
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