Learn AVR microcontroller and C language video tutorial in ten days
Introduction to PIC® microcontroller and LED driver and control related peripherals (Part 2)
Atmel CryptoAuthentication- Security Protection · Stable Revenue (2)
Yunlong 51 microcontroller practical training video tutorial (Wang Yun, subtitled version)
WildFire FPGA Verilog Development Practice Guide - Based on Intel Cyclone IV
Total of 236 lessons4 days and 3 hours and 9 minutes and 40 seconds
Teach you how to learn i.MX93 development board system development step by step
Total of 31 lessons8 hours and 1 minutes and 25 seconds
Zhengdian Atom teaches you how to learn CH32V307 quick start video tutorial
Total of 9 lessons3 hours and 40 minutes and 16 seconds
Build your own computer, implement your own CPU, memory data bus, assembly language and compiler
Total of 81 lessons12 hours and 16 minutes and 3 seconds
This course will introduce the following contents: -IoT structure and elements -IoT network model and data structure -IoT network connection -IoT data traffic generation and analysis tools -IoT cloud -IoT device identity -IoT security basics -IoT solutions provided by Microchip
Total of 1 lessons1 hours and 47 minutes and 50 seconds
STM32MP157 is a multi-core heterogeneous processor, in which Cortex-A7 runs the Linux operating system and Cortex-M4 runs the bare metal. This course introduces how to achieve inter-core communication between Cortex-A7 and Cortex-M4.
Total of 20 lessons6 hours and 47 minutes and 27 seconds
Total of 19 lessons9 hours and 6 minutes and 38 seconds
Zhengdian Atom teaches you how to learn ESP32S3 quick start video tutorial
Total of 22 lessons10 hours and 10 minutes and 25 seconds
Follow me is a large-scale development board experience event jointly initiated by DigiKey and EEWorld. In each issue, technical experts recommend development boards/instrument kits that are easy to play and learn, and take everyone to actually operate. Participants can return JD.com cards after completing the tasks. There are four events in this season, and this event is the third one.
Total of 1 lessons1 hours and 1 minutes and 58 seconds
Total of 1 lessons38 minutes and 48 seconds
Total of 91 lessons1 days and 21 hours and 42 minutes and 28 seconds
Total of 30 lessons21 hours and 25 minutes and 16 seconds
On-point Atomic Navigator ZYNQ video first issue FPGA design chapter Navigator V2
Total of 125 lessons2 days and 5 hours and 58 minutes and 11 seconds
This course is the STM32MP157 hetero-core communication development course in the series of courses taught by Punctual Atom to teach you step-by-step on Linux. The supporting development board of this course is the Punctual Atom STM32MP157 development board. STM32MP157 is multi-core heterogeneous, with Cortex-A7 running the Linux operating system and Cortex-M4 running bare metal. This course introduces how to implement inter-core communication between Cortex-A7 and Cortex-M4.
Total of 104 lessons1 days and 11 hours and 23 minutes and 50 seconds
The first part is "emWin Control Application Development", which focuses on explaining the basic functions of emWin and how to use common controls. The second part is practical comprehensive routines.
Total of 38 lessons17 hours and 54 minutes and 1 seconds
Based on Qinheng's self-developed RISC-V MCU, the RISC-V MCU peripherals and usage methods are introduced through actual project practice.
Total of 22 lessons9 hours and 48 minutes and 26 seconds
Total of 20 lessons19 hours and 47 minutes and 46 seconds
eRTC training video
Total of 76 lessons5 days and 9 hours and 58 minutes and 40 seconds
AURIX™ is Infineon's new microcontroller family, designed to meet the automotive industry's controller performance and safety requirements. This course introduces the connotation, highlights, application areas, products and development kits, tool chains, application cases and references of AURIX™ microcontrollers, so that readers can quickly grasp the overall overview of AURIX™ microcontrollers.
Total of 52 lessons14 hours and 17 minutes and 24 seconds
This course is an introduction to Ubuntu in the series of courses that Punctual Atomic teaches you step-by-step on how to learn Linux. The accompanying development board for this course is the Punctual Atomic alpha/mini Linux development board.
Total of 20 lessons8 hours and 57 minutes and 43 seconds
This course teaches you step-by-step how to set up a network environment for virtual machines and Linux development boards. The development board provided by the course is the Punctual Atomic alpha/mini Linux development board/STM32MP157/MP157 MINI development board.
Total of 11 lessons4 hours and 34 minutes and 1 seconds
This course is the Linux driver development part of the series of courses that Punctual Atomic teaches you step by step on how to learn Linux. The supporting development board for this course is the Punctual Atomic alpha/mini Linux development board.
Total of 146 lessons2 days and 21 hours and 38 minutes and 54 seconds
Total of 76 lessons1 days and 15 hours and 55 minutes and 35 seconds
System transplantation and file system construction, explains the startup process and transplantation of Make file, uboot and Linux kernel, etc.
Total of 56 lessons1 days and 5 hours and 24 minutes and 17 seconds
![[On-point Atom] FPGA video tutorial (ATK-DFPGL22G development board tutorial)](http://11.eewimg.cn/training/files/course/2022/11-21/104355bdae1d474079.png?50)
This series of videos is a step-by-step introduction to the DFPGL22G development board. It is suitable for the majority of student users and electronic engineers to get started and improve FPGA development. The DFPGL22G development board is the first board based on domestic FPGA chips launched by Zhengdian Atom. The main control chip uses PGL22G from Unisoc’s Logos series. It is a very cost-effective chip among Unisoc’s FPGA chips.
Total of 21 lessons8 hours and 47 minutes and 48 seconds
The main function of the target indicator is to receive the coordinate data transmitted from the surface after shooting and the action data of the teaching aid when shooting. It is analyzed by the Raspberry Pi and displayed on the display. At the same time, it plays voice prompts, that is, it is only used as a terminal. . These functions can also be completed using a microcontroller, but the workload is relatively large, especially the interface and graphics parts that interact with the user. If developed based on the operating system, the efficiency will be greatly improved.
Total of 1 lessons10 seconds
I believe that after watching this video, you will have a better understanding of FPGA prototype verification.
Total of 1 lessons3 minutes and 25 seconds
Total of 20 lessons3 hours and 59 minutes and 58 seconds
In the domestic DIY circle, Microchip's AVR microcontroller (Arduino) and ST's STM32 microcontroller are currently widely used. Relatively speaking, NXP's microcontroller is used less. The speaker in this video will take you to learn about an NXP microcontroller board with amazing performance, which is the Teensy 4.1 development board based on NXP i.MX RT1070. Compared with the common Arduino development board, the 1GHz main frequency and rich on-chip resources enable it to complete tasks that are unimaginable for ordinary microcontrollers.
Total of 1 lessons10 minutes and 57 seconds
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