This lecture provides a brief overview of the STM32F4Discovery board and the STM32F407VGT6 MCU.

The video shows the connection of an IR receiver VS1838 and LEDs to the STM32F4Discovery board.

This lecture provides a deep analysis of the NEC command recorded from a remote control.

This lecture is a brief section introduction. The section demonstrates how to use the STM32CubeMX tool and how to generate a project template, which we can use in our course.

This lecture explains how to configure the Reset and Clock Control Unit using the STM32CubeMX code initialization tool.

This lecture briefly explains how to configure the GPIO and external interrupts using the STM32CubeMX code initialization tool.

This lecture briefly explains how to make a basic configuration for Timer 3 using the STM32CubeMX code initialization tool.

This lecture shows how to enable interrupts globally and set their priorities in the STM32CubeMX.

A Makefile modification is important to automate the MCU flashing and erasing procedure.

This lecture provides an overview of the project folder structure and the NEC decoder high-level algorithm description.

This lecture describes the RCC unit initialization sequence and its important library functions.

This lecture demonstrates the GPIO initialization sequence for the LEDs and an IR receiver. The triggering of the external interrupt is covered as well. The corresponding peripherals drivers are explained to a certain extent.

This lecture demonstrates the complete timer 3 initialization sequence and the corresponding peripheral driver functions for the STM32 timers. There is an explanation of testing of timer's measurement accuracy.

The NEC decoder interrupt-driven functions are explained in detail in this lecture. This is the core part of the NEC decoding firmware.

This lecture describes the additional functions, which are used in the NEC decoder to provide better code portability.

This lecture demonstrates the testing of the NEC decoder on the STM32F4Discovery board. The commands from the remote control are shown by the eight orange LEDs. The four onboard LEDs can be toggled by the selected remote control buttons. This is a final lecture, which proves that everything works as expected. :)

This lecture contains links to external resources.