Summary This article provides information about the STM32 boot process. In the first part, it gives you an overview of this process and it presents the different boot modes. In the second part, it details the STM32 system bootloader and the STM32 boo...
Summary This guide helps you migrate an STM32 application from a USB HID mouse to a USB HID keyboard using the STM32 legacy library. Below are the steps to achieve this. 1. Project setup You can start by obtaining the project from the mouse device p...
Summary This article aims to familiarize readers with STM32CubeMonitor by focusing on understanding its message structure and using the function node to create custom functionalities. The knowledge gained is applied in an example that implements a si...
Introduction There are many possible ways to access the System Bootloader in STM32 devices and, in this tutorial, we will cover how to easily perform this jump directly from application code for all our families and product series, except for the STM...
Introduction Many STM32 MCUs feature a CAN2.0 interface named bxCAN. The Loop back mode is one of the modes implemented in this peripheral. It is mainly used to test and debug transmit and receive CAN messages and mainly to validate the filter config...
This article explores the methods of safeguarding your code from unauthorized external access in the STM32H5 series. It delves into the new "Product State" feature, which functions similar to the readout protection (RDP) feature available in other ST...
Intro This article addresses an issue where the USB_OTG_GRSTCTL_CSRST bit in the GRSTCTL register fails to reset, resulting in a timeout during USB initialization. The problem is related to timing and initialization, particularly with the USB PHY and...
Introduction This article provides a step-by-step guide on configuring the GPDMA linked list in STM32CubeMX. It does not cover the legacy standard DMA approach, which is described in the article "How to configure the GPDMA." 1. Software prerequisite...
Summary To understand how middleware like NetXDuo and LwIP use the STM32 HAL Ethernet driver, this article demonstrates a bare metal application to send and receive Ethernet frames. If you are not interested in following the step-by-step tutorial you...
1) GPIOs are not in High impedance after reset2) User code is not executed after programming empty deviceOn most STM32s GPIO after reset are configured in high impedance except for Debug pins. Some STM32s implement so called empty check mechanism, wh...
Introduction This article is a tutorial on how to get the STM32F769I-EVAL board’s CAN_Loopback example project working on the STM32F769I-DISCO board using CAN2. This example project was created for the STM32F769I-EVAL board. However, since the STM32F...
Summary This article helps you set up a project for the STM32N6 microcontroller using the X-CUBE-FREERTOS middleware. Introduction This article focuses on how to use the X-CUBE-FREERTOS software package with the STM32N6. The step-by-step example sh...
Summary This article provides a step-by-step guide on how to use the LwIP with the STM32H5 series. A simple DHCP connection is made using the NUCLEO-H563ZI board, outlining the process from configuring the basic hardware connections up to the firmwar...
Introduction Understanding the absolute maximum ratings of STM32 microcontrollers (MCUs) is critical for ensuring their reliability and longevity. These ratings define the limits beyond which the device may suffer permanent damage. This article expl...
Summary This article is a step-by-step guide on how to use the push-pull mode with deadtime using the STM32G4 HRTIM (high-resolution timer). The example in this article is demonstrated using the NUCLEO-G474RE board but can be tailored to any other ST...
Summary The first stage bootloader (FSBL) is a key component in the boot process of STM32N6 microcontrollers. It is responsible for initializing the system, configuring the hardware, and loading the application code from external memory into the int...
Summary This article presents a tutorial on how to implement the USB Device CDC in the STM32 using the Azure USBX package. Azure USBX is an RTOS USB embedded stack developed by Microsoft® that offers a wide range of classes to be implemented both fo...
Important Notice for Keil® MDK Users Default toolchain update Keil® MDK version 5.37 and later: Default toolchain: Arm Compiler 6 (AC6)Deprecated toolchain: Arm Compiler 5 (AC5) Compatibility alert If you’re working on STM32 projects generated using...
Summary In this article, we implement the host side using one STM32 to program another STM32 via the USART interface by leveraging the native system bootloader. The entire project is available at our GitHub page. However, all the steps needed are ex...
Introduction This article gives you the key information you need to dive into USB development on STM32. It mentions various resources, including training (MOOCs), articles, and application notes, that can help understand USB theory and hardware imple...