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Summary This article aims to introduce STM32 developers to the basics of CMake, focusing on practical use cases that simplify the learning curve and help avoid common pitfalls during onboarding. Introduction In the rapidly evolving world of embedded development, efficient and reliable build system...
Summary This article covers how to program and debug your STM32 device with the Arduino IDE. In this knowledge article, we explore the following main points: How to install the STM32 MCUs in the Arduino IDE How to program a simple blink LED based on the default example offered A brief description o...
For other STM32 families featuring bxCAN, both CAN_Tx and CAN_Rx pins must be configured in Alternate Function Push Pull" even if the CAN_Rx pin is an input. Figure 11.
Introduction Building on the solid foundation of STM32CubeMX, STM32CubeMX2 takes the STM32 development experience to the next level. It enhances proven functionalities and introduces new features to deliver greater efficiency, flexibility, and innovation from its very first release. Coexistence wit...
Generate code and inspect SystemClock_Config () in system_stm32… / main.c. CubeMX will generate the HAL RCC init code. Concrete worked example — STM32F4 (HSE = 8 MHz → SYSCLK 168 MHz) This is the canonical example many projects use. I’ll do the arithmetic step-by-step. Goal: 168 MHz SYSCLK using 8 MHz HSE; USB needs 48 MHz.
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Summary This article provides a comprehensive guide on running AI models from the STM32 model zoo on STM32N6 microcontrollers. It includes step by step instructions on selecting a model, preparing the development environment, and converting the model using STM32Cube.AI. The guide also explains how t...