The four to twelve times higher clock rate and a comparatively huge flash memory are another dimension. The performance of the ESP32 boards makes AVR-based Arduinos like the UNO look old. Or you can take an ESP32 Pico because it is a bit smaller. Not all ESP32 modules harmonize in size with all breadboardsĪlternatively, you can also use the “Arduino UNO-like” D1 R32 board. Integration of the ESP32 into the Arduino IDE.The article has become quite long – here you can jump to the sections: However, most of it can be applied to other ESP32 boards, such as the ESP32-PICO. In my explanations and examples, I mainly refer to the widely used ESP32-WROOM-32, or the boards based on it. But maybe also the ESP32-experienced will find one or the other interesting information here. In particular, I am addressing Arduino users who want to get into the ESP32. ![]() So, why another article on this topic? It is an attempt to summarize the basic functions, peculiarities and stumbling blocks in a single post. ![]() After I reported in my penultimate post about the I2C interfaces of the ESP32, I would like to give a complete overview of this powerful microcontroller.Įverything I discuss here has basically been described more than once by someone else.
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