The ESP32 isn’t just powerful — it’s dual-core, meaning it can run two tasks at the same time. This tutorial teaches you how to take full advantage of its dual-core architecture to improve performance, split workloads, and make your projects more efficient.
In this guide, you’ll learn:
How the ESP32’s two cores (CORE 0 & CORE 1) work
How to assign specific tasks to each core
How to use xTaskCreatePinnedToCore() in Arduino IDE
Real examples of multithreading in action
Tips for stable and safe multitasking in your projects
This is perfect for robotics, IoT devices, automation systems, and performance-heavy applications.
Read the full article here:
https://blog.circuit.rocks/how-to-set-u ... g-in-esp32
Tried dual-core programming before? Share your code snippets, challenges, or project ideas — let’s help each other get the most out of the ESP32!
The ESP32 isn’t just powerful — it’s dual-core, meaning it can run two tasks at the same time. This tutorial teaches you how to take full advantage of its dual-core architecture to improve performance, split workloads, and make your projects more efficient.
In this guide, you’ll learn:
✅ How the ESP32’s two cores (CORE 0 & CORE 1) work
✅ How to assign specific tasks to each core
✅ How to use xTaskCreatePinnedToCore() in Arduino IDE
✅ Real examples of multithreading in action
✅ Tips for stable and safe multitasking in your projects
This is perfect for robotics, IoT devices, automation systems, and performance-heavy applications.
🔗 Read the full article here:
👉 https://blog.circuit.rocks/how-to-set-up-dual-core-programming-in-esp32
💬 Tried dual-core programming before? Share your code snippets, challenges, or project ideas — let’s help each other get the most out of the ESP32!