🔌 Getting Started with ESP32 & MicroPython | Blink LED Tutorial (Beginner Friendly)
In this step-by-step tutorial, you’ll learn how to get started with the ESP32 Dev Kit C (ESP32 WROOM-32) and create your first blinking LED project using MicroPython. This video is ideal for beginners, students, and anyone new to ESP32 microcontroller programming.
We cover everything from USB driver installation and board detection to setting up MicroPython in Thonny IDE and controlling an ESP32 GPIO pin to blink an LED.
📄 Code & Resources (IMPORTANT)
👉 You can find the complete MicroPython code, wiring details, and all relevant download links here:
🔗 https://jak-services.github.io/en/tut...
This page includes:
Full blinking LED MicroPython script
Driver download links
ESP32 documentation references
Step-by-step setup summary
🚀 What You’ll Learn in This Video
✅ ESP32 Dev Kit C overview (ESP32 WROOM-32)
✅ How to connect ESP32 to your computer via USB
✅ Installing CP2102 / CP210x USB-to-UART drivers (Windows)
✅ Checking ESP32 COM port in Device Manager
✅ Choosing the right ESP32 development environment
✅ Installing MicroPython firmware on ESP32
✅ Configuring Thonny IDE for ESP32
✅ Writing your first MicroPython GPIO program
✅ Blinking an LED using ESP32 GPIO pin 16
🧰 Tools & Software Used
ESP32 Dev Kit C (ESP32 WROOM-32)
MicroPython – https://docs.micropython.org
Thonny Python IDE – https://thonny.org
CP210x USB-to-UART Driver – Silicon Labs
Micro-USB cable
LED + 390Ω resistor
💡 Why Use MicroPython with ESP32?
MicroPython lets you write and run Python code directly on the ESP32, making it perfect for:
Rapid prototyping
Interactive testing
Learning embedded systems the easy way
For performance-critical applications (FFT, high-speed sampling, etc.), compiled environments like Arduino IDE or ESP-IDF (VS Code) may be more suitable.
🔧 Example Project
By the end of the video, you’ll:
Control an ESP32 GPIO output
Blink an LED at half-second intervals
Confirm your ESP32 + MicroPython setup works correctly
No external power supply is required — USB power is sufficient for testing.
📚 Official Documentation
Espressif ESP32 Docs:
https://documentation.espressif.com
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