🎁 Free Pi First-Boot Cheat-Sheet: Want to learn how the Raspberry Pi 5 GPIO Pins work? I got you! Ready to unlock the full potential of your Raspberry Pi 5? Join here Unlock the power of the Raspberry Pi 5 GPIO with this in-depth beginner’s guide! We’ll walk you through pin numbering (including BCM numbering vs. board numbering), demonstrate how to blink an LED using Python coding, and explore advanced protocols like I2C, SPI, and UART. Whether you’re brand-new to DIY electronics or a seasoned enthusiast curious about the Raspberry Pi 5 vs. Pi 4, this video covers the essential steps, GPIO safety tips, and best practices to help you get started. Timestamps 0:00 – Introduction & Why GPIO is Key 0:32 – GPIO Pinout & Advanced Functionalities 1:08 – Board Numbering vs. BCM Numbering 1:47 – Safety Reminders & Voltage Limits 2:22 – LED Blink Project Setup (Wiring & Resistors) 2:47 – Python Code & GPIO Library Overview 3:20 – Input & Advanced Protocols (I2C, SPI, UART) 3:57 – Tips for Safe Prototyping 4:29 – Next Steps & Project Ideas Key Talking Points Raspberry Pi 5 Pinout and how to navigate 40-pin GPIO headers Using Python (GPIO Zero, ) to control LEDs, sensors, and more Breadboard tutorial for safe and quick prototyping How to expand Raspberry Pi 5 projects with I2C, SPI, Servo motor control, DHT11 sensors, and LCD displays GPIO safety tips and voltage/current guidelines to avoid damage Join the Community Ready to master PI? Join our free community at Disclaimer This video is for educational purposes only. The methods and results shown are examples; actual outcomes may vary based on your hardware, environment, and skill level. Always review documentation, follow safety guidelines, and proceed with caution when working with electronics. Any damage to your device or other unintended consequences are solely your responsibility. Thank you for watching this GPIO Masterclass – don’t forget to like, subscribe, and share your project ideas in the comments!