[100% IDE COMPATIBLE FOR STEM EDUCATION] Fully compatible with the official programming IDE and countless open-source libraries. It provides electronics beginners and educators with a seamless, plug-and-play programming experience without frustrating software configuration, making it the perfect starting point for learning.
[RELIABLE ATMEGA328P MICROCONTROLLER] Powered by the classic ATmega328P chip running at a stable 16MHz with 32KB of flash memory. This ensures rock-solid hardware stability and sufficient processing power, allowing makers to confidently build everyday robotics and DIY automation projects.
[VERSATILE I/O PINS FOR ENDLESS PROTOTYPING] Features 14 digital I/O pins (including 6 PWM) and 6 analog inputs. Whether you are connecting temperature sensors in the lab or controlling motor drivers for a smart car, it offers flexible expansion capabilities to bring your testbed ideas to life.
[EASY PROGRAMMING & SAFE 5V OPERATION] Equipped with a built-in USB cable for direct sketch uploading and fast serial debugging. Operating strictly on a safe 5V logic level, it effectively protects your external components from accidental overvoltage, making it highly secure for classroom and household use.
[TRUSTED BY GLOBAL MAKERS & ECO-FRIENDLY] Manufactured with premium, RoHS-compliant materials under rigorous quality control. Backed by a massive global community of tutorials and projects, it stands as the industry standard and offers ultimate social proof and reliability for any electronic enthusiast.
Description
Microcontroller: Reliable ATmega328P chip operating at a 16MHz clock speed.
Memory: 32KB of flash memory for storing your projects and code.
Compatibility: 100% plug-and-play compatible with the official programming IDE.
I/O Pins: 14 Digital I/O Pins (includes 6 PWM outputs) and 6 Analog Input Pins.
Operating Voltage: Safe 5V logic level protects external components.
Connectivity: Direct USB connection for easy uploading and debugging (USB cable included).
Dimensions: Compact footprint measuring 68.5mm x 53.7mm (2.7" x 2.11").
Applications: Perfect for STEM education, DIY robotics, and electronic prototyping.