Arduino Nano Every com headers, ATmega4809, pré-soldado, Micro-USB ABX00033

Embedded developers and educators working on compact, low-power prototypes will find the Arduino Nano Every a reliable workhorse for breadboard-friendly projects. Its ATmega4809 microcontroller delivers a modern AVR core with 48 KB flash and 6 KB SRAM, while the pre-soldered headers allow immediate insertion into a breadboard or socket. The board maintains the classic Nano pinout, making it a drop-in upgrade for legacy designs, and the Micro-USB connector simplifies programming and power. Whether you're building a sensor node, a wearable controller, or a classroom robotics platform, this board offers the performance and ease of use expected from the Arduino ecosystem.

Key specifications

• Microcontroller: ATmega4809 (AVR architecture)
• Operating voltage: 5V; input voltage (VIN): 7–21V
• Digital I/O pins: 14 (5 PWM outputs)
• Analog input pins: 8 (10-bit ADC)
• Flash memory: 48 KB; SRAM: 6 KB; EEPROM: 256 bytes (emulated)
• Clock speed: 20 MHz
• Communication: UART, SPI, I2C
• USB: Micro-USB connector
• Built-in LED on pin 13
• Pre-soldered headers for immediate use

Why choose it

The Nano Every bridges the gap between legacy Nano projects and modern performance. Its ATmega4809 provides more memory and a faster clock than the classic ATmega328P, while maintaining the same footprint and pinout. The pre-soldered headers save time and reduce soldering errors, making it ideal for rapid prototyping and education. With a wide input voltage range and efficient power design, it can be powered from batteries or external supplies with ease.

Ideal use cases

• Upgrading existing Nano-based projects for more memory and speed
• Building compact IoT sensor nodes and data loggers
• Educational workshops on microcontroller programming and electronics
• Wearable and portable devices requiring low power consumption
• Rapid prototyping on breadboards without soldering

Good to know

The board is fully compatible with the Arduino IDE and can be programmed via the Micro-USB port. It supports the standard Arduino libraries and a vast ecosystem of shields and modules. The ATmega4809 includes a hardware UART, SPI, and I2C, enabling easy interfacing with sensors, displays, and communication modules. The emulated EEPROM allows storing configuration data without external memory. For advanced users, the board can be programmed using the Arduino CLI or third-party IDEs.