Arduino® Nano Every upgrades the beloved Nano format with a faster ATmega4809 @ 20 MHz, more memory, and the same breadboard-friendly 5 V design. It’s a compact workhorse for classrooms, wearables, sensor hubs, and robotics projects in the Philippines—drop it on a breadboard and start building.

Small Board, Big Upgrade — Nano Every (20 MHz, 5 V)

• More headroom than classic Nano/UNO: 48 KB flash and 6 KB SRAM for larger sketches and buffers.
• 5 V logic & familiar pinout: Minimal porting—works with common sensors, displays and modules.
• Micro-USB & tiny footprint: Clean cabling, 45 × 18 mm board fits tight builds and enclosures.
• Beginner-friendly: Arduino IDE support, examples, and massive community resources.

What you can build

• Wearables & handheld UIs: 0.96″–1.3″ OLED + encoder/buttons + buzzer
• IoT sensor nodes: environment (BME280/DHT22), distance (HC-SR04/ToF), light/air-quality
• Robotics: 2WD/4WD micro-bots with TB6612FNG/L9110, IMU, line sensors
• Data loggers: microSD + RTC in a tiny project box

Starter bundles (quick picks)

• Nano Every Learning Kit: board + USB Micro-B cable + breadboard & jumpers + sensor pack
• Compact UI: board + I²C OLED + rotary encoder + piezo buzzer
• Micro Robot: board + TB6612FNG driver + 2WD chassis + battery/PSU

Recommended add-ons

• USB Micro-B cable (data-capable)
• Sensor packs & displays (OLED/LCD/TFT)
• Header pins or pre-soldered variants for breadboards
• 5V/9V/12V power supplies & 5.5×2.1 mm adapters
• Tools & multimeter for bring-up
• Cases & mounting (mini boxes, DIN-rail)

Technical specifications

Pinout & power notes

• A6/A7: analog-only (no digital I/O on these pins).
• SPI via ICSP: use the 6-pin ICSP header for reliable SPI across boards/shields.
• 5 V logic: If a module is 3.3 V-only, add a logic level converter.
• Power: Power from Micro-USB or VIN; keep cables short to avoid voltage drop.

What’s in the box

• Arduino Nano Every board (with or without headers—see variants/photos)

Compatibility & notes

• Same footprint as classic Nano: fits standard breadboards and carrier boards.
• Library support: Works in the Arduino IDE; most Nano/UNO-era libraries compile with little or no changes.
• Compared to UNO R3: more flash/SRAM and 20 MHz clock in a smaller board; still 5 V logic for easy module compatibility.