Arduino Nano V3.0

ATmega328P Core in Micro Form Factor: Powered by the ATmega328P microcontroller running at 16MHz on a 5V logic rail, packing standard UNO computing power onto a compact breadboard-friendly PCB.

Integrated Mini-USB Interface: Features an onboard Mini-USB port and CH340 / FTDI USB-to-UART chip for effortless code uploading, debugging, and USB power delivery without external programming adapters.

22 Digital I/O & 8 Analog Inputs: Offers 22 digital input/output pins (6 PWM output capable) and 8 analog inputs—2 additional analog pins compared to the standard UNO.

Breadboard-Friendly DIP Header Pinout: Outfitted with dual male header rows spaced perfectly to plug directly into standard solderless breadboards for neat, rapid circuit prototyping.

100% Arduino IDE Compatible: Fully supported by the official Arduino IDE and open-source libraries across Windows, macOS, and Linux platforms.

PCB & Pin Header Quality: Built on a durable multi-layer FR-4 glass epoxy printed circuit board with clear silk-screened pin labels and sturdy pre-soldered pin headers.

Power Supply & Operating Voltage: Accepts 5V DC via Mini-USB or 7V–12V DC unregulated power through the VIN pin. Do not exceed 12V to prevent excess heat build-up on the linear regulator.

Handling & ESD Precautions: Observe anti-static safety practices when touching exposed board terminals; power down external component wiring before making circuit modifications.

Environmental Limits: Operating temperature range is -10°C to +60°C. Keep protected from static discharge, metal particles, and direct liquid moisture.

Essential Compact Prototyping Board: Market as the primary go-to micro board for makers, students, and engineers looking to build compact projects on a standard breadboard.

Extra Analog Pins Advantage: Highlight its 8 analog inputs (A0–A7) as an upgrade over standard UNO boards for multi-sensor measurement arrays.

Recommended Cross-Sell Add-ons: Pair with Mini-USB Cable Leads, Solderless Breadboards & Jumpers, and OLED Display Modules.

Ideal for Space-Constrained Builds: Position as an excellent choice for custom quadcopters, wearable electronics, smart home sensor nodes, and desktop mini-robots.