What it is
The ShillehTek Arduino Nano V3.0 Presoldered CH340G ATmega328P is a compact, breadboard-friendly Arduino development board for fast prototyping—ideal for sensors, wearables, and small robotics—featuring presoldered headers and a CH340G USB-to-serial interface for easy programming and serial monitoring in the Arduino IDE.
Pins
Refer to the silkscreen labels on the board/module and the listing photos for exact pin names and orientation. This Arduino Nano V3.0 format is designed to plug neatly into a breadboard, and you’ll typically use the labeled pins for connecting sensors, modules, and serial/I/O signals.
Technical Specifications
| Item | Details |
|---|---|
| Product type | Arduino Nano V3.0 compatible development board |
| Microcontroller | ATmega328P |
| USB-to-serial interface | CH340G |
| Headers | Presoldered (ready for breadboard/prototype wiring) |
| Software support | Arduino IDE + community libraries |
| Best use cases | Sensors, wearable prototypes, small robotics projects |
| Pinout / exact revision details | See listing photos / varies by module revision |
Frequently Asked Questions
How do I program the ShillehTek Arduino Nano V3.0 in the Arduino IDE?
Connect the board to your computer via USB, then use the Arduino IDE to select the appropriate board/port and upload your sketch. The CH340G provides the USB-to-serial link used for programming and serial monitoring.
Do I need drivers for the CH340G USB-to-serial chip?
Some computers may require a CH340G driver for the board to appear as a serial/COM port. If the port doesn’t show up in the Arduino IDE, install the appropriate CH340G driver for your operating system and reconnect.
Is this Arduino Nano breadboard-friendly and ready to use?
Yes—this Nano includes presoldered headers to help you plug it into a breadboard or connect jumper wires quickly for tidy prototyping.
Where can I find the Arduino Nano V3.0 pinout for connecting sensors?
Use the silkscreen labels on the board and the listing photos for the exact pin names on your revision. For wiring tutorials (I2C, SPI, UART) and sensor examples, Arduino community guides are widely compatible with Nano-style boards.
Can I use this board for small robotics and wearable prototypes?
Yes—this compact ATmega328P-based Arduino Nano is commonly used for sensors, wearables, and small robotics projects where fast iteration and USB programming are helpful.