What it is
The ShillehTek Nano V3.0 ATmega328P CH340C Type-C Presoldered is a compact, Arduino-compatible development board designed for fast prototyping, sensor experiments, quick firmware testing, and embedding in tight enclosures. It uses an ATmega328P microcontroller and a CH340C USB-to-serial interface for straightforward PC programming, with a reversible USB Type‑C connector and presoldered headers for immediate breadboard use.
Pins
Pin names and locations can vary by Nano-style module revision. Refer to the silkscreen labels on the board/module and the listing photos for the exact pinout before wiring sensors, modules, or Raspberry Pi add-ons.
Technical Specifications
| Item | Details |
|---|---|
| Board family | Nano V3.0 (Arduino-compatible) |
| Microcontroller | ATmega328P |
| USB-to-serial interface | CH340C |
| USB connector | USB Type‑C (reversible) |
| Headers | Presoldered (ready to prototype) |
| Programming method | USB via CH340C (see listing photos/software guidance) |
| Electrical ratings (voltage/current) | Varies by module revision (see listing photos) |
Frequently Asked Questions
How do I install CH340C drivers for the Nano V3.0 on Windows or macOS?
This Nano uses a CH340C USB-to-serial interface, so your computer may require CH340 drivers depending on your OS. Install the appropriate driver, then select the correct COM/serial port in the Arduino IDE before uploading.
Is the ShillehTek Nano V3.0 compatible with the Arduino IDE?
Yes—this is an Arduino-compatible Nano-style development board built around the ATmega328P. Choose the matching Nano/ATmega328P option in your IDE and upload over USB.
Does the USB Type-C port work with a regular Type-C cable?
The board features a reversible USB Type‑C connector for modern connectivity. Use a standard USB Type‑C data cable and connect it to a computer USB port for programming.
Where can I find the Nano V3.0 pinout for wiring sensors and modules?
Use the silkscreen labels on the board and the listing photos to confirm the exact pin names for your revision. This helps avoid wiring mistakes when connecting sensors or other electronics modules.