Nano V3 USB-C board with soldered headers, shown at a three-quarter angle

Nano V3 USB-C ATmega328P FT232RL Board - Soldered or Unsoldered

Soldered
$5.99 NZD
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Nano V3 USB-C board with soldered headers, shown at a three-quarter angle
  • Nano V3 USB-C board with soldered headers, shown at a three-quarter angle
  • Overhead view of the soldered Nano V3 board showing its pin labels, controller and reset button
  • Side view of the Nano V3 USB-C board showing the fitted header pins and board profile
  • Nano V3 USB-C approximate dimensions: 43 by 18 mm PCB, 14.8 mm with soldered headers and 2.54 mm pin pitch
Nano V3 USB-C ATmega328P FT232RL Board - Soldered or Unsoldered
SKU: MCU-NANO-V3-328P-FT232-SOL

Nano V3 USB-C ATmega328P FT232RL Board - Soldered or Unsoldered

$5.99 NZD
▼ 17% was $5.99
5.0 2 reviews
6 bought this month
Headers
Dispatch: Within 24 hours 7-day dispatch, excluding public holidays

NZ Post: 1-2 days urban · 2-4 days rural

Shipping from $5.99 urban / $9.99 rural.

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Build compact Arduino-compatible projects with this Nano V3 USB-C board, using an ATmega328P-AU controller and FT232RL USB serial. Choose soldered headers for breadboard use, or unsoldered headers to fit them yourself. Both options have the same electronics and pin functions.

Specifications

ControllerATmega328P-AU
USB serialFT232RL
USB connectorUSB-C
Header optionsSoldered or unsoldered
Clock16 MHz
Logic level5 V nominal
Digital I/O12 pins, D2-D13
Analogue inputs8, A0-A7; A6/A7 analogue only
PWM outputs6: D3, D5, D6, D9, D10, D11
Serial interfacesRX/TX UART, SPI and I2C
Controller memory32 KB Flash, 2 KB SRAM, 1 KB EEPROM
ProgrammingUSB serial or ISP

Datasheets

Technical datasheetPDFQuick Start: first USB uploadPDF

What's in the box

1×
Nano V3 USB-C board

Soldered: headers fitted. Unsoldered: headers supplied loose for soldering. Select the assembly option above.

Great for

Breadboard prototypes
Sensor and control projects
Learning Arduino programming

Wiring & getting started

  1. Connect by USB

    Use a USB-C data cable and a computer. Leave external wiring disconnected for the first upload.

  2. Select Nano in Arduino IDE

    Install Arduino AVR Boards, select Arduino Nano and the detected port, then try the ATmega328P processor option.

  3. Upload Blink

    Open File > Examples > 01.Basics > Blink. If uploading times out or reports not in sync, select ATmega328P (Old Bootloader) and retry.

Note: Disconnect power before soldering or changing connections. VIN and 5V are different pins. Use suitable level conversion when connecting 3.3 V-only equipment.

Frequently Asked Questions

Answers to the questions buyers ask most.

What is the difference between soldered and unsoldered?
Both options have the same ATmega328P-AU controller, FT232RL USB serial and pin functions. Soldered headers arrive fitted; the unsoldered option includes loose headers for you to solder.
Which Arduino IDE settings should I use?
Install Arduino AVR Boards, select Arduino Nano and the detected port, then try ATmega328P. If uploading times out or reports not in sync, select ATmega328P (Old Bootloader) and upload again.
Why does the board power on but no port appears?
Check that the USB-C cable supports data and try another USB port. If the computer reports a missing USB-serial driver, install the appropriate VCP driver for the detected FT232 device.
Can A6 and A7 be used as digital outputs?
No. A6 and A7 are analogue inputs only. A0 to A5 can also be used as digital I/O with the classic Nano mapping.
Can I connect 3.3 V sensors?
Check the sensor's supply and signal ratings first. The Nano uses 5 V logic, so use suitable level conversion for signals connected to 3.3 V-only equipment.
How should I power it for the first test?
Use a computer USB connection with all external wiring disconnected. VIN and 5V are separate connections; establish the correct input path and polarity before using an external supply.

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Why Buy from NZN

Useful parts, fair prices and someone local to help.

I'm Lukas, an engineering student and maker based in Te Awamutu. NZN grew out of a CNC build that dragged on for months because every missing cable, bolt or electronic part meant another overseas order. I started the shop so Kiwi makers can spend more time building and less time waiting for the next parcel.

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