Best current price£9.29from Rapid Online - Rapid Electronics Ltd.
Shopping.co.uk recommended and popular offers
Rapid Online - Rapid Electronics Ltd.£9.29Visit shop Seeed 102010026 Seeeduino V4.2 Arduino Compatible Board with Upgrades!
Visit shop3 offers from £9.29 - £10.83
View price history by clicking the chart icon.
The Seeeduino V4.2 is an ideal development board for hobbyists and professionals who require an Arduino-compatible platform for their electronics projects. By utilizing the ATmega328P-MU microcontroller, it offers reliable performance and high compatibility with standard Arduino shields and accessories. While it maintains the classic form factor for easy integration into existing enclosures, users should note that as an open-source board, it may require manual driver configuration on some operating systems compared to official Arduino hardware.
| Model Part Number | 102010026 |
|---|---|
| Brand | seeed studio |
Yes, it maintains pin compatibility with the Arduino Uno and Duemilanove, allowing most standard shields to function without modification.
You can use the standard Arduino IDE or any other compatible development environment that supports ATmega328P boards.
It uses the ATmega328P-MU, which is functionally equivalent to the ATmega328P found on the Arduino Uno.
Yes, the board features a power jack and voltage regulation that supports a standard range of DC input voltages.
Yes, the Seeeduino V4.2 design is open-source, and hardware schematics are available for reference.
Verify the Micro-USB cable is data-capable and check for proper driver installation for the USB-to-serial chip.
Ensure the correct board (Arduino Uno) and port are selected in the Tools menu.
Check your wiring and ensure that the pin definitions in your code match the physical connections.
To begin using the Seeeduino V4.2, ensure you have the Arduino IDE installed. Connect the board to your computer via a Micro-USB cable; the board should appear in the 'Port' menu of the IDE. If it is not recognized, you may need to install the appropriate CH340 or FTDI drivers depending on your specific board revision. When handling the board, avoid touching the gold-plated pins to prevent oxidation and ensure stable connections. For long-term projects, use the provided screw holes to firmly mount the board inside a non-conductive enclosure, protecting the underside from short circuits.
