![]() ![]() ![]() It didn’t matter which USB socket I used on my computer, they all seemed to work fine when communicating with the Arduino, even the USB Type-C hub that I use with my laptop allowed me to program the Arduino.Ī separate power cable is not required the USB connection to the computer will power the board. Any standard length seems to be OK, though I imagine it must be shorter than 5 metres (16 feet) I ended up buying a 1m cable. Typically a USB Type-B cable is used to connect to an Arduino – it has the USB 2.0 Type-B connector on one end and the USB 2.0 Type-A connector (for a computer on the other).Ī USB Type-B connector suitable for most ArduinoĪt the store, I asked for a “USB printer cable” as this is also the sort of cable that is used to connect a computer to a printer. Step 1: Connect Arduino using a USB Cable I’ve also tended to use sketch and code interchangeably in this guide, a symptom of being an electronics and software engineer by training. See common problems at the bottom of this guide if you’re having any issues following the steps. The Arduino I’ve used is the UNO WiFi Rev 2, though the steps (and problems I solved) should be similar for most Arduino models. ![]() This guide is a step-by-step (with pictures) on how to upload and run code on an Arduino using a Windows 10 machine. So I put this guide together based on my experience uploading code to a new Arduino on a new computer. Installing drivers, IDEs, and everything else involved wasn’t a straightforward task. As an electronics engineer getting back to my roots with Arduino, I found it could be a little confusing getting started uploading code (or sketches) to an Arduino. ![]()
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