#ad The UNO Q is like no other board: with two brains, a Qualcomm processor running Linux and a microcontroller running classic Arduino code, it can handle any kind of project without extra cables or complicated communication protocols.
In this video Massimo shows you what makes it different with a simple hands-on project: a potentiometer read by the microcontroller and plotted in real time on a web page. Just looking at how the code is structured, you’ll see how smooth this new system is, with Arduino Router Bridge letting the two sides talk to each other in just a few lines.
Thanks to @Arduino for supporting this build!
00:00 Two Brains
00:31 The Setup
00:55 How It Works
02:45 Microcontroller Side
04:15 Python Side
06:03 Live Demo
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#Arduino #ArduinoUnoQ #Qualcomm #Python #Linux #Microcontroller #Electronics #Maker #DIY #Tutorial #Prototyping #OpenSource
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Yes we want a longer version of this video and more examples 🎉
More longer and more examples please
If I could run an AI within the Arduino that would automatically generate the sketch for the microcontroller, that would actually be a real advantage. For instance, I could say, "Create a sketch to read port A0—with the input coming from a potentiometer—and display the output on a web interface." That would certainly make me consider adopting this new Arduino; as it stands, the price doesn't seem justified, especially since I could achieve the same result using a Raspberry Pi and an ESP32. It seems to me that this new Arduino occupies a very narrow, specific niche. A pity.