Getting Arduino-powered devices to talk to each other over long distances is going to get cheaper and easier if this Kickstarter project flies. Flutter is a wireless development platform for Arduino ...
Arduino enthusiasts and industrial application developers might be interested in the upcoming release of the new Blues Wireless hardware for the Arduino Opta. Industrial connectivity has undergone a ...
Makers, developers and hobbyists that are looking for an easy way to connect Arduino wireless sensors to an Arduino development board, might be interested in a new system that has been created by ...
got an old cdrom and an Arduino laying around? Why not make it into a spinning POV display. It was built using parts from a floppy drive and a cdrom, as well as an Arduino and a small wireless ...
[Joe] was experimenting with his Arduino when he started thinking about how he could get it to communicate wirelessly with his Android phone. Bluetooth is an option, but it requires some extra ...
*They made their Kickstarter limit, but I'm posting this because I realized that I probably need one or two of these gizmos. I have a project in mind that could genuinely use one. Flutter is a ...
Have you ever wanted to find an inexpensive way of communicating with your Android phone wirelessly, but without relying on the likes of Bluetooth or Google ADK? If you also happen to be one of those ...
The project will function as a wireless programming and debugging link to access hard to reach Arduino board inside a machine by using the XBee protocol. An FTDI cable is used to attach one XBee that ...
This is a worthy bookmark, as a resource for wireless comms with Arduino boards. Basically, it's a Wevolver walkthough of Wi-Fi, 4G, LoRa, NB-IoT, and Matter, with example use cases and Arduino ...
[url=http://arstechnica.com/civis/viewtopic.php?p=31622763#p31622763:2qs83ys1 said: You do some PCB stuff? I'm dying to go into basic electronics & circuits, but I ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results