| In the last episode, we configured the ESP32 to set up its own local Wi-Fi network. With a PC, smartphone or tablet, we are able to log into...
| In the last episode, we configured the ESP32 to set up its own local Wi-Fi network. With a PC, smartphone or tablet, we are able to log into...
| Access to and control of IoT device data can happen via various methods, the best known of which is the asynchronous “big data” IoT approach...
| In the previous issue of Elektor we showed how easy it is to program the powerful ESP32 in the Arduino IDE. However, if you want to utilize...
| Rapid prototyping has been the craze for the last five, six years or so. Hundreds, maybe thousands of open source, open hardware platforms h...
| Now hot off the press is Elektor’s first edition of 2017! It’s available for purchase either as a pdf document or a printed magazine with fr...
| The PULPino open-source microprocessor developed by researchers at ETH Zurich and the University of Bologna promises to make it easier for d...
| Control your lights at home, your LEGO Robots and many other wireless projects with the Pretzelboard, a low cost yet powerful easy-to-use I...
| There is something magical in being able to transmit and receive data through the air (“aether”) without wires and the LPRS eRIC module [2]...
| When you put Arduino and the Internet of Things in a nice black suitcase together with some extra break-out goodies, what you get is the per...
| eRIC Nitro features an ATmega328 AVR microcontroller with Arduino bootloader and a low-power eRIC radio module operating in the ISM band (43...