OMC has launched a fibre optic transceiver shield for Arduino Uno, designed to work with PMMA (polymer) optical cables up to 25m long, plus demonstration software ...

Arduino no longer produces this board. Unfortunately, the more popular boards like the Uno, classic Nano, and Mega 2560 don't support the Debugger feature as they're powered by an AVR microcontroller.

Arduino also upgraded the R4 WiFi's analog-to-digital converter (ADC), which is responsible for reading data from the analog inputs. On the Rev3, the ADC supports up to 10-bit resolution, with ...

The Arduino Nano 33 BLE Rev2 is a significant leap forward in the world of microcontroller boards, designed to empower a diverse array of projects with its advanced capabilities.

One for Gadget Masters to note: there's a new version of the Arduino Nano - the IoT-friendly Nano ESP32 - bringing the Espressif ESP32-S3 microcontroller into the Arduino ecosystem. The Wi-Fi and ...

The power of Espressif’s ESP32-S3 meets Arduino’s unmatched customer experience, documentation and community — all in the compact form factor of the Nano. Provides support for both ...

Image dehazing is of utmost research interest and has several significant applications. However, the technology of image dehazing can only work for hazy images. Therefore, classification of images ...

Why Use Arduino for Smart Home Projects Doing smart homes the Arduino way is fun. There’s nothing like seeing the fruits of your labor move around and do something as you intend it to. Image source: ...

This is the SB116, an 8-bit programmer’s calculator powered by an Arduino Nano. It features a 128 x 64 pixel monochrome OLED display and can be powered by either a USB port or three AAA batteries.

It fits all versions of Arduino like UNO, NANO, mega 1280, mega 2560, and others. The working and functionality of the W5100 Ethernet module are very similar to that of an Arduino Ethernet shield, ...

The hardware itself is pretty straightforward. There is an Arduino Nano to run the speech recognition algorithm and a MAX9814 microphone amplifier to capture the voice commands.

Next, grab the motor shield and connect it to the Arduino Nano, as shown in the video. Take your super glue again, and affix the backplate, well, to the back of the laser engraving device.