Over on the Arduino blog, the release of the official Arduino WiFi shield was just announced. On the spec page for this WiFi shield. we can see this new board isn’t a slouch; it’s powered by a 32-bit ...

Announced at the 2014 Maker Faire in New York, the latest Arduino WiFi shield is finally available. This shield replaces the old Arduino WiFi shield, while providing a few neat features that will come ...

Arduino enthusiasts that are looking for a wireless shield to help build Arduino projects might be interested in the new edition to the Adafruit range of hardware in the form of the Arduino WiFi ...

This product is featured in EDN's Hot 100 products of 2014. See all 100 here. Arduino and Atmel have collaborated to create a secure version of Arduino's Wi-Fi Shield 101 and it looks like a great ...

Lantronix, Inc. introduced the xPico® Wi-Fi Shield which supports simultaneous wireless LAN client connectivity and access point (AP) functionality. With xPico® Wi-Fi Shield, it is now easy to ...

The official Arduino store in the US has announced the arrival of the Arduino WiFi Shield 101 that has been specifically designed for Internet of Things based projects. The Arduino WiFi Shield is ...

This Wifi Shield utilizes a RN171 wifi module to provide your Arduino/Seeeduino with serial Ethernet's function. It only takes two pins to hook your device up to 802.11b/g wireless networks with this ...

One for those of the Arduino persuasion... Welcome the Arduino Wi-Fi Shield 101 and its support for secure Wi-Fi connectivity, designed for the prototyping of Internet of Things (IoT) applications ...

We're always fans of a good Arduino project. While a few Wi-Fi solutions have existed to connect your Arduino to the internet wirelessly, the release of the new Arduino Wi-Fi shield makes those ...

PiEEG has launched the ardEEG shield specially designed for the Arduino UNO R4 WiFi and capable of measuring biosignals such as those used in electroencephalography (EEG), electromyography (EMG), and ...

Este proyecto permite la conexión de un Arduino a Internet utilizando un módulo Wi-Fi. Se envían datos simulados desde el Arduino a una aplicación de Python, que actúa como servidor en la PC.