ロームグループのラピスセミコンダクタ株式会社（以下ラピスセミコンダクタ）は、工作機械の稼働状況モニタリングを容易に実現する電流検出用中継基板「CT Sensor Shield」を開発し、インターネットでの販売を開始しました。 「CT Sensor Shield」は、ラピス ...

当社は、独自開発した920MHz帯無線を搭載するArduino™用拡張ボードを販売いたします。 ※Arduino は Arduino SA の商標です。 FEP Shield for Arduino 【開発背景】 近年、製造業界や建設業界、物流業界では、設備や機械からのデータ収集や、位置情報管理、遠隔操作が ...

As a multi-mode connectivity board, it supports both the LTE Cat M1 and NarrowBand-IoT (LTE Cat.NB) air interfaces and provides fall-back compatibility with the E-GPRS standard. The LPWA LTE ...

A few years ago, the most common method to put an Arduino project on the web was to add a small router loaded up with OpenWrt, wire up a serial connection, and use this router as a bridge to the ...

The [Libelium] team wanted to help people in Japan measure radiation in their surroundings following the nuclear accident in Fukushima. Because of the affordability and seeming ubiquity of the Arduino ...

The new connected device represents the embodiment of the initiative presented at Campus Party 2011 and includes the option of remote management from a BlueVia website (www.bluevia.com) Berlin, 24th ...

Arduinos are a godsend for the DIY/Tinkerer community, but there’s all sorts of stuff they just can’t do out of the box. Sure, you can add tons of functionality via strap-on boards called “shields”..

There are plenty of Arduino weather station tutorials available to follow but one published by Kutluhan Aktar not only displays whether information and activate RGB colour patterns but it also ...