Arducam recently launched the All-in-One Raspberry Pi AI Camera Kit with CM5, a Raspberry Pi CM5-based PoE outdoor security ...

If there is one thing we took from [azwankhairul345’s] environmental monitor project, it is this: sensors and computing power ...

The HTS401 stands for precise, fail-safe humidity and temperature measurement with minimal maintenance effort. As the successor to the EE212 and EE210, it helps operators keep processes under stable ...

Ultra-low power consumption: Adopting the BG22 SoC, the sensors demonstrate exceptional energy efficiency. Featuring ultra-low transmit and receive power, and a high-performance M33 core, BG22 helps ...

IKEA's 21 new smart IoT devices support Matter, HomeKit, Google, and Alexa, so you can build a low-cost setup with quick pairing and simple controls.

This project utilizes an Arduino Uno CH340G development board paired with a DHT11 temperature and humidity sensor to create a compact yet capable environmental monitoring system. It measures ambient ...

Some hot days feel even worse thanks to high humidity, trapped heat and dew points. Cities are especially vulnerable. By Nazaneen Ghaffar Nazaneen Ghaffar is a reporter on The Times’s weather team. It ...

COLUMBIA, S.C. — When we talk about hot days here in South Carolina, the temperature only tells part of the story. The real danger often lies in the heat index or the “feels like” temperature. The ...

More efficient, smaller, and lighter traction inverters for EVs can be created by integrating current sensors directly into SiC-based power modules. Silicon Austria Labs (SAL), a power semiconductor ...

Radon is an odorless, tasteless gas that poses a significant health risk if not properly monitored in your home. Luckily, there are several smart radon detectors available that can help you keep track ...

Asahi Kasei Microdevices Corporation (AKM) and Silicon Austria Labs GmbH (SAL) have developed a joint proof of concept for integrating a current sensor into a power module for automotive applications ...

Massive growth – ambient IoT device shipments will reach 1.1 billion by 2030, powered by various energy harvesting methods like light, RF signals, and mechanical vibrations. Diverse harvesting – 57% ...