Tag: wireless

A wide range of uses is possible for low-cost kitchen scales. They are typically quite basic devices without features like wireless connectivity. Still, Liore Shai made the decision to change that by adding Wi-Fi functionality to an Amazon Basics scale which cost about just $10 shipped...

Introduction Going wireless has become a perfectly convenient way to do a lot of things these days including adding a doorbell wherever it may be needed around your homes, offices, and workspaces. There are currently a number of wireless mini doorbells out there in the market and for a...

The P9261 is a highly integrated, magnetic induction wireless power transmitter controller supporting the WPC Qi specifications or proprietary applications. The P9261 functions with multiple coils in a full-bridge or half-bridge inverter configuration. The P9261, which includes an...

Wi-Fi Alliance recently announced Certification 6 Release 2 offering new features for advanced Wi-Fi communication-based applications. The adoption of Wi-Fi Certification 6 gives credibility to the manufacturer and due to the increasing demand, the Wi-Fi Alliance looks for...

Medtronic’s tinyWireless PIC32 development board is a low-cost, low-power Microchip PIC32-based, Arduino compatible wireless development board. Despite its compact form factor, it can also be mounted in a solderless breadboard or utilized as an independent development board. Deeper...

We have witnessed an increase in natural disasters worldwide in recent months. Wildfires, earthquakes, storms, floods and droughts have left many people’s homes in ruins. These extreme natural events often have serious consequences in terms of economic losses, social chaos as well as...

Yet another development board featuring Raspberry Pi’s RP2040 SoC with WiFi capabilities. The Wio RP2040 Mini Development board by Seeed Studio comes in a smaller form factor for compact wireless applications. The powerful RP2040 SoC by Raspberry Pi and Seeed’s Studio’s WiFi...

A team of Researchers at Carnegie Mellon University's Future Interfaces Group have developed self-powered radio tags called Sozu, which enables building-scale activity sensing, without the need for line-of-sight and at a very low cost. They claim a 99 percent detection rate and "almost...