Results for 'wireless'

A battery-powered, Home Assistant-compatible valve for smart water control in your home

Long-range, low-power, sub-1 GHz frequency band communication

A wireless, ultra-portable oscilloscope with impressive specs – debug circuits in their natural environment.

NRFICE has launched, True Wireless Valve joins the Nordic Community Hub, and Connect for Good contest winners. Plus, join us at Teardown 2024 where we will be giving away some new dev boards.

Learn about the Open-source Wireless Sensor Network stack (OpenWSN), a complete, IEEE/IETF standardized, open-source network protocol stack designed to run on wireless IoT hardware and ensure great packet delivery reliability.

Our campaign has launched... Come join us!

Here's an overview of Lime's vision of what is possible using the LimeNET wireless platform.

There is a popular IKEA wireless remote for lighting that uses a CR2032 battery, which tends to run flat every couple of months. Fortunately, the device has enough space to fit the tiny Ant2 LiPo charger. This update walks through the steps I took to make it rechargeable, including the creation of a custom, 3D-printed lid.

Universal Radio Hacker (URH) is an incredibly handy tool designed for investigating unknown wireless protocols of a typically simple nature, such as those used by wireless thermostats, weather stations, and garage door openers, to name but a few common applications.

In previous updates, we described how the HealthyPi can be used with a display and touchscreen, and with a PC. Today's update shows you how to turn the HealthyPi into a standalone, wireless vital sign monitor.

We share a bit about the history and the main technical challenges we've tackled with True Wireless Valve

Building a bot or a drone is one thing, but controlling it over a particular wireless network is a different task altogether. You need to see to it that the control signals are received without any delay from the controller to the receiver, so that the bot or drone can perform actions accordingly in real time.

Good news: so far, the main processor is still on track for the manufacturing of the next batch of CANFDuinos, which should arrive this month. For this field update, we are going to show you how the CANFDuino can be easily customized for your application by using the PCB prototyping area.

Nordic and Qorvo have announced a joint reference design for a UWB-based smart lock application for Aliro and Matter, a biometric monitor wristwatch and a wireless smart water valve both based on Nordic have started shipping their first production batch, Feather-form factor dev boards for nRF54L and nRF9161 are making the rounds, and recent Nordic product launches, and several projects shipping now.

British Telecom (BT) and EE are sponsoring a summer hackathon competition in partnership with Lime Micro. Let's see what you can do with LimeNET and LimeSDR!

New: ESP32JTAG; Coming Soon: Vectino, VESA ESP, Diptyx E-Reader, Esparagus Audio Brick, Open Book Touch; Updates: wafer.space GF180MCU Run 1; In Stock: Openterface Mini-KVM, Wee Noise Makers PGB-1, HealthyPi 5; NextPCB: RAK3112 Accelerator

We have recently begun the certification process for BlueIO832 Mini, and we should be done in a couple of weeks. We are also working on a new app called BlueIODevin. This update also includes a video that shows how you can use BlueIO832 Mini to program MicroPython wirelessly.

What the Arduino did for the microcontroller, the ESP32 is doing for wireless devices. With built-in WiFi and Bluetooth, and multiple toolchains available, the ESP32 is one of the easiest ways to get started - and keep going - in the world of wireless connectivity. Join me for an overview of the devices and two of the most popular tool chains: Python and the Arduino IDE with advantages and disadvantages of each. Follow the story of my own ESP32 projects, including a Bluetooth 1935 tube radio simulator and a rotary telephone Bluetooth “numeric keypad.”

I have spent the past few days working to get ctxLink running with the highly extensible Visual Studio Code (VSCode) development environment. VSCode makes it quite straightforward to use a typical "makefile" project for ARM development.