Results for 'radio OR wireless'

This update discusses issues associated with using the AquaPing as a semi-autonomous, stand-alone I2C slave device.

New: HealthyPi v4 - Unplugged, New: Blip, Coming Soon: ANAVI Miracle Controller, In Stock: TinyPICO, In Stock: LimeSDR GPIO Board & Hacker Case

New: LoDev S76S, New: Nixie Tap, Event: Qorvo RF Accelerator, Coming Soon: TinyPICO, In-stock: Sensything

"The ESP32 is mostly known as a WiFi chip, so why even bother with Ethernet?" you might ask. Here are some good reasons!

Q&A based on our most asked questions: frequency accuracy, FPGA resources, APIs, IIO, etc.

In this update, we introduce you to projects using AntSDR as a cellular base station and cellular networking tool.

Learn about our new line of AntSDR E200 FPGA-based software-defined radios!

So you've heard us brag about being open and all that, but how does this really help you? In this update you will see how easy it is to add a wireless relay without being tied to a specific vendor.

We're overjoyed to present a significant upgrade to WiSer's capabilities: Broadcast Mode!

Learn more about how Boondock Echo works, the characteristics of the entire Universe, and more!

An open-source touchscreen & Wi-Fi-connected Linux dev board

A short video showing the Purism Kill Switch for Microphone and Camera in action.

Four-channel, all-frequency, GNSS RF-to-bits receiver

Picking up where we left off yesterday with test and measurement examples, we have one this time from Lime's millimeter wave IC design team, demonstrating LimeSDR being used as a vector network analyzer (VNA).

The first full-stack dev board that uses protocol buffers for motion-based IoT applications

Answering some frequently asked questions about the Maverick-603

The moment is here and we're so excited to announce that the DFC campaign is officially live! The DFC Data Broadcaster is a Bluetooth device that allows Peloton bikes to connect to fitness watches, head units, and apps — a feature that's not available on stock Peloton bikes. It reads power and cadence data in realtime, through a cable connected to your bike, and broadcasts them to nearby devices, including those with support for non-Peloton platforms like Zwift and Garmin. This allows you to enjoy the built-in functionality of your bike while simultaneously utilizing features and services that depend on third-party platforms.