Results for 'radio OR wireless'

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

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

Answering some frequently asked questions about the Maverick-603

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).

New: Riotee, Loud ESP, Coming Soon: LimeSDR XTRX, Wyldcard DevKit, X1501 Pico SoM, In Stock: HiFive1 Rev B, Artificial Intelligence Radio - Transceiver (AIR-T), Pixelblaze V3, Update Roundup: SOCORAD32, Eduponics Mini v2.0, DeepDeck

Previously, I have published all the source code and fabrication files on GitHub. Today, I am going a step further and publishing the whole design project, so you can modify the design as you wish.

An open source IDE/ATAPI drive emulator for vintage computers

We're absolutely thrilled to bring you an exhilarating update from Boondock Technologies.

An open-source biometric monitor in a watch form factor

We are delighted to be able to confirm that all 2,500 Altera FPGA chips have arrived at our UK headquarters and are ready to be shipped with various other parts to our ODM in Taiwan.

All of the example applications that we've shared so far have been demonstrations of one form or another of wireless communications. And, while this is obviously the main use that we had in mind for LimeSDR, it is by no means the only one and it can equally be put to use in many other demanding RF applications that require signal generation and reception or measurement.

Our Boondock Echo campaign is not just a success; it's a phenomenon! Thanks to your incredible support, we've rocketed past our goal with a jaw-dropping 287% funding! And hold on, because there's more.

Be sure to check out the limited edition companion board that extends LimeSDR's range to 10 GHz and the new sibling to the LimeSDR - the LimeSDR Mini.

In a previous post on the Myriad-RF blog, Josh Blum introduced the driver architecture, describing the various components and APIs that it provides. In a new post he picks up where he left off and takes a look at the LimeSDR application ecosystem that is available to us thanks to this.

An ESP8266-powered, open source, Wi-Fi dev board to control two 5 V or two 12 V LED strips

We’re excited to announce the launch of our crowdfunding campaign for xSDR -- the next evolution of embedded software-defined radio.

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.

We have some BIG developments. EE, the UK's largest and most innovative 4G deployment, is backing LimeSDR and supporting us to move forward our mission to leapfrog wireless innovation in the UK.