Results for 'radio OR wireless'

Having a great hardware platform is one thing, but as any experienced engineer will tell you, this is only half of the story and you also need solid software support to realise the true potential of that hardware. So it's hardly surprising that we've had quite a few backers asking for more details of the driver software for LimeSDR and whether it will support this application or that application.

With the first batch of boards on their way out to backers now seemed like a great time to thank our partners and the software-defined radio pioneers, who together with everyone who backed the campaign have helped to make LimeSDR possible. As such here’s a short video from Ebrahim Bushehri, CEO of Lime Micro and founder of Myriad-RF.

First, thanks to everyone who has supported us so far. We're in the final week of the campaign and over three quarters the way to our funding goal! We're well within reach of the goal, but we'll need your help. The funding goal wasn't arbitrary - if we don't reach it, then the project will be put on hold, none of your credit cards will be charged, and no one will get a LimeSDR. Community-driven free and open source hardware projects rely on individuals' support to get off the ground. LimeSDR is no different. If you haven't yet pledged for a LimeSDR, please do! if you have, please help spread the word far and wide to everyone you know, be it by social media, email, in-person, or carrier pigeon.

We're thrilled to announce the launch of the campaign for the latest addition to the integrated universal wireless family, the LimeNET Micro. LimeNET Micro provides fully standalone SDR at an unprecedented price point and, thanks to the combination of Lime's FPRF and the Raspberry Pi Compute Module 3, in an eminently compact form factor, with high frequency stability and accuracy, courtesy of integrated GPS and OCXO. Learn more on the campaign page: https://www.crowdsupply.com/lime-micro/limenet-micro

The competition drew to a close last week and I have to say that judging has not been easy, on account of there being no shortage of great entries, with many more proposals for uses that we’d really love to support than boards we have available at this point in time.

We’re delighted to announce that Charles Brain is the winner of our digital design competition, with a proposal to build an FPGA-based RF channel simulator.

In this video Andrew picks up where he left off with his blog post on building a remote radio head using LimeSDR, going on to show it being used to stream samples across the network to a laptop

Learn how to synchronize a LimeSDR with an external data stream for experimentation, development, and testing.

Did you do something cool with your Lime technology? Let the world know, by submitting a Field Report to us. You’ll enjoy fame and maybe even a little bit of fortune. Check out all the details in this update.

Read the full update to see how Ogün Levent used two LimeSDRs to create a drone detecting, jamming, and control platform.

The inspiration for Aeroscope Labs came while Alexander was debugging a hard circuit problem on a mobile robot. The issue would go away when the robot was set up on a lab bench, but would reappear when driving around. He needed an oscilloscope that would fit inside the robot and beam data back to a separate screen. He began working on the initial concept and soon hooked up with his old friend Jonathan. Jonathan had long been frustrated by the mess of wires ever present on his lab bench and immediately recognized the potential of a completely wireless oscilloscope probe.

This great demo (with a video and source code) uses a new 64-bit Linux networking appliance to stream to the internet FM radio from an attached LimeSDR.

We are pleased to be able to report that the first 500 boards have been manufactured and put through automated testing. All that remains now is for manual testing of a random sample, before they are shipped off to Crowd Supply and from there out to our backers and developers.

We are pleased to announce two new accessories for the LimeSDR: the GPIO Board and Hacker Case.

The latest demo that we have to share with you comes courtesy of Alexander Chemeris, CEO of Fairwaves, a company with many years experience building and deploying open source GSM network solutions.

We’re pleased to announce that support is now available for using LimeSDR hardware with the popular Windows application, HDSDR (High Definition Software Defined Radio).

In this update, we share some videos introducing OpenAirInterface and demonstrating its use with LimeSDR hardware to run and monitor an LTE stack streaming YouTube HD video content.

In this update, we describe how to use a LimeSDR on HF bands (<30 MHz) and what modifications we can perform on your board to do so before shipping to you. Be sure to take the survey mentioned later in this update if you're interested in HF!

Last week saw the first post go up on Myriad-RF in a new fortnightly series entitled, Over The Air — a round-up of interesting and newsworthy developments in the wider community.

Since the successful close of our funding campaign, We've been incredibly busy preparing to deliver LimeSDRs to all our backers. Just as we worked hard during the campaign - internally, with key partners, and with our fantastic beta testers in the community — creating a series of exciting demos, we continue to work to ensure backers will have a first-class experience upon receiving their hardware. In this update, we'll review the state of the production schedule, hardware design, testing setup, documentation, app store, and more.