Results for 'radio'

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 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.

In this latest video, Ebrahim outlines the vision for the LimeSDR platform and its role in democratising wireless innovation.

We've published a new video in which Andrew demonstrates how LimeSDR can be used to receive and decode Bluetooth Low Energy.

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.

Check out this demo combining a LimeSDR Mini with a Raspberry Pi 3 Model B using ScratchRadio.

Thank you for your patience while we continue to manufacture and ship LimeSDR, LimeSDR Mini, and related products. We are experiencing a modest delay in fulfilling all outstanding orders while we ramp up higher-volume manufacturing and transfer inventory management fully over to Crowd Supply.

The engineering team are constantly striving to improve the overall performance and user experience of the LimeSDR platform, and in a blog post this week over on Myriad-RF, Andrew takes a look at a change in the way that SPI programming of the LMS7002M FPRF transceiver is handled, which has resulted in much faster read and write operations.

So if you have great hardware and software support, what comes next? Documentation!

With just four days to go until the end of the campaign, were knocking on the doors of success. As of writing this, the LIT Tire is 92% funded. We couldnt have gotten here without the support and outreach efforts of our backers. On Monday, I was interviewed by Frank Peters on his CDM Cyclist radio show. I did my best to explain how Crowd Supply has helped us get this project rollingno pun inten...

In this latest video, Ebrahim outlines the vision for the LimeSDR platform and its role in democratising wireless innovation.

This video demonstrates the osmocom_fft application in fosphor mode being run on an UDOO x86 in conjunction with a LimeSDR Mini.

Thank you to everyone for all the support received in the first few days of the campaign! I have already received a few questions, most of them concerning support for SDR frameworks other than GNU Radio (such as Pothos SDR) or one of the FreeSRP's most important hardware features: the IO capabilities provided by the expansion port. In this first update, I will try to address these topics.

New: Fusion Chime Vision, Anwaar; Coming Soon: Pico Pal, eSAP-30; NextPCB Launchpad: nRF54L15 Accelerator; In Stock: moRFeus, FireAnt, TinyNES, Atum A3 Nano, WiCAN Pro, AntSDR E200

ATEK1001 is an open source pre-selector module covering the 485 - 7700 MHz frequency band. It has a lot to recommend it, and we hope you'll come check it out!

We develop FPGA platforms, System-on-Modules (SoMs), and Software Defined Radio solutions for engineering teams, scientists, and system integrators.

In today's update, let's take a look at how AntSDR E200 supports the open-source projects: openwifi

A question that we are often asked is, “Does the LimeSDR (Mini) support Windows?”. The answer to which is, yes! Check out this video demo.

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).