We are pleased to report that we have taken delivery of the first batch of LimeSDR Mini boards back from assembly and comprehensive testing. Read the full update.
We are pleased to report that the first production batch of LimeSDR Mini boards have now gone into assembly and we should have these back later this week. Read the full update.
We are delighted to announce that we’ve partnered with Seeed Studio to develop a new low-cost kit based around the LimeSDR Mini, Grove platform, and Raspberry Pi. Read the full update.
In this demo an LMS8001 Companion is paired with a LimeSDR Mini to create a sub-$500 SDR platform with continuous coverage from 10 MHz through to 10 GHz. Read the full update.
We have two new demos to share featuring the LimeSDR Mini being used with SDRangel, both courtesy of Marty Wittrock, a veteran user of the larger 2x2 MIMO LimeSDR board and a keen advocate for amateur radio use. Read the full update.
In this latest demo, Evariste Okcestbon has paired a LimeSDR Mini with a Raspberry Pi Zero plus Raspberry Pi Camera, to create what may well be the smallest DVB transmitter ever made. Read the full update.
We are pleased to report we are now in receipt of all the Altera MAX10 FPGA parts and the first 600 of the Rakon TCXOs, meaning that we will soon be able to commence with production of the initial batch of LimeSDR Mini boards. Read the full update.
This latest demo comes courtesy of Adrian Musceac, community member and developer of the rather cool QRadioLink software. Read the full update.
Check out this demo combining a LimeSDR Mini with a Raspberry Pi 3 Model B using ScratchRadio. Read the full update.
BT and Lime Microsystems invite all backers of the LimeSDR, LimeNET and LimeSDR Mini campaigns to enter a competition to find the best 10 radio access demos. Read the full update.
In this latest video, Ebrahim outlines the vision for the LimeSDR platform and its role in democratising wireless innovation. Read the full update.
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. Read the full update.
Over the last few weeks, we sent a number of pre-production LimeSDR Mini boards out to key developers and members of the community. Read the full update.
A quick demo of SDRangel being used with a pre-production LimeSDR-Mini v1.0 board and a small antenna that came with a DVB tuner dongle, using these to receive broadcast FM radio stations. Read the full update.
We recently took delivery of the final batch of pre-production LimeSDR Mini boards, which are the v1.0 design complete with rounded PCB corners and SMA connectors for Tx and Rx. Read the full update.
This video demonstrates the osmocom_fft application in fosphor mode being run on an UDOO x86 in conjunction with a LimeSDR Mini. Read the full update.
In this latest demo, I show a LimeSDR Mini being used once again with a Raspberry Pi 3 Model B, but this time to create a self-contained GSM network via the Osmocom cellular software stack. Read the full update.
Firstly, we just wanted to say a huge thank you from all the team to everyone who has backed the campaign. It goes without saying that only with your support can we continue to make cutting edge, wideband, and full duplex SDR platforms ever more accessible. Read the full update.
The Rakon oscillator — along with the Lime LMS7002 and Altera FPGAs — is one of the three key components in the LimeSDR platform. Having backing from Rakon enables the LimeSDR Mini to deliver its leading performance at a price point that makes SDR accessible. Read the full update.
We’ve published the design for the Vivaldi antenna used in the previous update with the LMS8001 Companion board to shift frequencies up to and down from 10 GHz. Read the full update.
Hot on the heels of the 5.5 GHz LTE repeater example earlier this week, comes two more extremely cool demos from Milan Savić and the engineering team. Read the full update.
We’re now pleased to announce that a pledge level with aluminium case is now available. Read the full update.
In this latest demo we show the LimeSDR Mini being used with the incredibly popular Raspberry Pi 3. While this won’t run an LTE base station, it is perfectly capable of supporting a great many narrowband applications. Read the full update.
In this new video showing just one of the many possible applications for the LMS8001 Companion, two boards are being used as a 5.5 GHz repeater for LTE signals. Read the full update.
Check out this video demonstrating how Lua can be used to script SDR applications on the LimeSDR Mini with LuaRadio. Read the full update.
We are thrilled to announce the LMS8001 Companion board has been added to the campaign, with shipping scheduled for January 2018. Read the full update.
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. Read the full update.
In this latest demo, Karl shows how gr-802-11 — a GNU Radio based OFDM transceiver for IEEE 802.11a/g/p networks — can be used with the LimeSDR Mini to observe and record Wi-Fi signals. Read the full update.
In this video, Karl demonstrates the LimeSDR Mini being used together with a LattePanda - the tiny Windows 10 computer that features an Intel quad-core, 1.8 GHz processor - and the CubicSDR application. Read the full update.
In this new video Karl demonstrates another application with the LimeSDR Mini, but this time instead of being put together using GNU Radio Companion, the Pothos data-flow framework was used. Read the full update.
Here's a video demonstrating the use of LimeSDR Mini with GNU Radio. Read the full update.
We have published the LimeSDR Mini PCB design database and FPGA gateware RTL sources. Read the full update.
Thanks for all your support! In this update, we address some common questions and are pleased to announce that we've just added a much requested feature: external clock synchronisation. Read the full update.