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.
We are excited to announce the launch of our new campaign. With up to 32x32 transmit/receive channels, XYNC is the ultimate Massive MIMO SDR at an affordable price.
Come see us this week at GNU Radio Conference and check out samples of XCOM, one of our two upcoming new products. Also, we explain XTRX RF bandwidth and sample rate and throughput limits.
One of the key applications for LimeNET Micro is spectrum scanning — taking power
measurements and looking at spectrum utilisation, along with network availability and
performance, etc. In support of this we’ve been working on an application called
LimeSCAN, which allows spectrum scan data to be uploaded to a central resource and
explored via a web interface.
Over the past few weeks we've shown how LimeSDR can be used with numerous different applications and wireless systems, and what better way to round off the week than with news that Josh has succeeded in putting together a series of Pothos-based examples for LoRa™ modulation.
Alexandru Csete takes us through his first experiences with LimeSDR and getting it to work with the popular SDR receiver application, Gqrx. Noting how, thanks to Josh's work on the driver, this was simply a matter of configuring appropriate sample rate and bandwidth settings.
This time out, we want to provide some updates on software that has been tested to work with the Discovery Drive and provide more information about the side-pod add-on as well as answer a few more questions.
QuadRF is officially live! We’ve built the first affordable, plug-and-play 4x4 MIMO software-defined radio (SDR) kit that functions right out of the box as a real-time RF camera.