OTA: TIP Summit, Aircraft Reflections, 3D Printed Communications, and More

The team from Lime Microsystems will be at the Telecom Infra Project (TIP) Summit in London next week, with a range of LimeNET and CrowdCell demonstrations. Part of the cross-vendor Telecom Infra Project (TIP), founded to encourage openness and disaggregation in access, backhaul, and core & management of a modern…
University of Washington's 3D printed transmitters

OTA: LimeSDR FPGA Hacks, MarconISSta Update, Arm’s Open BLE Stack, and More

While most users of the LimeSDR focus on its LMS7002M radio frequency integrated circuit (RFIC), naturally enough, there’s flexibility to be found also in its field-programmable gate array (FPGA) – as proven by Gaspar Karm’s project to add a DC-removal filter into the board’s gateware. As the name suggests, a…
Rikard Lindström's 3D-printed LimeSDR Mini case

OTA: LimeSDR Shipping, 6G Cellular, New Osmocom, and More

Work to deliver outstanding LimeSDR, LimeSDR Mini, and associated devices continues, but there’s been a major change in the background: Crowd Supply is now in full control of inventory management and distribution, which is going to make future fulfilment considerably smoother at the cost of a moderate delay in the…
LimeSDR (cased)

OTA: GSOC, LimeSDR Mini Updates, Radiosondes, Massive MIMO, and More

Shipping of the LimeSDR Mini continues apace, with all crowdfunding orders and many outstanding post-campaign pre-orders expected to have been filled within a week of this post – and there’s going to be enough stock left over for latecomers, too. In a shipping update on the Crowd Supply campaign…
LimeSDR Mini Render

OTA: Interferometry, DIY SDR, van Eck Phreaking, and More

David Lonard has posted in the forum to share his results with using the LimeSDR for stargazing via astronomical interferometry, using the board’s 2×2 multiple-input multiple-output (MIMO) functionality. “I’ve been working on a 1420 MHz radio astronomy interferometer for a while now and using the LimeSDR that I just…
David Lonard's interferometry