M.2 2280 SDR (software-defined radio) module
https://t.co/DoUyjAuENV
@LimeMicro LimeSDR combines an @NXP LA9310 baseband processor with an LMS7002M RF transceiver. The module is offered in a 1T2R configuration by default, but can be expanded to 1T4R via an FPC connector, supports a 30 MHz to 3.8 GHz frequency range, and up to 100 MHz bandwidth. Target applications include 4G LTE/5G, future RAN research, custom user equipment/modems, drone communications, IoT, satellite communications, and custom waveform generation.
It's a fully open-source hardware project with hardware design files, DSP and Arm firmware, and more. The company also provides a companion card to handle a frequency range of 0 – 30 MHz, a PCIe x4 card, and a complete USB4 system based on the M.2 SDR card.
We received many enquiries regarding using the LMS8001 Companion with the 10-10.5GHz radio amateur band, and we're pleased to report that it should provide excellent performance for a range of applications in this band.
https://t.co/h8TzhA7dbe
#hamRadio#GHzBands#LMS8001
New @LimeMicro’s LiteX unified gateware for LimeSDR Mini V2 (Lattice FPGA) swaps Mico32 for RISC-V CPUs (VexRiscv, PicoRV32) & vendor tools for GHDL, Yosys, nextPnr and openFPGALoader for an ultimate #SDR #FOSS experience 😎.
Mini V1 (Altera FPGA) & XTRX (Xilinx FPGA) also swap NIOS/Neo430 and Microblaze to join RISC-V party !
Beat this SDR’s openness? 🤔
https://t.co/4j6TzXcQgj