USRP B200mini
Features: Wide frequency range: 70 MHz – 6 GHz Up to 56 MHz of instantaneous bandwidth Full duplex operation User-programmable Xilinx Spartan-6 XC6SLX75 FPGA Fast and convenient bus-powered USB 3.0 connectivity Synchronization with 10 MHz clock reference or PPS time reference GPIO and JTAG for control and debug capabilities Full aluminum enclosure 83.3 x 50.8...
Enclosure kit for USRP B205mini-i (I-Grade)
Features: Full aluminum enclosure Compatible with USRP B205mini-i Optional enclosure accessory extends operating temperature range Overview This enclosure kit allows users to assemble an aluminum case to protect the board-only, industrial-grade USRP B205mini-i device, and increases the operating temperature range from 0 – 45 °C to -40 – 75 °C.
Enclosure Kit for USRP B200mini-i (I-Grade)
Features: Full aluminum enclosure Compatible with USRP B200mini-i Optional enclosure accessory extends operating temperature range Overview This enclosure kit allows users to assemble an aluminum case to protect the board-only, industrial-grade USRP B200mini-i device, and increases the operating temperature range from 0 – 45 °C to -40 – 75 °C.
Enclosure kit for USRP B200mini (C-Grade)
Features: Full aluminum enclosure Compatible with USRP B200mini Optional enclosure accessory extends operating temperature range Overview This enclosure kit allows users to assemble an aluminum case to protect the board-only, commercial-grade USRP B200mini device, and increases the operating temperature range from 0 – 40 °C to -20 – 60 °C.
TwinRX LO Replacement Cable
TwinRX Front Panel Replacement Cable
TwinRX 10-6000 MHz 2 Rx (80 MHz, X Series only)
Features Frequency range: 10 MHz – 6 GHz Bandwidth: 80 MHz per channel Channels: Two-stage superheterodyne, 2 RX, Independent tuning LO sharing USRP compatibility: X Series RF shielding Coherent and phased aligned operation Overview The TwinRX daughterboard for the USRP™ X Series software defined radios is a dual channel superheterodyne receiver that offers wide dynamic range and accurate phase synchronization for...