Stand-alone Software Defined Radio Equipment SDR-LW 2975
The SDR-LW 2975 is a high-performance embedded SDR standalone device consisting of an on-board processor, FPGA, and RF front-end. The RF front-end utilizes the AD9361 RF transceiver supporting 2x2 MIMO frequency coverage from 70 MHz to 6 GHz with bandwidth up to 56 MHz. The Baseband processing is performed on a reconfigurable Zynq 7020 IC, which combines the Xilinx 7 series FPGA and an integrated dual-core ARM A9 processor running the Linux operating system. Like all USRP devices, the open-source software architecture provides cross-platform support and USRP hardware drivers (UHD). UHD supports most applications and SDR frameworks such as GNU Radio.
l i7 processor with Linux real-time operating system
l 500GB SSD, 16GB RAM
l 70MHz-6GHz frequency coverage
l 2 x USB 3.0 ports
l HDMI interface
l PCIe Gen x4 interface
l Built-in Zynq 7020 FPGA
l Supports external reference clock and PPS signal reference
l Support 2 transmission and 2 receive, each channel up to 56M instantaneous bandwidth
l RFNoC FPGA development framework
l Support for GNU Radio
Launch | Receive | ||
Number of channels | 2 | Number of channels | 2 |
Frequency range | 70MHz-6GHz | Frequency range | 70MHz-6GHz |
Frequency stepping | Less than 1KHz | Frequency stepping | Less than 1KHz |
Maximum output power | ≥10dBm | Maximum input power | -15dBm |
Gain range | 0 -75dB | ||
Gain stepping | 0.5dB | Gain stepping | 1dB |
Maximum real-time bandwidth | 56MHz | Maximum real-time bandwidth | 56MHz |
FPGA and Baseband | Industrial Computer | ||
FPGA | ZYNQ 7020 | Processor | Intel I7 8700 |
DRAM | 1G | Memory card | 16G |
ADC resolution | 12bit | RJ45 | 1Gbps |
DAC resolution | 12bit | Power | |
ADC sampling rate | 61.44M/S | Voltage | 12V |
Environment | Current | 10A max | |
Operating temperature | 0-50℃ | Structural Dimensions | |
Humidity | 10%-90% (Non-condensing) | Physical dimensions | 21*23.5*8.5 cm |
Weight | 2.5Kg |
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