Wireless Testbench™ provides reference applications that are ready to run on off-the-shelf software-defined radio (SDR) hardware such as USRP™ using over-the-air signals for high-speed data transmit, capture, and spectrum monitoring.
Using MATLAB® command line instructions, you can connect to supported SDR hardware, configure and execute prebuilt FPGA bitstreams as reference applications, and perform real-time measurements.
Using the configurable preamble detector, you can define a trigger to capture only the signal of interest for offline analysis in MATLAB.
High-Speed Transmit and Capture
Perform full-rate (up to 250 Msps) data transmission and reception on supported SDR hardware using onboard memory. Analyze baseband signals in real time using optimized data I/O between MATLAB and SDR hardware.
USRP Hardware Support
Execute reference applications on FPGA within supported SDR hardware from Ettus Research™, an NI brand.
Preamble Detection
Detect signals using a preamble detector based on a programmable cross-correlator. Trigger the capture of signals of interest using thresholding. Deploy reference applications directly on FPGA.
Prebuilt Reference Applications
Execute reference applications to transmit, record, and analyze over-the-air signals in real time on FPGA. Monitor and visualize spectra in MATLAB.
Arbitrary Sample Rates
Choose arbitrary sample rates for all Wireless Testbench applications to work with custom and standards-based signals, including 5G, WLAN, and DVB-S2.
Simple Radio Set Up
Rapidly set up your wireless test environment by installing the Wireless Testbench support package for SDR hardware. Use the Radio Setup wizard to connect and configure your SDR hardware.
Product Resources:
Get a Free Trial
30 days of exploration at your fingertips.
Not Sure Where to Start?
Let us know how we can help you.