Test the Future of Aerospace Defense Technology

Simulate increasingly complex signal environments for radar, EW, and antenna test.

Test EW receivers with pulse-on-pulse and commercial interferer signals.

Capture multi-channel RF pulse scenarios and analyze with VSA pulse analysis software.

Perform full-spectrum, real-time RF modeling with dynamic scenario control and high-fidelity visualization.

Get enhanced views of challenging signals with -78 dBc spurious-free dynamic range across 510 MHz.

Perform radar analysis of frequency modulation linear chirp, frequency hopping, or pulsed RF signals.

Cover 10 MHz to 110 GHz with -110 to +18 dBm tunable power range and up to 2.5 GHz of modulation bandwidth.

Simulate satellite-communications network protocols, traffic, routing, cyber attacks, and model data prioritization.

Leverage this complete system simulation environment for RF, comms/DSP, and phased array.

Perform spherical antenna pattern measurements and phased array calibration with high accuracy and speed.

Perform satellite, aerospace, and airborne radio link testing with realistic wireless propagation conditions.

Enable novel digital RF stimulus-response tests and true digital-integrated RF front-end characterization.

Gain 54 GHz frequency range and 2.5 GHz of modulation bandwidth per channel in a single instrument for satellite test.

Understand your most challenging wideband signals (up to 4 GHz) from 2 Hz to 50 GHz, with extension to 110 GHz.

Test and debug prototypes with speed, accuracy, and ease of use including linear and nonlinear device characterization.

Accurately measure phase noise at the limits of physics with readings down to kT (-177 dBm/Hz).

Measure nonlinear behavior of power amplifiers under wideband modulated stimulus conditions.

Improve ground station maintenance, operation verification, and installation testing through 54 GHz and analysis bandwidth to 120 MHz.

Test any application or user interface with AI-powered software test automation.

Manage spectrum, measure utilization, and identify interference using features from spectrum trace to directional finding TDOA.

Capture small, interfering signals with wideband, real-time analysis to 54 GHz with analysis bandwidth to 120 MHz.

Perform signal search, classification, and emitter location with the option of long-term logging of spectral data and IQ capture.

Place a monitoring station wherever you need it, and for as long as you need it, without location constraints or physical infrastructure.

Gain visibility into protocol and physical layer interaction in wireless transmissions to troubleshoot problems between devices and base stations.

Test communications systems with 54 GHz frequency range and 2.5 GHz of modulation bandwidth in a single instrument.

Validate end-to-end RAN performance by emulating real network traffic over both radio and O-RAN fronthaul interfaces.

Easily test various formats with access to multiple instruments and critical measurements on one screen.

Access a variety of tools to make analog demodulation faster, easier, and more accurate.

Simulate time and frequency domain phased array creation and analysis including beamforming and antenna pattern import.

Design and test your radar innovations with up to two 54 GHz channels with 2.5 GHz bandwidth.

Combine this oscilloscope with the VSA SW for a multichannel, phase coherent EW analysis solution.

Assess FM linear chirp, frequency hopping, or pulsed RF radar signals in time, frequency, and modulation domains.

Perform pulsed radar and EW signal analysis and test cross-domain time, frequency, and modulation.

Two-slot PXIe card provides two-channel AWG and two-channel digitizer with shared FPGA.

Analyze signals over wider bandwidths, reduce measurement uncertainty, and view previously hidden signals with noise floor extension.

Test and debug prototypes with speed, accuracy, and ease of use including linear and nonlinear device characterization.

Verify and measure radar pulse characteristics, S-parameters, spectrum analysis, transmitter power, and noise figure.

Simulate advanced radar signals, generating narrow pulses with 90 dB on/off ratio and chirps as wide as 10 to 25 percent of the carrier frequency.