Elevate Your Space and Satellite Design and Test Workflow

Simulate SATCOM network protocols, traffic, routing, cyberattacks, and model data prioritization.

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

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

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

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

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

Understand challenging wideband signals (up to 4 GHz) from 2 Hz to 50 GHz, extending to 110 GHz.

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

Measure phase noise at the limits of physics accurately 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 test.

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

Verify the stability, accuracy, and quality of satellite networks and satellite network devices.

Validate and test new hardware, protocols, and applications in a controlled lab environment.

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

Create wideband phased array antenna custom modulation signal generation scenarios.

Perform custom modulation analysis to obtain EVM metrics of satellite transmissions over the air.

Test effective isotropic radiated power, beam scan range and loss, gain compression, and gain-over-noise-temperature.

Achieve leading accuracy for over-the-air antenna performance and RF conformance tests with compact antenna test ranges.

Emulate the dynamic radio channels between satellite transmitters and receivers in real time.

Discover a fast, secure, and easy-to-use solution that tests any kind of software on any platform or device.

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

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

Support proprietary signals plus more than 75 signal standards and modulation types including 5G, aerospace, and satellite.

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

Create custom and application-based signals with general-purpose modulation capabilities and standard-specific signal formats.

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

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.

Detect, locate, and mitigate interference across the satellite communications spectrum.

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

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

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

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

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