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Skydel GSG-7 GNSS Simulator

Advanced GNSS Simulator

Skydel GSG-7 Advanced GNSS Simulator

Safran Trusted 4D

Signals 700

Size 2U

Weight 25 lbs (11.5 kg)

Power Consumption 400W

GNSS Signal Testing - High End Performance In A Turnkey System

Skydel GSG-7 Advanced GNSS Simulator

Safran Trusted 4D

Signals 700

Size 2U

Weight 25 lbs (11.5 kg)

Power Consumption 400W

Low Latency HIL

Scalable Automation

High-End Performance

Software-Based GNSS Simulation

GPS/GNSS Receiver Testing, Made Easy

The GSG-7 GNSS Simulator enables you to test your receiver device, under any parameters or scenarios that you need. By generating real RF signals that mimic real-world satellite signals, the GSG-7 allows you to simulate hundreds of satellite signals, trajectories, interference, or different vehicle types that would represent the real-world equivalent of your end use. GSG-7 is powered by our flagship software Skydel which will get you up and running quickly.

Because of the versatility of both the GSG-7 simulator hardware, as well as the field-proven Skydel software, your test scenarios are reliable and can give you confidence that your device will be ready for real-world deployment. Whether you want to use Skydel to run basic scenarios directly from the interface, or whether you want to write your own scripts and use Skydel's API, you will have a high level of control over your simulations and testing environments.

GSG-7 offers easy-to-use GNSS / GPS simulation capabilities, as well as remarkable flexibility to design a wide variety of scenarios.

GNSS SIMULATORS IN TESTING OF AUTONOMOUS SYSTEMS AGAINST JAMMING

Key Features

  • All-in-view satellites simulation, all GNSS constellations
  • Create custom signals
  • High-end performance (precision, resolution, ultra-high dynamic motion)
  • Comprehensive and intuitive API (Python, C# and C++)
  • High-end RF quality
  • 1000Hz simulation iteration rate
  • Small size – 2U Rack-Mountable or Bench Top
  • All MF/MC signals via a Composite port
  • Low latency HIL
  • Nanosecond-level synchronization between RF bands
  • RTK
  • IQ file generation & playback
  • RF Bands: 1-3
    Maximum bandwidth 100 MHz (per radio)
  • Live sky time synchronization
  • Hardware-in-the-loop (HIL) integration
  • Basic interference
  • Available in three configurations with up to 3 SDRs

  • © Free-Lance's / Safran
  • © Safran 4D
  • © Safran
  • © Sam Torrey