- Scalable antenna configuration, supporting 2 to 16 multi-frequency antenna elements.
- Modular all along the lifecycle.
- Capable of supporting up to 4 GNSS bands simultaneously.
- All GNSS bands : L1, L2, L5, E6, S band.
- One GNSS output and one Interference output per antenna element.
- Interference: Jamming, spoofing, and meaconing.
- Simulate multiple threats simultaneously.
- Dynamic transmitters with user-defined waveforms.
- Shared LO across all Software Defined Radios.
- Continuous phase synchronization and alignment monitoring.
- Real-time semi-automated calibration tool.
- No specific calibration needed after power cycle.
- Reduced form factor (24U rack for typical 8 elements system).
- Internal generation and distribution of low phase noise 10 MHz clock and 1-PPS signals.
- Powered by Skydel (with GUI & API).
- Hardware in the loop.
- Quiet operation during simulation.
- No specific calibration needed after power cycle.
GSG Wavefront
Software-Defined CRPA Test System
Protecting your GNSS systems from jamming and spoofing is more critical now than ever. This type of resilience is accomplished with an advanced GNSS Simulator capable of generating dedicated RF signals to test CRPA (Controlled Reception Pattern Antenna) architecture.
Features
Key capabilities and advantages
Specification
Technical specifications and parameters
| Typical phase alignment bias | ±1⁰. |
| Typical phase alignment deviation | 0.5° (1σ). |
| Power accuracy on each element | ±0.5 dB. |
| Power alignment between elements | ±0.5 dB. |
| Simulation from cold start time | 90 seconds. |
| Iteration rate | 1kHz. |
| Dynamics Maximum velocity | 1500 km/s. |
| Acceleration | no limits. |
| Jerk | no limits. |
| Jamming to GNSS Signal ratio | Up to +130dB HIL latency Under 10 ms. |
| Signal purity | Spurious: 65 dBc, Harmonics: 80 dBc, Phase noise: 0.002 rad (RMS). |
Other Products in GNSS Simulation
Chat Us