Multi-constellation & Multi-frequency
High-Fidelity
Configurable for advanced simulation
Easy to setup & use
Built to evolve with
your needs

The flagship GPS/GNSS Simulator
When we think about the expansion of GNSS constellations and satellite-based augmentations systems, we know it has provided more options as well as more complexity than ever before.
More constellations, more frequencies, more modulations, and more codes are making the development of tomorrow’s receiver tests a very demanding task.
Constellator™ singularity lies in the alliance of SDR (Software Defined Radio), a state-of-the-art RF Analog front-end and simulation models that got refined over 20 years. Top-end processing performance and superior RF quality are now met into a COTS appliance with utmost flexibility in simulation control.
Whether you need a GPS simulator or a fully featured GNSS Simulator, Constellator™ is the perfect fit for your testbed environment.
EASY TO SETUP & USE
- Multipath & terrain obscuration, with entirely customizable 1-click environment presets
- Advanced troposphere & ionosphere models, even for space
- On the fly scenario modifications & extensive simulation options
- Ready for interference, jamming & spoofing tests
Powerful & High-Fidelity
- Realtime, Multi-frequency and Multi-constellation (incl. Xona)
- Powerful with 2000+ L1C/A equivalent signals
- From simple trajectories to complex extreme dynamics
- Hardware-in-the-loop with zero effective latency
Configurable for Advanced Simulation
- Quick integration & Extended Remote Control
- Smooth hardware setup, ready for multi-antenna or multi-receiver
- Extensive documentation, examples available & local support
BUILT TO EVOLVE WITH YOUR NEEDS
- Scalable SDR architecture allowing continuous enhancements
- Designing a new LEO PNT signal, or a cis-lunar PNT constellation?
Our Simulators Line
Constellator is sized for you current needs, but designed to evolve with them when needed.
With up to 600 Representative Signals in 3RF version, or up to 2000 Representative Signals in 3RF Perf, Constellator 3RF / 3RF Perf delivers 3 configurable SMA mono-band outputs and 1 combined N-type output.
Hardware-in-the-loop is supported with input rates up to 10,000 Hz (no latency).
The SMA outputs can be assigned to specific frequency bands, while the N-type output enables wideband multi-band aggregation.
With up to 2000 Representative Signals, Constellator 6RF provides 6 configurable SMA mono-band outputs and 2 combined N-type outputs for dense RF architectures and advanced validation setups.
Hardware-in-the-loop is supported with input rates up to 10,000 Hz (no latency).
Its 200 MHz bandwidth on 6 RF channels makes it suited to multi-band, multi-output simulation environments.
With up to 2000 Representative Signals, Constellator CRPA provides 4 or 7 phase-coherent RF outputs for controlled multi-antenna simulation.
Hardware-in-the-loop is supported with input rates up to 10,000 Hz (no latency).
Its architecture is optimized for CRPA configurations, with synchronized outputs dedicated to phase-coherent signal generation.