StellaNGC Plug & Play is a customizable solution that fits both basic and high-end requirements. M3 Systems commitment is to deliver the best experience through a turn-key solution that is the best entry point to GNSS simulation and provide an easy-to-use solution.
PRODUCT
StellaNGC Plug & Play
Fully Scalable GNSS Simulator
Application Challenge
GNSS technology has become a key enabler for innovative applications in transportation and Aerospace Defense areas. However, designing test systems for components related to geolocation becomes more and more challenging with the multiplication of standards, frequencies, scenario, needs from various customers. They require either extreme technicality or access to the most basic functions depending on the use case. That’s why, to fulfill customer needs and strategy in terms of development, StellaNGC Plug & Play proposes a customizable and intuitive interface that fits both basic and high-end requirements.
Use Cases
Automotive
Aerospace
Defense
Institutional
Help in testing a system including a GNSS receiver
Supply of an on-the-self GNSS simulation solution with strong scenario automation in order to test an operational system.
Scenarios automation
Reduced configuration time: instantaneous and intuitive change and modification of GNSS scenarios.
Key Advantages
- Easy and intuitive GNSS Signals Generation
- Use cases oriented
- Efficient and robust core based on StellaNGC S/w suite
- Focalization on parameters of interest (Simulation date changes, Trajectory configuration, GNSS constellations control, Perturbation)
- Accessible customization of options through licensing scheme
Technical Sheet
Key Features
- GPS, Galileo, GLONASS, Beidou, QZSS, SBAS
- Multifrequency (Low band, High band)
- Terrestrial, aerial and spatial trajectories simulation
- Easy simulation date changes (Rinex Free)
- Orbit configuration based on standard file types Rinex or automatic
- Highly configurable navigation message content
- Atmostpheric perturbation models (Klobuchar, NeQuick)
- Satellite’s antenna configuration
- GNSS constellations & signals control
- Earth Obscuration Modelization
- Ergonomic Graphical User Interface
Add-Ons
- Hardware In The Loop
Mobile motion is provided in real time from an external device or system (IPG Carkmaker , Flight simulators, etc.) - SBAS
Simulate SBAS signals through EMS appropriate ephemeris files - Real Time Kinematic (RTK)
Simulate ground station and generate RTCM frames following the RTCM3 standard - Jamming
Simulate unlimited number of realistic interferers through configuration of geo referenced beacons - Spoofing
Simulate meaconing spoofing - Multipaths
Through a statistical model, user defined or 3D Model (SE-NAV) - IMU Sensor Modelization
Highly configurable IMU model (e.g., scaling factor, range effects , temperature effects, etc).
Performances
Accuracy
• Pseudo-range : 1.5 mm
• Pseudo-range rate : 0.3 mm/s
• Frequency (@L1) : < 10 Hz
• Interchannel bias : null
Mobile Trajectory
• Height : 50 km max
• Velocity : 1 750 000 m/s max
• Velocity resolution : 0.01 m/s
• Acceleration : 4576 m/s2 max
• Acceleration resolution : 0.01 m/s2
Download the Technical Datasheet
