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Multi-Constellation Reconfigurable GNSS Signal Simulator

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Product overview

Multi-Constellation Reconfigurable GNSS Signal Simulator is an advanced testing device that integrates high-precision satellite navigation signal generation,multi-system compatibility,and scene-based simulation capabilities.It can be used in scenarios such as navigation chip development and testing of various navigation terminal devices.

The product uses next-generation on-chip simulation technology and a scalable hardware platform,featuring open control and communication protocols,enabling flexible architecture for test systems.The device can be synchronized and cascaded with trajectory simulators,interference simulators,and third-party signal sources.The system supports multi-system,multi-carrier,and multi-beam signal simulation output,enabling arbitrary frequency combinations across constellations including GPS,BDS,Galileo,GLONASS,QZSS, IRNSS.It provides high-stability standard 1PPS pulse signals and 10 MHz clock outputs.The device also supports multi-beam output,with each port supporting 32-channel outputs,and each channel independently simulate a satellite signal,with configurable satellite IDs.


Multi-Constellation Reconfigurable GNSS Signal Simulator
Functional advantage
  • Constellation Simulation
    Supports simulation of GPS,BDS,Galileo,GLONASS,QZSS,IRNSS satellite constellations and enhanced constellations
  • Trajectory Simulation
    Capable of generating static and dynamic trajectories for spaceborne,vehicular,and airborne platforms,as well as specialized motion trajectories and custom scenarios
  • Environmental Simulation
    Simulates atmospheric error such as ionosphere and troposphere effects,with support for configurable error source toggling
  • Anomaly Simulation
    Supports simulating satellite signal failures,parameter anomalies,and scenarios such as ionospheric storms and scintillation
  • Simulation Control
    Supports human-machine interface(HMI)configuration,external trajectory import,and customizable parameters including pseudorange and signal power
  • Antenna Modeling
    Provides satellite and platform antenna radiation pattern modeling,supporting external data input
  • System Integration
    Built on a 4U scalable hardware platform with open protocols to meet flexible testing requirements
  • Enhanced Options
    Optional components include real-time closed-loop simulation,evaluation software,inertial navigation simulation,interference simulation,and serial port time synchronization simulation