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XPLORA Core

The GNSS Simulation Software

Create and modify a wide range of realistic GNSS environments for precise and effective testing

XPLORA Core is a GNSS simulator for novices and experts alike and covers all your needs: testing and validating GNSS hardware, research or satellite constellation simulation. Benefit from quickly created simulations and parameters that can be adjusted down to the smallest detail for more complex test scenarios. Configure satellite orbits, navigation-messages and change simulation parameters on-the-fly or in a hardware-in-the loop setup. Improve your interference and spoofing countermeasures and mitigation strategies by using highly detailed signal simulations.

XPLORA Core

Benefits:

  • Is compatible with most operating systems
  • Configurable until the most minor detail
  • Provides consistent testing
  • Is user-friendly
  • Includes exceptional support

XPLORA Core

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More Solutions:

  • GNSS simulation, flexible and cost-effective: XPLORA One
  • GNSS simulation, in real-time for high-end-applications: XPLORA Pro
  • GNSS record & replay: XPLORA Trace
  • Navigation warfare testing for professionals: NavTD M23

Technical Details:

XPLORA Core is modular, functional and intuitive. It is capable of generating all public GNSS signals and frequencies available today. It offers direct RF signal playback in real-time or alternatively digital IF baseband signal generation. Additionally, simulation of GNSS receiver observables is available. The simulator capabilities can be adjusted in terms of features to meet the user requirements exactly by offering optional signals, frequency bands and simulation of interference and multiple receivers.

  • Supported GNSS signals
    • GPS: L1 C/A, L2C, L5
    • Galileo: E1 B/C, E5a-I/Q, E5b-I/Q
    • GLONASS: G1 C/A, G2 C/A
    • BeiDou: B1, B2
    • SBAS: L1 C/A
  • Bandwidth: up to 120 MHz per RF output
  • Constellation update rate: up to 250 Hz
  • Resolution: up to 2 x 16 bit (complex I/Q)
  • Operating system: Linux
  • Logging capabilities
    • Time related parameters
    • Simulated vehicle trajectory parameters
    • Receiver antenna parameters
    • Satellite trajectory parameters
    • Satellite transmit antenna parameters
    • Received signal parameters
  • Automotive add-on: stand-alone web service that allows route planning for road traffic

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