Simulators

PNT-X-web1
PNT-X-web2

PNT X

Spirent PNT X is a revolutionary positioning, navigation and timing (PNT) simulator that addresses the increasing complexity of the PNT environment.
Category: Simulators
Manufacturer: Spirent Communications

Spirent PNT X is a revolutionary positioning, navigation and timing (PNT) simulator that addresses the increasing complexity of the PNT environment. This all-in-one solution generates all GNSS constellations, RF threats, and signals of opportunity available for comprehensive test coverage and realism.
In an era when compromising on PNT performance is not an option, PNT X delivers new patented capabilities, simplified software for configuring complex test scenarios, and critical simulation integrity to ensure trustworthy results.

 

Datasheets

 

New Benchmark for Performance

  • Unrivaled 2 kHz configurable simulation iteration rate –2 ms latency in HIL applications
  • 100 kHz update rate for spinning vehicles
  • Precise simulation of high dynamic motion – up to 350 Mach
  • Our highest-ever signal fidelity
  • Full signal performance met under all simulation conditions

Flexibility

  • Embedded Python IDE to develop software add-ons and automate testing
  • Remote control libraries available for different programming languages via gRPC
  • On-the-fly reconfiguration of constellations and signals
  • Extensive data logging and post-processing tools
  • Native signal interference capabilities supporting configurable CW, FM, AM, PM, wideband AWGN, BPSK, CW pulses, Chirp, and matched spectrum
  • Support for multiple spoofers with independent noise patterns in a single scenario
  • Record or replay I/Q data - and apply patented I/Q spatial awareness for highly realistic I/Q replay

Purpose-designed Hardware

  • Dual combined RF output
  • 10 individual RF outputs for multi-antenna and multi-vehicle wavefront simulation
  • Flexible software-defined hardware architecture for infinite scalability
  • Modern approach to signal generation – assuring the right technology for every application
  • Optimized in-field upgradability

Precise Models

  • 3D environment modeling for real-time obscuration and multipath
  • Realistic LEO and MEO orbital models for constellation ephemeris and device-under-test (DUT) trajectories
  • Tx and Rx antenna gain and phase patterns
  • Configurable ionosphere and troposphere
  • Scintillation and solar weather
  • High-dynamics vehicle motion
  • Coherent inertial sensor simulation
  • DGPS corrections

 

 

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