• Support of all global satellite navigation systems (GNSS), regional satellite navigation systems (RNSS) and augmentation systems (SBAS)
• 160 signal channels per NCS NOVA
• Any of the licensed GNSS signals and frequencies are user selectable
• In-field extension of signal capability and GNSS functionality by software license
• User-selectable of which signals are simulated and the allocation of channels to each signal, for each test scenario

• Advanced graphical user interface (GUI) for flexible scenario definition, simulation configuration and control
• Intuitive operation allows easy modification of variables
• Full constellation, user and vehicle motion control
• Real-time data logging of multiple simulation parameters during scenario run-time for analysis

• Enhanced simulation capabilities for space applications and high signal dynamics to support aerospace and defence applications
• Optional embedded noise generator to ensure realistic signal to noise ratio simulations
• Optional IMU/Sensor emulation

• Comprehensive support of dual-RF outputs to coherently generate GNSS RF signals on two independent RF outputs simultaneously
  
• This feature allows simulation of GNSS signals at 2 antenna locations simultaneously for e.g. Antenna Diversity, Heading Determination, Differential GNSS or Dual Tracking applications
• User can freely allocate GNSS signals and RF channels to each of the two RF outputs

• Signal Channels per System: 160
• RF Outputs per System: 1
• Multipath channels per LOS signal are SW definable
• Up to 100 Hz simulation update rate (optional up to 250 Hz)
• Embedded noise generator (optional)

• GPS L1 C/A-Code, L2C, L5
• GLONASS L1, L2 (standard accuracy)
• Galileo E1, E5ab (AltBOC)
• BeiDou-2 B1, B2
• NavIC (IRNSS) L5, S-Band
• QZSS L1 C/A-Code, L2C, L5
• SBAS L1, L5

• Advanced GUI for flexible scenario definition, simulation configuration and control
• Intuitive operation allows easy modification of variables from pre-set defaults
• Full constellation, user and vehicle motion control via flexible user trajectory generation with pre-defined trajectories from file or individual trajectories through editor
• Real-time data logging of multiple simulation parameters during scenario run-time for analysis
• Simulation of LNA (in active antenna) effect on C/N0 using optional noise generator for realistic C/N0 generation
• Simulation of transmit and receive antenna characteristics
• Real-time external user trajectory streaming (user position and attitude plus their derivations) for HIL testing

• RF output, RF monitoring output per frequency chain
• 1 PPS output
• Internal reference oscillator output
• External reference oscillator input
• External trigger input

Datasheet NCS NOVA (2019)