Spectracom
Spectracom GSG-5
Advanced GNSS Simulator
GPS, GLONASS, Galileo, BeiDou Obsługiwane systemy GNSS
Do 16 kanałów jednocześnie Liczba kanałów symulacji
L1: 1575,42 MHz / L1OF: 1602 MHz Zakres częstotliwości
Od -65 dBm do -130 dBm Poziom mocy wyjściowej
0,01 metra Rozdzielczość pozycji
| Atrybut | Wartość |
|---|---|
| Obsługiwane systemy GNSS | GPS, GLONASS, Galileo, BeiDou |
| Liczba kanałów symulacji | Do 16 kanałów jednocześnie |
| Zakres częstotliwości | L1: 1575,42 MHz / L1OF: 1602 MHz |
| Poziom mocy wyjściowej | Od -65 dBm do -130 dBm |
| Rozdzielczość pozycji | 0,01 metra |
| Interfejsy komunikacyjne | USB, RS-232, Ethernet |
| Zasilanie | 100–240 V AC, 50/60 Hz |
| Wymiary urządzenia | 425 mm x 88 mm x 368 mm (1U rack) |
| Masa urządzenia | Około 5 kg |
| Temperatura pracy | 0°C do +50°C |
Spectracom GSG-5 Options:
- GSG-5 - OPT-8 - 4-channel to 8-channel upgrade (Software)
- GSG-5 - OPT-16 - 8-channel to 16-channel upgrade (Software)
- GSG-5 - OPT-32/2 - 16-channel to 32-channel, dual frequency upgrade (Factory)
- GSG-5 - OPT-GLO - GLONASS Constellation
- GSG-5 - OPT-GAL - Galileo Constellation
- GSG-5 - OPT-BDS - BeiDou Constellation
- GSG-5 - OPT-QZ - QZSS Constellation
- GSG-5 - OPT-RSG - Real-time scenario generator
- GSG-5 - OPT-HV - High velocity upgrade to extended limits
- GSG-5 - OPT-RP - Record and playback package
- GSG-5 - OPT-JAM - Jamming package
- GSG-5 - OPT-RTK - RTK virtual base station scenarios
- GSG-5 - OPT-SEN - Sensor simulation data via protocol (included with OPT-RSG)
- GSG-5 - OPT-ECL - eCall scenarios
- GSG-5 - Option 01/71 - Passive GNSS antenna
- GSG-5 - Option 22/90 - Rack-mount kit
- GSG-5 - Option 27H - Heavy-duty hard transport case
- GSG-5 - OM-54 - User manual (printed)
- GSG-5 - Option 95/05 - Extended warranty to 5 years
- GSG-5 - GSG-ASP - GSG Annual Service Plan
- GSG-5 - GSG-INST - User Training and Installation
- GSG-5 - Calibration/GSG - GSG Calibration Service
- GSG-5 - OPT-TIM - Timing Calibration Service
| Model | GSG-5 |
|---|
GSG Series GPS simulators are exquisitely synchronized to accurately generate constellations of global navigation satellites, and other signals, through its single multi-channel output, which opens up more opportunity.
The benefit of accurately timed signals is the ability to synchronize several units to construct advanced test systems and pseudolite-like infrastructure.
- Multiple RF outputs can be combined to create rich test environments with hundreds of signals.
- Create tests for controlled radiation pattern arrays by generating direction-specific signals.
- Test resiliency against spoofing scenarios where one unit is simulating live sky and another is attempting a take-over of GPS navigation.
- Generate live sky GPS signals to act as an intelligent repeater system for a?GPS-denied environment.
