iP-Solutions Simulator model comparison table
| Simulator model (examples, more available) | Model | Functions | Description |
|---|---|---|---|
| Simceiver | A2-R2-Q4-U2 | Simulation, playback of recorded signals. Differential output. Two RF channels. | Academic model, mid level |
| Replicator | A1-R4-Q8-U3 | High qualituy, all GNSS in L- and S- band supported. | Standard ,high -end model |
| Replicator | A2D-R6-Q14-U3 | Differential output. Extended power dynamic range and resolution. All GNSS. | Top performance |
| Ninja | A6D-R6W-Q14-U3 | Up to 8 RF outputs. | CRPA |
Model legend: Ax-Rx-Qx-Ux : Number of RF outputs - number of simultaneously available RF frequencies - Signal resolution - typr of computer interface
Replicator
Up to 10 GNSS signals at the same time.
Download datasheet
Six Pegasus RF cards
Replicator CRPA model
Up to 6 vehicles/antennas with up to 7 GNSS signals at the same time.
Six Pegasus RF cards
Replicator CRPA model with PORTOS CRPA front end
Ionospheric models include NAVIC grid model now
The Replicator™
a multi-frequency, multi-system GNSS simulator for advanced R&D, equipment testing and education,
it can also playback recorded with PORTOS.
Some of the advantages
1. User defined models with ANSI C Model API.
2. User defined additional signals with ANSI C Signal API.
3. GNSS signal analysis
Components:
1) Replicator™ 19 inch rack mount hardware ,
2) ReGen™ control software ,
3) Optional ARAMIS™ software receiver for signal analysis.
The Replicator™ is a result of our 7-year work for and collaboration with the Japan Aerospace Exploration Agency (JAXA).
The ReGen™ is a control center software for multi-frequency, multi-system GNSS simulator. It is intended for advanced R&D, equipment testing and education.
- Comprehensive simulation models including atmosphere, multipath etc.(see ReGen data sheet)
- Signal analysis.
- Simulated signals can be stored in digitized format , analysed by a MATLAB software receiver and played back as RF at any time.
Reference Station Receiver Data Generator allows to generate raw data and then RF signals for up to four locations with spatially correlated models. The signals can be played back as RF signals. This option is useful for RTK, VRS or LAAS simulation.
Power control
Real-time 30 dB
Resolution 0.5 dB
Connectors
RF IN N female,
USB Bi-directional to Host PC
Trigger, 1 PPS IN, OUT Yes
External clock IN, OUT
Accuracy
Code phase less than ±1 cm RMS
Carrier phase less than ±1 mm RMS
Time base OCXO option
Aging ±2 ppb/day
Stability ±10 ppb over -20º C to +70º C
Environmental
Operating temperature +10～40℃
Operating humidity 40～90％RH（non-condensing）
Dimensions 19 inch rack mount
Control software
Windows OS
Ionospheric models
Klobuchar
NeQuick
ionospheric gradient error editor
scintillation simulation
TEC depletion simulation
fault scenarios (FAA CAT-1 LAAS)
Tropospheric models
Saastamoinen
Hopfield
Black
Miscellenious models
step, ramp, acceleration code and carrier errors
orbital parameters (true and broadcast)
navigation message parameters and bits
antenna pattern editor
multipath simulation
Dynamic user simulation
GNSS network simulation
Datasheets:
Replicator
Read our articles on simulation:
GNSS Simulation: A User’s Guide to The Galaxy
Testing Multi-GNSS Equipment: Systems, Simulators, and the Production Pyramid
GNSS Simulators: Everything You Always Wanted to Know But Were Afraid to Ask
