Overview
Pace4G combines deterministic ray tracing with raster-based propagation modelling to deliver detailed local predictions and efficient large-area coverage calculations within a single model.
- Frequencies from 30 MHz to 28 GHz
- Prediction distances up to 200 km
- Support for detailed vector and large-area raster GIS data
- Outdoor and outdoor-to-indoor modelling
- Suitable for local, regional and nationwide projects
Propagation Model
Deterministic ray tracing using preprocessed 3D buildings and vegetation
Line-of-sight, diffraction and reflection calculations
Raster-based modelling using terrain and clutter data
Seamless transition between detailed and extended calculation areas
User-defined calculation ranges and resolutions
GIS Data Integration
Support for vector buildings and vegetation
Support for raster clutter and terrain data
Multiple GIS sources, resolutions and geographical extents in one prediction
Reusable preprocessed vector datasets
Reduced memory requirements during calculation
Suitable for regional and countrywide GIS databases
Automated Engineering Functions
Automatic use of available GIS information
Transmitter position validation and correction
Configurable project consistency checks
Flexible outdoor and outdoor-to-indoor prediction settings
Automated processing for large prediction workloads
Integration with customer databases and operational workflows
Calibration & Validation
Calibration using Continuous Wave measurements
More than 200,000 km of measurements across 15 countries
Support for urban, suburban and rural environments
Independent validation using measurements excluded from calibration
Target mean error close to 0 dB
Target standard deviation below 7 dB
Deployment
Atoll Add-in
NAOS Engine integration
Windows Service
Native Linux
Server, cloud and container environments
Automated and third-party workflow integration
Applications
Mobile network planning
Private wireless networks
Fixed Wireless Access
Public safety communications
Coverage and interference studies
Network optimisation
Research and engineering projects