Sim.SNR
Physics-based radio signal propagation and degradation
Technical Overview
Sim.SNR provides realistic radio frequency (RF) signal propagation simulation for training systems. It accurately models how radio signals behave in real-world environments, including terrain effects, atmospheric conditions, and equipment characteristics, enabling realistic communications training.
Key Capabilities
- Physics-based RF propagation modeling using terrain data
- Line-of-sight and beyond-line-of-sight calculations
- Atmospheric and weather effects on signal quality
- Multi-path interference and signal fading simulation
- Real-time signal-to-noise ratio computation
Technical Highlights
Integrates with OTH terrain server for accurate propagation
Supports multiple radio frequency bands
Validated against real-world RF measurements
Scalable for large distributed training exercises
Application Areas
- Military communications training systems
- Distributed simulation exercises
- Multi-platform training scenarios
- Electronic warfare simulation
- Mission planning and rehearsal systems
Interested?
Contact us to learn more about how Sim.SNR can enhance your simulation system.