RF Channel Modeler

High-Fidelity Wireless Channel Modeling

Ansys RF Channel Modeler delivers a highly accurate digital simulation solution for RF engineers to analyze dynamic RF system performance under simulated real world conditions within a virtual terrestrial environment.

Overview

High-Fidelity Wireless Channel Modeling

Ansys RF Channel Modeler delivers an innovative network planning and optimization solution to RF systems engineers across the telecommunications industry. The combination of advanced systems simulation capabilities with Ansys STK’s highly realistic digital simulation environment, provides network engineers with the ability to realistically evaluate advanced communications and RF systems performance in urban environments ahead of expensive physical deployments and product development efforts.

Features

Quick Specs

With Ansys RF Channel Modeler, network planners and RF engineers leverage STK’s fully dynamic, and accurate, physics based digital modeling and simulation environment to simulate RF system performance and analyze wireless channel behaviors.

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Scalable, GPU Enhanced Processing

5G/6G Network Modeling

Support Array Designs and Beamforming

Include Detailed Terrain & Structures

Analyze Scattering and Coupling Data Results

Optimize Infrastructure Asset Placement

Import Advanced RF Antenna Patterns

Include Multi-path and Diffraction Effects

Time-Dynamic Physics Engine

Capabilities

RF Channel Modeler Capabilities Virtually evaluate dynamic RF systems performance in complex urban environments

RF Channel Modeler offers a fully digital workflow to address the needs of today’s most complex RF systems designs. Systems designers, network operators, and infrastructure planners demand the ability to digitally model, simulate, and evaluate their system performance under realistic conditions and real-world situations and circumstances. RF Channel Modeler simplifies this otherwise complex coupling of system models and simulation tools by providing a turn-key solution ready to generate highly accurate synthetic signal data suitable for analyzing against the demanding performance needs of tomorrow’s future communications systems.

Capabilities

Key Features

Quickly model and analyze dynamic RF systems inside of a fully digital, high resolution dynamic simulation environment:

Accurate Operational Environments

High-resolution geospatial data sets for terrain and urban settings
Include RF environment models and effects
Consider surface material properties

High-Fidelity System of Systems Modeling

Incorporate high-fidelity antenna models
Dynamic behaviors of electronically steered arrays for adaptive pointing/nulling
Accurate 3D models for host platforms (e.g., ground vehicles, aircraft, satellites)
Physics-based kinematics and motion models

Dynamic Real-World RF Situations and Conditions

Quickly explore channel-level signal effects
Model wideband 5G/6G channels and wave behavior
Simulate wireless channels at symbol rates with physics in real time
Optimize designs and asset placement

Fast Processing and Analysis of Resulting Data

Scalable, GPU-enhanced processing
Efficient and flexible storage of resulting simulation data for post-analysis and third-party integration options (HDF5 Database)