With RFix
- Place emitters and a receiver on the RF map.
- Connect signals, interference, and ITU-R or Sionna paths.
- Inspect the IQ and export labels, SigMF, and the source project.
RFix vs Ansys
An integrated RF-to-IQ workflow vs a broad EM portfolio.
RFix gets teams from visual terrain-aware scenarios to analyzed IQ, SigMF, instruments, APIs, and MCP in one product. Ansys provides deeper specialist physics through separate products for full-wave EM, cosite interference, and large dynamic simulations, but is a heavier route to an everyday signal-to-dataset workflow.
RFix advantage: Faster visual RF-to-IQ scenarios, iteration, and traceable datasets.
Choose Ansys Electronics mainly for: Full-wave EM, specialist cosite analysis, and large digital twins.
Why choose RFix
The easier end-to-end RF workflow.
RFix removes the integration work between scenario design, propagation, IQ analysis, datasets, and automation.
You need labeled terrain-aware IQ/SigMF without assembling a multiproduct EM workflow.
You want signals, maps, propagation, interference, analysis, API/MCP automation, and exports in one project.
Your deliverable centers on DSP, receiver validation, or RFML data traceability and iteration speed.
Workflow advantage
What RFix includes in one product.
| Capability | RFix | Ansys Electronics |
|---|---|---|
| Product scope | One product for RF authoring, maps, propagation, IQ, datasets, and automation. | Portfolio for full-wave EM, RF interference, and large dynamic simulations.[3] |
| Visual authoring | Drag-and-drop signals share a project with mapped RF entities, terrain, and motion. | Product-specific CAD, schematics, scene tools, and APIs serve different layers.[3] |
| Propagation & fidelity | ITU-R and Sionna terrain propagation connects directly to generated IQ. | HFSS and Perceive EM provide deeper full-wave and large-scene simulation.[1][3] |
| Interference | Compose interferers, channel effects, protocols, paths, and receivers visually. | EMIT is purpose-built for detailed cosite RF interference analysis and coupling-path diagnosis.[2] |
| IQ analysis & datasets | Import or generate IQ, analyze it, and export labels, SigMF, and the source project. | Outputs include EM fields, interference paths, and synthetic radar or wireless data.[3] |
| RF hardware | Built-in SDR I/O and paired VSG/analyzer control for playback, measurements, IQ capture, diagnostics, and SCPI. | Lab-instrument control sits outside the core electromagnetic simulation workflow.[3] |
| Automation & AI agents | Batch APIs and native MCP tools plan, generate, inspect, and export RF projects. | Strong product APIs and automation, but no integrated RF-to-IQ MCP workflow.[3] |
| Typical fit | Teams wanting a fast visual path from RF scenario to labeled IQ/SigMF. | Teams needing full-wave design, cosite analysis, or large digital twins.[1][2][3] |
Concrete workflow
How RFix simplifies: Build a terrain-aware multi-emitter interference dataset.
With Ansys Electronics
- Select and configure the required Ansys products.
- Build the EM, interference, or dynamic-scene simulation.
- Convert product outputs into the required IQ dataset package.
Specialist exception
When Ansys Electronics is the specialist choice.
Choose Ansys Electronics primarily when one of these specialist requirements matters more than an integrated scenario-to-IQ workflow:
- You need full-wave antenna, component, package, or PCB electromagnetic analysis.
- You need detailed cosite interference analysis through EMIT.
- You need Perceive EM or the wider Ansys portfolio for large-scale dynamic EM and digital-twin workflows.
The short version
RFix gets teams from visual terrain-aware scenario to IQ, SigMF, and automation without assembling a specialist EM portfolio. Choose Ansys mainly when full-wave, detailed cosite, or large digital-twin physics is the deliverable.
See it on your own scenario
The fastest way to compare is on your data. We can generate a sample labeled dataset from a scenario like yours so you can judge the fit directly.
Explore RFix
See the workflow in context.
Verification
Official sources.
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