RF performance and impedance
Inspect S/Z/Y parameters, insertion and return loss, phase, group delay, VSWR, and normalized impedance or admittance.
PrimeRadiant EM · Sovereign physical intelligence · Available now
Electromagnetic intelligence.From fields to decisions.
See how source changes affect fields, RF performance, power, and losses. EM runs native Maxwell physics on Terminus Station and carries analytical sensitivities and Touchstone exports into your existing RF workflow—without a learned forward model.
For RF and microwave engineers, electromagnetic simulation teams, and scientific software developers.
Electromagnetic engineering · Local execution · Deterministic · Air-gap capable
Results for your engineering decisions
Connect field behavior to RF performance.
Understand what changes when you change the source. Inspect the field, quantify the network response, locate losses, and carry analytical sensitivities into the next engineering decision.
Power flow, losses, and hotspots
Probe electric and magnetic fields at chosen coordinates. Examine energy, separated losses, source power, and deterministic hotspots.
Analytical response sensitivities
Evaluate how source changes affect fields and network response, retaining derivative and independent replay evidence.
Engineering-ready RF exports
Carry reverified results into existing tools through Touchstone 2.0 and CSV, preserving port order, units, reference impedance, and source lineage.
Benchmarks and test conditions September 2026
Field locations
Query electric and magnetic fields at arbitrary coordinates.
Field query + result check
10,000 field probes with independent verification.
Network response + result check
75-ohm network response with independent verification.
Network sensitivity + replay
Analytical network derivatives with an independent consistency check.
What you can do today
Resolve the field. Quantify the response. Reuse the result.
Connect your source configuration, field probes, and network ports. Calculate the field and RF response, inspect how they change with the source, and export the result with its units, port definitions, and replay evidence.
Explore the supported workflows
- 01
Inspect complex fields
Query electric and magnetic fields, Poynting flow, and arbitrary-coordinate probes.
- 02
Evaluate the network
Inspect port voltage and current, S/Z/Y parameters, insertion and return loss, phase, group delay, and VSWR within the applicable model.
- 03
Vary the source
Evaluate impressed-source response and analytical sensitivities with independent replay.
- 04
Review the engineering effect
Examine energy, losses, power, Maxwell stress, force, torque, margins, and field hotspots.
- 05
Export into the RF workflow
Deliver Touchstone 2.0 and CSV network results with port order, units, reference impedances, and source lineage preserved.
Compare the architecture and technical ecosystem
Where the product fits
Scientific models become operating infrastructure.
PrimeRadiants connects native scientific models to sovereign operational decisions. Fusion is the first commercial market; the same PRX architecture spans orbital systems, quantum hardware, electromagnetics, materials, and hypersonics.
Compare the execution models
| Capability | CAE / HPC physics | Learned physics models | Conventional control | PrimeRadiants PRX |
|---|---|---|---|---|
| Scientific basis | Numerical physics solvers | Trained model, often with physics constraints | Control laws and plant models | Native scientific execution |
| Time to action | Workload and solver dependent | Fast inference after training | Real-time control loops | Near-real-time qualified decision transactions |
| Training requirement | No model training required | Model training or fine-tuning | Usually no model training | No training required |
| Required inputs | Geometry, conditions, material models, calibration | Training inputs, validation, operating inputs | Telemetry, setpoints, plant parameters | Authoritative inputs required by the physics transaction |
| Data custody | Local, HPC, cloud, or hybrid | Local, edge, or cloud; model pipeline dependent | Typically on-device or local | Customer-controlled, air-gapped, no-egress capable |
| Design | Engineering analysis and optimization | Prediction and optimization within model coverage | Control-system design and tuning | Integrated scientific design workflows |
| Operations | Simulation and external operational integrations | Inference integrated into operating workflows | Monitoring and regulation of the target system | Integrated physics-to-decision workflows |
| Physical control | Controller integration or co-simulation | Controller integration and assurance | Core function | Bounded, physics-aware, fail-closed control |
| Replay | Solver and saved-state dependent | Model, version, and inputs dependent | Model and control-log dependent | Source-bound independent replay |
| Evidence | Solver outputs and workflow records | Model, dataset, and experiment records | Telemetry and event logs | Native transaction evidence and provenance |
| Deployment | Workstation, cluster, cloud, or HPC | GPU workstation, server, cloud, or edge | Desktop, embedded, or industrial hardware | Terminus Station appliance |
| Across domains | Solver and product-suite dependent | Model training or adaptation by domain | Plant- and application-specific | One reusable PRX architecture across physical domains |
Explore the approaches: CAE / HPCLearned physicsReal-time control
Technical ecosystem references
EM packages field response, RF network quantities, and analytical source sensitivities in an embeddable GPU SDK. Carry the calculation and its independent checks into your engineering environment.
Ansys HFSS
Full-wave 3D electromagnetic analysis with adaptive meshing, system workflows, and automation.
Our focus
Embed field queries, network response, and analytical sensitivities with independently replayable output.
Read Ansys HFSS documentationCST Studio Suite
Time-domain, frequency-domain, integral-equation, and other solvers with hybrid and cross-verification workflows.
Our focus
Integrate the delivered field and network operations through a precompiled SDK and retain their result records.
Read CST Studio Suite documentationCOMSOL RF Module
RF and multiphysics analysis with ports, S-parameters, and network representations.
Our focus
Connect field and source analysis to portable Touchstone 2.0 and CSV results with the engineering context intact.
Read COMSOL RF Module documentationBuilt for your engineering team
Your workflow. Results with receipts.
Run EM on Terminus Station and connect it to your RF tools through the supplied SDK. The evaluation includes native integration interfaces, reference cases, independent replay, and Touchstone 2.0 and CSV exports.
Cryptographic proof pack
RF results ready for the next tool.
SHA-256Immutable identityContent-addressed evidence
Inspect fields, network response, and source sensitivities together. Carry the result into your RF tools with port definitions, units, and independent replay intact.
- Traceable inputs
- Sources, field probes, ports, reference impedances
- Explainable results
- RF response, field behavior, source sensitivities
- Independent checks
- Numerical replay and consistency identities
Explore the evidence: One RF result. Ready for the next tool.
Inside the RF proof pack
Inspect field response and network performance together. Keep source sensitivities, units, port definitions, and independent checks attached as results move into your RF analysis workflow.
7.118 ms
Field query + verification
10,000 field probes in the reference case.
4.282 ms
RF network + verification
75-ohm network response with independent checks.
1.163 × 10⁻¹⁴
Source adjoint residual
Numerical consistency of the analytical source derivatives.
5.178 × 10⁻¹⁶
Field scaling error
Amplitude-scaling identity in the reference case.
Independent integrity checks
Independent numerical replay checks field and source relationships. Installation validates the supplied archive digest before publishing the destination.
Verify and reuse the saved result
Reopen immutable result components through the native replay consumer. Carry Touchstone and CSV outputs into RF tools with port order, units, and source traceability intact.
Work with us
Put native electromagnetics inside your tools.
Bring your source configuration, field-query or RF-network workflow, and the performance quantities your engineering team needs to evaluate.