Built around RF
Circuit theory and numerical algorithms form the core. The engine itself does not depend on an AI model.
FusionRF / Public preview
RF design.
From targets to circuits.
A dedicated engine for RF circuit synthesis.
One foundation for your browser, tools, and MCP workflows.
Physics-based synthesis. Independent of any single EDA tool.
EXPLORE THE RESPONSEA small circuit.
Live calculationA small circuit.
A different perspective.
REFLECTION COEFFICIENT Γ
Input impedance
Return loss
VSWR
0.50 GHz5.00 GHz
Move the frequency slider to explore an ideal series-RLC circuit. This browser example is separate from the FusionRF synthesis engine.
Keep the physics.
Simplify the workflow.
FusionRF brings circuit synthesis into a focused workflow: define electrical targets, explore circuit possibilities, and inspect the result.
One engine, two interfaces
The web workspace and planned MCP interface share the same RF foundation, wherever you start your work.
Your workflow stays yours
FusionRF is an independent RF product. Connections to other engineering tools belong around the engine.
DESIGNED TO CONNECTYour assistant.
Your assistant.
Our RF engine.
Let an MCP-capable assistant handle the conversation, while FusionRF handles the RF calculation.
Explore the MCP workflow → MCP WORKFLOW · PLANNED
01Your MCP client
│ authenticated request
02FusionRF tools
│ electrical targets & constraints
03RF synthesis engine
│ structured results
↳Back to your workflow.
A few things to know.
Is AI part of the RF engine?
No. The RF engine uses circuit theory and numerical methods. An LLM can serve as a client through MCP; it is separate from the calculation engine.
Does FusionRF run electromagnetic simulations?
EM simulation is outside the current product scope. FusionRF focuses on RF circuit synthesis.
Can I subscribe or create an MCP key now?
Not yet. This is the public product preview. Account access, customer MCP connections, and subscriptions are being prepared.
View release status →Less setup.
More RF engineering.
The public preview is here. The connected workspace is next.
Discover the MCP workflow