CIRCUIT STUDIO
Your AI-Native RFIC Design Workbench
Circuit Studio is where every design runs: a guided pipeline that takes your specs through generation, optimization, and verification, then lets you pick and inspect the winning circuit at each stage.
Continue in Circuit Studio
Running a pipeline, tuning layouts, and downloading GDS-II all happen inside the real platform. Create a free account, or talk it through with the RF engineers who built it.
Projects
All Projects
| Project | Workspaces | Updated |
|---|---|---|
Workspaces
| Workspace | Technology | Status |
|---|---|---|
Pipelines
| Pipeline | Status | Updated |
|---|---|---|
Full detail data in this demo is only wired up for LNA_pipeline_test - other rows open the same sample pipeline.
LNA_pipeline_test
LNA_pipeline_test
In ProgressCircuit Picker
Results after
View Circuit
Files
S-parameters (Magnitude, dB)
Noise Figure (dB)
P1dB (dBm)
Stability-Factor (K)
K-factor across the design band, from the real circuit fixture.
Click the icon between any two stages to inspect the circuits produced there.
CIRCUIT STUDIO - LAYOUT EDITOR
Tune the Physical Layout
Once a stage completes, drop into the layout editor to select any component and tune it directly - performance updates live against the original result.
Continue in Circuit Studio
Running a pipeline, tuning layouts, and downloading GDS-II all happen inside the real platform. Create a free account, or talk it through with the RF engineers who built it.
Layout Editor
LNA_Showcase_Test LNA_pipeline_test Layout Editor
Editable fixed. Like Circuit Studio, each click selects one level deeper in the circuit tree (stage, branch, component); a click outside goes back up. Drag to pan, ⌘/Ctrl + scroll to zoom.
Click the layout to select a stage, then click again to go into its branches and components.
Editable components (orange)
Any stage, branch or component can be flipped: select it, then Flip.
View only: this stage can't be edited in Circuit Studio.
Edits combine: every combination of these changes is Circuit Studio's real result, in any order.
One edit at a time: each change shows Circuit Studio's real result for that single edit on the original layout.
Not editable in this demo: values shown as in Circuit Studio.
No editable components in this selection. Click again to go deeper, or try another part of the layout.
S-parameters (Magnitude, dB)
Noise Figure (dB)
P1dB (dBm)
Stability-Factor (K)
Recreation of the Circuit Studio UI with sample data, for demonstration only. Sign in to run your own pipeline.
FROM SPECS TO SILICON
Verified Layouts, Not Just Simulations
Enter your target specs - frequency, gain, noise figure, output power. RapidRF's AI generates, optimizes, and verifies a tapeout-ready GaAs MMIC layout in under an hour, entirely in the browser.
PROPRIETARY AI
The AI at the Core
HeaviMind and DANTE aren't separate products - they're the two AI engines running inside Circuit Studio, on every pipeline you run.
Proprietary AI EngineHeaviMind synthesizes RF circuit topologies directly from your target specs, exploring a broad design space in a single run to produce ranked candidate circuits - then optimizes physical placement and routing to deliver a verified, tapeout-ready layout.
Explore further
Transistor ModelingDANTE is RapidRF's AI-native transistor modeling tool - it takes measured device data (S-parameters, IV curves, noise and, most importantly, large-signal measurements) and fits a physically precise, simulation-ready model, then plugs directly into HeaviMind's simulation environment.
Explore further
HEAVIMIND · MODEL CONFIDENCE
Know the limits before you spend a run
Before a pipeline starts, HeaviMind scores how likely your target spec is to be met on the technology you picked. The answer takes milliseconds, not a design run.
- See how far each technology goes in frequency, gain, P1dB, noise figure and supply voltage.
- Skip specs that were never going to close, and find the ones you can push further.
- Compare technologies and devices before you commit: each has its own model in Circuit Studio.
Built on big data and machine learning: the models learn online and retrain themselves whenever the design engine or a technology library changes.
Check a spec
Set your targets and see how likely a design run is to meet all of them.
Centre frequency
Bandwidth
Min. gain
Min. P1dB
Max. noise figure
Technologies combined, each at its best supply voltage. Circuit Studio lets you set both per design.
Confidence
–
Retrained
Circuit Studio always scores with its newest models, so a live score can differ slightly.
Loading model data…
Drag to rotate, click a point to try it
Confidence
Model updated
Both run inside every Circuit Studio pipeline - automatically, on every design.
DEVICES & FOUNDRIES
What You Can Design Today
A few GHz up to 100 GHz
Low Noise Amplifiers
GaAs MMIC LNAs for receive front-ends.
Driver Amplifiers
GaAs MMIC driver stages for cascaded chains.
Power Amplifiers
Ka-band PA on WIN NP12-0B (25–40 GHz) is in beta. Design alongside us, send feedback, help shape what ships next.
In beta
| Process | Devices | Frequency |
|---|---|---|
| UMS | ||
| PH10 | LNA, Driver | 8–90 GHz |
| PH15 | LNA, Driver | 8–60 GHz |
| WIN Semiconductors | ||
| PP10-20 | LNA, Driver | 6–100 GHz |
| PP10-10 | LNA, Driver | 6–80 GHz |
| PE15-OP | LNA, Driver | 6–40 GHz |
| PP15-60 | LNA, Driver | 6–40 GHz |
| PP15-55 | LNA, Driver | 6–40 GHz |
| NP12-0B | PA (beta) | 25–40 GHz |
Need a different foundry or want to bring your own PDK? Custom integrations are available.
Contact UsIP, EXPORTS & DATA
Your designs never stop being yours.
Built for teams whose designs can't leave their control: you own what you buy, you can verify it independently, and you decide where it runs.
You own the IP
When you buy a workspace, you own the full IP of its circuits, layouts, and GDS-II files. Until then, your designs stay saved and protected in your workspace.
Read the termsVerifiable, portable exports
Every design exports as standard Touchstone (.s2p) and GDS-II. Re-simulate it in the EM solver you already trust - no black box, no lock-in.
How to verify a resultYour data, your infrastructure
Run Circuit Studio on-premise or in your own AWS, GCP, or Azure account for full control over data residency and compute.
On-premise & BYOCDEPLOYMENT
We Deploy Circuit Studio Where You Need It
Cloud
Fully managed on RapidRF's infrastructure, with nothing to install, host or maintain on your side. Sign in from your browser and start designing: compute, updates and scaling are handled for you.
On-Premise / BYOC
Run the platform in your own data center or your own AWS/GCP/Azure account, including air-gapped networks. Your designs and data stay on infrastructure you control. Layout view unlocked by default, no cap on compute credits.
VERIFICATION
Don't Just Trust Us - Verify It Yourself
Circuit Studio doesn't lock your results inside a black box. Every design generates industry-standard files you can take anywhere - including back into your own simulator to check our work.
SnP Export
Every circuit downloads as full S-parameter Touchstone (.s2p) files.
GDS-II Export
Tapeout-ready layouts in industry-standard GDS-II, ready for any foundry flow.
Works With Your Tools
Standard, vendor-neutral formats mean you can re-simulate results in whatever EM solver you already trust, with no lock-in.
RapidRF API
Programmatic access for on-prem deployments and CI-style automated workflows.
Coming soon
Verification & Feedback
Verify results against your own measurements and feed them back to improve the accuracy of the models yourself.
TURNKEY SOLUTION - A SEPARATE SERVICE
From AI Design to Qualified Silicon
Prefer a hands-off path? Turnkey sits on top of your Circuit Studio subscription, not inside it - RapidRF manages fabrication, testing, and qualification end-to-end, quoted per project. You get packaged, qualified chips without managing foundries or labs yourself.
Ready to Experience AI-Driven RFIC Design?
From specs to silicon in hours, not months - generate, evaluate, and manufacture RFICs faster, more affordably, and with full IP ownership of the designs you buy.