zapRF Features

zapRF Features

Harness the power of advanced algorithms and AI to streamline RFIC and MMIC design

End-to-End Workflow Automation

zapRF slashes design cycle times from months to hours. By orchestrating every major RFIC/MMIC design step in a single, integrated flow, it removes task repetition.

One-click GDS-II output

Built-in human-in-the-loop checkpoints

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End-to-End Workflow Automation

zapRF slashes design cycle times from months to hours. By orchestrating every major RFIC/MMIC design step in a single, integrated flow, it removes task repetition.

One-click GDS-II output

Built-in human-in-the-loop checkpoints

View Project

End-to-End Workflow Automation

zapRF slashes design cycle times from months to hours. By orchestrating every major RFIC/MMIC design step in a single, integrated flow, it removes task repetition.

One-click GDS-II output

Built-in human-in-the-loop checkpoints

View Project

End-to-End Workflow Automation

zapRF slashes design cycle times from months to hours. By orchestrating every major RFIC/MMIC design step in a single, integrated flow, it removes task repetition.

One-click GDS-II output

Built-in human-in-the-loop checkpoints

View Project

PDK-Agnostic DRC/LVS-Compliant Layout

zapRF’s rule-engine ingests multiple PDKs and enforces DRC/LVS constraints automatically, enabling designers to target different processes without retooling.

Dynamic rule parsing

Correct-by-construction layouts

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PDK-Agnostic DRC/LVS-Compliant Layout

zapRF’s rule-engine ingests multiple PDKs and enforces DRC/LVS constraints automatically, enabling designers to target different processes without retooling.

Dynamic rule parsing

Correct-by-construction layouts

View Project

PDK-Agnostic DRC/LVS-Compliant Layout

zapRF’s rule-engine ingests multiple PDKs and enforces DRC/LVS constraints automatically, enabling designers to target different processes without retooling.

Dynamic rule parsing

Correct-by-construction layouts

View Project

PDK-Agnostic DRC/LVS-Compliant Layout

zapRF’s rule-engine ingests multiple PDKs and enforces DRC/LVS constraints automatically, enabling designers to target different processes without retooling.

Dynamic rule parsing

Correct-by-construction layouts

View Project

AI-Powered Topology Selection & Component Sizing

zapRF’s machine-learning models evaluate specification requirements, sift through topology libraries, and determine bias for best performance - automatically

Automated load-pull biasing

Optimized topology selection

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AI-Powered Topology Selection & Component Sizing

zapRF’s machine-learning models evaluate specification requirements, sift through topology libraries, and determine bias for best performance - automatically

Automated load-pull biasing

Optimized topology selection

View Project

AI-Powered Topology Selection & Component Sizing

zapRF’s machine-learning models evaluate specification requirements, sift through topology libraries, and determine bias for best performance - automatically

Automated load-pull biasing

Optimized topology selection

View Project

AI-Powered Topology Selection & Component Sizing

zapRF’s machine-learning models evaluate specification requirements, sift through topology libraries, and determine bias for best performance - automatically

Automated load-pull biasing

Optimized topology selection

View Project

Closed-Loop Simulation & Optimization

zapRF embeds fast-path EM extraction and performance feedback into its AI agents, automatically refining designs until spec compliance is achieved.

In-loop EM extraction

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Closed-Loop Simulation & Optimization

zapRF embeds fast-path EM extraction and performance feedback into its AI agents, automatically refining designs until spec compliance is achieved.

In-loop EM extraction

View Project

Closed-Loop Simulation & Optimization

zapRF embeds fast-path EM extraction and performance feedback into its AI agents, automatically refining designs until spec compliance is achieved.

In-loop EM extraction

View Project

Closed-Loop Simulation & Optimization

zapRF embeds fast-path EM extraction and performance feedback into its AI agents, automatically refining designs until spec compliance is achieved.

In-loop EM extraction

View Project

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Process

Here’s a streamlined, four-step workflow for zapRF, taking you from initial specs to a fabrication-ready GDS-II

Discover

Begin by entering your performance targets and the desired PDK Path.

Define

zapRF proposes ranked circuit architectures based on your specs.

The tool then generates a complete schematic, for bias and impedance review.

Develop

zapRF runs SPICE and fast EM simulations side-by-side to tweak your design until it hits your targets. It then does a full EM check—and if anything shifts, it instantly loops back for another quick optimization.

Deliver

zapRF converts the validated schematic into a correct-by-construction layout, auto-repairing any DRC or LVS violations on the fly.

You then download the GDS-II file and a comprehensive design report ready for tape-out.