Automated, Fast, Accurate Designs

AI-driven optimized design in hours.

Close-up of a computer screen displaying a power amplifier MMIC design interface with AI automation tools.
Close-up of a computer screen displaying a power amplifier MMIC design interface with AI automation tools.
Seamless Integration

Our software fits smoothly into your existing design workflow, automating complex synthesis steps without disrupting your current processes.

Engineer working at a desk with multiple monitors showing circuit designs and automation software in action.
Engineer working at a desk with multiple monitors showing circuit designs and automation software in action.
Reliable Precision

zaprf ensures every MMIC design meets exact specifications, reducing errors and speeding up your product development cycle.

FAQs

What is zapRF?

zapRF automates end-to-end power amplifier MMIC designs using AI in just hours.

How fast is the design process?

Our software synthesizes complete designs in hours, drastically cutting traditional design timelines.

Can I customize the amplifier designs?

Yes, zapRF allows you to tailor parameters and specifications to fit your unique project needs.

Is prior AI knowledge required?

No, zapRF is designed for engineers without AI expertise.

Does zapRF use my data for training?

zapRF does not store, transmit, or train on your data; processing runs locally/on-prem on your system.

Which design stages does zapRF cover?

zapRF handles everything from initial synthesis to final layout, streamlining your entire workflow.

Gallery

Close-up of a sleek power amplifier MMIC design layout on a computer screen with AI-generated annotations.
Close-up of a sleek power amplifier MMIC design layout on a computer screen with AI-generated annotations.
Engineers collaborating over a digital schematic of a power amplifier circuit in a modern workspace.
Engineers collaborating over a digital schematic of a power amplifier circuit in a modern workspace.
Automated software interface displaying real-time synthesis progress of a MMIC design.
Automated software interface displaying real-time synthesis progress of a MMIC design.
3D rendering of a power amplifier chip highlighting intricate circuit pathways.
3D rendering of a power amplifier chip highlighting intricate circuit pathways.
A workstation showing multiple monitors with AI-driven design simulations for power amplifiers.
A workstation showing multiple monitors with AI-driven design simulations for power amplifiers.
Zaprf team members reviewing AI-generated design reports in a bright conference room.
Zaprf team members reviewing AI-generated design reports in a bright conference room.

Snapshots from our AI-powered design process

Contact

Get in touch for AI-powered design help

Email

Connect with us

support@zaprf.com

+1-415-805-6347

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