Atlas RF Studio is now in Beta!Learn more at Research.

Forward deployed engineering for the frontier of hardware

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Forward Deployed Practices

Across software, ML, and hardware, Arena Physica's forward-deployed engineers embed with your team and work directly in your stack to solve your most critical engineering challenges.

Forward Deployed Software & ML Engineers

Engineers and ML scientists who deploy into your team and work inside your stack. Five things they do.

Offerings
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With experience from

Forward Deployed Hardware Engineers

With Atlas, Arena Physica's Forward Deployed Hardware Engineers accelerate the hardware development cycle from concept to tapeout. Arena Physica's Hardware Engineers are led by Dr. Harish Krishnaswamy, Chief Scientist, and Dr. Arun Natarajan, Distinguished RF Engineer. With over 15,000 combined citations and careers spanning Caltech, Columbia, IBM T.J. Watson, and DARPA-funded programs, they demonstrated the first integrated millimeter-wave phased arrays in silicon, and are now redefining how the next generation of RF systems are built.

Offerings

Phased arrays (AESAs) are replacing mechanically-steered antennas across 5G, SATCOM, automotive radar, and defense, but designing them, from beamformer ICs to full array integration, means long cycles and heavy upfront investment. We offer phased array design, product development, and IP services at twice the speed.

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Dr. Harish Krishnaswamy
Dr. Harish Krishnaswamy
Chief Scientist

Columbia professor and Chief Scientist at Arena Physica. Previously IBM T.J. Watson and DARPA-funded programs, and part of the team that demonstrated the first integrated millimeter-wave phased arrays in silicon.

Dr. Arun Natarajan
Dr. Arun Natarajan
Distinguished RF Engineer

Distinguished RF Engineer at Arena Physica. Caltech, then IBM T.J. Watson, then Oregon State, with a career spent on integrated RF and millimeter-wave systems.

Research and engineering from

Infrastructure

RF & EM Characterization Lab

Calibrated test and measurement infrastructure. Navigation, radar, and communication system development up to 140 GHz. Where simulation meets silicon, and disagreements get resolved with data.

Measurement ceiling
140 GHz
Location
New York City
Traceable calibration
Full cal
The Arena Physica bench in New York City: network analyser, oscilloscope and a device under test

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