Key features

  • Fully integrated with Matlab
  • Load custom waveforms
  • Adaptive Waveform Control
  • Support different waveforms on all antennas (MIMO Radar or Phased Array Radar)
  • Design, simulate and deploy cognitive radar algorithms
  • Record radar returns > 4 min overall
  • Record only during transmissions
  • Add external eSata hard drive
  • Open source
  • Synchronization: Inter channel skew <60 ps
See Datasheet
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radar prototyping platform

Join our community of users!

“My goal with the radar education community  is to develop reference designs that will turn Nutaq’s platform into an affordable radar platform; so that by choosing one of open source, community-built, RF frontends you can enable different experiments  on novel cognitive radar  concepts. To that end we developed  3 open source front-ends so far :

  • Doppler radar,
  • MIMO radar with arbitrary waveforms,
  • Ultrawideband LFM pulse-compression radar.

These front ends, and others yet to be  built, are openely available to education and research communities”

Professor Emre Ertin, from Ohio State University, is one of the participants of the open source community of users of Nutaq’s solution who share their findings, tips and collaborate together on many levels. The Community includes participants from University of Michigan, Massachussetts Institute of Technology (MIT) and Arizona State University to name a few.

Use Matlab & Simulink to…

  • Design Custom Waveforms
  • Load waveforms and configure platform
  • Change waveforms on the fly
  • Set duty cycle
  • Initiate transmission
  • Record and download radar backscatters
  • Visualize and process data
  • Design, simulate and deploy cognitive radar algorithms on FPGA with Simulink (no VHDL needed)

Design and load waveforms in Matlab & Simulink

Cognitive Radar Reference Design can be edited in Simulink

Cognitive Radar Reference Design and Tutorial

  • Customize FPGA with Simulink for quick prototyping
  • Sense information about the propagation environment
  • Built-in SNR estimator
  • Adaptive Waveform Control
  • Less than 1 μSec turnaround time
  • Built-in Pulse Compression Algorithm
  • Transmit / Record on trigger
  • Step-by-step tutorial to rebuild the design starting from scratch

Recording Capabilities

Record full sampling rate radar return for more than 4 minutes overall

  • Record continuously raw data on the built-in hard drive or Record only during transmissions
  • Add external eSata hard disk to increase record duration
  • Increase by 10x the recording capacity by using our Compression Algorithms Design Kit

graphic of record capabilities for radar return

System Components

Perseus-601X

MI250

no low-level FPGA coding required

Model-Based Design Kit

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