"With MathWorks tools and Nutaq technology, we have an integrated solution that allowed us to prototype very quickly without programming our FPGAs at a low level." - Sven G. Bilén, Associate Professor, Pennsylvania State University
University of Oulu
"The use of the Nutaq Radio420S radio card as a wireless transceiver on the software defined platform is very interesting because of the wide frequency range, on-the-fly possibility to change the bandwidth and other state-of-the-art features that it offers." - Tuomo Hänninen, Centre for Wireless Communications
UCLA Crump Institute
"The reprogrammability of the MBDK gives us enough flexibility for testing which lets us try different algorithms and come back to the starting point without any additional costs, while saving us time as well." - Arion Chatziioannou, professor at UCLA in Molecular & Medical Pharmacology
"Nutaq's PicoSDR will enable CorteXlab users to prototype highly computational PHY layer such as wideband MIMO OFDM and to design cooperative transmission techniques in a multi-node real time environment with perfect interference control." - Jean-Marie Gorce, Project Head
École de technologie supérieure
"Nutaq PicoSDR and ZeptoSDR, through their Radio420x FMC, are the only GNU Radio-based platform we know that provide the RF dynamic range required in avionics applications (greater than 60 dB) compared to common low end USRP solutions." - René Landry Jr, Professor
For developers focused on signal processing in areas including Mil/Aero, Wireless, Life Sciences, and High Energy Physics, Nutaq accelerates the design, testing & deployment of innovative ideas.
Our hardware solutions are designed to optimize programmability, processing power, flexibility & cost, while our model-based design and open source software environment mean projects are delivered with reduced development cycles and lower costs.