Software Defined Radio

Challenge

Evolving software defined radio solutions must meet some critical requirements for next generation communication systems, including:

  • Interoperability between different communication systems.
  • Reducing maintenance cost (bug fixes) and re-use of IP (software).
  • Easy upgradability of existing systems with new functionality.
  • Dynamic switching between low latency, high bandwidth protocols.

Solution

Meet the challenges of SDR while shortening the development time and number of hardware cycles using Nutaq's FPGA-based SDR systems, comprised of AMC & FMC cards. Develop algorithms and test waveforms in a rapid prototyping environment incorporating both model-based design and GNU Radio.

Available Features

  • Unrestricted bandwidth
  • Agile auto-calibrated SISO & MIMO radios
  • Multiple waveforms boot mode
  • Standard scalability (AMC/FMC)
  • Extensive FPGA fabric
  • Embedded stand-alone mode
  • GNU Radio support
  • Model-based design tools support.
  • QAM64 MIMO OFDM reference design

 

, PicoSDR

MIMO Enabled, (0.3 - 3.8 GHz) Virtex-6 Based SDR Solution Supporting GNU Radio

, , ZeptoSDR

Zynq based wireless development platform, 300 MHz to 3.8 GHz, on-the-fly tunable BW from 1.5 MHz to 28 MHz, supports both embedded and network configurations.

, OFDM Reference Design

FPGA-based, SISO/MIMO OFDM PHY Transceiver

, Radio420X

4G, QAM64 capable, 3.8 GHz, 28 MHz BW, SISO/MIMO FMC RF Transceiver Module

PicoDigitizer 250-Series

High speed, FPGA based ADC-DAC processor.

, ADAC250

A dual 250 MSPS A/D, dual 1 GSPS D/A FMC module.

, , Perseus 601X

Virtex-6 AMC with HPC FMC site

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