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High processing power, high channel density, and a low system cost-per-channel.

Doubles the front-panel I/O capability, yielding lower cost-per-channel & higher system density

A single width AMC designed for high performance, high bandwidth, low latency processing applications.

Easily program advanced and MIMO PHY layers

A wideband, high speed IQ processor solution & rapid development environment.

The only testbed capable of enabling true 5G Massive MIMO research without compromise.

An 8 channel, 250 MSPS A/D FMC solution built for applications like wireless receivers, medical imaging, and particle accelerators.

A 16 or 32 channel A/D FMC that reduces the overall cost of high density DAQ systems

A GPS-disciplined, low-jitter clock generator designed to synchronize multichannel system clocks

The ADAC250 FMC integrates a dual 14-bit, 250 MSPS A/D converter with a dual 16-bit, 1 GSPS D/A converter. Supports multiple clock and synchronization modes in an industry standard VITA 57.1 form factor.

Flexible TCA architecture allows for optimal number of conversion channels, FPGA processors and storage units to match application needs.

The VHS-ADC is equipped with eight phase-synchronous A/D converters that operate at a maximum rate of 105 MHz, as well as a high capacity Virtex-4 FPGA for high-speed processing

The Kermode XV6 packs eight Xilinx Virtex-6 SX475T FPGAs, delivering an outstanding 8.8 TeraMACs solely from their DSP48E1 dedicated multiply-accumulate engines.

WD8G/20G RF Wideband Digitizer

A four channel multimode A/D converter that allows fine tuning of gain, offset, and phase.

Zynq-based, Agile SDR Solution

High RF dynamic range, on-the-fly tunable bandwidth, & a wide frequency range.

The only complete testbed that enables real-time, wideband, Massive MIMO research.

A complete N-channel turnkey solution from baseband processing to the air interface.