National Instruments PCIe-5785 FlexRIO IF Transceiver Device

The National Instruments PCIe-5785 (Part Numbers: 785587-01, 785587-02, 785588-02, 785588-01, 785589-02, and 785589-01) FlexRIO IF Transceiver Device features 2 channels, 12 bits analog input resolution, and 6.4 GS/s maximum sample rate. The NI PCIe-5785 allows up to 6 GHz of direct RF signal acquisition. You can use the National Instruments PCIe-5785 in dual channel mode to sample at the rate of 3.2 GS/s or in single channel mode at the rate of 6.4 GS/s. The part numbers of this device differ in their FPGA type as well as if they have a filter. The variations with a Kintex UltraScale KU035 FPGA  are 785587-01 and 785587-02 (w/ reconstruction filter). The part numbers for the KU040 FPGA are 785588-01 and 785588-02 (w/ reconstruction filter), while the part numbers for the KU060 FPGA are 785589-01 and 785589-02 (w/ reconstruction filter). 

The National Instruments PCIe-5785 FlexRIO IF Transceiver Device has high performing analog to digital converters, as well as digital to analog converters. The NI PCIe-5785 device also has support for applications which need generation and acquisition of base band or IF signals, along with real time processing. This FlexRIO IF Transceiver Device has several inputs, outputs, and digital input/output line options. The best applications to use this device for include radio frequency modulation, radio frequency demodulation, and real time spectrum analysis. The National Instruments PCIe-5785 FlexRIO IF Transceiver Device also features digital input/output options for connections to external hardware.

The NI PCIe-5785 FlexRIO IF Transceiver Device is also perfect for applications which need synchronization with multi-channel and wide band data acquisitions, such as passive Electronic Support Measures (ESM), active Electronic Counter Measures (ECM), and communications. The FlexRIO driver offers generation and acquisition of different non-traditional waveforms. The National Instruments PCIe-5785 is suitable for applications which need generation, as well as acquisitions at a higher speed on the same device.