What is a USRP Software Defined Radio?

NI offers a wide breadth of USRP hardware options to fit your needs from development to prototyping to deployment. USRP devices are compatible with many software workflows. You can choose NI LabVIEW or use the open-source UHD driver with Python, C, C++, MathWorks® MATLAB® software, GNU Radio, and more.

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Modern wireless systems require a new generation of SDR for prototyping and deployment. Systems need wider bandwidth, higher frequencies, and more advanced digital signal processing architectures. Explore how the latest USRP options offer enhanced performance to build your next advanced wireless prototype.

Prototyping algorithms for applications such as radar research requires the need for wider bandwidths and more channels. At up to 1.6 GHz of bandwidth and eight transmit and receive channels, the Ettus USRP X440 allows for higher accuracy for direction finding while maintaining phase coherency.

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Overview

The USRP N210 provides high-bandwidth, high-dynamic range processing capability. The USRP N210 is intended for demanding communications applications requiring this type of rapid development. The product architecture includes a Xilinx® Spartan® 3A-DSP FPGA, 100 MS/s dual ADC, 400 MS/s dual DAC and Gigabit Ethernet connectivity to stream data to and from host processors. A modular design allows the USRP N210 to operate from DC to 6 GHz, while an expansion port allows multiple USRP N210 series devices to be synchronized and used in a MIMO configuration. An optional GPSDO module can also be used to discipline the USRP N210 reference clock to within 0.01 ppm of the worldwide GPS standard. The USRP N210 can stream up to 50 MS/s to and from host applications. Users can implement custom functions in the FPGA fabric, or in the on-board 32-bit RISC softcore. The USRP N210 provides a larger FPGA than the USRP N200 for applications demanding additional logic, memory and DSP resources. The FPGA also offers the potential to process up to 100 MS/s in both the transmit and receive directions. The FPGA firmware can be reloaded through the Gigabit Ethernet interface.

Overview

The USRP N210 provides high-bandwidth, high-dynamic range processing capability. The USRP N210 is intended for demanding communications applications requiring this type of rapid development. The product architecture includes a Xilinx® Spartan® 3A-DSP FPGA, 100 MS/s dual ADC, 400 MS/s dual DAC and Gigabit Ethernet connectivity to stream data to and from host processors. A modular design allows the USRP N210 to operate from DC to 6 GHz, while an expansion port allows multiple USRP N210 series devices to be synchronized and used in a MIMO configuration. An optional GPSDO module can also be used to discipline the USRP N210 reference clock to within 0.01 ppm of the worldwide GPS standard. The USRP N210 can stream up to 50 MS/s to and from host applications. Users can implement custom functions in the FPGA fabric, or in the on-board 32-bit RISC softcore. The USRP N210 provides a larger FPGA than the USRP N200 for applications demanding additional logic, memory and DSP resources. The FPGA also offers the potential to process up to 100 MS/s in both the transmit and receive directions. The FPGA firmware can be reloaded through the Gigabit Ethernet interface.

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