Ettus Research™, a National Instruments (NI) company since 2010, is the world's leading supplier of software defined radio platforms, including the Universal Software Radio Peripheral (USRP™) family of products. With a low overall system price, expansive capabilities, and software availability, USRP products are used by thousands of engineers worldwide and remain the top choice in software defined radio hardware for algorithm development, exploration, and prototyping.
The USRP family of products is designed for RF applications from DC to 6 GHz, including multiple antenna (MIMO) systems. Example application areas include white spaces, mobile phones, public safety, spectrum monitoring, radio networking, cognitive radio, satellite navigation, and amateur radio.
Together, NI and Ettus Research offer a premium software defined radio platform portfolio combining the experience, flexibility, and established relevance in applications from Ettus Research with the support, standards, and distribution of NI, a $1 billion company. Leveraging the power of the USRP Hardware Driver™ (UHD), engineers have access to an ecosystem of software options, from open-source to graphical system design.
The open-source GNU Radio software code repository helps engineers interface with hundreds of active members supporting other users and growing the code base. Through this open-source community, GNU Radio software continues to evolve and address more applications including RF and communications system design encompassing both MAC and PHY research, spectrum monitoring and signal intelligence, and wireless sensors and tracking.
Among other software options, engineers can program with a graphical system design approach using NI LabVIEW software. With NI and Ettus software defined radio hardware and LabVIEW, they can prototype their wireless systems faster and significantly shorten their time to results. NI and Ettus offer a complete platform with an option to reuse existing software tools for simplified programming in a unified design flow that scales from design to deployment.