Integrated sensing and communications (ISAC, or joint communications and sensing, JCAS) is a trending
research topic in wireless communications for 6G. The concept is exactly what the name indicates: it’s exploring the idea of adding sensing to our communications systems. The most common way to do this is by adding a radar signal to the wireless signal, but it’s still a new concept that is in the applied research stage.
NI USRPs are a great tool for ISAC research. They give researchers a platform that can transmit custom
waveforms and be used to make real-time testbeds to evaluate the performance of new ISAC waveforms.

Related Content
3GPP Update: An Overview of “Release 20” Plans – Register Now
At the recent 3GPP workshop in Korea, companies presented their overall priorities for the next generation of cellular communications—6G. The outcome of this meeting will become the base for 6G technology and includes system architectures, core networks, protocols, and radio technologies. Watch the webinar for a summary of the meeting and get a first look at what is included in Release 20, the first 3GPP release focused on 6G.
6G and AI: Rethinking Test in Next-Generation Wireless Systems
Explore how 6G and AI are reshaping wireless networks. In this business insights article, learn about key challenges, AI integration, and advanced testing for next-gen systems.
Test and Benchmarking Embedded Trustworthy AI in 6G Wireless – Watch on-demand
Embedding AI in RF and wireless is key to improving mobile network power, spectrum, and performance. One of the biggest challenges to using AI technology in wireless communications is ensuring reliable and robust operation under practical deployment conditions. In this presentation, NI introduces a USRP (Universal Software Radio Peripheral)-based, system-level benchmarking platform researchers and engineers can use to evaluate and optimize new AI-enhanced wireless devices.