#ThinkSix - video series

5G and 5G-Advanced

Join us and learn about the 5G and 5G-Advanced features that are laying the foundation for 6G high-fidelity XR and large-scale metaverse experiences.

What is the Metaverse?

Join us as we delve into the fundamental ideas of the Metaverse and its symbiotic relationship with extended reality (XR). Discover how these emerging paradigms promise to reshape our reality and propel us into a new era of connectivity and experience.

E2E testing of XR use cases

Join us for an introduction to our work in developing an E2E testbed for XR use cases.

The role of 5G and 6G

Join us and get an introduction to addressing new network challenges. Discover how 5G and 6G will enable the next generation of immersive experiences.

6G Applications

The metaverse is a virtual space where people come together to interact with one another and explore a computer-generated world. Watch this video to learn about the direction of 6G, XR applications and more.

Semiconductor Technologies

There are several different semiconductor technologies that are currently being discussed for 6G. Watch this video for a deeper insight into the main challenges and findings on semiconductor technologies

THz Communication

Watch this video for an overview of THz communication research, requirements and test equipment.

Joint communication and sensing (JCAS)

Discover the insights of Rohde & Schwarz experts and other industry leaders as they discuss the applications and challenges of this exciting technology.

Artificial Intelligence (AI)

Learn about the role that AI and ML may play in signal processing, battery-powered mobile devices and more.

6G major research areas

Discover the insights of Rohde & Schwarz experts and other industry leaders as they discuss the pivotal research areas driving the evolution of wireless technology.

6G Overview and vision

Rohde & Schwarz is not just an observer; we're actively shaping the future of 6G as part of various research projects. Join us on this journey toward a wireless world. Together, we'll make it extraordinary.

#ThinkSix - Validating a Machine-Learning Based Neural Receiver with 5G NR Multiple MIMO Signals

Using Machine Learning (ML) powered by Artificial Intelligence for signal processing tasks in wireless communication really is beginning to move from theory to practice. Watch this video for a demonstration of the first hardware setup capable of validating the performance of a self-training neural receiver.

#ThinkSix - Phase noise characterization in the D-band

This video introduces the topic of phase noise, demonstrates a test setup for investigating phase noise for the latest communication systems, and with D band (110-170 GHz) frequencies a hot tip for 6G research.

#ThinkSix - 6G Reconfigurable Intelligent Surfaces (RIS)

This video introduces Reconfigurable Intelligent Surfaces (RIS) and presents how Reconfigurable Intelligent Surfaces can achieve previously unattainable coverage, spectral and power efficiency, and reduced propagation.

#ThinkSix - Is it time for wireless communication to get smart(er) with AI/ML? Part 3.

This video looks into the future to see whether this work can transform the air interface for a 6G standard.

#ThinkSix - Is it time for wireless communication to get smart(er) with AI/ML? Part 2.

This video introduces the effectiveness of the Machine Learning-based procedure for an use case.

#ThinkSix - Is it time for wireless communication to get smart(er) with AI/ML? Part 1.

This video introduces the background theory and terminology of AI and ML.

#ThinkSix - Spectrum for 6G

This video runs through the frequencies from 7.125 GHz to 24.25 GHz, highlighting the bands with the maximum potential for next-generation wireless services.

#ThinkSix: Which new spectrum for 6G? A practical review

Based on a need for available spectrum and experiment licenses, this video explains the reasons for candidate frequencies for fundamental 6G research in the D band (110-170 GHz) and G band (140-220 GHz).

#ThinkSix - Channel measurements in the D-band

High frequencies completely new to mobile radio mean that researching channel characteristics to determine the effects on transmitted signals of propogation delays resulting from reflection, and losses due to scattering, are a major requirement for 6G research. In this video we demonstrate a test setup for channel sounding in the D-band.

#ThinkSix - Generate & analyze 4 GHz RF bandwidth signals in the D-Band

The #ThinkSix video series takes a sneak peek at the future. In this video, we look at early 6G R&D from 110-170 GHz and higher data rates supported by extra bandwidth.

#ThinkSix - A simple to use setup for investigating signals in the D-Band

Watch this video to get an introduction into 6G R&D in the 110-170 GHz D-Band and FE170 Frontends introduced by R&S.

#ThinkSix- 6G adds a sixth sense with Joint Communication & Sensing (JCAS)

Watch this video to get an introduction into the emerging field of research for innovative applications made possible by 6G.

#ThinkSix – Main 6G research areas

The #ThinkSix video series takes a sneak peek at the future. In this video, we look at the main research areas for what we eventually call 6G.

#ThinkSix – OTA measurements for sub-THz communication in D-band

This video demonstrates the R&S®ATS1000 antenna test system from Rohde & Schwarz, now supporting frequencies up to 170 GHz.

#ThinkSix – Spectrum for 5G, Beyond 5G and 6G research

Rohde & Schwarz video analyzing the regulatory landscape for the spectrum beyond 100 GHz, as well as D-Band, supporting frequencies from 110 to 170 GHz.

#ThinkSix – On the verge of 6G? The 6G timeline

This video explores the evolution of 5G NR and a potential timeline for 6G, based on the experiences with 5G and the success of 4G LTE.