Videos

THz communication explained

Get an overview of THz communications. Explore key applications and test challenges. The next generation of wireless communications, 6G, is made up of ten building blocks. One potential technology component is terahertz (THz) communications. This technology is expected to have many exciting applications in holographic communication, digital twinning, extended reality (XR), sensing, in vehicle entertainment

Webinar: OTA measurements of LTE MIMO-enabled devices

Rohde & Schwarz LTE webinar from October 9, 2012 The webinar focuses on the radiated approach, which takes arbitrary angles of arrival (AoAs) for the MIMO streams into account and provides sufficient control over the AoAs in 3D. Over-the-air (OTA) measurements are commonly used to determine the wireless system performance of wireless-enabled devices aside from field testing. LTE has introduced MIMO

R&S®AVQA Advanced voice quality assurance system

R&S®AVQA Advanced voice quality assurance system. The market-leading monitoring technology for air traffic service providers and airport operators

The role of 5G and 6G

#ThinkSix - The Metaverse and XR The metaverse and XR - Part 2: Join us and get an introduction to addressing new network challenges. Discover how 5G and 6G will enable the next generation of immersive experiences. The metaverse and XR - Part 2 The full potential of the Metaverse and XR can only be realized once it is possible to deliver interactive content at high resolutions with no perceptible latency

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

Which frequencies are the focus of fundamental research for 6G, and why? 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). Currently, no spectrum is assigned to 6G. However, researchers and industry experts worldwide are convinced that additional

The R&S®ZNL vector network analyzer is easy to use

A wide 10.1” touchscreen makes the R&S®ZNL vector network analyzer easy to use. A wide 10.1” touchscreen makes the R&S®ZNL vector network analyzer easy to use. Its multi-touch feature lets you conveniently operate the instrument. Simply use the context-sensitive help menu to obtain the information you need to perform your task with ease. R&S®ZNL, ZNL, vector network, A wide 10.1” touchscreen makes

Rohde & Schwarz IMA

Get a first impression of the new R&S®InstrumentManager Get a first impression of the new R&S®InstrumentManager Get a first impression of the new R&S®InstrumentManager

Employee interview: System engineer Tim

Tim is one of our system engineers and shows what opportunities he has to help shape products and why he now gains deeper insights. Tim is one of our system engineers and shows what opportunities he has to help shape products and why he now gains deeper insights. system, engineering, technical, challenge, work, job, career Meet our employee Tim who talks about the the deep insights into developing

R&S®RTM3000 - Vertical Zoom

The R&S®RTM3000 features a vertical zoom. Vertical zoom is an easier way to quickly magnify the portion of the signal you want to see, and retain measurement accuracy. The R&S®RTM3000 features a vertical zoom. Vertical zoom is an easier way to quickly magnify the portion of the signal you want to see, and retain measurement accuracy. Combined with Rohde & Schwarz engineered 10-bit A/D converter vertical

#ThinkSix Tech Talk: AI in wireless communications – Neural receivers based on AI/ML

Join our experts as they review a recent milestone in our collaboration with NVIDIA Research on developing and testing neural receiver architectures. Rohde & Schwarz experts Andreas Oeldemann and Andreas Roessler are back to discuss the role of artificial intelligence (AI) and machine learning (ML) in shaping the next generation of wireless communications. This is the third time the two Andreases are

Introduction to Linearization of RF Power Amplifiers for wideband applications

Summarize linearity and efficiency requirements for power amplifiers used in emerging broadband applications. Introduce a workflow typing together measurements and simulation to address issues. Summarize linearity and efficiency requirements for power amplifiers used in emerging broadband applications. Introduce a workflow typing together measurements and simulation to address issues. 1 5 Introduction

Future-ready architecture for lang-lasting CERTIUM products

Learn more about all the technological features implemented in the new R&S®Series5200 radio and other CERTIUM products as well as the long lifetime of the system, which does not require hardware upgrades or updates. The product manager and head of ATC development will provide interesting insights into the product requirements, development and functions. CERTIUM products use market-leading technologies

Trigger on Zones in real-time. RTP - see the difference

Capture infrequent events in the spectrum The RTP's Zone trigger allowes as the only oscilloscope in the world to isolate events in the time and the frequency domain. The RTP's Zone trigger allowes as the only oscilloscope in the world to isolate events in the time and the frequency domain. 12 12 RTP, oscilloscope, scope, MSO, Zone trigger, spectrum analysis, spectrogram, RF signal RTP- see the difference

1000BASE-T1 compliance testing - Test mode 4: Transmitter distortion test with disturber

A guide to carrying out a 1000BASE-T1 compliance tests with test mode 4 (transmitter distortion test with disturber) on an R&S®RTO. The video gives an overview of how to configure the setup and generate test reports for further analysis. A guide to carrying out a 1000BASE-T1 compliance tests with test mode 4 (transmitter distortion test with disturber) on an R&S®RTO. The video gives an overview of

Resolution and separability

Here we examine the instrument’s resolution and capability to distinguish between different potential sources of irregularities inside the radome. A closer look at phase resolution and practical demonstration using cut outs is included. Here we examine the instrument’s resolution and capability to distinguish between different potential sources of irregularities inside the radome. A closer look at