Videos

Up to 16 bit vertical resolution

The low-noise frontend and 10 GHz single-core A/D converter are the foundation for the extraordinarily high measurement accuracy and dynamic range of the R&S®RTO oscilloscopes. The low-noise frontend and 10 GHz single-core A/D converter are the foundation for the extraordinarily high measurement accuracy and dynamic range of the R&S®RTO oscilloscopes. The high definition mode (HD mode) activates configurable

Employee interview: Abhay 200_98130

Abhay is responsible for the test systems for location-based services and explains why there are no limits to learning at Rohde & Schwarz. Abhay is responsible for the test systems for location-based services and explains why there are no limits to learning at Rohde & Schwarz. Systems, development, devices, future, components, work, job, career Abhay is responsible for the test systems for location-based

Rewind to past waveforms with history mode

This video demonstrates how to use the history mode of the R&S®Scope Rider to analyze recent acquisitions. This video demonstrates how to use the history mode to analyze recent acquisitions. In history mode, the instrument automatically stores up to 5000 waveforms in a separate history buffer. At any point in time, acquisition can be stopped and any waveform in the history buffer can be analyzed using

Documentation at the press of a button

R&S®RTO oscilloscopes help you document measurements, including printing and saving screenshots of the screen content. R&S®RTO oscilloscopes help you document measurements, including printing and saving screenshots of the screen content, easy to read signal characteristics thanks to clear grid annotations and color-coded labels to highlight anomalies in the diagram. R&S RTO2000: Documentation at the

SC-QAM downstream signal analysis

Analysis of DOCSIS 3.0 downstream signals and digital TV signals. Analysis of DOCSIS 3.0 downstream signals and digital TV signals. R&S®DSA | SC-QAM downstream signal analysis | Rohde & Schwarz Optimize your DOCSIS HFC network with the R&S®DSA. SC-QAM downstream signal analysis. Findout more.

QPS case study Shannon Airport

Find out more about the successful installation of the QPS201 at Shannon Airport. Find out more about the successful installation of the QPS201 at Shannon Airport. Find out more about the successful installation of the QPS201 at Shannon Airport.

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. As we venture beyond the boundaries of 5G, 6G is charting new horizons in wireless communication research. This new territory underscores the crucial role of collaboration within the 6G community, as we unite to address the challenges and

World’s first 5G NR network measurement solution

This video shows the recently launched 5G NR network measurement solution that consists of a network scanner and the ROMES software for real-time analysis and network optimization. This video shows the recently launched 5G NR network measurement solution that consists of a network scanner and the ROMES software for real-time analysis and network optimization. 5G NR network measurement solution, mobile

Tech Talk #1: Efficency class of high-power transmitter

Tech Talks with Robert Träger Dive deeper into the technical details of our new HF high power transmitter with the HF communications expert Robert Träger. Dive deeper into the technical details of our new HF high power transmitter with the HF communications expert Robert Träger. In each Tech Talk a specific topic will be covered and discussed. The first Tech Talk covers the topic “Efficency class of

R&S®ZPH product feature video

The R&S®Cable Rider ZPH is a one-port analyzer that has all the essential basic measurement capabilities required for installing and maintaining antenna systems in the field. The R&S ® Cable Rider ZPH is a one-port analyzer that has all the essential basic measurement capabilities required for installing and maintaining antenna systems in the field. Video, ZPH, Cable Rider, one-port analyzer The R&

R&S®TSMS8 superwideband mobile network scanner

The R&S®TSMS8 is the next generation of ultracompact, superwideband RF scanning receivers for the wide frequency range from 10 MHz to 8.5 GHz.. The R&S®TSMS8 is the next generation of ultracompact, superwideband RF scanning receivers for the wide frequency range from 10 MHz to 8.5 GHz.. The ultracompact design and ultra-wide receiver bandwidth of up to 400 MHz, along with support for all major technologies

Boost your efficiency with quadcore power

With four independent outputs, each supplying up to 64 V or 20A, the new NGP800 power supplies will boost the efficiency in any lab. With four independent outputs, each supplying up to 64 V or 20A, the new NGP800 power supplies will boost the efficiency in any lab. Video, NGP800 promo Boost your efficiency with our new product

Simplified test setup using R&S®ZVAB-K30 noise figure measurement option

This video demonstrates the simple and straight-forward calibration steps including power calibration of source and receivers, noise figure calibration and system error correction, and the noise figure measurement. The R&S®ZVA vector network analyzer in combination with the R&S®ZVAB-K30 noise figure measurement option simplifies noise figure measurement, a key parameter for receiver performance evaluation

Learn what’s new in CISPR 11

The details of the changes to the standard are explained in the video. Change history in CISPR 11:2024 CMV (Commented version): Amendment 2 to the 6th edition was published on January 18th, 2019. In Europe, it was published as EN 55011:2016/A2:2021 and became mandatory on April 9th, 2024. 7th Edition, developed by CISPR sub-committee B was published on February 13, 2024. In Europe to be published as

Artificial Intelligence (AI)

Learn about the role that AI and ML may play in signal processing, battery-powered mobile devices and more. Machine learning (ML) has been very successful in image and video recognition as well as natural language processing. For 6G, researchers are interested in applying machine learning to signal processing, so that a signal can be modified based on: Application Learned characteristics of the mobile