Videos

MXO 3 - SmartGrid vs Tektronix MDO3

R&S®MXO 3 - Fast. Precise. Compact Save time with the highly intuitive user interface and customizable Smart Grid with the R&S®MXO 3 compared to the Tektronix MDO3 Save time with the highly intuitive user interface and customizable Smart Grid with the R&S®MXO 3 compared to the Tektronix MDO3 R&S®MXO 3 SERIES OSCILLOSCOPE R&S®MXO 3 SERIES OSCILLOSCOPE Next generation oscilloscope: Fast. Precise. Compact

High-Precision In-Band Radar Test Solution

Check out R&S high-precision in-band radar testing solutions live from the show floor at CES 2022. Check out R&S high-precision in-band radar testing solutions live from the show floor at CES 2022. CES 2022, R&S high-precision in-band radar testing solutions Check out R&S high-precision in-band radar testing solutions live from the show floor at CES 2022.

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

Measure small signals using HD Mode

R&S®RTO6 uses HD Mode and digital trigger to isolate small signals R&S®RTO6 oscilloscopes can trigger on even the smallest signal amplitudes and isolate relevant signal events R&S®RTO6 oscilloscopes can trigger on even the smallest signal amplitudes and isolate relevant signal events. This capability is possible even when combining the digital trigger and the HD mode, which increases the oscilloscope

Testing 5G WLAN offloading with Voice over WLAN in a single box

Discover how the R&S CMX500 is able to test seamless traffic offloading and interworking between cellular 5G and non-cellular WLAN with a single box solution The powerful R&S CMX500 radio communication tester redefines testing of 5G to WLAN traffic offloading. The R&S CMX500 is able to test seamless traffic offloading and interworking between cellular 5G and non-cellular WLAN with a single box solution

Power integrity for distributed systems

This session provides an insight into system-level issues and effective measurement and analysis techniques for achieving optimum system performance with rival requirements. This session provides an insight into system-level issues and effective measurement and analysis techniques for achieving optimum system performance with rival requirements. Power integrity for distributed systems This session

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.

Reference Calibration Test Report

Learn in this short video about R&S®ELEKTRA EMC test automation software how to create the reference calibration and the test report. The R&S®ELEKTRA test software controls complete EMC systems and automates measurements of equipment under test (EUT) being certified for emissions (EMI) and immunity (EMS). R&S®ELEKTRA simplifies configuration of test systems and test descriptions in accordance with

Demystifying 5G – 5G NR device testing made simple with the R&S®CMX500

In this video we explore the test setup required to test 5G NR devices in non-standalone (NSA) mode using the R&S®CMX500 mobile radio tester from Rohde & Schwarz. 5G network deployments are underway worldwide and mobile devices supporting 5G are already commercially available. Those devices have to be tested from an R&D perspective, for protocol conformance, RF conformance, for mobility. In addition

EMI debugging

This video shows how the R&S®RTO oscilloscope can be used with a near field probe to find and fix EMI issues quickly and reliably during the development at the R&D lab thereby minimizing expensive re-testing and shortening time to market. Meeting EMI and EMC requirements is critical to bringing electronic products to market. Compliance testing requires expensive equipment and test time at a compliance

MTSK2024 session - On the Verge of 6G

MTSK2024 session - On the Verge of 6G MTSK2024 session - On the Verge of 6G MTSK2024 session - On the Verge of 6G

5G measurements with R&S®PR200

Learn more about the PR200 portable monitoring receiver and in particular synchronizing with 5G frame timing to effectively monitor and measure specific beams, on the spectrum display. Learn more about the PR200 portable monitoring receiver and in particular synchronizing with 5G frame timing to effectively monitor and measure specific beams, on the spectrum display. All key tasks in spectrum monitoring

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

Introduction to O-RAN radio unit testing

Learn how to verify the interoperability of your O-RAN network equipment Watch this video and learn how to verify the interoperability of your O-RAN network equipment. Because O-RAN enables the disaggregation of radio access networks, it is vital to ensure the interoperability of network equipment from different vendors. Rohde & Schwarz provides you with high-performance signal generators and analyzers

Time Domain Analysis for ESMW

The ESMW ultra wideband monitoring receiver is the core component of our future-proof spectrum monitoring systems for fixed, mobile and transportable stations. Here, at MWC2025, we are launching the much expected time domain analysis functionality for the ESMW with gated measurements, which is crucial for license compliance and interference hunting in 5G networks. The ESMW ultra wideband monitoring