Get an update on the UWB technology and discover the FiRa physical layer conformance tool (PCTT) from Rohde & Schwarz.

Power Saving Techniques for User Equipment in 5G Releases 16/17 This webinar focuses on user equipment (UE) power saving techniques introduced by 3GPP Releases 16 and 17 and how to measure the battery lifetime of 5G devices. Since the beginning of mobile communication, UE power consumption has been a key performance indicator (KPI). UE power consumption converts directly to battery lifetime, which

The webinar will inform you about future trends of ATC infrastructures in operation. The content and demos will be interesting for ANSP's radio and VCS experts, as well as CTOs.

Many IoT and connected devices rely on wireless technology, such as Wi-Fi. Their compact design often excludes an accessible antenna port, creating an additional test challenge when it comes to demonstrating compliance with RED or FCC regulations.

This Rohde & Schwarz presentation discusses a new empirical model to estimate the potential data throughput in mobile networks based on passive measurements with powerful network scanners considering specific carrier aggregation strategies in different networks among others.

Learn more about the measurement process for 5G FR2 antennas, beam steering antenna design principle and directive antenna radiation pattern assessment.

This 30 minutes tech talk discloses insights about how Rohde & Schwarz develops new test methods and solutions for Mobile Network Testing.

This webinar addresses the key aspects for making accurate measurements with differential probes on high-speed PCB signal structures.

This webcast provides some basics for offline analysis/technical analysis of unknown signals. State-of-the-art communications signals may use embedded data signals or even frequency agile signals. Analyzing unknown signals may also require channel code/bitstream analysis.

Accelerating antenna pattern analysis and simulation with MATLAB Giorgia Zucchelli, Product Manager for RF and MIXED-SIGNAL, Mathworks Characterizing and measuring antennas and antenna arrays can be a time-consuming and error-prone task, particularly when working with highly programmable phased array systems. In this presentation, discover how MATLAB can streamline the antenna characterization, including

Register now to get a comprehensive introduction to 5G NTN technology and use cases, RF challenges and NTN architecture aspects.

In this webinar, you will learn more about in-vehicle network technology trends, differential S-parameters, ethernet testing according to OPEN Alliance standards and de-embedding of test fixtures.

Join us for an illuminating webinar that delves into the current state of JCAS research for 6G, a variety of potential JCAS use cases and more.

This Rohde & Schwarz presentation provides an overview about business-critical applications of private 5G networks and how passive and active network test solutions help verifying network performance and identifying and troubleshooting network issues. The interactivity test is an ITU-T standardized method to measure latency, packet delay variation and loss and as a prototype implementation also the service availability of a 5G network.

Wideband modulated load pull Luca Gragnaniello, Product Manager Oscilloscopes, Rohde & Schwarz In this presentation, we will explain the advantages of the new wideband modulated load pull solution from Rohde & Schwarz, which addresses these limitations with a novel approach to RF frontend testing. By using the R&S®RTP oscilloscope instead of a traditional vector network analyzer (VNA), this solution

Welcome to our webinar "Signal Integrity analysis on multigigabit signals".

Register now to get an insight into real-time interactive applications, the comparable network benchmarking methodology and modernization of test methods.

In this webcast you will learn more about them and the following important questions, such as: What is a scanning direction finder? What is wideband direction finding? What are further important DF performance parameters?

Challenges of on-wafer characterization of BAW filter harmonics Susanne Kreuze, Member of Technical Staff, BAW R&D, Qorvo The constant demand for continuing RF module and thus bulk acoustic wave (BAW) filter size reduction results in the need of accurate design characterization strategies to comply with ever more stringent linear and non-linear product specification requirements. While the target performance

Vice President Spectrum & Network Analyzers, EMC and Antenna Test Equipment, Rohde & Schwarz

This presentation will show you how to simplify and streamline your EMI debugging and pre-compliance workflow, reducing costs and improving efficiency.

Workshop Part 1 Emission testing: Efficient emission testing with modern EMI test receivers. Discover how modern EMI test receivers can streamline your emission testing process, reducing test time and increasing productivity in this hands-on workshop

Learn more about secure military communicaton from ground-to-air to air-to-air.

Discover how our innovative VoIP solution ensures highest availability and security. Watch the on-demand webinar now and learn about the future of air traffic communications, the latest features and use cases.

Learn more about the key benefits of full IP systems, as well as the different IP migration scenarios and the challenges they present. And get insights into various Rohde&Schwarz solutions for smart migration

RF components are becoming more sophisticated, integrated with more features and offer unseen performance and frequency coverage.

In this webinar series R&S illuminates and explains different technologies aspects within the CUAS environment.

Watch this webinar and gain an overview of currently available BLOS communications solutions and latest developments in the field of HF communications.

Get insights into the latest technical and market developments in BMS with real time monitoring of battery cell parameters.

This Webinar should help you to get a sharp overview over modern automotive ethernet technologies.