In this webinar, you will get a competency overview in Air Navigation and see required test instrumentation in action.

In this webinar, you will learn more about the end-to-end process for network benchmarking smart end-to-end campaign automation, long-term and historical trend analysis.

In this webinar, you will learn how Rohde & Schwarz masters the migration of your voice services with relevant product features. The CERTIUM portfolio not only fulfills current IP migration requirements, but also the upcoming demands of the digital era.

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.

In this presentation Rohde & Schwarz describes various use cases where a passive RF scanner is valuable. From identifying all signals in the air via verifying 5G beamforming to analyzing C-V2X communication and many more.

Whatever you are developing, your device must meet requirements set by standard organizations such as IEC, CISPR, ISO, IEEE, CENELEC, ETSI, FCC, ANSI, RTCA or MIL-STD.

Take a closer look at the current developments in C-V2X standards from LTE to 5G.

In this webinar, you will learn more about potentials of beam hopping, challenges and possibilities of the leading-edge Rohde & Schwarz equipment.

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

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.

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 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

Learn more about upcoming applications and test equipment to ensure the performance of 5G mobile devices featuring high-accuracy positioning.

This presentation will discuss current and new approaches to isolate your measurement equipment and in addition will give you a deeper view how to know how much isolation of the measurement equipment is really needed?

Register for this webinar and learn more about the tips and tricks on double-pulse testing for power electronics

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

As air navigation service providers transition to full-IP systems, understanding network visibility is crucial. Our AVQA solution ensures complete network oversight, preventing outages and maintaining compliance.

This webcast uses a sample online analysis of a communications signal to explain who analyzes online signals and why it is necessary. A brief demonstration demonstrates/gives/shows important online analytical steps and the storage of results in a signal report.

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.

Emission testing: Efficient emission testing with modern EMI test receivers. A deeper dive into power inductors’ saturation with the aim of optimizing performance. We plan to demonstrate this practically using the multitude of functions provided by MXO Oscilloscope.

Learn about risk analysis of distributed voice infrastructures and ways to mitigate those risks.

Will AI/ML revolutionize 6G?

PA behavioral modelling challenges for broadband applications Extract accurate behavioral model for RF and Microwave PAs, including long and short-term memory as well as load pull effects to build beamforming-enabled transmitters.

In this webinar, we will explore Wi-Fi technology, compare the diverse regulatory test requirements, demystify challenging test cases, and more.

In this third video, our expert will introduce a new school of measurement exercise dedicated to EMI debugging and FFT analysis using the next generation oscilloscope R&S®MXO 4.

Register now to learn about important use cases, example research projects and challenges of testing components and devices in the D-band.

This paper and videos discuss the applications of ultra high definition (UHD) imaging applications in aerospace and defense (A&D). The need for much higher image resolution means higher data rate traffic. As a result, new techniques in the physical layer have been introduced with the use of DVB-S2X, and more advanced encoding techniques have been implemented.