ROMATSA optimizes voice network monitoring with AVQA

Discover how ROMATSA transformed their monitoring and fortified critical airspace communications with AVQA.

Characterizing a high-speed cable with the ZNB3000

Characterize a high-speed cable with R&S ZNB30000: measure accurate S-parameter and perform time domain analysis

Unleashing RAN intelligence: Powered by AI

This presentation will put spotlight on NVIDIA’s approach to 6G innovation as rooted in first principles, ensuring comprehensive developer toolset and practical impact for developers at the forefront of AI-driven wireless evolution.

Wi-Fi 7 MLO – (surprisingly) the devil is in the details – or how to test MLO

This talk examines the complexity of Wi-Fi 7’s Multi-Link Operation (MLO), explaining its various operating modes, the interoperability challenges delaying implementation, and a proposed method for efficiently testing MLO against a reference platform.

RF and certification challenges in mmWave Wi-Fi

This talk presents the key challenges of integrating mmWave technology into current Wi-Fi systems—focusing on RF front-end and antenna design issues, regulatory and EMF considerations—and illustrates them through practical examples and measurement setups.

Wi-Fi 8 & AI: the next era of intelligent connectivity

Discover how Wi-Fi 8 and AI are reshaping the future of connectivity. This talk from Qualcomm highlights how next-generation wireless technology, intelligent device ecosystems, and edge AI work together to deliver faster, more reliable, and more responsive digital experiences.

Mobile convergence 5G and Wi-Fi

This talk explains how 5G’s ATSSS framework enables seamless, high-quality connectivity by combining mobile and Wi-Fi access, highlighting Deutsche Telekom’s pioneering implementation, key use cases, technical background, and the need for broad ecosystem adoption.

Wi-Fi 8 technology introduction

This talk introduces the path to Wi-Fi 8 through the IEEE 802.11bn Ultra High Reliability (UHR) amendment, outlining its key anticipated features and how it aims to meet the stringent demands of emerging applications.

HD-FDD technology for future-proof 5G eRedCap

This talk explains why HD-FDD support is a critical enabler for deploying eRedCap, the emerging next-generation cellular IoT technology.

Industrial 5G networks of Deutsche Bahn: Applications, potentials and challenges

This talk presents how Deutsche Bahn is using industrial 5G to digitalize and automate its maintenance facilities, sharing insights from a test network in Krefeld, outlining future 5G plans, and highlighting requirements for supplier industries.

XR in the 6G age

This talk presents a collaborative 3D Digital Twin application tested in the University of Oulu’s 5GTN network, focusing on its system design, 5G integration, XR-oriented network slicing, and validation results that demonstrate how 5G testbeds can accelerate innovation toward future 6G spatial collaboration.

Overview of the technology evolution from 5G to 6G

Explore the technological path from 5G to 6G. This presentation outlines how advanced beamforming, multi-TRP operation, non-terrestrial networks, new spectrum ranges, AI-driven radio optimization, and integrated sensing will shape the next generation of mobile communication.

CMX500 for non-terrestrial networks: Enabling the future of connectivity

This session showcases how the CMX500 enables efficient NTN network emulation with multiorbit and multiband support, integrated channel fading, and advanced tools like Constellation Insight to streamline testing and accelerate innovation in satellite communications.

The future of narrowband non-terrestrial networks

This presentation introduces how Skylo is redefining satellite direct-to-device connectivity for both consumers and enterprises. It covers the coverage gap problem, skyrocketing demand for satellite messaging, and Skylo’s chipset-level integration that enables seamless interoperability with smartphones, wearables, vehicles and carrier networks worldwide.

GPP NTN technology

This talk explores how 3GPP NTN technology and Qualcomm’s innovations are enabling seamless satellite connectivity across devices, bridging coverage gaps, and laying the foundation for future 6G networks.

5G-Adv. NTN technology for direct satellite access - from smart phone to automotive

This presentation explores MediaTek’s latest advancements in 5G-Advanced NTN technology for direct satellite access from smartphones to automotive platforms. It highlights the challenges of satellite communication, evolving technical options, and the world’s first successful 5G NTN demonstrations across IoT, broadband, and in-orbit LEO satellite connections.

Standards and regulations: The backbone of secure and reliable NTN networks

This presentation explores how standards and regulations form the foundation of secure, interoperable, and future-ready Non-Terrestrial Networks (NTN). It highlights the shift from proprietary satellite solutions to standardized 5G/6G architectures, direct-to-cell communication models, regulatory frameworks, and the role of rigorous testing in enabling reliable global connectivity.

AI/ML in 5G-advanced and 6G: Practical paths and real challenges

AI/ML is transforming the evolution from 5G-Advanced to 6G. This presentation reveals the real-world challenges, breakthrough testbed results, and practical steps needed to build AI-native wireless systems.

The impact of test & measurement evolving from 5G to 6G

This presentation highlights how test and measurement solutions are evolving to meet the demands of 5G Advanced and the emerging 6G era. From XR testbeds and private network validation to ISAC, FR3 testing, advanced antenna systems, and next-generation signal analyzers, it showcases the key innovations shaping future wireless performance.

Unlocking the potential of AI-RAN: A pathway towards future network Intelligence

This talk highlights how the AI-RAN Alliance and Singapore’s Future Communications R&D Programme are advancing the integration of AI and RAN technologies to optimize networks, enhance platform utilization, and unlock new monetization opportunities.

Fast forward to results - Unlock the potential of your high-speed designs!

Learn how the R&S®ZNB3000 enables fast, automated interconnect verification up to 54 GHz—delivering results in minutes and seconds.

Precision in under 5 minutes - Fundamentals of spectrum analyzers

Ever wonder how we accurately measure radio frequency (RF) signals? From runtime to heart rate, we have tools for almost everything... but RF? In this video, Masha breaks down the fundamentals of the Spectrum Analyzer, the essential instrument for analyzing and understanding the RF world. Learn the core concepts and get started with RF signal measurement!

Rohde & Schwarz supports the Samsung Galaxy S20 5G

An Introduction to GMSL and how to test it

Watch this video to learn about GMSL technology, its purpose, supported data speeds, and how tools like eye diagrams and signal integrity analysis ensure reliable in-vehicle network performance.

Ottimizzazione della stazione di base per il miglioramento della capacità

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..

AI-powered 6G receiver – The role of machine learning-based digital post-distortion (DPoD)

Join Andreas Oeldemann from Rohde & Schwarz and Dani Korpi from Nokia Bell Labs as they discuss the role of AI receivers in addressing the challenges of 6G.

ATC nel cloud ad alta affidabilità

Rohde & Schwarz è il produttore leader di sistemi di comunicazione vocale (VCS) e offre soluzioni tecnologiche avanzate per centri virtuali per il controllo del traffico aereo.

AI-powered 6G receiver – Hardware-in-the-loop testing of an AI receiver integrating DPoD

Join Andreas Oeldemann from Rohde & Schwarz and Dani Korpi from Nokia Bell Labs as they demonstrate how to evaluate the performance of HybridDeepRX, Nokia Bell Labs’ advanced AI receiver, in hardware-in-the-loop experiments

IEC 61000-4-41 Broadband radiated immunity tests

IEC 61000-4-41 Broadband radiated immunity tests

An overview of Automotive EMC Standards covering UN ECE R10, ISO 11451 and ISO 11452 updates

An overview of Automotive EMC Standards covering UN ECE R10, ISO 11451 and ISO 11452 updates

An overview of ISO immunity test standards for Automotive EMC

An overview of ISO Immunity test standards for Automotive EMC

Reducing measurement uncertainty with cross-correlation

In this video application engineer Florian Ramian walks you through a standard signal channel measurement demo, using the new cross-correlation feature of the FSWX to reduce measurement uncertainty.

Characterizing a high-power PA with the FSWX

In this demo video application engineer Florian Ramian shows how to characterize a high-power PA with the FSWX signal and spectrum analyzer.

Reducing the noise floor with the cross correlation feature of the FSWX

In this video application engineer Florian Ramian walks you through a standard signal channel measurement demo, using the new cross-correlation feature of the FSWX to reduce measurement uncertainty.

Measuring a high gain frequency converting LNB with the FSWX

In this video application engineer Florian Ramian demonstrates how to measure a high gain frequency converting LNB with the FSWX signal and spectrum analyzer.

New family member MXO 3

Meet the R&S®MXO 3, the newest member of the MXO oscilloscope family. Building on the legacy of precision, speed, and innovation, it brings the next level of performance to your lab

MXO 3 - Product Pitch

Introducing the R&S®MXO 3, the next member in the MXO family. Building on the breakthrough technology of the mxo series oscilloscopes, the MXO3 comes with familiar user interface fast and precise performance and empowers engineers to debug, test, and innovate with greater speed and confidence in a comact form factor.

MXO 3 - UI

The R&S®SmartGrid of R&S®MXO 3 series oscilloscope helps to configure an individual layout of the waveform display, while the toolbar enables quick access to important tools and provides the maximum flexibility

The next generation vector network analyzer

Discover the R&S®ZNB3044, the next-generation vector network analyzer unveiled at EuMW 2025, and learn how its advanced features deliver precise and repeatable RF & microwave testing.

MXO 3 - Math & Equation Editor

The R&S®MXO 3 comes with a powerful Math & Equation Editor, letting you create custom calculations and analyze signals exactly the way you need.

MXO 3 - ScopeStudio

Take your analysis further with Scope Studio, the PC-based software fully compatible with the R&S®MXO 3 Oscilloscope. Capture, visualize, and analyze signals on your computer, combining the power of MXO3 with the flexibility of a desktop environment.

MXO 3 - Zone Trigger

Use zone trigger to define events graphically, also on your math signals. Use this standard and unique capability on MXO oscilloscopes to trigger on specific events on your signals.

MXO 3 - Digital Trigger

Experience the most sensitive digital trigger with the R&S®MXO 3 Oscilloscope. Detect even the smallest events with precision and confidence, staying true to the MXO legacy of accurate, reliable measurement.

MXO 3 - Fast FFT

The R&S®MXO 3 oscilloscopes comes with up to 50.000 FFT per second and independent time and frequency settings. Switch seamlessly between domains, explore every detail, and uncover insights faster than ever before.

MXO 3 - HD Mode

The R&S®MXO 3 series oscilloscopes incorporate a 12 bit A/D converter for precise vertical sampling to give users the highest accuracy, even at the fastest sample rates. Additionally, the standard HD mode offers users a tradeoff between bandwidth and resolution, achieving up to 18 bit vertical resolution.

MXO 3 - Decoding SPI

Quickly and reliably trigger and decode packets from your SPI bus using either analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, or display the decode table.

MXO 3 - Decoding I2C

Quickly and reliably trigger and decode packets from your I2C bus using either analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, change the bit rate or treshold voltage.

MXO 3 - XY Mode

In the MXO3’s hardware-based XY mode, each channel can be configured individually. Enjoy full control, faster measurements, and precise visualization of complex signal relationships.

MXO 3 - Swiss Army Knife

The R&S®MXO 3 — your Swiss Army knife for signal analysis. Multiple instruments, one device: fast oscilloscope, spectrum analyzer, logic analyzer, and more, all in a single compact and powerful platform.

MXO 3 - EMI Debugging

Tackle interference head-on with the R&S®MXO 3 EMI debugging functionalities. Identify, analyze, and resolve electromagnetic issues quickly, ensuring your designs meet compliance and perform flawlessly.

MXO 3 - Mask Testing

Detect signal anomalies effortlessly with the R&S®MXO 3 Mask Testing. Quickly spot deviations, ensure signal integrity, and maintain the highest quality in your designs.

MXO 3 - Toolbar vs Tektronix MDO3

With the R&S®MXO 3 toolbar funcionality you can individaulize your oscilloscope to your needs and helpy you to be more productive. See how the MXO 3 series oscilloscopes outperformes the Tektronix MDO3 in your daily work.

MXO 3 - Acquisition Rate

Capture every detail with theR&S®MXO 3 Oscilloscope, reaching up to 4.5 million waveforms per second. Never miss a rare event — fast, precise in a compact form.

MXO 3 - Math vs Tektronix MDO3

With math funcionalities implemented in hardware, the R&S®MXO 3 is much faster compared to the Tektronix MDO3.

MXO 3 - Spectrum vs Tektronix MDO3

Compare R&S®MXO 3 spectrum capabilities to Tektronix MDO3 and see the difference in performance.

MXO 3 - Form Factor vs Tektronix MDO3

The R&S®MXO 3 allows up to 8 channel with a large 11.6 " full HD display in a more compact design compared to Tektronix MDO3

MXO 3 - Zone Trigger vs Tektronix MDO3

See how the standard and unique zone trigger capabilities on your R&S®MXO 3 oscilloscope compares to limited functionalities on the Tektronix MDO3

MXO 3 - SmartGrid vs 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

MXO 3 - Toolbar vs Keysight HD3

With the R&S®MXO 3 toolbar funcionality you can individaulize your oscilloscope to your needs and helpy you to be more productive. See how the MXO 3 series oscilloscopes outperformes the Keysight HD3 in your daily work.

MXO 3 - Math vs Keysight HD3

With math funcionalities implemented in hardware, the R&S®MXO 3 is much faster compared to the Keysight HD3.

MXO 3 - Spectrum vs Keysight HD3

Compare R&S®MXO 3 spectrum capabilities to Keysight HD3 and see the difference in performance.

MXO 3 - Form Factor vs Keysight HD3

The R&S®MXO 3 allows up to 8 channel with a large 11.6 " full HD display in a more compact design compared to Keysight HD3

MXO 3 - Zone Trigger vs Keysight HD3

See how the standard and unique zone trigger capabilities on your R&S®MXO 3 oscilloscope compares to limited functionalities on the Keysight HD3

MXO 3 - SmartGrid vs Keysight HD3

Save time with the highly intuitive user interface and customizable Smart Grid with the R&S®MXO 3 compared to the Keysight HD3

Introducing the new R&S®ATS800R

Prepare for the future of OTA testing with the R&S®ATS800R CATR-based test chamber – featuring extended frequency coverage for 5G and automotive radar, available from 2026.

Accurate phase calibration with the R&S®ZN-ZCG comb generator

Discover the R&S®ZN-ZCG Comb Generator – the key to wideband phase and delay measurements up to 67 GHz – and learn how it seamlessly calibrates the R&S®ZNA for unmatched accuracy. 

Verify radar jamming with the R&S®FSWX

Meet the FSWX Signal & Spectrum Analyzer – the first instrument with face-coherent dual inputs, demonstrated at EuMW 2025, and designed to revolutionize Electronic Warfare testing.

Introducing the FSWX signal & spectrum analyzer

Introducing the FSWX signal & spectrum analyzer – unveiled at EuMW 2025 – featuring a unique dual-input architecture for simultaneous signal measurement and enhanced testing accuracy.

Two-tone intermodulation measurement with ZNB3000

Two-tone intermodulation measurement with ZNB3000

Compression point measurement with ZNB3000

Compression point measurement with ZNB3000

Precision in under 5 minutes – How to detect RF interference

Watch how Masha uses the R&S®FPH to track down unwanted RF signals fast and reliably in any environment.

Cutting-edge test solutions for Ku- and Ka-Bands

Discover new test methods for Ku- and Ka-Bands with a robotic arm simulating a realistic satellite flyby. Combined with the CMX500 it enables comprehensive testing, including advanced beamforming capabilities.

Portable Radiated Emissions Testing - Aaron Lutz

EMC Automation with Dual ESW EMI Receivers - Sean Lynch

Solid-state 18GHz, 300W amplifier - Phil Parente

EMC+SIPI debug challenge - Elizabeth McKenna

Introducing the new MXO 3 oscilloscope

Ready for an oscilloscope that blows the competition out of the water?

GaN EMC switching challenge

44 Ghz EMC Antennas