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 - Digital Trigger vs Tektronix MDO3

R&S®MXO 3 digital trgger, allows you to trigger reliable on the smallest signal detail compared to Tektronix MDO3

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 - 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

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 - 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 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 - 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

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 - 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 - 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 - 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

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 - 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 - 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 - 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 - Digital Trigger vs Keysight HD3

R&S®MXO 3 digital trgger, allows you to trigger reliable on the smallest signal detail compared to 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 - 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 - 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 - 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 - 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 - 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.

Two-tone intermodulation measurement with ZNB3000

Two-tone intermodulation measurement with ZNB3000

Compression point measurement with ZNB3000

Compression point measurement with ZNB3000

6G Vision – AI-native & Sustainable Communications

Update on IEC Conducted and Radiated Immunity Standards

Dynamic Characterization of Next-Generation Power Devices: Automation and Beyond

Test and Qualification philosophy of NewSpace systems

Panel Discussion on Potential 6G research topics and challenges.

Leading through Innovation: from Network Analyzers to Physical Security and Autonomous Vehicles

Measuring Multiphase Power Delivery for Next-Gen Data Centers

Unveiling the next wave of innovation in RAN for high performing network.

Connectivity to Full Vehicle Antenna Testing and Antenna Digital Twin Technique

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.

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

EMC+SIPI debug challenge - Elizabeth McKenna

EMC Automation with Dual ESW EMI Receivers - Sean Lynch

Portable Radiated Emissions Testing - Aaron Lutz

Introducing the new MXO 3 oscilloscope

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

GaN EMC switching challenge

Conducted emissions

44 Ghz EMC Antennas

ARDRONIS Effect

Discover the revolutionary drone protection solution for military operations. Discover ARDRONIS!

Precision in under 5 minutes – Tips and tricks with a VNA

Are your RF measurements reliable? Don't guess! This quick tutorial demonstrates how to use a VNA to ensure precise, dependable results for filters, antennas & more. Learn the importance of calibration in under 5 minutes.

Uncover the unkown

Get insights in the powerful counter drone solution for a more secure world. Discover ARDRONIS!

Webinar: Simulation and hardware testing for NTN systems

Join us to explore the technical challenges faced by 5G non-terrestrial communication networks (NTN) implemented with low earth orbiting (LEO) satellites.

Student partnership: Shell Eco-Marathon

Meet the change-makers of tomorrow from London Imperial College

#ThinkSix Tech Talk: Immersive experiences with XR

Join this tech talk to learn about extended reality (XR) and its potential to become the next major computing platform.

Explainer video: Exploring MIL-STD-461

In this video, we explore MIL-STD-461, the military standard for electromagnetic emissions, and how Rohde & Schwarz EMI test systems utilize advanced methods like the FFT time domain mode to enhance measurement speed and accuracy in EMI testing.

Precision in under 5 minutes: Tips and tricks on EMI debugging

In this episode of "Precision in Under 5 Minutes" Masha explores the world of electromagnetic interference (EMI) troubleshooting with the MX04 Oscilloscope and the FPH Handheld Spectrum Analyzer.

Explainer video: Automotive radar EOL calibration and alignment using the R&S®RadEsT

This video explains how the RadEsT target generator offers an accurate, space-efficient and more sophisticated alternative to mechanical reflectors for EOL automotive radar calibration and alignment

#ThinkSix Tech Talk: AI in wireless communications – Enhancing CSI feedback with ML

This Tech Talk is about using ML to enhance channel state information (CSI) feedback - the only two-sided pilot use case for AI/ML in 5G-Advanced.

Precision in under 5 minutes: LCR meter vs impedance analyzer

Explore the differences between an LCR meter and an impedance analyzer - two essential tools for precise electrical measurements.

#ThinkSix Tech Talk: AI in wireless communications – Neural receivers based on AI/ML

Join our experts as they review a recent milestone in our collaboration with NVIDIA Research on developing and testing neural receiver architectures.

Getting Started with the SMCV100B

Getting Started with the SMCV100B

Getting Started with the SMCV100B

This video provides an short introduction to how HD Radio receivers are tested using the Rohde & Schwarz SMCV100B vector signal generator

Getting Started with the SMCV100B

This video explains how to use a Rohde & Schwarz SMCV100B vector signal generator to create those test signals

Getting Started with the SMCV100B

FSWX signal and spectrum analyzer

Learn more about the FSWX, the first signal and spectrum analyzer with multichannel spectrum analysis, cross-correlation (x-correlation) and I/Q preselection.

FSWX in action

Watch the revolutionary signal and spectrum analyzer FSWX in action.

Tackling the challenges of NTN evolution on the path to 6G

Join us for a presentation uncovering the evolution of Non-Terrestrial Networks (NTN) and their crucial role in 6G technology, covering architecture, mobility challenges, and testing methodologies.

The future in space: Smarter, smaller and more cooperative satellites?

Advancing connectivity: Testing and technologies for electronically steered array (ESA) antennas in satellite and NTN integration

The role of software-defined radio in advancing space technology

Improving signal quality in satellite communication with antenna combining

Ensuring 5G NTN device performance

End-to-End evaluation of NTN connectivity: Breaking the Catch-22

E2E satellite link channel emulation

Regulatory framework for space communication and WRC-27 updates

R&S®QPS Server - making data actionable

Security screening operations are becoming increasingly data driven. Learn how the R&S®QPS Server can improve decision making and expedite security processes.