12-Oct-2022 | Press Releases | Test & measurement

Cubtek Inc. is using network analyzers from Rohde & Schwarz in the development of 4D imaging radar for RF measurement of the E-band. Rohde & Schwarz oscilloscopes and their independently developed, application-specific integrated circuits (ASIC) provide the best measurement tools for automotive radar research and development.

The new R&S FE110ST/SR TX/RX frontends extend the frequency range of Rohde & Schwarz signal sources such as the R&S SMW200A vector signal generator and signal analysis instruments such as the R&S RTP oscilloscope to cover the W band from 70 GHz to 110 GHz. They complement the company’s portfolio of easy-to-mount frontends.

R&S®Forum for Instrument Remote Control

28-Jun-2018 | AN-No. 1MA196

Test and measurement solutions for medical and health applications - Brochure

Discover Rohde & Schwarz solutions for automotive Ethernet testing: world's first compliance test solution for 1000BASE-T1.

This webinar is intended for engineers working on high-speed digital interface designs and testing.

EMI Debugging with the R&S RTO and R&S RTE Oscilloscopes

25-Jun-2014 | AN-No. 1TD05

Buy more - Save more | Customize your oscilloscope configuration and save big - Flyer Brochures and Data Sheets Flyer

RF signal analysis with Rohde & Schwarz spectrum analyzers and oscilloscopes - Application Brochure

Visit us at the EuMW. We look forward to welcoming you at our Rohde & Schwarz booth.

This webinar is intended for engineers who work on high-speed digital design and test

R&S®VISA is a standardized software library that allows fast communications over diverse interfaces with a wide variety of T&M instruments that are detected on the network from PC applications.

26-May-2020 | AN-No. 1DC02

As DisplayPort evolves to support ultra-high resolutions and increased data rates, robust compliance testing is essential to ensure interoperability across devices and interconnects. This application note provides a structured overview of physical-layer testing for DisplayPort source transmitters and passive cables, aligned with VESA CTS v2.1. The note covers key test procedures using Rohde & Schwarz solutions, including oscilloscope-based measurement at standardized test points, automated test execution with ScopeSuite, and signal integrity debug via equalization and jitter decomposition. It further details cable characterization using mixed-mode S-parameter analysis on a Vector Network Analyzer (VNA), with support for simulated eye diagrams and TDR-based impedance diagnostics. Practical setup examples and product references are provided to help engineers perform repeatable, standards-compliant DisplayPort PHY validation.

16-Jul-2025 | AN-No. 1SL418

MIPI D-PHY is a low-power, cost-effective physical layer interface, essential in mobile devices and advanced technology systems. It's a high-speed, source-synchronous interface used in smartphone cameras, smartwatch displays, drones, in-car entertainment, automobile cameras, and radar sensors. This application note explores MIPI D-PHY's features, functionality, and testing practices for device compliance, addressing common issues. It highlights Rohde & Schwarz's equipment for ensuring compatibility and solving issues with MIPI D-PHY, aligned with MIPI D-PHY specification version 2.5.Developed by the MIPI Alliance, D-PHY connects cameras and displays to a host processor via CSI-2 or DSI protocols. It features a master-slave, asymmetrical design for reduced link complexity. Key aspects include a unidirectional clock, optional data signal directions, different data rates for half-duplex operation, point-to-point communication, and high-speed (HS) and low-power (LP) modes for data transfer and battery preservation. In HS mode, D-PHY uses differential signaling with specific impedance, while in LP mode, it operates in a single-ended manner with high impedance termination.The application note from Rohde & Schwarz provides insights into characterizing and debugging MIPI D-PHY, offering conformance verification with MIPI Alliance standards and protocol decoding options.

31-Jan-2024 | AN-No. 1SL410

Generating models with a VNA and using these on an oscilloscope via the deembedding

23-May-2023 | AN-No. 1SL393

This app note provides an introduction into the various jitter components and elucidates the commonly available jitter separation frameworks.

08-Dec-2021 | AN-No. 1SL375

Testing the world’s first quantum error correction stack

Unlock the future of 6G with R&S Sub-Terahertz tech. Explore advanced solutions like the R&S®SFI100A for superior sub-THz communication & research.

Radar signal quality for the automotive industry: discover radar quality analysis test solutions for high-frequency radar signals from Rohde & Schwarz.

The R&S®RTx-K50 option expands the addressable range of interface standards by adding decoding capability for standardized and proprietary Manchester or NRZ coded buses.

19-Oct-2020

This paper explains how to use the Rohde & Schwarz IVI.NET instrument drivers in a Visual Studio environment.

31-May-2016 | AN-No. 1MA268

Characterize radar warning receivers with advanced triggerbased multichannel pulse analysis, using the R&S®VSE-K6A and a Rohde & Schwarz oscilloscope.

02-Mar-2021

The R&S®VSE is a powerful tool for comprehensive analysis of a variety of signals, providing full support to the Rohde & Schwarz oscilloscope advanced trigger system.

03-Feb-2021

The solution: R&S®RTP oscilloscope has a customized frontend ASIC and real-time processing hardware that enables high-class signal integrity and a fast acquisition rate. ScopeSuite test automation software simplifies the complex challenges associated with testing for HDMI 2.1 (TMDS) and HDMI 1.4 for pre-compliance.

The R&S CMW500 provides an easy-to-configure and reliable solution for IP application testing. More information.

Ensure the correct operation of automotive radar sensors in safety-critical applications with our solutions for automotive radar compliance testing.

Selecting your next oscilloscope: Why fast update rate matters - White Paper Brochures and Data Sheets White Paper

Selecting your next oscilloscope: Why digital triggering matters - White Paper Brochures and Data Sheets White Paper

Selecting your next oscilloscope: Why deep memory matters - White Paper Brochures and Data Sheets White Paper

Signal model based approach to joint jitter and noise decomposition - First published at DesignCon 2020 - White Paper