Analyzing automotive radar signals with an oscilloscope - eGuide - Miscellaneous

This application note provides an introduction to the DDR memory technology and explains common challenges, related to the specific nature of DDR data, command and control buses.

30-Oct-2020 | AN-No. GFM340

To allow optimization early on in the R&D lab, Rohde & Schwarz provides a free tool to simplify conducted emissions debugging using oscilloscopes.

27-Sep-2021 | AN-No. 1SL372

Rohde & Schwarz offers testing solutions for automotive domain controllers and high-performance ECUs, ensuring seamless communications in the vehicle.

The Rohde & Schwarz DisplayPort 2.1 (HBRx) transmitter (TX) test solution is VESA approved and reliably tests devices for compliance.

Oscilloscope, RTP High-performance oscilloscope, Automotive Radar, Pulse Analysis, Demodulation, Mixer, Downconversion Demodulate radar pulses with built-in oscilloscope functions.

Oscilloscope, RTP High-performance oscilloscope, Automotive Radar, Pulse Analysis, Deembedding, Mixer, Downconversion Deembed mixers and other setup components in realtime.

Oscilloscope, RTP High-performance oscilloscope, Automotive Radar, Pulse Analysis, MIMO, phase-coherant, Mixer, Downconversion Perform phase-coherent measurements on multiple antenna signals.

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

Duration: 1 hour Language: EN

Learn about DisplayPort transmitter testing with Rohde & Schwarz.

By using the R&S®RTP oscilloscope instead of a traditional vector network analyzer (VNA), this solution enables wideband modulation characterization of RF frontends across varying impedances. This new test setup is ideal for verifying power amplifier performance when connected to an antenna, which typically shows a dispersive impedance.

A wide range of Signal Integrity solutions from Rohde & Schwarz ► Get more information!

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

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

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

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

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

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

Testing the world’s first quantum error correction stack

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

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

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

Signal integrity verification and compliance test - Application Brochure

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

This document provides the technical specifications of the R&S®RT-ZFxx oscilloscope test fixtures.

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

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

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

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