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Describes all instrument functions and remote control commands, as well as measurement and programming examples.

English - 2026年4月14日

With continuously increasing data rates, signal integrity in high speed digital designs becomes more and more demanding

English - 2022年7月8日

Provides information on security issues when working with R&S®ZNB3000 in secure areas.

English - 2025年12月1日

Describes the health and utilization monitoring service (HUMS).

English - 2025年9月5日

For measurements of non-connectorized devices, test fixtures, probes or other structures are used to adapt from the coaxial interface of the test setup to the device under test (DUT). For accurate measurements of the DUT, these lead-ins and lead-outs need to be characterized, so that their effects can be mathematically removed, i.e. de-embedded from the measurement results.This application note provides practical hints to accurately characterize and de-embed these lead-in and lead-out structures with R&S Vector Network Analyzers ZNA, ZNB, ZNBT and ZND. As de-embedding is also essential in other test equipment like oscilloscopes, etc., this guide also describes, how lead-ins and lead-outs can be accurately characterized with a VNA and then exported as an S-Parameter file to be used by other test instruments.

English - 2022年9月19日

English - 2025年7月23日

With continuously increasing data rates, signal inte grity aspects of high-speed digital designs and the components used become more and more challenging. Particularly at higher data rates, vector network analyzers (VNA) are increasingly replacing traditional time domain reflectometry (TDR) setups for testing passive components such as connectors, cables and PCBs. Users benefit from the higher accuracy, speed and ESD robustness of the VNA, making the VNA the instrument of choice in this field.

English - 2016年9月20日

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.

English - 2025年7月16日

Over the past few years, electronics developers have developed a variety of approaches to avoid interference on high-speed signals on printed circuit boards. However, with increasing complexity and frequency, PCBs set new limits, supporting frequencies of 40 GHz and higher. Driven by the fast growing 5G market, today’s digital systems operate in these high frequency ranges that come with completely new challenges. With slope steepness’s of just a few picoseconds, any discontinuity in the impedance and impairment of the inductance or capacitance on the PCB or back drill defects on the PCB can have a massive impact on the signal quality. The industry recognizes that there is a growing need for functional high-speed testing of PCBs. The MicroCraft® E2V6151 series combined with an R&S®ZNB vector signal analyzer delivers a fully automated solution.

English - 2020年3月25日

Provides the information required to prepare the instrument for use and start working.

English - 2026年4月14日

The R&S®ZNB vector network analyzer simplifies instrument configuration and calibration using the mixer measurement wizard and SMARTerCal.

English - 2013年10月1日

Filter tuning has never been easier and faster. SynMatrix advanced computer-aided tuning enables real time filter optimization in an easy guided process using the R&S®ZNB, R&S®ZND and R&S®ZNL vector network analyzer from Rohde & Schwarz. The SynMatrix solution provides a feature-rich GUI for R&D and lab use, as well as a simplified version for production applications.

English - 2024年5月2日

CST® Filter Designer 3D, which is part of the CST Studio Suite® simulation software from Dassault Systèmes, is a complete synthesis tool for filters and diplexers. It provides a range of solutions throughout the design process of coupled resonator filters and even beyond with its VNA based tuning capability. CST Filter Designer 3D assists in tuning filter hardware, significantly reducing the time for optimizing a device to meet the expected specifications. An attractive instrument to obtain fast data reading for realtime filter tuning is the R&S®ZNB vector network analyzer from Rohde & Schwarz.

English - 2019年11月27日

The R&S®ZNB vector network analyzer is easy to configure and calibrate using the built-in intermodulation wizard.

English - 2013年12月19日

Ensures compliance of IEEE 802.3bj/by/cd/ck/df/dj cables with fast automation and easy testing

English - 2025年10月5日

English - 2026年4月15日

Simplified Chinese - 2025年7月23日

Simplified Chinese - 2026年4月15日

The purpose of this document is to provide step-by-step guidance on how to perform VESA compliance testing on a DisplayPort UHBR Transmitter device for Return Loss.Throughout this Method of Implementation (MOI), procedures will detail how to perform such VESA compliance testing using the R&S® ZNB3000 lineup of Network Analyzers.

English - 2026年6月11日

The purpose of this document is to provide step-by-step guidance on how to perform VESA compliance testing on a DisplayPort UHBR Receiver device for Return Loss.Throughout this Method of Implementation (MOI), procedures will detail how to perform such VESA compliance testing using the R&S® ZNB3000 lineup of Network Analyzers.

English - 2026年6月11日

The R&S®ZNB vector network analyzer together with the R&S®HF907 double-ridged waveguide horn antenna provides fast and accurate TD SVSWR measurements in line with ANSI C63.25.

English - 2018年8月6日