Videos

Passenger screening reimagined with walk-through security scanners

Frankfurt is the world’s first airport to regularly employ walk-through scanners for passenger security checks. Frankfurt Airport (FRA) is the world’s first airport to regularly employ walk-through millimeterwave scanners for passenger security checks. Following a roughly one-year test phase at Concourse A in Terminal 1, the German Federal Police have authorized the full-scale use of the Rohde & Schwarz

Getting Started with the SMCV100B

AM, FM and RDS Testing This video explains how to use a Rohde & Schwarz SMCV100B vector signal generator to create those test signals Analog audio broadcasts can be transmitted either as amplitude modulated (AM) or frequency modulated (FM) signals. In addition to the purely analog, audio-only signal, newer technologies such as the Radio Data System (RDS) and the Data Radio Channel (DARC). This video

在 GSMA MWC 2016 上展示服务质量实时监测

在 2016 年巴塞罗那 GSMA 世界移动大会上，罗德与施瓦茨子公司 SwissQual 展示了基于 Web 的实时服务质量监测软件 SmartMonitor。SmartMonitor 通过 QualiPoc Android 探头实时检索测试结果以及网络信息，实现了全网、不间断的自动化服务质量监测以及优化。SmartMonitor 洞察客户感知的网络质量。SmartMonitor 可以部署在客户的 IT 环境中，或者客户也可以使用罗德与施瓦茨/SwissQual 托管的云。 SwissQual, SmartMonitor, 基于 Web, 软件, 实时服务, 质量监测, QualiPoc, Android, 探头, 实时 在 2016 年巴塞罗那 GSMA 世界移动大会上，罗德与施瓦茨子公司 SwissQual 展示了基于 Web 的实时服务质量监测软件 SmartMonitor。

揭秘 5G——PAPR：生成置乱的有效载荷序列

在本视频中，我们将描述如何使用 LTE 标准生成乱位序列。 5G 候选波形（比如 FBMC、UFMC 及 GFDM）都基于 OFDM，并且都是纯粹的物理层概念，因此缺乏充分定义的加扰方法。这会导致峰均功率比 (PAPR) 因所用有效载荷数据（通常是伪噪声 (PN) 序列）而变化。在本视频中，我们将描述如何使用 LTE 标准生成乱位序列。 揭秘 5G 视频系列讨论了有关 5G 的主要话题，包括相关要求、时间线、潜在频率以及候选波形。 视频, 5G, 无线通信, OFDM 5G 候选波形（比如 FBMC、UFMC 及 GFDM）都基于 OFDM，并且都是纯粹的物理层概念，因此缺乏充分定义的加扰方法

畅谈 IoT – 唤醒信号 (WUS) 实现低功耗

在本视频中，我们将介绍 3GPP 第 15 版规范中规定的新唤醒信号 (WUS) 特性的相关原理，并将其与之前的节能功能作对比。 您是否想了解如何利用面向 NB-IoT 和 LTE-M 的最新节能功能管理牛群？在本视频中，我们将介绍 3GPP 第 15 版规范中规定的新唤醒信号 (WUS) 特性的相关原理，并将其与之前的节能功能作对比。 关注讨论物联网热门话题的罗德与施瓦茨“畅谈 IoT”视频系列。详细了解无线 IoT 技术、相关测试挑战以及实用测试解决方案。 IoT, 视频, 低功耗 畅谈 IoT – 唤醒信号 (WUS) 实现低功耗

How to qualify devices without accessible antenna ports according to RED and FCC

Presenters: Juergen Kausche Alexander Scholl Feng Xie Product Manager, Rohde & Schwarz Many IoT and connected devices rely on wireless technology, such as Wi-Fi. Their compact design often excludes an accessible antenna port, creating an additional test challenge when it comes to demonstrating compliance with RED or FCC regulations. Many IoT and connected devices rely on wireless technology, such as

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. At EuMW 2025, we presented the new FSWX signal & spectrum analyzer. The FSWX features a unique dual-input architecture that allows for the simultaneous measurement and analysis of two input signals, unlocking new testing

MUC++ Lightning Talk "Message-Based Software System"

The MUC++ Lightning Talk “Message-Based Software System” shows the importance of software at R&S, with C++ as the main language. Developers talk about challenges and rewards at R&S. With Florian Grandmontagne. The MUC++ Lightning Talk “Message-Based Software System” shows the importance of software at R&S, with C++ as the main language. Developers talk about challenges and rewards at R&S. With Florian

出类拔萃的波形捕获率，快速查找信号异常

R&S®RTO6 每秒可捕获 1 百万个波形 R&S®RTO6 示波器优化了信号处理，实现首屈一指的波形捕获率。R&S®RTO6 采用独特的架构，每秒能够采集、处理和显示 1 百万个波形。即使在使用直方图、模板或光标测量时，示波器也能实现高捕获率。 R&S®RTO6 示波器优化了信号处理，实现首屈一指的波形捕获率。R&S®RTO6 采用独特的架构，每秒能够采集、处理和显示 1 百万个波形。即使在使用直方图、模板或光标测量时，示波器也能实现高捕获率。 示波器, RTO 示波器, RTO6, 6 GHz 示波器, 示波器汽车电子, 示波器 EMI R&S®RTO6 示波器实现高达 1 百万波形/秒的一流波形捕获率。

触发和解码 SENT 总线的快速通道和慢速通道

以 R&S®RTO 为例了解如何解码 SENT，包括增强型串行消息。 以 R&S®RTO 为例了解如何解码 SENT，包括增强型串行消息。 RTO2000, 触发, 解码, 快速通道, 慢速通道, SENT 总线, 汽车电子 以 R&S®RTO 为例了解如何解码 SENT，包括增强型串行消息。

The European Protected Waveform (EPW) for secure, interoperable and flexible satellite communications

The EPW launched in January 202,3 focuses on agile, secure, affordable and interoperable satellite communications. In this session, Koen Willems discusses the EDF European Protected Waveform (EPW) program that launched in January 2023. The EPW focuses on agile, secure, affordable and interoperable satellite communications. The EPW needs to satisfy current and future requirements for military and secure

Network engineering and troubleshooting

With this demo we present our MNT solutions for UE and network engineering, troubleshooting and Open RAN testing. With this demo we present our MNT solutions for UE and network engineering, troubleshooting and Open RAN testing. Engineering activities are typically aimed at verifying the performance of technology features and services in the early network lifecycle phases, such as lab or field trials

Trigger and Decode on LIN Bus

MXO 4 - See the difference Quickly and reliably trigger and decode packets from your LIN bus using either the analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, change the bit rate or threshold voltage or display a decode table. Quickly and reliably trigger and decode packets from your LIN bus using either the analog or digital channels as serial bus inputs

Powerful spectrum and spectrogram. RTP - see the difference

Use the accuracy of the RTP for the analysis of wide-band RF signals Use the accuracy of the RTP for the analysis of wide-band RF signals. Learn from the example of a radar chirp signal: the fast spectrum analysis catches the signal moving accross the various frequencies. Additional tools such as the spectrogram illustrate the signal characteristic over time. 8 12 RTP, oscilloscope, scope, MSO, spectrum

Webinar: Are you ready for Wi-Fi 6E/7 testing? We are!

The demands for faster wireless access and lower latency are continuously increasing. To meet these demands and to drive new use cases, regulatory bodies around the world open up spectrum in the 6 GHz band for unlicensed use. This new spectrum allows the Wi-Fi 6 standard, IEEE 802.11ax, to unfold its full power. It will also pave the way for the successful deployment of the next evolutionary step: