Videos

Optimize electric drivetrain efficiency using power analyzers and oscilloscopes

Join this webinar for an insight into characterizing electric drivetrain power efficiency, debugging losses and inefficiencies of components and more.

How to overcome testing challenges in WBG applications?

This presentation will discuss current and new approaches to isolate your measurement equipment and in addition will give you a deeper view how to know how much isolation of the measurement equipment is really needed?

Accelerating antenna pattern analysis and simulation with MATLAB

Accelerating antenna pattern analysis and simulation with MATLAB Giorgia Zucchelli, Product Manager for RF and MIXED-SIGNAL, Mathworks Characterizing and measuring antennas and antenna arrays can be a time-consuming and error-prone task, particularly when working with highly programmable phased array systems. In this presentation, discover how MATLAB can streamline the antenna characterization, including

USB 3.2 一致性测试

注册以观看网络研讨会，详细了解使用罗德与施瓦茨示波器进行 USB 3.2 一致性测试。

Power Saving Techniques for User Equipment in 5G Releases 16/17

Power Saving Techniques for User Equipment in 5G Releases 16/17 This webinar focuses on user equipment (UE) power saving techniques introduced by 3GPP Releases 16 and 17 and how to measure the battery lifetime of 5G devices. Since the beginning of mobile communication, UE power consumption has been a key performance indicator (KPI). UE power consumption converts directly to battery lifetime, which

Reinforce a seamless UWB experience

Get an update on the UWB technology and discover the FiRa physical layer conformance tool (PCTT) from Rohde & Schwarz.

ATC 定位系统组件

详细了解 ATC 测向机的外观及其符合的要求。 即时可靠地确定呼叫飞机的位置。CERTIUM® LOCATE 提升态势感知，确保安全识别呼号。ATC 测向机确定呼叫飞机的方向，并在空中交通管制员的雷达屏幕上显示这一有用信息。 多个测向机能够覆盖大范围区域，甚至可以提供地理定位信息。特别是在高空区域管制中，雷达屏幕上显示准确的地理定位信息，支持空中交通管制员快速安全地确定呼叫飞机的位置。 ATC 测向机, 要求 详细了解 ATC 测向机的外观及其符合的要求。

Webinar: Understanding Wi-Fi 8: Unmatched reliability, efficiency and speed

Discover Wi-Fi 8: the next generation of wireless technology elevates user experience with significant enhancements in reliability, efficiency and speed.

GaN EMC switching challenge

Chris Ball GaN EMC switching challenge Chris, Ball, GaN, EMC, switching, challenge GaN EMC switching challenge

ATC 定位系统

CERTIUM® LOCATE 交钥匙解决方案可用于定位呼叫飞机。解决方案能够即时可靠地在雷达屏幕上确定飞机位置，从而提升态势感知。 CERTIUM® LOCATE 是紧凑、可防风雨的全集成式测向机，可用于室外设施。测向机集成温度控制、IP 路由器、电源和 GPS 天线。 系统配有窄带或宽带测向天线以及室外不间断电源 (UPS) 和障碍灯等其他附件，天线杆顶端集成雷电防护装置。系统设计紧凑，所有组件安装在天线杆上，无需使用专用盖板，减小尺寸并降低成本。 CERTIUM® LOCATE, 定位呼叫飞机, 飞机识别 CERTIUM® LOCATE 交钥匙解决方案可用于定位呼叫飞机。解决方案能够即时可靠地在雷达屏幕上确定飞机位置，从而提升态势感知。

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

Join Rohde & Schwarz expert Andreas Oeldemann as he continues his discussion of AI in wireless communications. The first episode of this series provided an overview of artificial intelligence (AI) and machine learning (ML) in today’s wireless communications landscape , with a focus on pilot use cases in 5G-Advanced. This second installment is all about using ML to enhance channel state information

#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.

#ThinkSix TechTalk: Immersive experiences with XR

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

#ThinkSix Tech Talk: Exploring the role of AI in wireless communications

Learn about the transformative role of artificial intelligence (AI) and machine learning (ML) in shaping the next generation of wireless communication.

#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. In this TechTalk Rohde & Schwarz expert Andreas Oeldemann is back to discuss the role of artificial intelligence (AI) and machine learning (ML) in shaping the next generation of wireless communications. This is his third time talking about AI in wireless