Faster in-vehicle network data rates, driven by automotive connectivity applications and the development of higher levels of autonomous driving mean that ensuring signal integrity is becoming more challenging. At the same time, avoiding data corruption for safety-critical automotive features is increasingly important. In-depth testing to verify signal integrity and debug […]
Firma Rohde & Schwarz
Mission Critical 5G Network Testing (Webinar | Online)
Join us for a webinar on the critical aspects of testing mission critical (MC) 5G networks. We will address the unique challenges and requirements necessary to ensure the reliability, security and performance of these networks. We will also showcase a wide variety of emulation scenarios that are crucial for developing […]
Optimized production testing of next-generation automotive radar sensors (Webinar | Online)
Realization of higher levels of autonomous driving and ADAS is driving up the complexity of automotive radars with higher bandwidth, MIMO and imaging capabilities. At the same time, radar sensor suppliers face pressure to reduce production testing cost, cycle time and down time whilst increasing automation and addressing the needs […]
Enabling the next level of autonomous driving with advanced object generation (Webinar | Online)
As the automotive industry pushes towards higher levels of Autonomous Driving, radar technology is constantly evoloving, with increased bandwidth and resolution as well as more complex modulation and signal processing. Test technology is evolving in parallel to allow the entire automotive radar ecosystem from chiset vendors and module suppliers to […]
How to ensure LTE and 5G automotive voice quality (Webinar | Online)
A seamless 5G voice experience inside vehicles is something we all expect but how do car manufacturers ensure their customers experience optimum voice quality for applications such voice calling and eCall? Accurate testing of chipsets, modules and at vehicle level of all the various automotive voice scenarios is the answer, […]
Development of cognitive EW datasets (Webinar | Online)
In this webinar, The MathWorks and Rohde & Schwarz will review the challenges that mode-agile RADAR and EW threat emitters pose to traditional static threat library implementations in RADAR and EW systems, and assess the architecture of cognitive Artificial Intelligence (AI) and Machine Learning (ML) systems that can be used […]
Radar electronic counter measures fundamentals and testing (Webinar | Online)
This webinar provides you with an insight into the fundamentals and latest developments in electronic counter measures, and the underlying technologies and concepts. It also explores aspects of how generated jamming signals can be validated using general purpose test equipment in the frequency and the time domain. Waveforms for low […]
An introduction to 10BASE-T1S and its test challenges (Webinar | Online)
As the automotive industry looks to extend the role of Ethernet in vehicles, 10BASE-T1S is an emerging standard that offers high-speed, robust, low cost and power efficient communications. This webinar analyses the standard, identifies the associated test challenges and offers a robust test solution to ensure standards compliance. In this […]
Optimize electric drivetrain efficiency using power analyzers and oscilloscopes (Webinar | Online)
Power efficiency has a critical influence on an electrical vehicle’s range, weight and performance. Therefore, optimizing electric drivetrain efficiency is very important for the automotive industry to realize its vision for EVs to become accepted in the mass-market. Developers must minimize switching losses and with proper design of inverter/converter electronics […]
Signal and power integrity in aerospace and defense applications (Webinar | Online)
State of the art satellites, radars or avionics systems need to meet demanding performance requirements in the RF domain. During the design phase, careful attention must be paid to the layout of digital components, as well as to power management to create a system that is both efficient and resilient. […]