Keysight Talks Standards: Fundamentals of PCIe® 6.0

Join Keysight principal program manager Rick Eads, member of the PCI-SIG® board of directors, as he discusses the latest PCIe® 6.0 developments and what you need to consider when evaluating your PCIe 6.0 designs.

How to Model Digital Beamforming

This webinar will examine the RF characterization of a Phased Array receiver, including statistical analyses and element failure analyses, active impedance, and modeling of a BFIC. We also include a Trade Study of a Phased Array where we optimize the selection of the PAs based on performance and cost showcasing channel impairment modeling capabilities in PathWave System Design.

Wi-Fi 7 Technology and Test

Join us for an exclusive webinar and delve into the latest on Wi-Fi 7. Our expert will explore the evolution of Wi-Fi, highlighting the advancements and new features that Wi-Fi 7 brings, along with the challenges it presents in testing and measurement.

How to Design a 5G & 6G mmWave Beamforming Systems

Hosted by Sangkyo Shin, learn the design process for 5G/6G mmWave beamforming systems and the key challenges of designing these systems, such as the high frequency of mmWave signals, the narrow beamwidth of mmWave antennas, and the need for high-speed signal processing. The lesson also discusses the different techniques that can be used to overcome these challenges.

From Lab to Fab: Boost IC Design with Digital Twins and EDA

As today’s designs become increasingly complex and design times shorten, achieving first-pass design success is more crucial than ever. Engineering graduates must be well-prepared for the job market. This webinar provides an overview of Keysight’s electronic design automation (EDA) tools, from the circuit and device level to the system level. You will also learn about Keysight's university programs, including the setup of coursework and labs at universities.

Validate Radar Perception Algorithms in the Lab

Automotive radar needs testing across sensor designs, bumper placements, and mounting variations to ensure accurate object detection for ADAS and AD systems. Keysight's Radar Scene Emulator validates this perception in a lab environment.

Getting Open RAN Up and Running

Kalyan Sundhar of Keysight talks with analyst Monica Paolini of Senza Fili about the transition to open RAN and how it changes the game for testing, monitoring and optimizing wireless networks change.

Ask the Experts High Density Precision SMU

Whether you are an experienced engineer seeking to optimize your testing processes or a newcomer aiming to understand the intricacies of high-density precision SMU testing, this webinar is designed to equip you with the knowledge needed to make informed decisions and achieve accurate results in your testing endeavors. Join us as we unravel the complexities, provide expert guidance, and answer your top questions in the realm of high-density precision SMU testing.

Phase Noise Theory and Measurement

The most common phase noise architectures are single-loop and double-loop and these will be explored in this webinar. We will cover the fundamental thoery of phase noise and several key solutions.

Mission Scenario Modeling for Aerospace Systems

Introduces the basics of mission scenario modeling, and how to use Keysight's PathWave SystemVue software to create mission scenarios for aerospace systems.

Using Electro-Thermal Simulation in Your Next IC Design

The importance of electro-thermal simulation in the design of integrated circuits (ICs). Electro-thermal simulation is a technique that combines electrical and thermal analysis to predict the performance and reliability of ICs. This webinar will cover the basics of electro-thermal simulation, as well as how to use Keysight’s PathWave Thermal Design software to perform electro-thermal simulations. The webinar will also discuss some of the challenges of electro-thermal simulation and how to overcome them.

Validating Time-Sensitive Networking in Automotive Ethernet Networks

Watch this webinar to understand the time sensitive networking ecosystem and learn validation techniques of time-sensitive networking (TSN) technologies in an IVN.

Revolutionize Spacecraft Power System Design with Hardware-in-the-Loop Testing

Discover in this webinar how the integration of digital twin technology and hardware in the loop simulation with Keysight's power supply technology can revolutionize your spacecraft projects.

Emerging Datacenter 1.6T bps Electro-Optic Validation at 224 Gbps

Emerging 102.4 Tbps switch applications demand efficient signaling, introducing game-changing advancements with rates up to 212 Gbps per lane. Overcoming electrical loss profiles is crucial. This review highlights the progress of 1.6T standardization, timing, and essential insights for navigating the evolving measurement frontier.

Vector Network Analyzers

An interview with Dr. Joel Dunsmore, a world-renowned scientist and author on the topic of vector network analyzers (VNAs). In the video, Dr. Dunsmore discusses the theory of VNAs, as well as practical tips for using them. He covers a wide range of topics, including the different types of VNAs, how they work, and how they can be used to characterize passive and active devices.

Introducing Keysight's New MXG Vector Signal Generator

Our new N5186A signal generator packs four sources and a reflectometer into a single chassis, and is built to produce consistent and repeatable results. Join us to learn how our new MXG vector signal generator simplifies your test setup and characterizes designs 20% faster.

Designing Power Integrity Power Distribution Networks

Expert Heidi Barnes gives an overview of the current design and test trends in power integrity, examines the complexity of power delivery networks, discusses the concepts of target impedance and the root cause of ringing on power rails, explains designs for flat impedance, and summarizes the overall power integrity workflow.

Best Practices for Optimizing Your EVM Measurement

Wireless technologies increase signal bandwidth and use higher-order modulation schemes in order to achieve faster data rates. An error vector magnitude (EVM) measurement provides powerful insight into the performance of digital communications transmitters and receivers. In this webinar, we explore the best practices for optimizing EVM measurements, and the different ways to characterize EVM.

Advanced Jitter Transfer Measurements for PLL Characterization

Rob Sleigh discusses measuring phase-locked loop (PLL) measurements and clock recovery, using PCIe Transmitter PLL as an example. Kalev Sepp discusses digital down-conversion solutions using real-time oscilloscopes.

Phased Array Digital Twin & Measurement Workflow Optimization

Learn about the challenges of efficiently designing phased arrays and mitigating the effects of inter-element coupling on the design.