Keysight ADS 2025 for RF and Microwave Circuit Design

In-depth webinar about the highlights of the latest release of our RF and Microwave Circuit Design electronic design automation (EDA) software suites!

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.

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.

Keysight ADS 2025 for High-speed Digital Design 

In-depth webinar about the highlights of the latest release of our High-speed Digital Design electronic design automation (EDA) software suites.

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.

Noise Figure Measurement Comparison

Dr. Joel Dunsmore's tackles the challenge of choosing the right instrument for Noise Figure measurements. It compares Network Analyzer, Signal Analyzer, and Noise Figure Analyzer, aiming to clarify their applications through lab demonstrations.

Overcoming PAM4 Design & Test Challenges in PCIe6

Learn how PCIE 6 enables next-gen data transfer for data centers, powering AI/ML and cloud computing applications.

Device Modeling and Characterization

Webinar about the highlights of the latest release of our Device Modeling and Characterization electronic design automation (EDA) software suites.

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.

MBSE_webinar_2022

A key to achieving faster, lower cost development is a Model-based Systems Engineering (MBSE) approach, integrating data through models and predicting performance through ‘digital twin’ architectures. In this session we will discuss how Keysight’s PathWave System Design software connects to and enables your MBSE flow. It also covers how critical it is to link simulation and measurements to achieve these goals.

O-RAN Radio Unit Conformance Testing

Murthy Upmaka and Edwin Yeung discuss the challenges of conducting O-RAN radio unit (RU) conformance testing. It covers topics such as the open fronthaul architecture, the need for unit testing in isolation, and the use of Keysight's O-RAN RU conformance test solution.

Noise Figure Measurements on Frequency Converters

Watch this noise figure measurement demo on converters with an embedded LO and mixers with an external LO.

Analyzing Memory Bus to Meet with DDR Specifications

Focuses on memory bus analysis, exploring its impact on DDR performance, utilizing Keysight's PathWave System Design software for analysis, and optimizing memory bus design to meet DDR specifications.

Essential Test Challenges You Need to Understand for LPO

This presentation emphasizes the critical role of the fabrication process in determining signal integrity in printed circuit board design. It highlights the importance of factoring in as-fabricated material properties for optimal simulation outcomes, providing valuable insights for hardware and signal integrity engineers, both novices and experts.

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.

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.

1.6T is the Future of Ethernet. Are You Ready?

As data center traffic surges, higher capacities like 400G and 800G may soon fall short. Advancements in Ethernet standards demand staying ahead. The imminent 1.6T era requires readiness. Industry experts will delve into new Ethernet trends, anticipations for 1.6T, associated challenges, and the pioneering 1.6T test solution.

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.

Eliminate FEC Frame Loss in 400GE Optical Links and Components

Learn how to design and validate FEC-aware 400G systems and components, as well as how to measure and debug FEC errors and unacceptable BER and FLR limits.