Journey to Level 5 Agentic Solutions for RF Design

This presentation outlines the evolution toward Level 5 agentic solutions for RF design, showing how Keysight software enables more autonomous, intelligent workflows. It highlights the shift to agentic systems that reason, learn, and optimize across the RF lifecycle, helping organizations scale domain knowledge and gain lasting competitive advantage.

Simplify 5G Testing

Join us to learn how the custom, state-of-the-art, chip technology behind our powerful new signal generator will help you continue to innovate in wireless communications and greatly simplify your 5G testing.

The Importance of RF Simulation

In this episode of Keysight University Live from the Lab, Matt Ozalas exposes the growing need for highly accurate design simulation tools. Traditional methods make modern technologies like 5G difficult or impossible to test, so simulations play a large part of today's high-tech workflows.

OpenTAP and Open Source Test Automation

Jeff Dralla, Keysight OpenTAP expert, shares his experience on how test and measurement companies are moving away from proprietary in-house test automation tools.

Generating AMI Models for SerDes Designs

The AMI (Algorithmic Modeling Interface) has become the industry standard for modeling and simulating SerDes transmitter and receiver behaviors. In this webinar, we demonstrate an easy-to-use workflow using PathWave ADS. Learn the basics of AMI, how to generate AMI models with a wizard-driven AMI Model Builder,and how to use AMI Models in a channel simulation.

Design Simulation and Validation Challenges of a Scalable 2000 Amp Core Power Rail

Massive processors for big data, AI, and 100+ Gigabit communications are already reaching 2000 Amps on their core power rails. This presentation will discuss critical aspects of designing, simulating, and measuring high-current power rails and assessing available topologies to balance performance and cost trade-offs.

Re-imagining RF Design Using ADS Python APIs & AI / ML

This paper explores how Python APIs in Keysight EDA can transform your workflows, for efficient measurements, design, enterprise, and AI applications, including Machine Learning. Learn from Keysight customers and industry researchers as they share their successes in application vignettes that will inspire new possibilities for your RF design workflows.

Network Analyzer Phase Noise Measurements

See how the new DDS source on the PNA/PNA-X and the phase noise measurement application can help you make faster, better measurements.

PhasedArray2022

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.

SOS for Visual Studio Code Webinar

Webinar about SOS for Visual Studio code

Optimizing UCIe Implementations in Multi-Die High-Speed Digital Designs

High-speed I/O standards evolve, exemplified by Chiplet's UCIe, meeting demands for speed, efficiency, and low power. UCIe fosters modular design, cutting complexity and costs. The presentation delves into UCIe's basics, crafting an electrical simulation model for D2D PHY IP, and demonstrates Keysight Chiplet PHY Designer's efficacy in simulating D2D link performance, showcasing UCIe's advantages.

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.

Accelerating Custom IC Development with SOS in Cadence Virtuoso

Webinar to discover how Keysight SOS integrates directly within Cadence Virtuoso, enabling native version control, IP governance, and collaborative design workflows without disrupting analog and mixed signal development.

Designing a Robust Workflow for Signal Integrity

This webinar introduces a robust PCB design workflow that facilitates efficient signal integrity analysis and troubleshooting. Dr. Tim Wang Lee shares his insights into the mechanisms that affect signal integrity and provides practical tips for evaluating link designs and troubleshooting issues.

Debug Designs with the New HD3 Oscilloscope

With a new custom ASIC and a 14-bit ADC, the HD3 oscilloscope provides 4x the vertical resolution and 1/2 the noise floor of other general-purpose oscilloscopes. Learn how the custom chip technology behind the HD3 will help you debug in consumer electronics, power supply testing, and automotive.

The Evolution of Device Security

Learn how about the past, present and future of Device Security, as well as its role in the overall information security industry.

Getting Open RAN Up and Running

Keysight's Kalyan Sundhar and Senza Fili analyst Monica Paolini discuss how operators can unlock the full potential of Open RAN in commercial networks. This webinar covers interoperability testing, performance optimization, RIC and SMO integration, virtualization, cloudification, energy efficiency, and Keysight's role in the open RAN ecosystem.

Non Invasive Testing with UI Automation

UI automation allows testers to rigorously test applications in a non-invasive manner, a key requirement when working with sensitive — and often top secret — systems. Tune in as our resident expert, Lindsey Rominsky, demonstrates the transformative power of UI automation. She brings her unique experience as an Eggplant user of 6 years to the conversation to show how teams can get started with UI automation.

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 theory of phase noise and several key solutions.

Radio Spectrum Essentials

Get an overview of the history of spectrum allocations and learn about the role of the 3GPP and the difference between specifications, standards, and policies.