Automated IEEE 1547.1 Test

Data sheet describing the challenges of testing to IEEE 1547.1-2020 and how Keysight's hardware and software help customers accelerate their time to compliance.

Python in ADS

Learn how to leverage Python within Keysight ADS to automate design workflows, customize user interfaces, manage simulations, and improve engineering productivity. This instructor-led course provides hands-on experience with Python scripting, virtual environments, database traversal, and automation techniques for workspace, schematic, layout, and simulation generation in ADS and xT-Pro.

Balancing Optical Design and Digital Correction with System-Level Image Simulation

This solution brief introduces ImSym, Keysight’s imaging system simulator, which enables simulation-driven development by modeling the complete imaging pipeline. It helps engineering teams evaluate image quality, analyze design trade-offs, and validate imaging system performance before physical hardware prototypes are built.

Speeding Up High-Volume Testing wth VSA-X

This solution brochure introduces Keysight VSA‑X, a high‑performance measurement analysis framework designed to accelerate DVT and manufacturing tests through concurrent execution, scalable deployments, and seamless workflow integration from R&D using trusted 89600 VSA measurement IP.

Characterizing CRPAs and Other Adaptive Antennas

This paper explores the challenges of reliably testing adaptive antennas and provides guidance on test requirements, selecting equipment, and conducting a test.

Fundamentals of GPS Threats

As we rely more and more on GNSS signals and data, undestanding and mitigating these threats will become critical.

It’s Halftime for 5G

We’re excited to share our latest annual 5G outlook report — offering the clarity and strategies you need to power new capabilities and unlock revenue opportunities.

GNSS Signal Spoofing

Evaluate the risks to safety- and liability-critical systems from spoofing at the RF level.

GNSS Jamming

This paper reviews the growing threat from GNSS signal jamming and sets out the methods for testing receivers.

M8091DJCA Receiver Conformance Test Application for IEEE 802.3dj

The M8091DJCA electrical receiver conformance test application is designed to assist and simplify the stressed signal calibration used for testing the inputs of IEEE P802.3dj/D2.0 for Chip-to-Chip (C2C) and Chip-to-Module (C2M), backplane (KR), and twinaxial copper cable (CR) electrical interfaces using a Keysight M8050A 120Gbd High-Performance BERT combined with a Keysight Infiniium UXR real-time oscilloscope.

M8091UACA Keysight Receiver Conformance Test Software for UALink 200G

The M8091UACA Keysight receiver conformance test software for UALink 200G enables accurate and repeatable receiver test procedures following the UA Link 200G (IEEE P802.3dj/D2.0) recommendations to ensure interoperability between datacom interfaces with a lane rate of 200 Gbps.

Signal and Spectrum Analyzers

Signal and spectrum analyzers help engineers analyze RF, microwave, and wireless signals for troubleshooting, design validation, performance characterization, and compliance—enabling faster, more confident decisions. Build practical RF signal analysis and measurement skills with Keysight courses.

Keysight RF Solutions for Precise Measurements

Discover how Keysight RF solutions help engineers measure, validate, and optimize RF performance with confidence. Featuring signal analyzers, vector network analyzers, FieldFox, signal sources, and RF software designed to accelerate innovation from design through validation.

Zoom in on Automotive Radar Perception

AD1021A Automotive Radar Perception Test System Flyer

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.

Accelerating Custom IC Development with SOS in Synopsys Custom Compiler

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

From Waveforms to AI: Simulating 6G Before It Exists

3GPP RAN1 is evaluating candidate waveforms, new duplexing schemes, and advanced channel coding proposals, which makes direct results comparisons difficult. Whether you’re a 3GPP delegate evaluating proposals, a researcher publishing on 6G PHY, or an engineer bridging simulation to hardware — this session shows what a standards-grade simulation platform makes possible.

Digital Twin for 5G Advanced/6G System Design & Validation

With 5G-Advanced and emerging 6G systems, system performance is increasingly governed by subtle interactions between RF hardware, antenna arrays, baseband algorithms, and dynamic propagation environments. In this webinar, we emphasize on high-fidelity modeling of RF impairments, phased arrays, and real-world channel characteristics.

5G Advanced / 6G Circuit & Module Design

This webinar provides you the knowledge to plan for the optimal deployment of RF & microwave EDA design methodologies for Advanced 5G & 6G that must include the fast-evolving capabilities of AI and to mitigate the scarcity of RF talents from retiring experienced RF engineers.

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.