Implementing the Cyber Resilience Act

A practical guide to Cyber Resilience Act compliance, covering secure-by-design engineering, SBOM workflows, vulnerability handling, and certification pathways.

The Essential Guide to Semiconductor Design, Characterization, and Test

This eBook explains how measurement-driven workflows connect semiconductor design, characterization, wafer-level test, packaging, and final validation. It helps engineers understand lifecycle dependencies, reduce late-stage risk, and build confidence through better modeling, testing, and validation decisions.

Integrating a GNSS Receiver

Learn how to build a test plan for designers and developers of GNSS-dependent products.

Testing Wi-Fi for High-Performance Use Cases

Learn how to achieve the caliber of testing required to ensure Wi-Fi networks and devices are performant and reliable enough for tomorrow's wireless world.

PNT Field Testing Moves Into the Lab

This eBook explores how GNSS signal decomposition is transforming PNT testing by bringing real-world field conditions into the lab. Learn how SimXTRACT enables realistic, repeatable testing, accelerates development, reduces troubleshooting costs, and improves GNSS receiver performance throughout the product lifecycle.

How to Choose a GNSS Simulator

The quality, accuracy, and reliability of signals produced by GNSS simulation systems varies significantly. So, we ran several illustrative tests.

How to Design and Test a Phased Array Antenna

This comprehensive guide offers a holistic overview of phased array antenna technology and the development workflow. Discover the fundamental principles behind phased array antenna design and test, including measurement techniques and calibration. Gain insights into cutting-edge simulation tools, practical design considerations, and test methodologies.

Next-Generation Wireless: A Guide to the Fundamentals of 6G

This 6G eBook breaks down the new technologies and use cases for the evolution of wireless communication technology and gives you everything you need to build a foundation of 6G knowledge.

MIMO Technology: An Introduction

This eBook will address various antenna techniques and ways to evaluate the performance of a MIMO system. We will cover the differences between SISO, SIMO, MISO, and MIMO and how they can be used to create spatial diversity. Additionally, we will spend some time explaining what makes a MIMO channel perform well and how to adjust a poorly functioning system for better performance.

Learn the Fundamentals of Noise Figure Measurement

Learn how noise figure affects receiver sensitivity, signal-to-noise ratio (SNR), and low-level signal performance. This eBook explains noise sources, cascade effects, Y-factor and cold-source measurement methods, and practical techniques for improving repeatability and reducing measurement uncertainty.

How to Create a Realistic Test Environment in the Lab

Get guidelines for ensuring your GNSS simulation and equipment creates the most realistic test environment possible.

6G Research and Innovation: From 0 to PHY and Beyond

6G will be an evolution of 5G, enhancing the most successful 5G technologies and complementing them with new developments like sensing and AI/ML. 6G will work to resolve 5G pain points, while supporting cost-effective implementation and roll out.

Four Secrets to Mastering Millimeter-Wave Communications Circuit Design

Keysight has seen dramatic changes in mobile network devices and infrastructure design, development, and deployment in the transition from 4G to 5G. One substantial challenge affecting circuit design is frequencies extending into the 70 GHz millimeter-wave (mmWave) band. High millimeter-wave frequencies and the drive towards miniaturization directly impact the design of the circuits and systems.

Unlocking The Potential of Non-Terrestrial Networks with 6G Technologies

Explore how 6G technologies unlock the full potential of non-terrestrial networks (NTNs). This eBook examines the evolution of NTN from 5G to 6G, key market drivers, enabling technologies, and validation strategies shaping terrestrial–satellite connectivity toward IMT-2030 goals.

Signal Integrity Characterization Techniques

Signal Integrity Characterization Techniques addresses the gap between the traditional digital and microwave measurement technologies while focusing on a practical and intuitive understanding of signal integrity effects within the data channel. High-speed interconnects such as connectors, PCB’s, cables IC packages and backplanes are critical elements of differential channels that must now be optimized using today’s most powerful analysis and characterization tools. Both measurements and simulation must be done on the device under test and must yield data that correlates with each other. Most of this book concentrates on real-world application of signal integrity measurements…from backplane design challenges to advanced error correction techniques to jitter measurement tools. The authors’ approach wisely address many of today’s high-speed technologies, provides excellent insight into its future direction and will teach the reader valuable lessons pertaining to the signal integrity industry.

Fundamentals of Sensor Measurements Using a DMM

The use of sensors continues to grow as we build intelligence into our devices and such devices play an essential role in our daily lives. For example, sensors are now being used to monitor vital health markers in medical patients, prevent car accidents, test the quality of our food, help automate our factories, and more. There are hundreds of types of sensors in the market, and you need to choose the right digital multimeter (DMM) that enables you to design accurate and robust products. In this Ebook, you will learn: • Learn more about the types of sensors that are available • Gain insights into the critical parameters of a sensor • Learn to choose the right benchtop multimeter for sensor testing and characterization • Discover methods for characterizing and troubleshooting a sensor using a multimeter.

A Practical Guide to Locate and Mitigate Interference

Signal hunting grows increasingly complex in today’s crowded RF spectrum environment. Here are the most common problems encountered as well as information on detecting, identifying, locating, and mitigating these problem signals.

The Definitive Guide to Non-Terrestrial Networks

Understand satellite fundamentals, standards, trade-offs, and innovations shaping the non-terrestrial network landscape.

5G-Advanced Core

5G-Advanced raises the stakes for consistent, measurable performance and governance, making test and assurance central to delivering on its full promise.

Engineering for Advanced Radar and Electromagnetic Spectrum Operations

The nations and their forces are progressing toward a new era of modernization. These technological advancements leave no stone unturned for the dominance of the electromagnetic spectrum. The use of EM spectrum across all domain’s targets EM energy for detection, denial, and deception – either to protect or to destruct. This book is an attempt to highlight the advancements, the challenges, and innovative test and measurement solutions.