Conducted EMI Simulations Made Easy

A review of conducted EMI basics, standards, how to setup and run a conducted EMI simulation, and why EMI simulations should use Harmonic Balance to get fast time domain results.

Optimize Speed and Improve Accuracy With Your Digital Multimeter

Test accuracy is a valuable asset as it can help improve your product quality and performance.

Speed Up High-Volume Testing

Learn how PathWave Measurement software speeds up high-volume testing, allowing developers to include the features needed on state-of-the-art signal analysis software.

Modeling Radar Coverage Maps

Learn a new coverage map methodology that includes RF circuit design and signal processing effects.

Understanding Regulatory Testing for Wi-Fi 6E Devices

IoT wireless devices use unlicensed spectrum for connectivity.

How to Design 5G and 6G mmWave Beamforming Systems

Learn how to effectively control, optimize, and analyze beams with a real-world example for mmWave beamforming modeling and simulation.

Introduction to Oscilloscopes

This fast-moving course will make you an oscilloscope expert in just 20 minutes.

3GPP gNB Conformance Testing

An overview of 3GPP gNB conformance testing, its challenges, and new gNB Test Solutions to ensure base stations can deliver on 5G NR promises.

Multimeter Tips You Probably Shouldn't Try

Learn two unusual uses for a digital multimeter (DMM). The techniques DMMs use to measure electrical parameters can be exploited if you find yourself in a tough testing situation.

Optimizing High-Speed Interfaces & Conducted EMI Made Easy

Delve into the world of high-speed digital design.

IoT Bench Testing: Serial Bus & Battery Life

Dig into the wide range of tests IoT device designers need to consider, like serial bus testing with an oscilloscope and battery life characterization with a power analyzer.

Latest in 5G, O-RAN, MIMO Technologies

Just because you have a 5G phone doesn’t mean the 5G rollout is complete. Get a sneak peek into the high-tech world of 5G, MIMO, and O-RAN and see the engineering techniques that will make tomorrow’s wireless systems a reality.

Accelerating the Automotive Revolution

The automotive revolution is re-shaping our world, with innovations in both electric vehicles (EVs) and autonomous vehicles (AVs) continuing at a feverous pace.

5G Use Cases for Industry 4.0

5G guru Roger Nichols explores how 5G is ushering in the next revolution in manufacturing technology: Industry 4.0. Explore how 5G will change the future of manufacturing, and when it will become a reality.

USB 4.0 Compliance and Testing

In this course, we sit down with USB expert Jit Lim to explore key USB4 test setups, pitfalls, and tips for passing the USB4 spec.

IoT in the Real World

IoT devices have many important applications in the real world. This course provides an overview of some of the ways in which engineers have harnessed the power of IoT.

Satellite Lessons from Aerospace Defense Industrialization

In this course we will learn from the aerospace/defense industries about the importance of design and test to reduce build and operational costs and how to scale in volume.

5G Channel Emulation

Channel Emulation enables realistic real-time performance testing of wireless devices and base stations in the lab.

Channel Emulation Testing for Satellite Communications

In this course, we’ll learn how to test and find issues sooner by simulating realistic conditions from the satellite to the end user using a Channel Emulator.

5G Coexistence Challenges with Radar and Satellites

In this course we will look at the problem of 5G coexistence with radar and satellite, review the spectrums involved, the metrics used, and the test tools available.