Learn how to design millimeter-wave radar systems for the ADAS electronics in next-generation, autonomous, "self-driving" vehicles.

The high input power requirement of a Device under Test (DUT) introduces challenges to the measurement, such as overheating and calibration. This application note describes the measurement setup for measuring the s-parameters of the high-power...

Creating Arbitrary Waveforms Doesn’t Have to be Difficult!

You're expected to deliver excellent results while staying within stringent budget constraints. Did you know that your test assets are critical to your success? Our new complimentary eBook offers eight ways to shift your perspective, enhance your...

Millimeter-wave 5G is happening now and active antenna beamforming at mmWave bands is an essential technology required to realize the revolutionary new features and capabilities promised by 5G.

In the current environment of unpredictable and rapidly evolving threats, a new approach to RF product development is required that applies ruggedized commercial technology to the defense industry.

Transform test from a roadblock into a competitive edge for your business.

RF Power measurement techniques have evolved considerably since the earliest days of wireless.

RIGOL’s updated primer adds Real-Time analysis to help expand your understanding of the basics of RF signals, time & frequency domains, RF measurement instruments and techniques. Covers oscilloscopes, spectrum analyzers, signal sources and a range...

Today, society is in constant communication. With mobile applications such as Facebook, Twitter, and Instagram, terabytes of data must be transmitted and received at ever increasing speeds. Learn how PCB optimization helps this improve this...