Wireless signals are an integral part of many of today's embedded system designs. Mobile computer providers talk of media convergence, where consumers will be able to browse the Internet or watch live ...

Tell us a little about your professional and/or educational background. I was born and brought up in India. Before coming to CU, I did my undergraduate and first master’s degree in electrical ...

Are you designing a board with high-speed chipsets on either end of the link? You own the interconnect—and the risk. As clock and data rates climb, maintaining signal integrity becomes critical for ...

The latest buzz phrase in electronic engineering today is “signal integrity”. That is especially what the test and measurement companies want to help you achieve. And engineers everywhere are trying ...

Sometimes the smallest technology solutions carry the most value for live event production. One of the biggest challenges for freelance video engineer and RF technician Jason Shank when setting up ...

If you ask designers of high-speed printed-circuit boards about signal integrity, chances are they know all about the interactions of "aggressors" and "victims" and the nasty things that can happen to ...

Developers of voice and data communications systems face twin challenges. They must meet ever-expanding bandwidth requirements, yet design testable, manufacturable and reliable hardware. New systems ...

For many years, power systems could be easily boiled down to a discussion of volts and amps. But for the past decade, the move to higher operating frequencies has brought another wrinkle to the power ...

How much does a Signal Integrity Engineer make in Santa Clara, CA? The average salary for a Signal Integrity Engineer is $168,437 per year nationwide. Ladders estimates are based on our calculations ...

How much does a Signal Integrity Engineer make in Ottawa, ON? The average salary for a Signal Integrity Engineer is $130,209 per year nationwide. Ladders estimates are based on our calculations Find ...

The Fast Fourier Transform is at the heart of real-time spectrum analysis. In the RTSA, FFT algorithms are employed to transform time-domain signals into their frequency-domain spectral components.