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Debugging Signal Integrity Issues Using Jitter and Eye Diagram Analysis

Discover the power of advanced embedded debug techniques with jitter and real-time eye analysis. Attendees will learn how Jitter and Eye Diagram analysis can help identify timing issues, improve signal integrity, and optimize serial communications—efficiently and affordably.

December 12, 2024
2:00 PM ET / 1:00 PM CT / 11:00 AM PT / 7:00 PM GMT 

Duration: 1 hour
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Summary

In this webinar, we’ll delve into advanced techniques for debugging embedded serial communications using jitter and real-time eye analysis, demonstrating how modern oscilloscopes can be essential tools for engineers. Efficient serial data analysis goes beyond basic triggering and decoding; ensuring signal quality requires precise insights into timing errors, jitter, and overall signal integrity.

During the session, we’ll show you how to visualize and analyze subtle timing fluctuations and noise interference that can impact data reliability. You’ll learn to use tools like Time Interval Error (TIE) trends, histograms, and eye diagrams to pinpoint and address root causes of signal degradation. By the end, you’ll see how high-performance oscilloscopes simplify complex debugging tasks and enhance communication signal quality in embedded designs.

Speakers

Gary Simonton
Senior Applications Engineer
RIGOL Technologies USA

Gary Simonton is a Senior Applications Engineer with RIGOL Technologies USA. Gary is a relatively new member of the RIGOL team, joining RIGOL in early 2024 after spending 15 years at Tektronix. While at Tektronix, Gary worked as an Applications Engineer and Product Marketing Engineer in the High-Performance Scopes group. As a real-time scope specialist, with specific emphasis in High-Speed Serial compliance applications, Gary understands the challenges that customers face, and the solutions that RIGOL can provide. Gary started his professional career as a Test Engineer with Picosecond Pulse Labs, after serving six years in the United States Air Force as a Nuclear Weapons Specialist. He earned a Bachelor of Science in electrical engineering from Portland State University.

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