Uploaded February 2026 | Updated September 2026, 2 weeks ago
Accurate validation of high-speed designs requires removing signal-path impairments to reveal true performance, particularly for jitter and eye-diagram analysis.
This video demonstrates how you can easily de embed cables, connectors, and PCB traces, add virtual test points, and explore what if scenarios—all directly on an oscilloscope with the new Signal Integrity Modeling software.
You will see:
• How to easily build de-embed models
• Adding virtual test points anywhere in the signal path
• Validate configurations using built-in S-parameter plots
• The capability to compare multiple models in parallel for complex signal path exploration
For more information on Signal Integrity Modelling (SIM) software visit Signal De-Embedding, Embedding and Equalization here bit.ly/4sfHUKY and SIM software datasheet here bit.ly/3N7ZqBS. This software is available for the 5 Series B, 6 Series B and 7 Series oscilloscopes.
Accurate validation of high-speed designs requires removing signal-path impairments to reveal true performance, particularly for jitter and eye-diagram analysis.
This video demonstrates how you can easily de embed cables, connectors, and PCB traces, add virtual test points, and explore what if scenarios—all directly on an oscilloscope with the new Signal Integrity Modeling software.
You will see:
• How to easily build de-embed models
• Adding virtual test points anywhere in the signal path
• Validate configurations using built-in S-parameter plots
• The capability to compare multiple models in parallel for complex signal path exploration
For more information on Signal Integrity Modelling (SIM) software visit Signal De-Embedding, Embedding and Equalization here bit.ly/4sfHUKY and SIM software datasheet here bit.ly/3N7ZqBS. This software is available for the 5 Series B, 6 Series B and 7 Series oscilloscopes.
