Key facts
Get more inside into individual transmitter-interface jitter and noise components to characterize your jitter and noise budget or identify the root causes of a failure. R&S RTO6/RTP-K133 and K134 options deliver the decomposition of common jitter and noise components such as random jitter (RJ/RN), deterministic jitter and noise components such as data-dependent jitter (DDJ/DDN) or periodic jitter (PJ/PN) components.
Accurate results
The R&S jitter and noise decomposition algorithm starts with calculating the step responses that fully characterize the deterministic behavior of the transmission system. Users benefit from accurate measurement results even with relative short signal sequences.
Jitter and noise decomposition
Select the required jitter and noise components for calculation
Gain more design insight
R&S jitter and noise decomposition options include new functions for more insight into signal characteristics and the root cause of failures:
More results
Display of step response, individual jitter component, jitter spectrum, synthetic data eye and BER bathtub curve results for a 8 Gbps PCIe Gen3 signal.
Get to your results fast
Start your decomposition calculation with the "Quick start analysis" function. It automatically configures a setup and displays a default set of measurements and plots. To optimize analysis for dedicated interface standards, select the technology and standard version upfront in the signal configurator.
Automatic setup
Quick start analysis function for fast results. CDR settings and PAM levels are automatically set, when the appropriate interface technology is selected in the signal configurator.
Novel signal model based jitter decomposition algorithm
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