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HIGHLIGHTS

Powerful & flexible Capability: FlexDCA includes basic oscilloscope measurements that are enhanced with the additional capabilities provided by this Research and Development package.

For an overview of the capabilities provided by this package, a mapping of the Legacy FlexDCA feature based licenses to each of the software packages available, and a summary of System requirements and supported instruments, click here.

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  • Trial license for N1010100A
N1010100A Research and Development Package for FlexDCA Sampling Oscilloscope Software

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Featured Resources

Technical Overviews 2022.06.07

FlexDCA Sampling Oscilloscope Software

FlexDCA Sampling Oscilloscope Software

Provides a technical overview of the FlexDCA Sampling Oscilloscope software.

2022.06.07

Brochures 2023.07.31

Keysight Digital Communication Analyzer (DCA) Solutions

Keysight Digital Communication Analyzer (DCA) Solutions

Provides an overview of Keysight DCA history, product portfolio, capabilities and applications.

2023.07.31

White Papers 2023.11.27

TDECQ Part II Manufacturing Test Recommendations

TDECQ Part II Manufacturing Test Recommendations

This document gives an overview of the adoption of TDECQ in manufacturing tests, and how to efficiently automate FlexDCA for making TDECQ measurements.

2023.11.27

Application Notes 2014.07.30

Measure Relative Intensity Noise Using a DCA

Measure Relative Intensity Noise Using a DCA

Learn what relative intensity noise (RIN) is and useful tips to perform effective relative intensity noise measurements with Keysight’s Digital Communication Analyzer.

2014.07.30

Application Notes 2023.05.31

Equivalent Time Sampling Oscilloscope vs. Real-Time Oscilloscope

Equivalent Time Sampling Oscilloscope vs. Real-Time Oscilloscope

Equivalent time sampling scopes and real time sampling oscilloscopes have different trigger requirements and sample incoming waveforms differently. Learn more.

2023.05.31

White Papers 2023.06.08

TDECQ Part 1: Making Accurate and Repeatable Compliance Measurements

TDECQ Part 1: Making Accurate and Repeatable Compliance Measurements

TDECQ is the acronym used to describe “transmitter dispersion and eye closure quaternary”. This is a power penalty metric that describes how much extra power is required from a transmitter, relative to an ideal transmitter, to compensate for both non-ideal transmitter waveforms and the impact of chromatic dispersion. It is similar to the transmitter dispersion penalty (TDP) metric used in NRZ optical communications standards. It was developed in the IEEE 802.3bs standard and improved in the IEEE 802.3cd standard. It is a convenient way to specify the performance of a PAM4 transmitter, as it aggregates many transmitter attributes into a single metric, and the metric directly indicates the impact a transmitter’s imperfections will have on overall system-level performance.

2023.06.08

White Papers 2023.04.03

Jitter Analysis: The Dual-Dirac Model, RJ/DJ, and Q-scale

Jitter Analysis: The Dual-Dirac Model, RJ/DJ, and Q-scale

The dual-Dirac model is a tool for quickly estimating total jitter defined at a low bit error ratio, TJ(BER). The total jitter of a system is then estimated from RJ and DJ(δδ).

2023.04.03

White Papers 2017.11.30

How Signal Equalization Works for Different Systems

How Signal Equalization Works for Different Systems

Concepts of signal equalization in technology development are presented. See how equalization works and how to analyze equalizers for different systems.

2017.11.30

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