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Qphy-sata test configurations, Demo of 1.5 gb/s device with ssc, Demo of 3.0 gb/s host without ssc – Teledyne LeCroy QPHY-SATA User Manual

Page 21: Qphy-sata software option

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QPHY-SATA Software Option

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QPHY-SATA Test Configurations

Configurations include variable settings and limit sets as well, not just test selections. See the QPHY-SATA
Variables
section for a description of each variable value and its default value. The limit sets are either Gen1i,
Gen2i or Gen3.

Demo of 1.5 Gb/s Device with SSC

This configuration uses waveforms stored on the oscilloscope in D:\Waveforms\SATA\Demo to demonstrate a
Gen1 device with SSC. The word "Demo" must be entered as Device Under Test in order to run this
demonstration. The limit set in use is Gen1i. All of the variables are set to their default settings except External
Attenuation is set to 0 (which is not relevant when running stored waveforms), SSC is enabled, TestMode is set to
Use Saved Data and Filenames point to 1.5Gb/s data files. The tests that are demonstrated are:

PHY-01

– Unit Interval

PHY-03

– SSC Frequency

PHY-04

– SSC Deviation

TSG-01

– Differential Output Voltage

TSG-02

– Rise/Fall Times

TSG-03

– Differential Skew

TSG-09

– TJ at Connector, Edge-Ref fbaud/500 (1.5Gb/s)

TSG-10

– DJ at Connector, Edge-Ref fbaud/500 (1.5Gb/s)

OOB-01

– Signal Detection Threshold

OOB-02

– UI During OOB (Bitrate)

OOB-03

– COMINIT and COMWAKE Burst Length

OOB-04

– COMINIT Gap Length

OOB-05

– COMWAKE Gap Length

OOB-06

– COMWAKE Gap Detection

OOB-07

– COMINIT Gap Detection

Demo of 3.0 Gb/s Host without SSC

This configuration uses waveforms stored on the oscilloscope in D:\Waveforms\SATA\Demo to demonstrate a
Gen2 device without SSC. The word "Demo" must be entered as Device Under Test in order to run this demo.
The limit set in use is Gen2i. All of the variables are set to their default settings except Product Type is set to
Device, External Attenuation is set to 0, TestMode is set to Use Saved Data and Filenames point to 3.0Gb/s data
files. The tests that are demonstrated are:

PHY-01

– Unit Interval

PHY-02

– Frequency Long-Term Accuracy

TSG-01

– Differential Output Voltage

TSG-02

– Rise/Fall Times

TSG-03

– Differential Skew

TSG-04

– AC Common Mode Voltage

TSG-05

– Rise/Fall Imbalance