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Getting Started with Option SST 4. Select Measurement> Configure. Select the Source tab. 7. The application displays results for the measurement.
Set the Test Method to BIST FIS/User. Set the channel
You can use this side of the Quick Reference to start to take to Ch1.
measurements with the Option SST Serial ATA and Serial
Attached SCSI Analysis modules that plug into the RT-Eye
Compliance and Analysis Solution. The other side contains
a complete menu tree for Option SST software.
NOTE. For complete operating instructions
and General Safety information, refer to the
online help for the application.
8. To generate a report, select Utilities> Report Generator.
9. Select the template in the Generate Report tab.
The Option SST Serial ATA and Serial Attached SCSI 5. Select the General Config tab. Set the Usage Model as
Analysis modules transform a digital oscilloscope into an appropriate, Device Type to Drive, and set the Number 10. Select the Generate button to post the test data to the
analysis tool to test storage devices according to the Serial of UI and Cable Attn as appropriate. Set the Diff Volt template.
Advanced Technology Attachment or SATA (Gen I and Gen Option to Option1.
II) and Serial Attached SCSI (SAS) standards.
Performing a Differential Output Voltage Measurement
To measure the differential output voltage of a Serial ATA
device, follow these steps:
1. Select File> Run Application> RT-Eye Serial
Compliance and Analysis from the oscilloscope menu
bar. (For supported B-series oscilloscopes, on the
oscilloscope menu bar, click App> RT-Eye Serial
Compliance and Analysis. For DPO oscilloscopes, select 6. Push the "Running Man" button to start taking
Analyze> RT-Eye Serial Compliance and Analysis.) measurements. Follow the on-screen prompts to input
2. Select Measurements> Serial ATA. Set the Test Point to different test patterns to complete the measurement.
Transmitter, the Probe Type to Differential, and the When the measurement is completed successfully, the
measurement to Differential Output Voltage. application automatically displays the results. You can
3. Connect the probes to the device under test. For also view the results by selecting Results> Summary or
example, the test setup using a differential probe for Results> Details from the application menu bar.
Differential Output Voltage is shown below.
For up-to-date information on Tektronix oscilloscope To order an upgrade for an existing oscilloscope:
solutions for Serial ATA, access the
H Opt. RTE: RT-Eye Serial Data Compliance and
www.tektronix.com/Measurement/scopes/Web page.
Analysis Software
H Opt. J3- Jitter and Timing Analysis Software
Option SST Ordering Information
Recommended Products and Accessories
Supports the TDS6804B, TDS6604/B, TDS7704B, and
DPO/DSA70000 series oscilloscopes; refer to the Optional Arbitrary Waveform Generator: AWG
Applications Software on Windows-Based Oscilloscopes 610/615/710/710B/715B
Installation Manual for a complete list of supported
models. The applications CD includes a PDF file of the High Bandwidth Differential Probe: P7380, P7380SMA
installation manual. SMA Cables: Tektronix part number 174-1427 -00
If you order the Option SST along with a TDS6804B, SMA Attenuators: Tektronix part number 015-1002 -01
TDS6604/B, TDS7704B series oscilloscope, the Option
SST Serial ATA and Serial Attached SCSI Analysis TDR Measurement: TDS8200/80E04
Software will already be installed and enabled.
Option SST
Test Solution
Reference
www.tektronix.com
*P071195601*
071-1956-01
Option SST Menu Tree
Recall Default
Recall
Save Do not override the setup in BIST FIS/User method
File Recall Recent
Prompt for correct waveform confirmation during run
Preferences
Minimize Refine filter initial condition for SATA AC CM
Exit Overcome the filter transient response by discarding the fixed time constants of data
Single Ended
Modules Serial ATA Probe Type Differential
SAS
Test Point Transmitter
Receiver Timing: Eye, Bit Rate, Differential Skew*, Rise
Device ID and Fall Time, Unit Interval , Select All
Eye Amplitude: Differential Output Voltage
Description Bit Rate AC CM Voltage*
Select Differential Skew*
Timing
Rise and Fall Time
Unit Interval
Select All
Differential Output Voltage
Amplitude
AC CM Voltage*
OOB**: COMWAKE, COMINIT, COMRESET
Test Method AWG | BIST FIS/User
Live Ch1Ch3 | Ch1Ch4 | Ch2Ch3 | Ch2Ch4
Trigger Ch1 | Chf2 | Chf3 | Ch4
Source
Ref Ref1Ref2 | Ref1Ref3 | Ref1Ref4 | Ref2Ref3 | Ref2Ref4 | Ref3Ref1 | Ref3Ref2
File File Browser
Measurements
Usage Model Gen1i | Gen1x | Gen1m | Gen2i | Gen2x | Gen2m
Configure
Device Type Host | Drive
General Config
Cable Attn
OOB Type In Spec | Out of Spec | Inter Burst
Num of UI
Diff Volt Option Option1 | Option2
Window Size
Clock Recovery
Scan Incr
Clock Config
Method Const Clk: Mean | Const Clk: Median
Analysis Window
250 UI | 5 UI
Transition and Nontransition Bits
Plot Config
All Bits
Limits Limits File File Browser
Summary
Results Details
New
Worst Case Eye
Edit Template File Browser
Define Test Template Edit
Utilities Report Generator***
New
Define Report Layout Edit Template File Browser
Help Topics
Help Edit
PDF Help
About RTEYE New
Generate Report Edit Template File Browser
Edit
* Added when the Probe Type is Single ended.
** Added only when the Test Point is Transmitter.
*** The Report Generator utility includes online help specific to the use of the Report Generator Editor.
Copyright Tektronix, Inc.