Features & Benefits
- 100% SATA Gen1, Gen2, and Gen3
6 Gb/s Physical Layer Test Coverage for Hosts, Devices, and Cables
per UTDs 1.2 - 1.4
- Significant Reduction in Testing Time
through Automation
- Performs all SATA Interoperability Program
Approved Transmitter, Receiver, and Channel Measurements
- Single and Simple Windows XP User Interface for Multi-instrument
Testing
- Repeatable and Accurate Results
- Automatic
HTML Report and SATA-IO (MS Excel) Scorecard Generation
- Receiver
Margin Testing
- Direct Synthesis and Device State Control
Eliminates the Need for Multiple Sources
- Powered by NI TestStand™
- Seamlessly Integrate with High-level NI TestStand™ Automation
Layer
Applications
- Device, Host, and Cable Compliance
to SATA Gen1, Gen2, and Gen3 Specifications
- PHY/TSG/OOB Transmitter
Compliance Measurements
- Rx/Tx Channel Compliance Measurements
- RSG Receiver Compliance Measurements
- RMT (Receiver
Margin Testing)
- SI Cable Compliance Measurements
- Device and Host Validation
- Manufacturing Test
TekExpress™
Automated Compliance Test Software
TekExpress (TEKEXP) Automated
Compliance Test Software is a Windows-based application that runs
on any Windows XP*1 computer operating system including
Tektronix Windows-based instruments. TekExpress software ordered with
SATA-specific options provides a completely automated, simple, and
efficient way to test SATA Gen1, Gen2, and Gen3 6 Gb/s hosts, devices,
and cables per the requirements of the SATA-IW (Serial ATA Interoperability
Working Group) as defined in accepted Methods of Implementation (MOI).
*1 See host system requirements in Ordering Information
section.
100% SATA Gen1, Gen2, and Gen3 6 Gb/s Physical Layer
Test Coverage
Compliance requirements for SATA hosts and devices
include Transmitter Signaling Group (TSG), Physical Layer (PHY), Out-of-Bound
(OOB), Receiver Signaling Group (RSG), and channel measurements (Rx/Tx).
SATA cable testing requires Signal Integrity (SI) cable tests. The
TekExpress SATA software is an easy-to-use software package that automates
100% of the required SATA physical layer using the Tektronix multi-instrument
test bench. The SATA test bench includes a real-time oscilloscope
(DPO/DSA70000B), a high-performance signal generator (AWG7122B), a
sampling oscilloscope (DSA8200), a frame error analyzer, and an RF
switch. While other manufacturers automate portions of the transmitter
and receiver test requirements, the Tektronix high-speed serial test
bench with TekExpress SATA software is the only solution that provides
100% physical layer test coverage for SATA, which is the most comprehensive
compliance certification program in the electronics industry. The
Tektronix SATA test bench is used at bi-annual workshops sponsored
by SATA-IO for ‘Gold Suite’ testing. Required test procedures (MOI)
can be found at http://www.serialata.org/developers/interoperability.asp. Now, using TekExpress SATA automated compliance test software,
you can perform 100% of the physical layer tests performed in the
‘Gold Suite’ at SATA-IO plug fests in your own lab.
100% Automated
– Save Time and Resources
There’s no longer a need to be an
expert on all the required instrument user interfaces. Remembering
how to use the instrumentation is often time consuming and typically
requires a senior engineer who monitors the SATA-IO test spec development.
Even if you remember how to use all the instruments, it’s common for
even the most experienced operator to forget steps in the procedure,
like calibration, or setting up parameters correctly, like clock recovery,
only to have to restart the test. The TekExpress software takes the
human element out of the equation and yields accurate and repeatable
measurements every time. No need to spend hours in the lab testing
a single device or configuring a single test instrument. Simply press
the Run button in the TekExpress software and turn your attention
to other activities.
Simple Setup, Test Execution, and Reporting
Setup and test execution is simple with the TekExpress software.
The real-time oscilloscope, sampling oscilloscope, signal generator,
and frame error analyzer are all controlled through the TekExpress
automation framework. The TekExpress software provides a graphical
user interface (GUI) and provides an intuitive workflow through setup
and testing.
Setting up the Bench
Show Schematic
When setting up a test, nothing can be simpler than
hooking up the test system by looking at a schematic. View the schematic
of the selected test with a push of a button.
Instrument Bench
Discovery
Instrument Bench Discovery
TekExpress software automatically (or on demand) scans and detects
supported instruments connected in your test bench (both Visa supported
and non-Visa supported instruments), whether they are connected through
LAN, GPIB, or USB. A quick check of the Instrument Bench menu confirms
all instruments are networked correctly.
One-button Testing
Once the test bench is set up and the DUT is properly connected,
simply press the Run button to perform the selected test suite.
Basic and Expert User Interface
Basic Operation
Expert Operation
TekExpress
software provides two levels of operation through its graphical user
interface (GUI), advanced and basic. This allows the expert user to
make and save changes on a test configuration and then hide these
controls for repetitive testing by less experienced users. This provides
flexibility in test configuration and at the same time insures configuration
settings are not inadvertently changed.
Online Help and Show
MOI
Show MOI
Online Help is
available through the Help menu and direct access to the approved
SATA MOI (Method of Implementation) through the Show MOI button.
The SATA-IO approved MOIs document step-by-step how the test is being
performed by the TekExpress software. This allows users to understand
the theory behind the measurements and better understand test results.
Pass/Fail Report and SATA Scorecard
View Scorecard
The Report tab provides an HTML view of test results
along with Pass/Fail status. Once testing is complete, a SATA-IO compliant
scorecard (MS Excel format) is generated. This is the scorecard that
is submitted to SATA-IO for official compliance certification by test
houses and at SATA compliance workshops. If your scorecard has a 100%
passing score, your device can then be considered physical-layer conformant.
TSG/PHY/OOB Automation
For transmitter testing (TSG/PHY/OOB)
TekExpress (Opt. SATA-TSG) performs all the tests required by the
specification. SATA transmitter compliance measurements involve a
multitude of complex measurements, including a unique vertical amplitude
measurement.
Direct Synthesis and Device State Control in
a Single Instrument
The AWG7122B Arbitrary Waveform Generator
with Opt. 01 (64 M waveform length) and Opt. 06 (24 GS/s interleaving)
is a key component of the TekExpress Serial ATA Compliance Solution.
It provides state control for the device or host under test as well
as direct synthesis of the waveform patterns (impaired and unimpaired)
needed for testing.
In SATA, state control is required to initiate
a BIST-L (Build-In Self Test – Loopback) sequence to the device under
test from its receiver port. This is used for all measurement test
suites: transmitter, receiver, and channel. Other solutions attempt
to initiate the BIST-L with an off-the-shelf host system or a digital
generator and then try to apply the appropriate pattern for testing.
This often requires the user to disconnect the BIST-L source from
the device and then reconnect to a second source causing many devices
to fall out of BIST-L mode. This leads to frequent rework and wasted
time.
For signal impairment, alternative solutions require
a multitude of sources to create the proper signal impairment (jitter
and amplitude loss) for receiver testing. These include a pattern
generator, a noise source, and a sinusoidal jitter source. This configuration
is difficult to setup and even more difficult to duplicate reliably
at different sites. With the AWG7122B, the signal impairment is synthesized
digitally with a single setup file so it can be reproduced reliably.
Further, it can also transition seamlessly from BIST-L initiation
to a digitally impaired signal, a unique capability of a high-speed
arbitrary waveform generator.
Receiver Margin Testing
While the SATA RSG (Receive Signaling Group) test is a Pass/Fail
test on whether the receiver can tolerate a laboratory grade impaired
framed composite test signal, designers will want to know ‘how much
margin do I have?’ TekExpress SATA software provides both a Pass/Fail
RSG test and receiver margin testing (RMT). When the RMT test is selected,
jitter is synthesized at different frequencies and amplitudes increasingly
until errors are detected on the frame error analyzer. A jitter tolerance
curve is then created that shows where the device fails. This information
is useful in validating the design of the receiver.
Powered
by NI TestStand™
The TekExpress automated compliance software
uses NI (National Instruments) TestStand to manage and execute its
test sequences. A Windows user interface is provided in the TekExpress
software for simple and complete operation of compliance measurements.
However, if your validation and debug needs go beyond the features
offered by the TekExpress software, a full version of NI TestStand
can be used to develop higher-level automation sequences to control
the TekExpress software.
NI TestStand is the de facto industry
standard test management environment for automating test and validation
systems. NI TestStand is used to develop, manage, and execute test
sequences, to integrate test modules written in any test programming
language through an open and flexible architecture. Customers who
own NI TestStand and purchase the TekExpress software will be able
to write scripts using NI TestStand that call the TekExpress software
with a limited command set. The limited command set allows the NI
TestStand user to recall and save TekExpress software setups, start
execution, query current execution status, and receive measurement
results.
For device validation, it’s often desirable to make
multiple runs of a single device using different operating conditions
such as temperature and power supply voltages. This is sometimes referred
to as ‘four corners testing,’ (testing to low-high temperature and
low-high supply voltages). For four corners testing, NI TestStand
supports drivers for a wide range of temperature chambers and power
supplies. NI TestStand can be used to control the temperature chamber
and then call the TekExpress software for a compliance test using
the limited command set. For adjusting power supply voltages, the
power supply control sequence file within the TekExpress software
can be modified using a standard NI TestStand sequence file. Thus,
if your company already uses TestStand for automation, your test engineers
can incorporate commands to run the TekExpress compliance software
directly into their test sequences.
Characteristics
SATA Gen1, Gen2, and Gen3 6 Gb/s
PHY/TSG/OOB Transmitter Testing with TekExpress Software
TekExpress (with Opt. SATA-TSG) provides 100% automation of
the SATA-IO approved PHY/TSG/OOB Method of Implementation (MOI). The
software requires a DPO/DSA70000B Series oscilloscope (or other supported
oscilloscope) equipped with DPOJET (Advanced Jitter Analysis), an
AWG7122B Arbitrary Waveform Generator, and an RF Switch. TekExpress
SATA software (run on the DPO/DSA70000B Windows XP OS or an external
host Windows XP OS computer) sequences through the entire test suite.
The AWG7122B is used as the device state controller to put the device
or host into BIST-L (Built-in Self Test - Loopback). The AWG then
sends the proper patterns (LFTP, MFTP, LBP, and HFTP) for the PHY/TSG
categories. The out-of-bound (OOB) measurements include testing the
OOB signal thresholds, timing, as well as gap length and detection
windows of COMINIT/RESET, COMWAKE, and COMINIT OOB signals. Typical
test times for PHY/TSG/OOB can be more than a day of hands-on testing
for a single device. The TekExpress SATA software brings this time
down to less than one hour. TekExpress SATA Opt. TSG also supports
‘semi-automated’ PHY/TSG/OOB testing if the device under test supports
the proper signaling without the use of an AWG.
PHY/TSG/OOB
Transmitter Test Suite
|
PHY/TSG/OOB Transmitter
|
Description
|
|
PHY-01
|
Unit Interval
|
|
PHY-02
|
Frequency Long-term Stability
|
|
PHY-03
|
Spread-spectrum Modulation Frequency
|
|
PHY-04
|
Spread-spectrum Modulation Deviation
|
|
TSG-01
|
Differential Output Voltage
|
|
TSG-02
|
Rise/Fall Time
|
|
TSG-03
|
Differential Skew
|
|
TSG-04
|
AC Common Mode Voltage
|
|
TSG-05
|
Rise/Fall Imbalance
|
|
TSG-06
|
Amplitude Imbalance
|
|
TSG-07
|
TJ at Connector, Clock to Data, Fbaud/10
|
|
TSG-08
|
DJ at Connector, Clock to Data, Fbaud/10
|
|
TSG-09
|
TJ at Connector, Clock to Data, Fbaud/500 (Gen1)
|
|
TSG-10
|
DJ at Connector, Clock to Data, Fbaud/500 (Gen1)
|
|
TSG-11
|
TJ at Connector, Clock to Data, Fbaud/500 (Gen2)
|
|
TSG-12
|
DJ at Connector, Clock to Data, Fbaud/500 (Gen2)
|
|
OOB-01
|
OOB Signal Detection Threshold
|
|
OOB-02
|
UI During OOB Signaling
|
|
OOB-03
|
COMINIT/RESET and COMWAKE Transmit Burst Length
|
|
OOB-04
|
COMINIT/RESET Transmit Gap Length
|
|
OOB-05
|
COMWAKE Transmit Gap Length
|
|
OOB-06
|
COMWAKE Gap Detection Windows
|
|
OOB-07
|
COMINIT Gap Detection Windows
|
Required Equipment for PHY/TSG/OOB Testing
|
PHY/TSG/OOB Test Equipment
|
Description
|
Quantity
|
|
TekExpress Automated Compliance Test Software
|
TEKEXP with Opt. SATA-TSG or Opt. SATA-DHB (device or host
SW bundle)
|
1
|
|
Real-time Oscilloscope
|
Any of the following three instruments: DSA72004, DSA71604,
DSA71254. DPOJET software is required and is included standard on
DSA models
|
1
|
|
High-speed Signal Source for BIST Activation and OOB Stimulus
|
AWG7122B with Opt. 1, Opt. 6, and Opt. 8
|
1
|
|
RF Switch
|
Model # S46-6666A (optional and can be purchased separately
from Keithley Instruments)
|
1
|
|
SATA Test Fixture for DUT Connectivity
|
TF-1R31
(Gen1 - Gen3 receptacle fixture)
TF-1P21
(Gen1 - Gen2 plug fixture)
TF-SATA-NE-ZP
(supports
Gen1 and Gen2)
|
1
|
|
Phase Matched SMA Cables
|
174-4944-01
|
5 pair
|
|
Attenuators
|
015-1001-01
|
2
|
|
LAN Cables
|
Required to share folders and control instruments over LAN
|
2
|
|
GPIB 488.2 Connections
|
USB-GPIB or GPIB cable from controller PC to RF switch
|
1
|
SATA RSG/RMT Receiver Testing with TekExpress Software
TekExpress Software (with Opt. SATA-RSG) provides automation
of the SATA-IO approved Receiver Signaling Group / Receiver Margin
Test (RSG/RMT) MOI. A supported configuration includes a DPO/DSA70000B
Series oscilloscope (or other supported oscilloscope) equipped with
DPOJET (Advanced Jitter Analysis), an AWG7122B Arbitrary Waveform
Generator, and a Frame Error Analyzer. The TekExpress SATA software
first initiates a BIST-L sequence to the device under test to put
the device into loopback. After loopback is achieved and the loopback
transmitter is transmitting good data to the frame error analyzer,
the AWG sends jitter at the frequency tones and amplitudes defined
in the specification to the receiver. If the frame error detector
detects errors on the loopback channel, then the device fails the
RSG test. Prior to the test, the oscilloscope is used to calibrate
the impaired signal (jitter and amplitude) to be used in the test.
RSG/RMT Receiver Test Suite
|
RSG/RMT Receiver
|
Description
|
|
RSG-01
|
Gen1 (1.5 Gb/s) Receiver Jitter Test
|
|
RSG-02
|
Gen1 (3.0 Gb/s) Receiver Jitter Test
|
Required Equipment for RSG/RMT Testing
|
RSG/RMT Test Equipment
|
Description
|
Quantity
|
|
TekExpress Automated Compliance Test Software
|
TEKEXP with Opt. SATA-RSG or Opt. SATA-DHB (device or host
SW bundle)
|
1
|
|
Real-time Oscilloscope*2
|
Any of the following three instruments: DSA72004, DSA71604,
DSA71254. DPOJET software is required and is included standard on
DSA models
|
1
|
|
High-speed Signal Source
|
AWG7122B with Opt. 1, Opt. 6, and Opt. 8
|
1
|
|
RF Switch
|
Model # S46-6666A (optional and can be purchased separately
from Keithley Instruments)
|
1
|
|
SATA Test Fixture for DUT Connectivity
|
TF-1R31
(Gen1 - Gen3 receptacle fixture)
TF-1P21
(Gen1 - Gen2 plug fixture)
TF-SATA-NE-ZP
(supports
Gen1 and Gen2)
TF-SATA-FE-ZP
(supports Gen1 and Gen2)
|
1 of each
|
|
Frame Error Analyzer
|
SATA-II Frame Error Analyzer
|
1
|
|
Phase Matched SMA Cables
|
174-4944-01
|
6 pair
|
|
Attenuators
|
015-1001-01
|
2
|
|
LAN Cables
|
Required to share folders and control instruments over LAN
|
2
|
|
GPIB 488.2 Connections
|
USB-GPIB or GPIB cable from controller PC to RF switch
|
1
|
*2 If the real-time oscilloscope is to
be used as the host system (controller in charge), see system requirements
in Ordering Information section.
SATA Gen1, Gen2, and Gen3
6 Gb/s Rx/Tx Channel Testing with TekExpress Software
TekExpress Software (with Opt. SATA-RXTX) provides 100% automation
of the SATA-IO approved Receive/Transmit Channel measurements (Rx/Tx)
MOI. A supported configuration includes a DSA8200 sampling Digital
Serial Analyzer equipped with 80SICON (IConnect® Signal
Integrity TDR and S-parameter software), an AWG7122B Arbitrary Waveform
Generator, and an RF Switch. After an automatic calibration is performed,
the user can obtain the results for a Rx/Tx group of tests with a
single click. The TekExpress SATA Software controls AWG7122B to put
the device under test (DUT) into the required mode of operation, and
controls DSA8200 oscilloscope to perform TDR measurements. The data
is then passed to IConnect software that accurately measures a true
impedance profile and S-parameter response from the device under test.
Test results are conveniently reported by TekExpress.
Rx/Tx
Channel Measurements Test Suite
|
Rx/Tx Channel Measurements
|
Description
|
|
RX-01
|
Pair Differential Impedance
|
|
RX-02
|
Single-ended Impedance (Informative)
|
|
RX-03
|
Gen2 (3 Gb/s) Differential Mode Return Loss
|
|
RX-04
|
Gen2 (3 Gb/s) Common Mode Return Loss
|
|
RX-05
|
Gen2 (3 Gb/s) Impedance Balance
|
|
RX-06
|
Gen1 (1.5 Gb/s) Differential Mode Return Loss
|
|
TX-01
|
Pair Differential Impedance
|
|
TX-02
|
Single-ended Impedance (Informative)
|
|
TX-03
|
Gen2 (3 Gb/s) Differential Mode Return Loss
|
|
TX-04
|
Gen2 (3 Gb/s) Common Mode Return Loss
|
|
TX-05
|
Gen2 (3 Gb/s) Impedance Balance
|
|
TX-06
|
Gen1 (1.5 Gb/s) Differential Mode Return Loss
|
Required Equipment for Rx/Tx Testing
|
Rx/Tx Test Equipment
|
Description
|
Quantity
|
|
TekExpress Automated Compliance Test Software
|
TEKEXP with Opt. SATA-RXTX or Opt. SATA-DHB (device or host
SW bundle)
|
1
|
|
Sampling Oscilloscope
|
DSA8200
|
1
|
|
TDR Module for Sampling Oscilloscope
|
80E04, or 80E08, or 80E10 TDR sampling module for DSA8200
|
2
|
|
S-parameter Analysis Software
|
80SICON software option for DSA8200
|
1
|
|
High-speed Signal Source
|
AWG7122B with Opt. 1, Opt. 6, and Opt. 8
|
1
|
|
RF Switch
|
Model # S46-6666A (optional and can be purchased separately
from Keithley Instruments)
|
1
|
|
SATA Test Fixture for DUT Connectivity
|
TF-1R31
(Gen1 - Gen3 receptacle fixture)
TF-1P21
(Gen1 - Gen2 plug fixture)
TF-SATA-NE-ZP
(supports
Gen1 and Gen2)
|
1
|
|
Phase Matched SMA Cables
|
174-4944-01
|
5 pair
|
|
Attenuators
|
015-1001-01
|
2
|
Complete Device/Host Test System
TekExpress Software (ordered with Opt. SATA-DHB) provides complete
automation of tests required for devices and hosts. It combines RSG/RMT,
PHY/TSG/OOB, and Rx/Tx tests using a DPO/DSA70000B Series oscilloscope,
DSA8200 Series sampling Digital Serial Analyzer, and an AWG7122B Arbitrary
Waveform Generator, RF Switch, and Frame Error Analyzer.
SATA
SI Testing with TekExpress Software
TekExpress Software
(ordered with Opt. SATA-SI) provides 100% automation of the SATA-IO
approved Cable Signal Integrity measurements (SI) MOI when used with
a DSA8200 sampling Digital Serial Analyzer equipped with 80SICON (IConnect® Signal Integrity TDR and S-parameter software). After an
automatic calibration is performed, TekExpress Software controls the
instrument to acquire all data for the SI group of tests. DSA8200
consequently excites differential ports of the cable under test to
acquire time domain TDR data. TekExpress then passes the measured
data to IConnect to compute accurate impedance profile and frequency
domain S-parameters. Time and frequency domain data is then quickly
analyzed and the test results are reported to the user.
SI Cable Test Suite
|
SI Cable
|
Description
|
|
SI-01
|
Mated Connector Impedance
|
|
SI-02
|
Cable Absolute Differential Impedance
|
|
SI-03
|
Cable Pair Matching
|
|
SI-04
|
Common Mode Impedance
|
|
SI-05
|
Differential Rise Time
|
|
SI-06
|
Intra-pair Skew
|
|
SI-07
|
Insertion Loss
|
|
SI-08
|
Differential to Differential Crosstalk: NEXT
|
|
SI-09
|
Inter-symbol Interference
|
Required Equipment for Cable Testing
|
Cable Test Equipment
|
Description
|
Quantity
|
|
TekExpress Automated Compliance Test Software
|
TEKEXP with Opt. SATA-SI
|
1
|
|
Sampling Oscilloscope
|
DSA8200
|
1
|
|
TDR Module for Sampling Oscilloscope
|
80E04, 80E08, or 80E10 TDR sampling module for DSA8200
|
4
|
|
S-parameter Analysis Software
|
80SICON software option for DSA8200
|
1
|
|
SATA Test Fixture for DUT Connectivity
|
TF-1R31
(Gen1 - Gen3 receptacle fixture)
TF-1P21
(Gen1 - Gen2 plug fixture)
TF-SATA-NE-ZP
(supports
Gen1 and Gen2)
TF-SATA-FE-ZP
(supports Gen1 and Gen2)
|
1
|
|
Phase Matched SMA Cables
|
174-4944-01
|
4 pair
|