Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this publication supercedes
that in all previously published material. Specifications and price change privileges reserved.
TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.
Contacting Tektronix
Tektronix, Inc.
14200 SW Karl Braun Drive
P.O. Box 500
Beaverton, OR 97077
USA
For product information, sales, service, and technical support:
HIn North America, call 1-800-833-9200.
HWorldwide, visit www.tektronix.com to find contacts in your area.
Transport Stream Compliance Analyzer (Demo) User Manual
Preface
Manual Conventions
This manual supports the Transport Stream Compliance Analyser demo.
Other documents are available on the Tektronix Web site (www.tektronix.com/
manuals):
HMTS400 Series MPEG Test System Getting Started Manual (071-1505-xx).
HMTS400 Series MPEG Test System Programmer Manual (071-1725-xx).
This manual specifies the remote control and status monitoring interfaces
available to a management application.
The following formatting conventions apply to this manual:
HBold text refers to specific interface elements that you are instructed to
select, click, or clear.
Example: Select Settings from the Configuration menu.
HMono-spaced text can indicate the following:
HText you enter from a keyboard.
Example: Enter the network identity (
HCharacters you press on your keyboard.
Example: Press CTRL+C to copy the selected text.
HPaths to components on your hard drive.
Example: The program files are installed at the following location:
C:\Program Files\Tektronix\.
http://TSMonitor01).
Transport Stream Compliance Analyzer (Demo) User Manual
vii
Preface
viii
Transport Stream Compliance Analyzer (Demo) User Manual
Introduction to the Demo Version
The MTS400 MPEG Transport Stream Compliance Analyzer (TSCA Demo
version) enables you to monitor and interpret the contents of real-time, previously recorded or synthesized transport streams using the latest MPEG, DVB,
ATSC, ISDB-T, and ISDB-S standards.
The demo analyzes only built-in TS and PCAP stream files.
Installing the Program
You can download the TSCADemoInstall.exe file from
www.tektronix.com/software and follow these steps to install the demo version
of TSCA.
1. Double-click TSCADemoInstall.exe to start the InstallShield Wizard that
installs the TSCA demo version on your computer. Click Next to continue.
Figure 1: InstallShield Wizard
Transport Stream Compliance Analyzer (Demo) User Manual
1
Introduction to the Demo Version
2. Click Next to install the desktop shortcut icons.
3. Click Install to begin the installation.
The InstallShield Wizard installs the application displaying the progress.
2
Transport Stream Compliance Analyzer (Demo) User Manual
Figure 2: Setup status
Introduction to the Demo Version
4. Click Next to install the WinPcap 3.1 Setup.
Figure 3: WinPcap 3.1 Setup
Transport Stream Compliance Analyzer (Demo) User Manual
3
Introduction to the Demo Version
5. Click I Agree to continue with WinPcap installation.
6. Click Finish to complete the WinPcap 3.1 Setup.
4
Transport Stream Compliance Analyzer (Demo) User Manual
Introduction to the Demo Version
If WinPcap 3.1 is already installed in your system, a message is displayed as
follows. Click OK to continue.
7. Click Finish to exit the Wizard and the demo version is successfully
installed.
Transport Stream Compliance Analyzer (Demo) User Manual
5
Introduction to the Demo Version
Starting the Program
Start the program by selecting the TS Compliance Analyser option from the
Start > Programs > Tektronix (Demo versions) > Analysers menu or by
double-clicking the TS Compliance Analyser Demo shortcut on the desktop.
Figure 4: TSCA desktop shortcut
Opening a File
When you start the TS Compliance Analyzer Demo version, the TSCA Demo
window with the overlaid Open Transport Stream dialog box is displayed.
The Open Transport Stream dialog box allows you to use either of the built-in
streams, namely the MPEG-2 Transport Steam file or the IP capture file. You do
not have the option to browse and select the stream of your choice.
6
Transport Stream Compliance Analyzer (Demo) User Manual
Introduction to the Demo Version
PCAP File
Figure 5: Initial appearance of the main window
The IP capture file (PCAP) supports two TS sessions, either of which may be
selected for file analysis.
Figure 6: Example PCAP file containing two TS sessions
Transport Stream Compliance Analyzer (Demo) User Manual
7
Introduction to the Demo Version
Stream Interpretation
The example TS file and the real-time TS input contain DVB and ATSC SI. You
can use the Stream Interpretation dialog box to select the standard of your
choice.
Figure 7: Stream Interpretation dialog box
Real−Time Analysis
Real-time analysis is enabled and stream inputs on the IP, ASI, DVB Parallel,
and SMPTE interfaces are simulated. The following steps describe how to select
a TS session for analysis when using the IP interface:
1. Select Real-time Analysis from the Open Transport Stream dialog box to
display the real-time analysis options.
8
Transport Stream Compliance Analyzer (Demo) User Manual
Figure 8: Real−time analysis dialog box
Introduction to the Demo Version
2. Select IP from the Interface drop down list to display the interface settings.
Click the + button to add a Configuration.
Transport Stream Compliance Analyzer (Demo) User Manual
9
Introduction to the Demo Version
3. Click Browse... to select the UDP flow.
A message that informs you to apply the configuration changes is displayed.
Click Apply to display the Browse for UDP flow... dialog box and select one
of the listed TS sessions.
Figure 9: Browse for UDP flow dialog box
10
Transport Stream Compliance Analyzer (Demo) User Manual
Introduction to the Demo Version
TSCA Main Window
Once the built-in stream is selected from the Open Transport Stream dialog box,
the main window is displayed as follows. The title bar of the main window
shows TSCA to be a demo version.
Menu Options
Figure 10: TSCA main demo window
The demo version of the application supports all the menus options available in
the full version except for the Record and File menu options.
Transport Stream Compliance Analyzer (Demo) User Manual
11
Introduction to the Demo Version
File Menu Options
The File menu options available in the demo version are listed in Table 1:
Figure 11: File menu options
Table 1: File menu options for demo version
CommandFunction
Open Transport
Stream...
Opens the Open Transport Stream dialog box from which the built−in
source stream file (file or real−time) and the interpretation standard
can be selected.
Restart AnalysisRestarts the current analysis.
Save Captured
Stream...
Save TS PacketsDisabled for the TS Compliance Analyser Demo version.
Recent FilesLists the most recently analyzed files (built−in files). Select a file
Close AnalysisStops and closes the current anlaysis, leaving the TS Compliance
ExitExits the program.
Disabled for the TS Compliance Analyser Demo version.
name to reanalyze the file.
Analyser Window open.
When you click the Save TS Packets option of the File menu, the file is not
saved. Instead a message informs you that the save option is disabled.
12
Transport Stream Compliance Analyzer (Demo) User Manual
Introduction to the Demo Version
Record Menu Option
The Record feature is not supported by the demo version and thus the Record
menu options are disabled.
Figure 12: Record menu options
Transport Stream Compliance Analyzer (Demo) User Manual
13
Introduction to the Demo Version
14
Transport Stream Compliance Analyzer (Demo) User Manual
Transport Stream Compliance Analyzer − Getting Started
The MTS400 MPEG Transport Stream Compliance Analyzer (TSCA) enables
you to monitor and interpret the contents of real-time, previously recorded or
synthesized transport streams using the latest MPEG, DVB, ATSC, ISDB-T, and
ISDB-S standards.
The TSCA is specifically designed to enable you to quickly locate and identify
problems within a transport stream using a minimum number of mouse clicks.
By quickly identifying the problem areas, the TSCA software helps you save
time during the development and test of equipment, networks, and services. You
can configure the TSCA software to display stream information in user-selected
fonts. This feature enables you to view stream information in your local language
or to use custom fonts.
The TSCA software will run stand-alone on computers with Microsoft Win dows 2000 or Windows XP operating systems.
Figure 13: TSCA Program view − Deferred analysis
Transport Stream Compliance Analyzer (Demo) User Manual
15
TSCA - Getting Started
TSCA Features
HEasy “program centric” user interface quickly isolates information of interest
HCaptureVut technology captures and analyzes system events in real or
deferred time
HIn-depth analysis of stored transport streams including support for MPEG,
ATSC, DVB, ISDB-T and ISDB-S table types
HData summaries and automated filters simplify the analysis of complex
transport streams
HTR 101 290 Priority 1, 2 and 3 tests
(European Telecommunications Standards Institute (ETSI) TR 101 290:
Digital Video Broadcasting (DVB); Measurement Guidelines for DVB
Systems.)
HSyntax analysis and display supported for TMCC and IIP data
HConsistency checks performed between SI, TMCC, and IIP data
HProprietary PSI/SI syntax section rate error testing
HError logging
HSuspension of all tests at program changeover based on PMT version change
HDII and DDB error checking
Deferred and Real−Time Modes
The TSCA can be run in Deferred or Real-Time mode.
The Deferred mode is available on any recommended platform (including the
user’s own PC). In Deferred mode, a static stream can be analyzed and displayed; the content can then be inspected at leisure.
The Real-time mode, with which a live stream can be analyzed, is available
when the TSCA is installed on a Tektronix MTS400 series MPEG Test System
or an MTX100B with an Option 7 interface card. Real-time streams can be
paused for detailed offline analysis and then when the issue has been found,
real-time analysis can be resumed. Real-time monitoring of Video over IP
(internet protocol) is also available as a standalone application on a user’s own
PC.
16
Transport Stream Compliance Analyzer (Demo) User Manual
Technical Background
TSCA - Getting Started
The analyzer has a client-server architecture. Every time the analyzer opens, it
starts two processes: tsca.exe, which is the client, and MpegCore.exe, which is
the MPEG analysis engine. Additionally, when the analyzer opens for the first
time, another single process, CoreManager.exe, is started. CoreManager.exe
forms an intermediary between TSCA clients and MPEG cores.
The tsca.exe, MpegCore.exe, and CoreManager.exe processes use SNMP
(Simple Network Management Protocol) and HTTP (Hypertext Transfer
Protocol) to communicate. The port numbers used for communication are read
from a configuration file, CoreInfo.xml. In a default installation, this file can be
found in c:\program files\tektronix\mpeg\mts400\apps\tsca\xml\. The default
port range is 15700-15800. These values can be changed if they conflict with
other applications.
On the MTS400 platform, another process, mint.exe, runs from system startup.
This process controls shared access to the MTS400 Series hardware by the
analyzer and player.
User Interface
Program View
You must have local administrator rights to be able to use IP analysis. If you
need to change your rights , please consult your system administrator.
The TSCA software uses a single main program summary window with different
context sensitive views contained within tabbed frames. This provides the
maximum amount of useful information while keeping the screen from appearing
cluttered. From the main window, you can access the following views: Program,
Tests, Tables,PID, Packets, and Interface.
The Program view provides a fast overview of the transport stream contents in
terms of program content, bit rate use by each program, and TR 101 290 test
results. Red, amber and green LEDs highlight errors associated with each
program, or element of a program, within the transport stream. Red LEDs
indicate that there are current errors in the stream, amber LEDs indicate that
errors have occurred but are now clear, and green LEDs indicate that no errors
have been detected.
Errors that are detected at lower levels in the program stream hierarchy propagate
up to the highest level. This allows you to monitor all of the programs in the
stream at a high level and then quickly go to lower levels as necessary to locate a
problem.
Transport Stream Compliance Analyzer (Demo) User Manual
17
TSCA - Getting Started
Tests View
SI/PSI (Tables) View
PID View
The Tests view enables you to isolate errors to the specific tests that have been
applied to the transport stream. The error log is automatically filtered by the
selected test, and can also be filtered by Packet Identifier (PID). In addition to
the standard first, second, and third priority tests included in TR 101 290
standard, tests are available for Program Clock Reference (PCR) jitter and
program/PID bit rate. A variability test enables you to test the changes in the bit
rate of a specific PID, and there are many tests that are specific to ISDB-T and
ISDB-S streams.
The SI/PSI (Tables) view displays the service information tables that have
occurred in the analyzed stream which comply with the selected digital video
standard. This includes MPEG-specific program information, DVB service
information, and ATSC, ISDB program, and system protocol information. The
tables are grouped together by function and hyperlinks enable you to quickly
access related information within other tables.
The PID view displays information about all of the PIDs found in the transport
stream. When you select the transport stream, the associated summary view
provides a PID-oriented overview of the transport stream, displaying the relative
data rates of all of the PIDs contained within the stream. The information can be
displayed as either a bar chart or as a pie chart. Pop up menus enable fast limit
selection and links.
Packets View
Interface View
Each PID is associated with a number of tests. When one or more tests fail, each
failed test will be listed under the relevant PID. Select a specific PID to display a
summary of all the associated tests. Select a specific test to display the Event
Log and Parameters for only that test.
The Packets view displays information about all of the packets found in the
transport stream grouped according to content. These groups include PID value,
SFN mega-initialization packets (MIPs) (DVB only), and ISDB-T information
packets (IIPs). When you select a specific PID or MIP, only packets carrying that
particular PID or MIP are displayed. A section view is also available. Deferred
analysis of PCAP files allows you to see the ethernet packets.
The Packets view is not available in real-time mode. However, packets in a
real-time stream can be examined using the CaptureVu feature.
The Interface view provides a central location for information related to the RF
interface card (where installed).
HTest results
HGraphical representation of specific RF card readings
HRF card readings and control settings
18
Transport Stream Compliance Analyzer (Demo) User Manual
CaptureVu Feature
Triggered Recording
TSCA - Getting Started
The graphical views display a selection of graphs of instantaneous measurements
and measurement trends. Also available are an Event Log and a Parameter view.
The Interface tab is displayed only when an interface is installed.
The CaptureVu feature captures a snapshot of system events in real and deferred
time, and allows you to debug the intermittent and complex problems that
traditional analyzers miss. You can initiate CaptureVu either manually or
automatically by associating a CaptureVu Breakpoint with any test event. When
a breakpoint is detected, either manual or automatic, the stream is paused and an
in-depth deferred time analysis can be performed on stored data. This powerful
debug mode enables fast debugging of troublesome intermittent problems.
During real-time analysis, stream information can only be held for a finite time eventually it will be overwritten by more up-to-date information. Triggered
recording allows a portion of a stream to be recorded and subsequently analyzed
in detail.
The following trigger sources and conditions apply:
HAny test event
HExternal input; (TTL) edge specifiable
HDate and time
HRecorded file size can be specified
HPretrigger buffer size can be specified as a percentage of the overall file size
range from 0 – 100%
Transport Stream Compliance Analyzer (Demo) User Manual
19
TSCA - Getting Started
Starting the TSCA Software
The TSCA can analyze transport streams in either real-time or off-line (deferred)
mode.
Opening the TSCA
Click File Analysis to select the trans−
port stream file to analyze and to se−
lect the method for calculating the
rate of the stream.
Click Real−time Analysis to select an
input source (IP or hardware inter−
face) for real−time analysis.
From the Windows Desktop, select Start > Programs > Tektronix MTS400 >
Analyzers > TS Compliance Analyzer.
The TSCA is opened, initially overlaid with the Open Transport Stream...
dialog box.
20
Figure 14: TSCA startup
The Open Transport Stream... dialog box allows you to:HSelect the interpretation standard to be used for analysis.
(The stream interpretation should be checked and, if necessary, set first.)
HIdentify a stream file for deferred analysis. Files can be selected either
directly from the disk drive or using previously set up shortcuts.
HIdentify an input (IP, ASI or SMPTE or DVB Parallel) receiving a stream
and start real-time analysis.
Transport Stream Compliance Analyzer (Demo) User Manual
Loading...
+ 156 hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.