bmt Ecosystem

TPEG ON AIR

The Solution for Generating TPEG Services

The modular TPEG ON AIR system enables simple creation of TPEG services.

Various inbound information can be converted, multiplexed and played out to different networks (DAB/DAB+, DMB, UMTS, …). TPEG ON AIR is always updated to reflect the current TPEG specifications as issued by TISA. It supports all current DAB/DMB playout systems, works with encryption and offers new internet-based “TPEG over HTTP” output modes.

Key facts:

  • Universal tool either for testing or regular services (one for lab use and one for productive use i.e. broadcasting for customers)
  • Broadcast or http delivery
  • Different license models
  • HECA encryption/TPEG-LTE encryption/Zlib compression/TPEG-PAC access control
  • Web based configuration and status monitoring (SNMP/JSON web service)
TPEG ON AIR Screenshot (Click to enlarge)

The input format is tpegML and outputs for most DAB Multiplexers/content servers (Fraunhofer, Radioscape, Factum, Digidia) are available. TPEG ON AIR is used for the commercial TPEG services in Germany, UK, Netherlands, Belgium and Norway and is tested in various countries worldwide. The test playout is technically identical to the productive license, so all tests are compliant to the output in the networks mentioned above.

TPEG ON AIR is delivered as a stand-alone application. It can be run either on Windows or Linux as a Desktop application or service and is managed via a Web interface. Scalability, availability and easy recovery can be ensured by virtualisation.

TPEG ON AIR 3.0 now available

New features and changes (by Oct. 2019):

  • Now delivered as stand-alone application
  • New web interface
  • Runs on Windows and Linux, as desktop application or service
  • Support for HTTP upload of TPEGML messages
  • Support for GEWI’s TIC3-XML (TEC and TFP) as import format
  • Support for TEC 3.3, SPI 1.0 and EAW 1.0
  • New service component multiplex algorithm: Dynamic bandwidth reconfiguration, in dependence of the number of current messages
  • New time-sharing message multiplex algorithm: Broadcast all messages within a time frame
  • Multi-pass ZLIB compression
  • Support for TomTom TrafficService (extra charge)

TPEG Analyser

The TPEG Analyser allows the graphical representation and interpretation of several data streams in real time, as well as the interpretation of recorded data. Meaningless byte data streams turn into TPEG data blocks that are easy to analyse. At first glance differences between the various services can be spotted, and the most important parameters can be compared.

The effective solution for following applications:

  • Monitoring and controlling TPEG services
  • Visualising and recording TPEG services
  • Comparing TPEG services
  • Quality assurance and debugging
  • Reference information for the development of devices and terminals
  • Testing TPEG encoders

Product features:

  • As data source files, DAB receivers and network streams can be used
  • Simultaneous representation of bandwidth, synchronisation and reception for several services
  • Animated visualisation of the different TPEG transport frames in real time
  • Detailed output of the decoded frame content
  • Plug-in concept for error warnings and further content analysis

Most encrypted TPEG services can be decrypted in the TPEG Analyser as long as the service provider does allow it. We are able to provide decryption plugins in coordination with the service provider for testing purposes. Please contact us in case of questions.

New features of the TPEG Analyser 5.1

  1. Added MapPlugin, including support for GLR, OLR and TMC to be shown in a map
  2. Added support for OLR relative coordinate decoding
  3. Added support for opening recently used data
  4. Added enable/disable of plugins to the plugin-dialog instead of moving plugins into/from plugins-folder
  5. Added check for unused bits in selectors set to false
  6. Message management export file name suggestions has attached timestamp of save time

Previous versions

  1. Added support for tpegML originator service identifier, as defined in „Corrigendum #2 to: TPEG2-SFW_1.1/001“
  2. Added new application model VLI 1.0-001
  3. Added tab for analysing tpeg frame and service component frame lengths
  1. Integrated new application models EMI 1.0-001 (including LRC 2.1-001), RMR 1.0-001 (including LRC 2.0-001) and WEA 1.0-001 (including LRC 2.0-001)
  2. Changed existing application models (FPI 2.0-001, PKI 1.1-001, TEC 3.1-001, TEC 3.2-002 and TFP 1.0-003) to be specification conform (including LRC 2.0-001)
  3. Added bmt-experimental application models (bmt-FPI 2.0-001, bmt-PKI 1.1-001, bmt-RMR 1.0-001, bmt-TEC 3.1-001, bmt-TEC 3.2-002, bmt-TFP 1.0-003 and bmt-WEA 1.0-001) non- specification-conform including (including LRC 2.1-001)
  4. Added support for TPEG-PAC
  5. Added support for TPEG-LTE_1.0/001
  6. Added statistics plugin

Including updated application plugins (CAI 1.1/001, FPI 2.0/001, PKI 1.1/001) and new versions (TEC 3.2/001).

  1. Update of all application plugins to the latest official TISA specifications.
  2. Location referencing Container including OpenLR location referencing.
  3. For TISA TAWG Members experimental Plugins including universal location referencing ULR 0.7.
  4. Improved 64bit OS support.
  5. Free additional DAB receiver.
  1. Plugin for dab subchannel UDP input: Decode and analyse DAB subchannels via UDP input.
  2. Zlib plugin: It is now possible, to analyse zlib compressed service frames
  3. Support for loading all TPEG files from one directory as one TPEG stream: Several files can be loaded as a stream without the need to combine them into one file in advance.
  4. TPEG transport frame type information for unknown frame types in stream view: Unknow frame types and unknown data are displayed in the Analyser’s stream view and history list.
  5. WGS84 coordinate decoder plugin: Possibility of decoding WSG84 coordinates, e.g. to map them in Google-Maps.
  1. ETI-NI-G.703 import: TPEG data can be decoded directly out of ETI files.
  2. Drag and Drop of TPEG Binary files: It is now possible to drag TPEG binary files into the TPEG analyser, without the need to open the file dialog.
  3. Display of non-TPEG Data in Streams: If undecodable data or padding is received, this data is displayed as well for further analysis.
  4. Cyclic tpegML export of message sets: This exiting feature allows post processing of decoded TPEG messages. This can be used for example for visualisation in maps or to compare the received data with the data provided to the playout.
  5. 100% TISA TPEG2 compliance: The TISA Specifications for TPEG modelling and physical format conversion have been fully implemented and the tpegML format is now 100% TISA compliant.
  6. xpert „diff“ feature to compare binary frames: For experts it is now possible to use the intelligent frame compare features to easily detect differences between TPEG frames on several levels.
  7. Support for new applications and toolkits: All the latest TPEG toolkits and applications are included.
  1. Message Management: In addition to the stream-based analysis it is now possible to show the received messages using the message management in the message portal. That way the message management and the messages to be sent can be reviewed. The message management operates according to the TISA MMC specification published in February 2010 and supports the monolithic process.
  2. tpegML Export: Received TPEG frames can be saved as tpegML files for the TPEG2-based applications. This ensures a simple view and processing with XML tools. From TPEG binary data tpegML data can easily be generated, which can serve as input for a TPEG ON AIR playout.
  3. Multiple Application Plug-ins: In addition to the selection of the application version with the SNI version details, the GUI now also allows a manual selection of a specific application version. This allows for testing the data against the signalled specification as well as testing against any other version of an application.
  4. optional HECA: The feature for decoding and analysing HECA-encoded data is optional (please contact us for an offer).
  5. DAB Subchannel: As input information for the TPEG Analyser any DAB sub-channel saved in a file or received via UDP can be used (until now data groups were required). Important DAB parameters such as the number of faultlessly received packets and data groups as well as CRC errors are displayed.

TPEG Editor

Create your own TPEG test messages

The TPEG Editor is a tool for the creation and modification of TPEG files. It can be used to open TPEG files and present their content in a clearly laid out user interface where all fields can be edited. Missing or invalid parameters which would cause non-standard TPEG output are indicated by red background colour which facilitates trouble-shooting. Optional parameters are marked or suppressed in order to facilitate the creation of new messages. Messages are managed in multiple versions and new versions can be cloned from previous ones. The location of a message can be modelled using all TISA location referencing methods. Additionally, TMC, GLR and OLR locations can be edited and graphically shown on a map. The TPEG Editor supports all applications currently specified by TISA and will be enhanced with future applications after their release. bmt’s long-term expert knowledge ensures that the output is compliant to the related TPEG2 specifications.

Fig.: User interface of the TPEG Editor

The creation of test cases for TPEG-enabled devices in a lab environment is important for development engineers, test engineers and service providers. The TPEG Editor simplifies this task significantly and makes sure that the output is syntactically correct.

A set of messages is stored as a TPEGml file which can be reloaded and modified later. The TPEGml output can also be fed into a TPEG ON AIR test or productive system for immediate update of a TPEG stream or a binary file.

For a later release the playback of predefined scenarios with updates, changes and deletions of messages is planned.

TPEG Editor 3.0 now available

New features and changes are (by Feb. 2019):

  • Binary Fileoutput (extra charge)
  • New application: TEC 3.3
  • HERE background map
  • Adding TPEG data to current inventory
  • Loading recently used files
  • Calculation of linear distance (for OLR Distance Metres)
  • Map cache for offline usage

Previous version

Folgende Aufzählungen sollen nicht offen gezeigt werden, sondern sich erst wie eine mehr Funktion nach dem Anklicken nach unten öffnen

The new features/changes are:

  • TomTom background map
  • Coordinates Picker
  • New Version of TPEG Application WEA 1.1
  • Adapt application-specific time information
  • Semantic check for Message Management Container – Cancel Flag
  • Independent loading of the TPEG ON AIR configuration
  • Display wether xml or binary data has been loaded

TPEG Decoder Library

TPEG Decoder Library – The fast lane to your TPEG implementation

The bmtTPEGDecoderLibrary enables Java developers to easily process TPEG binary streams and – as an option – even TPEGml data. All processing of the TPEG framing, SNI (Service and Network Information) and message management (MMC) is done by the library and the resulting information (Services, Service Components and Messages) is provided by an easy-to-access API.

For usage of the library, a developer has only to provide one or more TPEG inputs and registers listeners for services as well as listeners for Service Component Messages. All TPEG content will be provided as Java objects and can be accessed without knowledge of the actual TPEG binary or TPEGml encoding. An application, based on the library, can perform its own TPEG Message Management or can use the built-in message management in order to get informed about new, updated, canceled or expired TPEG Messages.

In addition, there are optional extensions to the bmtTPEGDecoderLibrary, which allow the extraction of TPEG Binary streams from DAB subchannels or a TPEG Service Component tuning via DAB (DAB-Tuning implementation must be provided according to a defined DAB-Tuner interface API). Also an extension for providing the TPEG-OLR objects to the TomTom OpenLR decoder is available.

The decoding of TPEG services is a complex task that is time-consuming and error-prone. The decoder library is thus the ideal tool to create an application based on TPEG without the need to know the specifications in depth.

Access through the high level API reduces the implementation and test period for your Java/Android applications. bmt’s TPEG know-how ensures that the implementation is compliant with the specifications issued by TISA and new applications are available promptly after their release.

Consulting

Bayerische Medien Technik’s client’s for its consulting services include terminal device manufacturers, broadcast network operators, content and service providers as well as the auto industry.

Among other clients, bmt works for almost every car manufacturer on the optimisation of TPEG to reflect their requirements. Our core competence lies in the convergence of modern broadcast media with traffic information systems.

A variety of modern communication and information technologies interact here. Therefore we provide a wide range of know how. bmt also conducted a study on behalf of the MOST-Cooperation regarding the „Optimisation of TPEG Integration“.

Parallel to the consulting activities we offer development and prototyping within certain fields.

Now available: „TPEG-LAB by bmt“

Do you need to test your navigation unit under real conditions? The TPEG-LAB by bmt is the testing solution for devices using pre-configured data sets, real over-the-air data and/or data defined by you or your customer. TPEG over DAB, HTTP and combinations of the two are all available with this testing method.

The TPEG-LAB comprises all the various tools in the bmt‘s TPEG ecosystem, supported by our expert’s extensive pool of knowledge and experience. Book the TPEG-LAB for testing your devices. Simply contact sales@bmt-online.de for more information or a commercial offer.