MAGIC STI 5 MAGIC DAB/STI 7. 2-Mbit/s Splitter/Switch 8. MAGIC ETI Decoder 9. MAGIC STI Decoder 11. Applications 13. PadMUX32 15.

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3 Content MAGIC STI 5 MAGIC DAB/STI 7 2-Mbit/s Splitter/Switch 8 MAGIC ETI Decoder 9 MAGIC STI Decoder 11 Applications 13 PadMUX32 15 SchedMAN 16 SiMUX 17 MediaBOX 18 MMDS 19 DAB Scout 21 MAGIC DAB/STI Training 23 Content 3

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5 MAGIC STI Service Multiplexer & Audio Encoder MAGIC STI General The DAB Digital Audio Broadcast System is a broadband system which allows the transmission of various programmes (Audio and Data services) from one or more Service Providers in a common programme block. Every Service Provider should be able to configure, control and monitor individually, its own programme. An example for this is the transmission of traffic announcements, which is very difficult to realise in classic DAB networks. Therefore, special requirements for the multiplexing of the different components are necessary. The implementation of these requirements can be achieved using the EN , Service Transport Interface (STI), ETS Standard issued in 1999, which describes the interface between the so called Service Provider and Ensemble Provider. The MAGIC STI System allows - in addition to the transmission of various audio programmes - a simple integration of announcements (e. g. traffic, weather etc.). Also, two data interfaces (RS.232 and X.21) are implemented which support the transmission of STI conforming data channels as provided by the Service Information Multiplexers from "Fraunhofer Gesellschaft, Erlangen" or "the Institut für Rundfunktechnik". The programme provider has with MAGIC STI, a Service Multiplexer with integrated DAB Encoders. The complex management of various Audio and Data Services is supported and simplified by a Windows NT graphical user interface. STI Service Multiplexer as per EN with integrated Audio Encoders as per EN (Layer II) with analogue Audio inputs 2- Mbit/s, T1, X.21 and ISDN telecom interfaces Expandable to a maximum of 10 Audio Encoders using MAGIC Extension Systems Data interfaces for external STI data Windows NT Configuration and Controller Software Optional: Digital AES/EBU Audio inputs with sample rate converter Fully compatible with the DM-001 STI Ensemble Multiplexer from Rohde & Schwarz Seamless audio transmission during reconfiguration 5

6 Technical Data Coding Algorithm: ISO/MPEG Layer II (IRT-License) DAB EN Transmission protocol: STI EN Sampling Frequencies: Data Rates: 24, 48-kHz Audio Interface: Audio Level: Headroom: Impedance: Noise Level: 8, 16, 24, 32, 40-kbit/s 48, 56, 64, 80, 96, 112-kbit/s 128, 160, 192, 224, 256-kbit/s 288, 320, 352, 384-kbit/s XLR, analogue, electr. symm. optional: digital AES/EBU with integr. Sample Rate Converter -6, -3.8, 0, 2.75, 6, 9, 12 dbu 6 db 600 Ohm/15 kohm ~ 80 db Line Interfaces: Clock Insertion: 2-Mbit/s, G.703/G.704 X.21 ( kbit/s) Data Interfaces: PAD USER I/O TS16 Optional Data Interface: LSD HSD Control Interface: PC Cascading: Extension Bus Power Supply: V AC Frequency: 50/60 Hz Power Consumption: typical 70 VA EMC: VDE0878, B Electrical Safety: EN60950 Dimensions (H x W x D): 133 x 449 x 450 mm V.24/RS232 TTL/SUB-D V.11/X.21 V.24/RS232 V.11/X.21 V.24/RS232 V.11/SUB-D (e.g. GPS) MHz MAGIC STI Ordering Information MAGIC BASIC DAB ENCODER I MAGIC BASIC DAB ENCODER II MAGIC STI Software MAGIC EXTENSION ENCODER I MAGIC EXTENSION ENCODER II MAGIC EXTENSION ENCODER III Option: AES/EBU Module Encoder Option: Encoder-Board Option: MAGIC STI, SI-MUX Upgrade MAGIC COMPACT i2-mux/2m MAGIC STI Audio Decoder MAGIC ETI Audio Decoder Option: AES/EBU Module Decoder

7 MAGIC DAB/STI with 1+1 Redundancy DAB Redundancy General The MAGIC DAB/STI Audio Encoder systems allows a full 1+1 redundancy. With this feature the Service Provider can be sure that any error in the system will cause an automatic switch-over to the redundant system. The switching time without audio is less than one second. The switch-over is also guaranteed if the Service Controller PC is faulty, because both systems are self-controlled. In the case of a fault in the 2-Mbit/s (E1) Splitter/Switch, one of the systems will be switched automatically into the network via a relay. For Service purposes it is possible to manually change between the systems. A special menu in the software allows the actual configuration to be copied from one system to the other (e.g. after repair or exchange of a system). For this redundant operating mode, only one STI licence is necessary. Full 1+1 Redundancy Monitoring without PC Switching time < 1 second Only one STI Licence necessary Synchronisation of both systems Simultaneous configuration of both systems Simple transfer of configuration if a unit is replaced or exchanged 7

8 2-Mbit/s Splitter/Switch 2-Mbit/s Splitter/Switch General The central element of the 1+1 redundancy is the 2- Mbit/s (E1) Splitter/Switch. This unit splits the STI-C back channel from the Ensemble Multiplexer into both MAGIC systems and switches the STI-C channel of the active MAGIC system to the Ensemble Multiplexer. Use of the LOCAL/REMOTE switch allows the switching over to the redundant system to be made automatically by the MAGIC System or by the input selection switch on the equipment. This manual switch permits a simple choice of the active system, e.g. for equipment exchange. For signalling purposes, the status of the 2-Mbit/s network and the 2-Mbit/s interfaces of both MAGIC systems are shown via the following control LEDs: Ordering Information 2-Mbit/s Splitter/Switch incl. Control cable NETWORK AIS Red Alarm Indication Signal from 2-Mbit/s network NETWORK LOS Red No Signal from 2-Mbit/s network MAGIC AIS Red Alarm Indication Signal from MAGIC MAGIC LOS Red No G.703/G.704 signal(loss of Sync) from MAGIC Remark: For 1+1 redundant system operation, an identical system configuration is imperative. Please be aware of this when ordering. Only one licence is required for operating a redundant system. 8

9 MAGIC ETI Decoder Listening/Monitoring Decoder MAGIC ETI Decoder General The MAGIC ETI Audio Decoder systems can be used for the monitoring of DAB signals at every location in the ETI distribution network. The systems can be connected anywhere in the 2-Mbit/s (NA, G.704 and NI, G.703) signal to be monitored or can be connected in parallel with the signal path. Consequently, all Audio programmes in the data stream are monitored and an individual programme can be extracted and decoded. The Audio signal can be output as an analogue or optionally, as a digital (AES/EBU) signal. Switching among audio programmes is simply made by keys on the front panel. Three relay outputs are provided for external signalling of faults. The possibility of extracting a single programme from the DAB Ensemble provides provides a cost effective Audio programme supply for non-dab applications without the need to use additional transmission lines. Thus, FM Audio programmes can be transmitted to transmitter locations and audio programmes can be inserted into cable networks. Using the supplied Windows software for the control of the systems, a detailed error detection can be achieved and the content of the ETI data stream can be decoded. All relevant information, such as 2-Mbit/s alarms, number of sub-channels, types of sub-channels etc., can be displayed. DAB ETI (NA, G.704) Monitoring Decoder Simultaneous control of all Audio Sub-Channels in the ETI signal Listening to one Audio signal Analogue or optional digital AES/EBU audio output Additional Mono AUX output Three relays for external alarm signalling Integrated level monitoring function User friendly Configuration and Monitoring Software 9

10 Technical Data Line Interface: Synchronisation: Decoding: E1, Mbit/s G.703/G.704 ETI EN Ensemble Transport Interface - ETI (NA, G.704) ETI (NA, G.704) ETI (NI, G.703) - DAB Modes: I, II, III, IV ISO/MPEG Layer II DAB EN Sampling Frequency: Audio-Output: Impedance: Level: 48-kHz (LSF not supported for the audio output) Electronic, symmetrical (XLR) additional mono output Optional: AES/EBU Professional 600 Ω 20 to +12 dbu (adjustable) Level Monitoring: User Interface: Power Supply: -24 dbr under Nominal Level PC: V.24 Alarm: 3 Relays: - MPEG Audio - ETI Frame - Power Failure 90 to 253 V~ (50/60 Hz) Power Consumption: Dimensions: Weight: EMC: max. 35 W H W D: (mm) approx. 6 kg Electrical Safety: Temperature: EN 55103, part 1 and part 2 EN C to 40 C MAGIC ETI Decoder Ordering Information MAGIC ETI Audio Decoder Option: AES/EBU output module Relative Humidity: 5% to 85% 10

11 MAGIC STI Decoder Listening/Monitoring Decoder MAGIC STI Decoder General The MAGIC DAB STI Audio Decoder system can be used for the monitoring of DAB transmission signals at every location in the STI contribution network. The systems can be connected anywhere in the 2-Mbit/s (NA, G.704 and NI G.703) signal to be monitored or can be connected in parallel with the signal path. Consequently, all Audio programmes in the data stream are monitored and an individual programme can be extracted and decoded. The Audio signal can be output as an analogue or optionally, as a digital (AES/EBU) signal. Switching among audio programmes is simply made by keys on the front panel. Three relay outputs are provided for external signalling of faults. The possibility of extracting a single programme from the DAB Ensemble provides a cost effective Audio programme supply for non-dab applications without the need to use additional transmission lines. Thus, FM Audio programmes can be transmitted to transmitter locations and audio programmes can be inserted into cable networks. Using the supplied Windows software for the control of the systems, a detailed error detection can be achieved and the content of the ETI data stream can be decoded. All relevant information, such as 2-Mbit/s alarms, number of sub-channels, types of sub-channels etc., can be displayed. DAB STI Monitoring Decoder Simultaneous monitoring of all Audio Streams in the STI signal Listening to one Audio signal Analogue or optional digital AES/EBU audio output Additional mono AUX output Three relays for external alarm signalling Integrated level monitoring function User friendly Configuration and Monitotoring software 11

12 Technical Data Line Interface: Synchronisation: Decoding: E1, Mbit/s G.703/G.704 STI EN (NI & NA) Service Transport Interface ISO/MPEG Layer II DAB EN Sampling Frequency: Audio-Output: Impedance: Level: 48-kHz (LSF not supported for the audio output) Electronic, symmetrical (XLR) additional mono output Optional: AES/EBU Professional 600 Ω Level Monitoring: 20 to +12 dbu (adjustable) -24 dbr under Nominal level User Interface: Power Supply: PC: V.24 Alarm: 3 Relays: - MPEG Audio - STI Frame - Power Failue 90 to 253 V~ (50/60 Hz) Power Consumption: Dimensions: Weight: EMC: max. 35 W H W D: (mm) approx. 6 kg Electrical Safety: Temperature: EN 55103, part 1 and part 2 EN C to 40 C Relative Humidity: 5% to 85% MAGIC STI Decoder Ordering Information MAGIC STI Audio Decoder Option: AES/EBU output module

13 Applications of MAGIC DAB/STI products Service Controller Software For the operation of a STI Service Provider System the Service Controller Software MAIN MANAGER, is necessary. This enables an easy configuration and monitoring of the system. Reconfigurations can be done by mouse clicking. An easy control of the program sequence for live data reconfigurations is implemented as well as the possibility of transmitting announcements (traffic information, weather broadcasts, etc.) at the push of a button. The integrated FIG Encoder allows a simple development and editing of FIGs. All implemented actions and error messages are stored in a log file. The STI Controller Software runs under the Windows NT operating system. Applications 13

14 Service Provider STI Audio Decoder Applications Each Service Provider is able to encode up to 8 Stereo Audio programmes with the MAGIC STI system according to his requirements. The individually encoded Audio data, PAD (Programme Associated Data) as well as additional inserted data channels (N-PAD) with STI format and announcement information FIGs (Fast Information Groups) are combined and multiplexed into the STI norm by the Service Multiplexer integrated into the MAGIC STI system. The STI Data Stream (STI-D) is transmitted to the Ensemble Provider together with the control channel (STI-C). In all cases, the communication from all Service Providers to the Ensemble Provider is bi-directional via the STI-C control channel. Through this procedure, reconfigurations can be registerd and transmitted for example. The reconfiguration request is confirmed by the Ensemble Provider over the STI-C back channel.the connection of individual Service Providers can be made via 2-Mbit/s lines (MAGIC BASIC DAB ENCODER) and ISDN (MAGIC ISDN DAB ENCODER). Ensemble Provider The data streams of all Service Providers involved in one Ensemble are connected to the Rohde & Schwarz DM-001 STI-compatible DAB Ensemble Multiplexer. This Ensemble-Multiplexer builds a joint data stream (ETI) of all programs. The stream can be transmitted to all transmitter locations. The software of the Serviceand of the Ensemble-Multiplexers was developed together, to guarantee an optimal operating safety. Also with regard to the graphical user interface the same input dialogues were realised when possible. Of course NON-STI Service-Provider are supported as well. For the control of individual programmes, the MA- GIC STI AUDIO DECODER can be connected to the outgoing STI 2-Mbit/s data stream. The monitoring decoder monitors all encoded Audio programmes simultaneously and can decode a single Audio programme. An audio programme to be decoded can be selected by the keys on the front panel or by the Windows user software. Two potential free, relay contacts are available for alarm signalling (2-Mbit/s alarm and ISO/MPEG Decoder alarm). The monitoring decoder can be installed at any point in the complete contribution network. ETI Audio Decoder In contrast to the MAGIC STI Audio Decoder, the MA- GIC ETI Audio Decoder can be used for monitoring and fault localisation at the output of an Ensemble Multiplexer. Similar to the STI option, one of the Audio programmes contained in the ETI data stream can be decoded and monitored. The possibility of accessing one of the programmes of an DAB Ensemble allows a cost effective audio program distribution for non-dab applications without need for using separate transmission lines. Thus FM audio programs can be transmitted to transmitter sites and audio programmes can be inserted into cable networks. Pre-Multiplexing For more efficient use of the 2-Mbit/s lines, the MA- GIC COMPACT i2-mux/2m can combine several Service Providers for feeding to the Ensemble Multiplexer. Also, non-dab Services can be transmitted via the same channel, such as e.g. FM Audio programmes. 14

15 A development of PadMUX32 PAD Data inserter PadMUX 32 General The PadMUX32 enables the feeding of additional data into DAB programmes. The user friendly user interface for Windows NT /2000 /XP enables fast configuration and selection of services for DAB. Included in the delivery Configuration of services Acceptance of editorial data Processing of information according to ETSI Standard ETS Transmission of PAD data to the Audio Encoder (1 PAD channel) Monitor display of sent information English user interface Ordering Information PadMUX32 for Windows NT /2000 /XP Technical data Data rate step by step up to 16 kbit/s. Serial interface Services: Dynamic Label DAB Radiotext up to 128 characters/s. MOT Broadcast Web Service Interactive MOT 2.4 DAB data service Configuration of the transmission directories Homepage configuration MOT Slide Show Automatic MOT 2.4 DAB data service Configuration of the transmission directories Configuration of transmission cycles Editorial data JPEG and HTML data Text data (Dynamic Label) Broadcasting centre wire interface (HFBL-K recommendation for additional information transmission) Interface for control of transmission sequences (according to IRT/MOT interface) Options SchedMAN module: software for automatic chronological change of services HTML2Radiotext module: Conversion of HTML tags into Dynamic Labels 15

16 A development of SchedMAN Schedule Manager for PadMUX32 General Included in the delivery Through SchedMAN data flow is defined for different DAB data services (MOT services). The desired raster for the PadMUX32 is created via a database. It only requires to be copied to any number of week days and SchedMAN automatically takes over control of the timing. For special days such as bank holidays, the possibility to generate an individual daily grid exists. The switching over of the PC s system clock is used for this purpose. If only a single PAD channel is available, chronological division within this channel is possible with SchedMAN. The program sequence can also be edited by an editorial PC. Presently, all MOT Sources, which are manually adjustable in the PadMUX32, can also be switched automatically via SchedMAN. The software is available as a 32-Bit version in addition to the AVT PadMUX32. Configuration of services Acceptance of editorial data Processing of information according to ETSI Standard ETS Transmission of PAD data to the Audio Encoder (1 PAD channel) Monitor display of sent information English user interface Technical data System requirements Computer: minimum Intel Pentium PC Operating system: Windows 95/98 /NT /2000 /XP Network connection: via LAN Further PC cards: none SchedMAN Ordering Information SchedMAN Schedule Manager for PadMUX

17 A development of SiMUX Service Information Multiplexer General The SiMUX is used for feeding of dynamic Service Information (SI) in DAB. The user friendly Windows NT /2000 /XP user interface enables fast configuration and selection of Service Information for up to five radio programmes. Included in delivery Configuration of SI types for several radio programs Feeding of dynamic SI via serial interface or LAN (UDP - User Datagram Protocol) using a "Radio House Telegram" (HFBL recommendation 14 KSZH) up to 5 radio programmes simultaneously Transmission of SI data to the Service Multiplexer via RS.232 and use of STI protocol (ETSI EN ) Monitor display of received information English user interface Technical data Configuration system configurations (FIC capacity, Service Provider ID, output interface to the S-MUX) input interface (serial, UDP) SI types of radio programmes DAB-radio text up to 128 characters/sec. Announcement Support announcement identifier (alarm, traffic, travel, warning, current affairs, weather, service, urgent messages, programme information, sport, economy) Traffic Message Channel (TMC) encoded traffic announcements according to Alert- C-Protocol SiMUX Ordering information SiMUX for Windows NT /2000 /XP In preparation Program Type (PTY), programme type identifier according to RDS EN UECP, transmission protocol according EBU SPB 490 test functions for announcements System requirements Computer: minimum Intel Pentium II PC Operating system: Windows NT /2000 /XP Interfaces: up to 6 RS232 LAN card: for UDP input interfaces 17

18 A development of MediaBOX Service Mix for new media MediaBOX General The MediaBOX generates the Service Mix for new Media. Matters of broadcast cycle, editorial systems and data bases are automatically taken over and edited with the correct format for new Audio services. The implementation is based on the concept paper, Data Service Controller for ARD Radio Station Manager. Included in the delivery interface modules requested by the broadcast cycle, editorial systems and data bases receiver independent data management of text and image information in SQL database tools for configuration of services for DAB, DVB, Internet and WAP time and event controlling for service cycle output format (currently: HTML, JPEG, PNG, WML) data transmission to data server with the help of FTP output format (at the moment: HTML, JPEG, PNG, WML) data transfer to data server using FTP output format (at the moment: HTML, JPEG, PNG, WML) data transfer to data server with the help of FTP Technical data Services DAB Slideshow automatic cycling of image files support of JPEG and PNG Formats configuration of file size and picture resolution dynamic integration of text and image elements (e.g. CD cover, title) transmission cycle, webcam and editorial interfaces Topic and playlist editor image editor image database modules for text and images automatic and time control DAB Radioweb automatic generation of a broadcast website service for DAB (HTML 3.2) service templates on request WAP Service automatic generation of WML files service templates on request transmission cycles and editorial interfaces Internet automatic generation of HTML files service templates on request dynamic slideshow Further services in preparation Database MySQL database (included in the delivery) MediaBOX data structure data base editor Configuration and Operation Operation and configuration via Internet Browser On-Air Check Web Server Apache Web Server (included in delivery) System requirements Operating system: Windows NT /2000 /XP Computer: min. 800 MHz Intel Pentium PC LAN card Ordering information MediaBox the service-mix for new media

19 MMDS DAB Multimedia Data Server General The MMDS is used for feeding PAD (Programme Associated Data) and N-PAD (non Programme Associated Data) into a DAB Ensemble or Service Multiplexer. The system runs under the Linux operating system. However, the configuration is carried out using a standard Browser, such as Microsoft Internet Explorer or Netscape Navigator running under any operating system. Data can be fed over the TCP/IP interface. In this case, the data communication takes place immediately (helpfull e.g., for D-GPS data, Dynamic Labels and Slide shows and other applications with real time requirements.) Libraries are included for the insertion of Dynamic Labels and Slides for Linux and Win 32 (Windows 98/NT /2000 /XP ) systems. Some data services (e.g. Broadcast Web Site, Slideshow or Dynamic Labels) can be transferred over ftp, ftp-mirror or HTTP-mirror to the MMDS. These are then stored in the MMDS and sent out in a cycle. Data that is stored in the MMDS is controlled according to the user's specification. A connection to the MMDS is then needed only for updating of the Data services. The Provider needs only standard software, e.g. an ftp-client and a telnet program. Knowledge of the Linux operating system is therefore not necessary. The DAB Multimedia data server can be remotely configured and kept up to date. The high end version of the MMDS includes an ISDN Terminal Adapter or an analogue modem (for dialled up connections to the content Provider/ MMDS administrator), a network card (e.g. for importing data over LAN or Internet) and a multiple serial interface card for the acquisition of the data. The MMDS is set up as a server for adapting the data from different Content Providers to different PADS, N-PAD (Packet Mode Data), Audio and/or Stream Mode Channels. As a server, it is delivered as a 19" Industrial PC with hard disk mirroring capability. User Applications Broadcast web site (HTML site) Slideshow Dynamic labels (HTML site) for test purposes D-GPS (Differential Global Positioning System) TPEG (Traffic and Travel Information) MPAD (Motion PAD: ISO/MPEG Layer 2 audio combined with H.263 low data rate motion video pictures. Standard DAB receivers decode only the audio signal) Proprietary user applications It is likewise possible to make use of Audio streams, Stream Mode Channels or FIG Streams (FIDC or e.g., service information such as FIG 0/13). Included in MMDS basic package delivery LINUX operating system running on a Pentium PC Latest MOT standard (MOT header and MOT directory) Packet Mode function (several sub-channels simultaneously) HTML based service and configuration user interface System self test with automatic repetition of system security checks Automatic creation of reports with error and warning messages Prepared for Conditional Access Recording function for all activities MMDS A development of 19

20 PAD and N-PAD Systems 8xPAD&NPADSystem MMDS PAD and Packet Mode System Included in the delivery: TFT Monitor MMDS Basic packet SDN Terminal Adapter or analogue modem Packet Mode via X.21 PAD via 8 fold serial interface card Import System Slideshow Service Broadcast Web Site Service Priority Management TPEG HTML Interface Products: MMDS PAD and Packet Mode System with 19" Industrial PC with Standard PC N PAD System MMDS packet Mode system Included in the delivery: TFT Monitor MMDS Basic packet ISDN Terminal Adapter or analogue modem Packet Mode via X.21 Import System Slideshow Service Broadcast Web Site Service Priority Management HTML Interface Products: MMDS Packet Mode System with 19" Industrial PC with Standard PC Simple MMDS Packet Mode System Included in the delivery: PAD and N-PAD Systems Ordering information MMDS Basic packet Packet Mode via X.21 Import System Slideshow Service Broadcast Web Site Service HTML Interface Products: MMDS PAD and Packet Mode System with 19" Industrial PC MMDS PAD and Packet Mode System with Standard PC MMDS Packet Mode System with 19" Industrial PC MMDS Packet Mode System with Standard PC Simple MMDS Packet Mode System with Standard PC Simple MMDS Packet Mode System with Standard PC A development of 20

21 A development of DAB Scout DAB Test Receiver General Technical data DAB Scout Receiver The DAB Scout was developed as a test receiver for analysing DAB Ensemble data using a PC. The unit is equipped with a rotatable push button and a double row, alphanumeric display for displaying the service label. Two optical outputs provide the RDI data and the audio signal of the included service in SPDIF format. The analogue audio signal is also available for external use. The RDI Data of a complete DAB Ensemble can be transmitted to the PC. The DAB Scout firmware can be updated over the USB interface. Ordering information DAB Scout Frequency range: VHF Band III: L-Band: Interfaces: USB, 384-kbit/s data rate optical SPDIF output (Toslink) optical RDI output advanced capacity mode (Toslink) stereo output (RCA) Display: 174 MHz MHz GHz GHz 2 lines each with 16 characters and background display Power supply: 12 V DC external with plug type mains unit Power capacity: < 6W Dimensions: 135 x 170 x 75 mm Weight: 550g 21

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23 MAGIC DAB/STI Training Practice The DAB Digital Audio Broadcast System is a broadband system which allows the transmission of various programs (Audio and data services) from one or more Service Providers in a common program block. Every Service Provider should be able to individually configure, control and monitor its own program. The transmission traffic announcements can be used as an example. This is very difficult to realise in classical DAB networks. Because of this, special requirements for the multiplexing of the different components are necessary. The implementation of these requirements is defined in the EN , Service Transport Interface (STI) ETSI Standard issued in 1999, which defines the interface between the so called Service Provider and the Ensemble Provider. Target group: DAB system planners and broadcast managers Requirements: basic knowledge of DAB, PC knowledge Aim of the seminar: Planning of DAB networks with MAGIC systems Configuration and administration of a Service Provider Compilation of individual reconfigurations Independent troubleshooting and fault clearance MAGIC DAB/STI Training Contents: DAB Basics DAB networks NON-STI and STI MAGIC DAB Systems Service Controller Software Practical Exercises Fault clearance No of participants: max. 6 participants Duration: 2 days Location: AVT GmbH Nuernberg Times: 1st day: Uhr 2nd day: Uhr Miscellaneous: included: beverages, lunch, seminar documentation and Certificate of Attendance issued by AVT Audio Video Technologies GmbH Ordering information MAGIC DAB/STI Practice Single entry (min. 2 participants) Group entry (max. 6 participants)

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