Grundig Digital Radio - Manual

Grundig Digital Radio

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Table of Contents:

  • Page 3 – FOREWORD; Dr Riyadh Najm
  • Page 5 – TABLE OF CONTENTS; DRM – D
  • Page 7 – Introduction
  • Page 8 – What is Digital Radio?
  • Page 9 – AVAILABILITY
  • Page 10 – A digital radio is much easier to use/tune than is an AM/FM radio.
  • Page 11 – Terrestrial Transmission Systems; DRM – Digital Radio Mondiale
  • Page 12 – Brief Description of the DRM System; Overall design; There are two classes of basic information:
  • Page 13 – Distribution Interface
  • Page 14 – Audio Source Coding; DRM Source Encoding
  • Page 15 – DRM Source Decoding; Multiplexing, including special channels and energy dispersal
  • Page 16 – Channel coding and modulation
  • Page 17 – Transmitter Considerations; Beyond the modulator box in Figure 4.1 is the transmitter exciter.; Over the air
  • Page 19 – System Development; Eureka; Principal Advantages and Challenges; Advantages
  • Page 20 – Challenges
  • Page 21 – DAB Development Worldwide as of 2006; Belgium
  • Page 22 – France
  • Page 23 – South Korea
  • Page 24 – United Kingdom
  • Page 25 – Table 4.1. Eureka 147 Main System Features; Infrastructure Requirements; DAB and GSM (Global System for Mobile Communications)
  • Page 26 – Synergies with Digital Radio Mondiale (DRM); DRM is designed to be
  • Page 27 – Synergies with Digital Television; Future Developments of DAB
  • Page 28 – IP over Enhanced Packet Mode
  • Page 29 – DAB as carrier of multichannel audio
  • Page 31 – Figure 4.3: Conceptual diagram of the outer coder and interleaver; More details can be found on the WorldDAB websites at; Types of Receivers
  • Page 32 – Handheld Receivers
  • Page 33 – Table 4.2: List of manufacturers and their DAB products
  • Page 34 – Highlighted cells indicate DMB products.
  • Page 35 – Overview; ISDB-TSB (Integrated Services Digital Broadcasting; The Methods; Audio encoding system; MULTI2 system has been adopted.
  • Page 36 – Multiplexing System
  • Page 37 – concept and its reception; Spectra; Receiver; transmission
  • Page 38 – Figure 4.5: Example diagram of hierarchical transmission
  • Page 39 – Figure 4.7: CP carrier in an ordinary transmission; CP; OFDM Frame; Input; adaptation; IFFT
  • Page 40 – Transmission capacities
  • Page 41 – Characteristics; More channels; The objectives of the DRP are as follows:; Experimental broadcasting for practical application; Receivers; Receiver test centre; The major activities are as follows:
  • Page 42 – Trial receivers; At present, no receivers are sold in the commercial market.; Receivers expected; cell phone type receivers; Overview of Services; Multiple voice broadcasting
  • Page 43 – Broadcasting of simplified moving images; Outlook for the Future; Early release of receivers in the commercial market
  • Page 44 – iBiquity HD Radio System; The HD Radio system offers the following features:
  • Page 45 – HD Radio Standards Activity; Moreover, the National Radio Systems; HD Radio AM and FM Receivers
  • Page 46 – Figure 4.9 - Typical HD Radio Automobile Receivers; HD Radio System Technical Design Overview
  • Page 47 – Content is assembled for transport using a specific protocol; Core Services
  • Page 48 – Waveforms and Spectra
  • Page 49 – FM All Digital Waveform
  • Page 50 – Figure 4.12: Hybrid AM HD Radio system spectrum allotment; HD Radio Subsystems; Audio source coding and compression
  • Page 51 – Figure 4.13: Functional Block Diagram of HD Radio System
  • Page 52 – RF/Transmission System; UDQVP LW; Receiver Systems
  • Page 53 – Figure 4.15: FM hybrid IBOC receiver functional block; Features Common to North American Digital Radio Systems; Sound Quality
  • Page 54 – Frequency Response; Mono program with music:; Audio Quality Ratings
  • Page 55 – kbps
  • Page 56 – Furthermore development of a “Gen-2” system
  • Page 57 – Courtesy: iBiquity Digital
  • Page 58 – Issues related to Terrestrial Systems; Spectrum Availability; Case Study: Allocations in Region 1
  • Page 59 – Band III
  • Page 60 – Estimated number of coverages
  • Page 61 – Figure 4.20: Estimation of the channel usage in Band III for T-DAB
  • Page 62 – Figure 4.21: End of the transition period; The Implications of Simulcasting
  • Page 63 – Coverage
  • Page 65 – Satellite Transmission; The Broad Picture; WorldSpace – ITU-R System D
  • Page 67 – AmeriSpace
  • Page 68 – Hitachi
  • Page 69 – SIRIUS Satellite Radio / XM Satellite Radio
  • Page 70 – Sirius Overview
  • Page 71 – Figure 5.3. Sirius SDARS Delivery System
  • Page 72 – Eccentricity
  • Page 74 – Deployment Status
  • Page 75 – Mobile Broadcasting Corp. and TU Media Corp. – ITU-R System E
  • Page 77 – To listen to audio not available elsewhere; Internet Radio peculiarities
  • Page 78 – Internet Radio as a complement to established radio services; as satellite or terrestrial networks can reach many more people.
  • Page 79 – Internet-only stations: IR Portals and Music Portals
  • Page 80 – Distribution networks; servers situated around the world. Each server uses the
  • Page 81 – WiMAX
  • Page 82 – Podcasting; Internet Radio terminals and playback devices
  • Page 83 – Internet Radio's relation with the traditional radio
  • Page 84 – Measuring audience; Internet radio listening and the way the popularity of Internet
  • Page 85 – most demanded streams or most demanded parts of streams
  • Page 86 – Case studies
  • Page 87 – Swedish Radio multichannel audio distribution; Summary and Conclusions
  • Page 88 – Some Important Radio Portals; Beethoven
  • Page 89 – Radio VH1
  • Page 90 – SHOUTcast
  • Page 91 – Some Sources for the Digital Radio Guide
  • Page 92 – ETSI
  • Page 94 – APPENDIX A
  • Page 95 – Modes of Operation
  • Page 96 – Data Services
  • Page 97 – Table A.2: Example of possible number of programs; In cooperation with representatives of
  • Page 98 – Planning Parameters
  • Page 99 – Propagation Properties
  • Page 100 – Recent system developments; The basic principle of the MOT data carousels
  • Page 101 – The MOT Directory Object serves two functions:; Dynamic Label
  • Page 102 – Broadcast Website
  • Page 103 – The platform enables the rapid
  • Page 104 – Figure A.1 below shows the architecture of DAB Java.; DAB Receiver Interfaces
  • Page 105 – SBR Layer II; The user is
  • Page 106 – IP datacasting in DAB; As; TPEG transport in DAB
  • Page 107 – The TDC Specification allows
  • Page 108 – Number
  • Page 109 – CENELEC EN 50248 Characteristics of DAB receivers
  • Page 110 – APPENDIX B
  • Page 111 – World Radio Network
  • Page 112 – APPENDIX C
  • Page 117 – DISCLAIMER
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Summary

Page 3 - FOREWORD; Dr Riyadh Najm

3 FOREWORD The purpose of the Digital Radio Guide is to help engineers and managers in the radio broadcast community understand various aspects of digital radio systems that are available in 2006. Theguide covers those systems used for transmission in different media, but not in the productionchain....

Page 5 - TABLE OF CONTENTS; DRM – D

5 TABLE OF CONTENTS 1 INTRODUCTION............................................................................................................................... 7 2 WHAT IS DIGITAL RADIO? ........................................................................................................... 8 3...

Page 7 - Introduction

DIGITAL RADIO GUIDE INTRODUCTION 7 1 Introduction Digital technology has steadily transformed the way in which programmes are made and distributed in recent years. Already many broadcasters have invested in digital systemsfor contribution and production and now the switch from analogue to digital is...

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