Study Into the Potential Application of Administered Incentive Pricing to Spectrum Used for Terrestrial TV & Radio Broadcasting

Total Page:16

File Type:pdf, Size:1020Kb

Study Into the Potential Application of Administered Incentive Pricing to Spectrum Used for Terrestrial TV & Radio Broadcasting Confidential Study into the potential application of Administered Incentive Pricing to spectrum used for Terrestrial TV & Radio Broadcasting Final Report for Ofcom Indepen and Aegis October 2005 Indepen Diespeker Wharf 38 Graham Street London N1 8JX Telephone +44 (0) 20 7324 1800 Facsimile +44 (0) 20 7253 4949 http://www.indepen.co.uk Final Report - Confidential This report was prepared by Indepen and Aegis for Ofcom. Dr Damian Tambini, head of the Programme in Comparative Media Law and Policy at Oxford University, provided input on issues concerning the public value of broadcasting. Indepen is a management and economic consultancy providing advice and assistance to organisations addressing the challenges of regulation, deregulation, competition, restructuring and internationalisation. Indepen understands government and regulation, as well as companies and their investors. Based on this knowledge, we challenge and develop policies that seek to reform and align incentives. We work in this way to promote both public and private value, with clients in the EU and elsewhere in the world. Further information can be found at www.indepen.co.uk Aegis Systems Ltd provides consultancy services relating to regulation and use of the radio spectrum. The company has expertise in all types of radio systems and is able to undertake work ranging from strategic issues to detailed technical analysis. The company comprises six full time staff, all of whom are Chartered Engineers and have collectively more than 130 years of consultancy, regulatory or industrial experience relating to the management or use of radio spectrum. Further information can be found at www.aegis-systems.co.uk. Project team Phillipa Marks (Indepen) Brian Williamson (Indepen) Justine Bond (Indepen) John Burns (Aegis) Richard Rudd (Aegis) Advisor Dr Damian Tambini © Indepen, 2005 1 Final Report - Confidential CONTENTS Summary ................................................................................................................................... 4 Scope of the study ................................................................................................................. 4 Background............................................................................................................................ 4 Economic issues .................................................................................................................... 4 Demand and constraints on use ............................................................................................ 6 Approach to estimating opportunity costs.............................................................................. 7 Setting AIP from opportunity costs ........................................................................................ 8 Opportunity cost estimates - TV............................................................................................. 8 Opportunity cost estimates - Radio...................................................................................... 10 Conclusion ........................................................................................................................... 12 1 Introduction ..................................................................................................................... 13 1.1 Background................................................................................................................. 13 1.2 This report................................................................................................................... 14 2 Economics of Applying AIP to Broadcasting................................................................... 16 2.1 Introduction................................................................................................................. 16 2.2 Efficient spectrum pricing for broadcasting ................................................................ 18 2.3 Should spectrum pricing explicitly reflect social value? ............................................. 22 2.4 Spectrum as a quid pro quo ....................................................................................... 26 2.5 What are the benefits from spectrum pricing?............................................................ 26 2.6 Conclusions ................................................................................................................ 27 3 Policy Issues in Applying AIP ......................................................................................... 28 3.1 How should AIP be applied? ...................................................................................... 28 3.2 What response should be anticipated? ...................................................................... 30 3.3 What account should be taken of associated policies?.............................................. 32 3.4 Conclusions ................................................................................................................ 35 4 Television – Demand and Constraints............................................................................ 37 4.1 Introduction................................................................................................................. 37 4.2 Demand in UHF TV Bands......................................................................................... 37 4.3 Constraints on changing spectrum use ...................................................................... 43 4.4 Implications for spectrum pricing................................................................................ 47 © Indepen, 2005 2 Final Report - Confidential 5 Radio - Demand and Constraints ................................................................................... 49 5.1 Demand ...................................................................................................................... 49 5.2 Constraints on use...................................................................................................... 54 5.3 Implications for spectrum pricing................................................................................ 59 6 Methodology ................................................................................................................... 61 6.1 Introduction................................................................................................................. 61 6.2 Current approach........................................................................................................ 62 6.3 Non-marginal spectrum changes................................................................................ 64 6.4 Use of market information .......................................................................................... 65 6.5 Setting prices using opportunity cost.......................................................................... 67 6.6 Conclusions ................................................................................................................ 68 7 Estimating Opportunity Costs and Setting AIP ............................................................... 69 7.1 Introduction................................................................................................................. 69 7.2 UHF TV spectrum....................................................................................................... 69 7.3 Radio .......................................................................................................................... 79 7.4 Conclusion.................................................................................................................. 88 Appendix 1: Measuring the Social Value of Broadcasting ...................................................... 90 1. Introduction................................................................................................................. 90 2. Measurement of Social Value in Policy Context......................................................... 90 3. Conceptual Frameworks for Measuring Social Value of Broadcasting ...................... 94 4. Methodologies: Summary.......................................................................................... 97 Bibliography ....................................................................................................................... 102 Appendix 2: Opportunity cost calculations ............................................................................ 103 1. Calculations for UHF TV spectrum: DVB-H used to deliver TV services ................. 103 2. Opportunity Cost Band III: DMB used to deliver multi-media content...................... 108 3. Opportunity costs for analogue and digital TV services ........................................... 110 © Indepen, 2005 3 Final Report - Confidential Summary Scope of the study This study is concerned with the application of administered incentive pricing (AIP) to terrestrial TV and radio broadcasting and a key requirement is that it addresses in detail the implications of broadcasting policy for the application of AIP. The study involves • Reviewing previous approaches used to estimate opportunity costs for the UHF TV spectrum • Identifying bands used by radio and TV broadcasting to which AIP might be applied • Considering whether AIP should be applied to spectrum used by broadcasting using a forward looking analysis • Providing a methodology for the calculation of opportunity cost, and so AIP, for broadcasting spectrum, including an analysis
Recommended publications
  • BETS-5 Issue 1 November 1, 1996
    BETS-5 Issue 1 November 1, 1996 Spectrum Management Broadcasting Equipment Technical Standard Technical Standards and Requirements for AM Broadcasting Transmitters Aussi disponible en français - NTMR-5 Purpose This document contains the technical standards and requirements for the issuance of a Technical Acceptance Certificate (TAC) for AM broadcasting transmitters. A certificate issued for equipment classified as type approved or as technically acceptable before the coming into force of these technical standards and requirements is considered to be a valid and subsisting TAC. A Technical Acceptance Certificate is not required for equipment manufactured or imported solely for re-export, prototyping, demonstration, exhibition or testing purposes. i Table of Contents Page 1. General ...............................................................1 2. Testing and Labelling ..................................................1 3. Standard Test Conditions ..............................................2 4. Transmitting Equipment Standards .....................................3 5. Equipment Requirements ..............................................4 6. RF Carrier Performance Standards .................................... 5 6.1 Power Output Rating .................................................5 6.2 Modulation Capability ................................................5 6.3 Carrier Frequency Stability ............................................6 6.4 Carrier Level Shift ...................................................7 6.5 Spurious Emissions
    [Show full text]
  • Media Solutions
    DeliveryDelivery specifications specifications Radio. 2021Radio. 2021 TECHNICAL SPECIFICATIONS Talpa Network Media Solutions has high demands on the sound quality of the programs for its radio stations 538, SLAM!, 100% NL, Sublime, Radio 10, Radio Veronica, Sky Radio and Classicnl. This applies to music but also to commercials. Talpa Network Media Solutions uses EAR for optimal monitoring and processing of the commercials. Commercials should be delivered digitally through EAR. More information can be found at www.ear.nu . LENGTH OF RADIO COMMERCIALS Radio commercials with a length of 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55 and 60 seconds are acceptable. Deviating lengths are rounded up to a multiple of 5 seconds. The length of the radio commercials will be measured in seconds from the first moment of audio. Example: Audio with a length of 10,00 seconds will be booked as a 10 second commercial; Audio with a length of 10,01 seconds will be booked as a 15 second commercial. AUDIO REGISTRATION Silence in a radio commercial may not exceed 3 seconds. If the commercial has been recorded in mono then it will be necessary to offer that commercial on two channels. Both channels must contain an identical signal and must be of the same sound level (sound effects excluded). AUDIO FILE The supplied audio file must meet the following specifications: • Linear WAV file • 48 kHz (other sample frequencies will not be accepted) • 16 Bit Stereo LEVEL The maximum (peak) noise in the audio file may not exceed -6 dBfs related to 0 dBfs (full scale).
    [Show full text]
  • Chapter 4, Current Status, Knowledge Gaps, and Research Needs Pertaining to Firefighter Radio Communication Systems
    NIOSH Firefighter Radio Communications CHAPTER IV: STRUCTURE COMMUNICATIONS ISSUES Buildings and other structures pose difficult problems for wireless (radio) communications. Whether communication is via hand-held radio or personal cellular phone, communications to, from, and within structures can degrade depending on a variety of factors. These factors include multipath effects, reflection from coated exterior glass, non-line-of-sight path loss, and signal absorption in the building construction materials, among others. The communications problems may be compounded by lack of a repeater to amplify and retransmit the signal or by poor placement of the repeater. RF propagation in structures can be so poor that there may be areas where the signal is virtually nonexistent, rendering radio communication impossible. Those who design and select firefighter communications systems cannot dictate what building materials or methods are used in structures, but they can conduct research and select the radio system designs and deployments that provide significantly improved radio communications in this extremely difficult environment.4 Communication Problems Inherent in Structures MULTIPATH Multipath fading and noise is a major cause of poor radio performance. Multipath is a phenomenon that results from the fact that a transmitted signal does not arrive at the receiver solely from a single straight line-of-sight path. Because there are obstacles in the path of a transmitted radio signal, the signal may be reflected multiple times and in multiple paths, and arrive at the receiver from various directions along various paths, with various signal strengths per path. In fact, a radio signal received by a firefighter within a building is rarely a signal that traveled directly by line of sight from the transmitter.
    [Show full text]
  • Zenderoverzicht Rekam TV Instellen Rekam Is Een Stichting Die Werkt Zonder Winstoogmerk
    Rekam | Kabeltelevise Midden-Holland Zenderoverzicht Rekam TV instellen Rekam is een stichting die werkt zonder winstoogmerk. Als kabelexploitant Gebruik voor ontvangst een televisie met een ingebouwde DVB-C tuner voor Midden Holland bieden wij meer dan 40 televisie- en 50 radiozenders of een losse digitale ontvanger. Bij een televisietoestel met ingebouwde tegen een laag abonnementstarief van slechts € 7,95 per maand. Rekam DVB-C ontvanger stelt uw toestel zich automatisch in. Gebruik bij het beschikt over een modern glasvezel hoofdnet en geeft alle signalen in instellen van uw DVB-C toestel de volgende gegevens: hoge digitale kwaliteit door. Daarnaast is er op de kabel nog ruimte voor Frequentie: 210.000 Caiway, waar u zich kunt abonneren op extra televisiezenders, supersnel Symbol rate: 6875 internet en telefonie via de kabel. Netwerk ID: 4683 Aanmelden Voor de ontvangst van HD zenders heeft u een HD televisie met een HD digitale ontvanger nodig. De HD ontvanger zal zelf de HD zenders Op onze website www.rekam.nl kunt u zich aanmelden voor een opzoeken. abonnement van Rekam, of u kunt contact opnemen met onze administratie via telefoonnummer: 0182-585 585. Internet en Telefonie Gaat u verhuizen? Meldt u dit dan tijdig aan onze administratie. Blijft u binnen het Rekam gebied wonen dan kunt u op uw nieuwe adres uw Voor supersnel internet of telefonie via de kabel kunt u zich abonneren gekozen diensten direct weer voortzetten en u betaalt slechts € 17,50 bij Caiway via het telefoonnummer: 088-22 49 111 (lokaal tarief) of kijk op administratiekosten en géén aansluitkosten! www.caiway.nl 1 Nederland 1 10 RTL 8 31 CNN 73 Rijnmond 83 Zeeland 79 TV Noord 2 Nederland 2 14 Comedy C.
    [Show full text]
  • Fcc and Am Stereo: a Deregulatory Breach of Duty
    THE FCC AND AM STEREO: A DEREGULATORY BREACH OF DUTY JASON B. MEYERt The trend toward governmental deregulation of private enterprise, which began in earnest in the 1970's1 and has gathered momentum under the Reagan administration, has had a significant effect on the telecommunications industry. The Federal Communications Commis- sion (FCC) has reduced regulation of operation and maintenance log- ging2 and eliminated minimum aural transmission power require- ments.' Similarly, a major effort has been made in Congress to enact a bill deregulating broadcast programming.4 In 1984 the FCC justified eliminating or relaxing many licensing requirements on the grounds that such "actions further the Commission's goals of creating, to the maximum extent possible, an unregulated, competitive environment for t A.B. 1980, Princeton University; J.D. Candidate, 1985, University of Pennsylva- nia. The author wrote this Comment while a student at the University of Pennsylvania Law School. I See, e.g., Depository Institutions Deregulation and Monetary Control Act of 1980, Pub. L. No. 96-221, 94 Stat. 132 (codified at scattered sections of Titles 12, 15, 22 & 42 of the U.S.C.) (reducing regulatory control of banks); Airline Deregulation Act of 1978, Pub. L. No. 95-504, 92 Stat. 1705 (codified at 49 U.S.C. §§ 1300-02, 1305-08, 1324, 1341, 1371-79, 1382, 1384, 1386, 1389, 1461, 1482, 1486, 1490, 1504, 1551-52) (reducing regulatory control of airlines). I See Operating and Maintenance Logs for Broadcast and Broadcast Auxiliary Stations, 48 Fed. Reg. 38,473 (1983). ' The Commission abolished minimum aural power requirements that had previ- ously created a situation in which a station's aural range well exceeded its visual range.
    [Show full text]
  • Geschenken 09-10-2020.Pdf
    Tweede Kamer der Staten-Generaal Geschenken ontvangen door de leden Aalst, R.R. (Roy) van - PVV Geschenken Geschenk Datum Geen Aartsen, A.A. (Thierry) - VVD Geschenken Geschenk Datum Ontvangen van de Gemeente Rotterdam een toegangskaart voor de halve finale van de KNVB beker Feyenoord – NAC. De waarde is onbekend. 05-03-2020 Ontvangen van de Gemeente Breda een toegangskaart voor de bekerwedstrijd NAC – PSV. De waarde is onbekend. 23-01-2020 Ontvangen van KRO-NCRV 5 toegangskaarten backstage TOP2000 Café. De waarde is onbekend. 30-12-2019 Bijgewoond op uitnodiging van de provincie Limburg een concert van André Rieu. De waarde is onbekend. 11-07-2019 Aanwezig geweest bij het concert van Marco Borsato in de Kuip op uitnodiging van Public Affairs Rotterdam. De waarde is onbekend. 01-06-2019 Bijgewoond het Nieuwspoort Aspergediner op uitnodiging van Competition Support. De waarde is onbekend. 17-04-2019 Ontvangen tijdens een werkbezoek aan Swinkels Family Brewers een maaltijd en presentje (een liter bier). De waarde is onbekend. 18-02-2019 Ontvangen van ANP het fotoboek ‘Hollandse Beelden’. De waarde is onbekend. 12-02-2019 Ontvangen van Edison Pop twee kaarten inclusief diner voor de Edison Pop Awards in de Westergasfabriek te Amsterdam. De waarde is onbekend. 11-02-2019 Ontvangen van de gemeente Noordenveld een boekje over ‘Drents Big Vief’. De waarde is onbekend. 15-01-2019 Ontvangen een kaart met alle streekomroepen erop van de Stichting Nederlandse Lokale Publieke Omroepen (NLPO). De waarde is onbekend. 14-12-2018 Ontvangen twee toegangskaartjes voor het Muziekfeest van het jaar van de AVRO-TROS.
    [Show full text]
  • Prof. K Radhakrishna Rao Lecture 2 Role of Analog Signal Processing
    Analog Circuits and Systems Prof. K Radhakrishna Rao Lecture 2 Role of Analog Signal Processing in Electronic Products – Part 1 1 Structure of an electronic product 2 Electronic Products o Process analog signals and digital data o This involve transmission and reception of signals and data o It is generally necessary to code signal and data to transmit over channels o Transmission can be over wires or wireless o Processing and storage are efficient in digital form o Several human interface technologies are available 3 Products considered o Radio Receiver o Modem o Cell Phone o ECG 4 Radio Receiver o AM Receiver o FM Receiver 5 Radio waves are classified as o Low frequency (LF): 30 kHz – 300 kHz, o Medium frequency (MF): 300 kHz – 3 MHz, o High frequency (HF): 3 MHz – 30 MHz, o Very high frequency (VHF): 30 MHz – 300 MHz, o Ultra high frequency (UHF): 300 MHz – 3 GHz, o Super high frequency (SHF): 3 GHz – 30 GHz, o Extremely high frequency (EHF): 30 GHz to 300 GHz. 6 Radio broadcasting o one-way wireless transmission over radio waves to reach a wide audience o takes place in MF (300 kHz – 3 MHz), HF (3 MHz – 30 MHz) and VHF (30 MHz – 300 MHz) regions 7 Major modes of radio broadcasting o Sine wave (single tone) represented by Vtp sin(ωφ+ ) PM (Analog) where φ = phase in radians PSK (Digital) QPSK( Digital) FM (Analog) ω = frequency in rad/sec FSK (Digital) AM, DSB (Analog) V = peak magnitude in volts p ASK (Digital) 8 AM broadcasting o Amplitude of the carrier signal is varied in response to the amplitude of the signal to be transmitted o Amplitude modulation is done by a unit called mixer (nothing but a multiplier) which produces an output output=+( Vpc V pm sinωω m t )sin c t Vpm where ωm is the modulating frequency = m is known as the Vpc ω is the carrier frequency c modulation index.
    [Show full text]
  • RADIO's DIGITAL DILEMMA: BROADCASTING in the 21St
    RADIO’S DIGITAL DILEMMA: BROADCASTING IN THE 21st CENTURY BY JOHN NATHAN ANDERSON DISSERTATION Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in Communications in the Graduate College of the University of Illinois at Urbana-Champaign, 2011 Urbana, Illinois Doctoral Committee: Professor John C. Nerone, Chair and Director of Research Associate Professor Michelle Renee Nelson Associate Professor Christian Edward Sandvig Professor Daniel Toby Schiller ii ABSTRACT The interaction of policy and technological development in the era of “convergence” is messy and fraught with contradictions. The best expression of this condition is found in the story behind the development and proliferation of digital audio broadcasting (DAB). Radio is the last of the traditional mass media to navigate the convergence phenomenon; convergence itself has an inherently disruptive effect on traditional media forms. However, in the case of radio, this disruption is mostly self-induced through the cultivation of communications policies which thwart innovation. A dramaturgical analysis of digital radio’s technological and policy development reveals that the industry’s preferred mode of navigating the convergence phenomenon is not designed to provide the medium with a realistically useful path into a 21st century convergent media environment. Instead, the diffusion of “HD Radio” is a blocking mechanism proffered to impede new competition in the terrestrial radio space. HD Radio has several critical shortfalls: it causes interference and degradation to existing analog radio signals; does not have the capability to actually advance the utility of radio beyond extant quality/performance metrics; and is a wholly proprietary technology from transmission to reception.
    [Show full text]
  • Advies Inzake Voorgenomen Veiling DAB+- Frequentieruimte
    Openbaar Advies inzake voorgenomen veiling DAB+- frequentieruimte Ons kenmerk : ACM/UIT/528911 Zaaknummer : ACM/19/038156 Datum : 12 mei 2020 Advies van de Autoriteit Consument en Markt aan het ministerie van Economische Zaken en Klimaat ten behoeve van de veiling van frequentieruimte voor digitale radio (DAB+). 1 Inleiding 1.1 Aanleiding Het ministerie van Economische Zaken en Klimaat (hierna: het ministerie) heeft de Autoriteit Consument en Markt (hierna: ACM) verzocht1 om advies uit te brengen in verband met de door het ministerie voorgenomen veiling van frequentieruimte in laag 7 van het spectrum2 bestemd voor digitale etherradio (DAB+). Laag 7 is een landelijk dekkende spectrumlaag en is om die reden bestemd voor landelijke commerciële radio. De veiling is gepland voor eind 2020.3 Het verzoek van het ministerie aan de ACM is om te adviseren over eventuele voorzieningen die getroffen moeten worden bij de voorgenomen veiling ter waarborging of stimulering van de mededinging. Meer specifiek heeft het ministerie de ACM de volgende vragen voorgelegd: 1. Wat is de huidige concurrentiesituatie en hoe verwacht u dat die situatie zich in de komende (2 tot 3) jaar gaat ontwikkelen op de relevante markten waarop radio-omroepen actief zijn en (voor)ziet de ACM mededingingsrechtelijke bezwaren in het licht van de voorgenomen frequentieveiling van laag 7? 2. Indien er sprake is (of zal zijn) van mededingingsrechtelijke bezwaren, adviseert de ACM dan interventies, en zo ja welke, om de mededingingsrechtelijke bezwaren weg te nemen (waarbij voorbeelden
    [Show full text]
  • Zenderlijst Radio
    Zenderlijst Radio Radiozenders bij Televisie Standaard, Compleet en Maximaal 801 NPO Radio 1 817 NDR Kultur 832 Radio Veronica 802 NPO Radio 2 818 BBC Radio 2 833 Radio 538 803 NPO 3FM 819 BBC Radio 3 834 Qmusic 804 NPO Radio 4 820 BBC Radio 4 835 BNR Nieuwsradio 805 NPO Radio 5 821 BBC World Service 836 Sublime 806 NPO Soul & Jazz 822 VRT Radio 1 837 Arrow Classic Rock 807 NPO FunX 823 VRT Radio 2 838 100% NL 808 Omrop Fryslân Radio 824 MNM 839 Waterstad FM 809 RTV Noord 825 Studio Brussel 840 Radio NL 810 RTV Drenthe 826 Klara 841 Radio Continu 811 RTV NOF 827 classicnl 842 Gigant FM 812 Lokale Omroep Ameland* 828 FIP 843 Radio 0511 813 RTV Kanaal 30 829 Sky Radio 844 Groot Nieuws Radio 815 NDR 1 Niedersachsen 830 SLAM! 845 Alles Frysk 816 NDR 2 831 Radio 10 846 Koperkanaal Extra radiozenders bij Televisie Compleet en Maximaal 848 Stingray Etalagekanaal 866 Stingray The Spa 884 Stingray Rock and roll 849 Stingray NL 867 Stingray Easy Listening 885 Stingray Classical 850 Stingray Kiddo FM 868 Stingray Classic Rock 886 Stingray Jazz 851 Stingray Hip Hop 869 Stingray Piratenhits 887 Stingray Jazz Classics 852 Stingray Classic RnB & Soul 870 Stingray Salsa 888 Stingray NL Luisterlied 853 Stingray Trance 871 Stingray Dance Classics 889 Stingray Nostalgie 854 Stingray Dancefloor Fillers 872 Stingray Comedy 890 Stingray Kleuterliedjes 855 Stingray Hits 873 Stingray Country 891 Stingray Skihut 856 Stingray All Day Party 874 Stingray Love Songs 892 Stingray Drive 857 Stingray Lounge 875 Stingray Motown 893 Stingray Filmmuziek 858 Stingray Chill Lounge 876 Stingray Reggae 894 Stingray Relipop 859 Stingray Today’s Pop 877 Stingray Italia 895 Stingray Musical 860 Stingray Nederpop 878 Stingray France 896 Stingray Opera 861 Stingray Arabic 879 Stingray Espana 897 Stingray Operette 862 Stingray Turk 880 Stingray Blues 898 Stingray Cocktail Lounge 863 Stingray Indie Classics 881 Stingray Oldies 899 Stingray Specials 864 Stingray Hard Rock 882 Stingray Nederpop Gold .
    [Show full text]
  • Digital Terrestrial Radio for Australia
    Parliament of Australia Department of Parliamentary Services Parliamentary Library Information, analysis and advice for the Parliament RESEARCH PAPER www.aph.gov.au/library 19 December, no. 18, 2008–09, ISSN 1834-9854 Going digital—digital terrestrial radio for Australia Dr Rhonda Jolly Social Policy Section Executive summary th • Since the early 20 century radio has been an important source of information and entertainment for people of various ages and backgrounds. • Almost every Australian home and car has at least one radio and most Australians listen to radio regularly. • The introduction of new radio technology—digital terrestrial radio—which can deliver a better listening experience for audiences, therefore has the potential to influence people’s lives significantly. • Digital radio in a variety of technological formats has been established in a number of countries for some years, but it is expected only to become a reality in Australia sometime in 2009. • Unlike the idea of digital television however, digital radio has not fully captured the imagination of audiences and in some markets there are suggestions that it is no longer relevant. • This paper provides a simple explanation of the major digital radio standards and a brief history of their development. It particularly examines the standard chosen for Australia, the Eureka 147 standard (known also as Digital Audio Broadcasting or DAB). • The paper also traces the development of digital radio policy in Australia and considers issues which may affect the future of the technology. Contents Introduction ................................................................................................................................. 1 Radio basics: AM and FM radio ................................................................................................. 3 How do AM and FM work? ................................................................................................... 3 How AM radio works .......................................................................................................
    [Show full text]
  • PRESENTATIE MEI – JUNI 2021 Bron: Nationaal Luister Onderzoek (NLO)
    MEI EN JUNI Aanbod radio, tv en online RADIO LUISTERTIJDAANDELEN JAN-FEB 2021 DOELGROEP: 25-67 JAAR NPO Radio 2 marktleider! 10+ 25-67 jaar 45-67 jaar B-to-B AB1 BDS 25-67 15,2% Zwaar Zakelijke Beslissers 12,5% Autobezitters 11,7% 10,7% 7,8% 6,6% 3,8% 3,7% 3,1% 2,2% 1,6% NPO Radio 2 Qmusic Radio 10 Radio 538 Sky Radio NPO Radio 1 Veronica NPO Radio 5 100% NL NPO 3FM NPO Radio 4 4 PRESENTATIE MEI – JUNI 2021 Bron: Nationaal Luister Onderzoek (NLO). Uitgangspunten: 6-24 uur, Jan-Feb 2021 LUISTERTIJDAANDELEN JAN-FEB 2021 TOP 3 ZENDERS NPO Radio 2 Qmusic Radio 10 19,3% 17,1% 16,1% 15,2% 15,3%15,5% 13,5% 13,0% 12,5% 12,7% 13,3% 11,3% 11,7% 12,0%12,1% 9,9% 9,8% 9,0% 10+ 25-67 20-49 25-59 45-67 B-to-B 5 PRESENTATIE MEI – JUNI 2021 Bron: Nationaal Luister Onderzoek (NLO).: Uitgangspunten: 6-24 uur, Jan-Feb 2021 Top 3 zenders op 10+ 6 PRESENTATIE MEI – JUNI 2021 BEST BELUISTERDE PROGRAMMA’S JAN-FEB 2021 DOELGROEP: 25-67 JAAR Gem. aantal Top 10 programma’s Zender luisteraars Top 50 programma’s 1. Gijs 2.0 NPO Radio 2 557.000 2. Aan de slag NPO Radio 2 553.000 19 3. Stenders Platenbonanza NPO Radio 2 525.000 4. Spijkers met koppen NPO Radio 2 478.000 5. Oor wil ook wat NPO Radio 2 435.000 10 6.
    [Show full text]