SBTVD Forum 29/11/2010

Similar documents
Switching to digital television

The Digital Dividend: THE challenge for digital TV

The long term future of UHF spectrum

Industry view on C-band related WRC-15 agenda items (i.e. AI 1.1 and 9.1-5) ATU/ITU Radiocommunications Forum (24 April, 2015 Niamey Niger)

Broadband development in Argentina

EBU view How should we use the digital dividend?

Regulatory framework for the assignment of the second digital dividend in Croatia

Digital Television Transition in US

2-4 NOVEMBER 2016, YAOUNDE CAMEROON

This document is a preview generated by EVS

Digital Terrestrial Television (DTT) is a Great European Success Story. Challenges for DTT. The European Spectrum Discussion

Digital Switchover in Chinese Taipei

This document is a preview generated by EVS

Beyond Oil & Gas to the Global Satellite User Ecosystem:

Digital Switch Over Experiences across Europe

Introduction of WSD in the UHF Band in Europe from a Broadcaster s Perspective

Switch off of Analogue Terrestrial Broadcasting. Standardization

Digital Dividend in France. Eric Fournier Director Spectrum Planning and International Affairs Agence Nationale des Fréquences

FLORENCE SCHOOL OF REGULATION COMMUNICATIONS & MEDIA. Radio spectrum resources and their usage Wireless Networks and Convergence

MONTENEGRO AGENCY FOR ELECTRONIC COMMUNICATIONS AND

Digital Television Switchover. Michael Starks for Jamaica Broadcasting Commission

Challenges and Future of Terrestrial Broadcasting Bernard Pauchon BNE Vice Chairman & Chargé de Mission, TDF CEO soffice

Summary of responses to the recent Questionnaire on:

POST ASO WITH A SPECIAL REGARD TO THE SITUATION IN GERMANY. Elmar Zilles Head Broadcasting, Federal Network Agency, Germany

The proposed UCC guidelines cover the operation of TVWS in the frequency range MHz based on Dynamic Spectrum Allocation (DSA) technique.

DRAFT UK Interface Requirement 2102

ECC Decision of 30 October on harmonised conditions for mobile/fixed communications networks (MFCN) operating in the band MHz 1

Introduction of digital TV in Bosnia and Herzegovina - Support for Public Broadcasting System

Authorisation Framework for the Accommodation of White Space Radiocommunications Devices

Official Journal of the European Union L 117/95

C-band Use and Challenges in the Americas Region. January 2013

The Importance of Satellite Access to C Band Spectrum In Africa September 2012

MPEG Solutions. Transition to H.264 Video. Equipment Under Test. Test Domain. Multiplexer. TX/RTX or TS Player TSCA

UK 700MHz Strategy and Digital Terrestrial Television update. Chris Woolford, Director of International Affairs, Ofcom 3 rd October 2013

Draft Framework for Digital Terrestrial Television Broadcasting in Trinidad and Tobago

Via

RTT TECHNOLOGY TOPIC March 2007 UHFMTS

Digital Switch Over Experiences across Europe

PMSE DTT spectrum sharing. Darko Ratkaj European Broadcasting Union

Committed to connecting the World ITU ACTIVITIES IN DIGITAL BROADCASTING TRANSITION. JO, GueJo

Quick Signal Integrity Troubleshooting with Integrated Logic Analyzers & Oscilloscopes

1. Information about the consultation participant 28/07/2017

ITU-D Regional Development Forum for the Arab Region: Access to spectrum, including broadcasting services trends and technologies

LTE for broadcast. Broadband broadcast convergence. September Nokia Solutions and Networks 2014 Public

Before the Federal Communications Commission Washington, D.C

RADIO SPECTRUM COMMITTEE

ITU Regional Development Forum for the Africa Region: "Spectrum and Broadcasting" Banjul (Gambia), July 2010

Questionnaire on cross-border coordination issues regarding 700 MHz spectrum clearance and migration of broadcasting service below 694 MHz

Present & Future Opportunities for WISPs to Obtain Access to Additional Spectrum

Economic and Social Impact of Repurposing the 700 MHz band for Wireless Broadband Services in the European Union

THE EVOLUTION OF DIGITAL TERRESTRIAL DISTRIBUTION MARCELLO LOMBARDO 29 MAY 2017

FAQ s DTT 1. What is DTT? 2. What is the difference between terrestrial television and satellite television?

Future Challenges and the Current Role of DySPAN

GET YOUR FREQ ON. A Seminar on Navigating the Wireless Spectrum Upheaval

FCC & 600 MHz Spectrum Update. Ben Escobedo Sr. Market Development

Annex J: Outline for Bhutan DTV Road Map

Exploiting the digital dividend a European approach

Reply Comments from the Canadian Association of Broadcasters

1. Information about the consultation participant 05/04/2018

The UK framework for access to white spaces in the UHF TV band

A Short PWMS overview. DKE WG "Professional Wireless Microphone Systems of DIN and VDE (Germany)

Best Practice Regulatory Frameworks for Mobile TV. forum

Country Experience On Satellite Service Regulatory Framework

In November, the Federal

Response to the "Consultation on Repurposing the 600 MHz Band" Canada Gazette, Part I SLPB December, Submitted By: Ontario Limited

Executing Agency: Asia Pacific Institute for Broadcasting Development, Kuala Lumpur, Malaysia in collaboration with ITU (BDT)

ITU-T Y Reference architecture for Internet of things network capability exposure

Technical Standards and Requirements for Radio Apparatus Capable of Receiving Television Broadcasting

Digital TV and Interactive Services Juliano C. Dall Antonia CPqD/Brazil

Defining DTTB network specifications and ensuring Quality of Service

Before the Federal Communications Commission Washington, D.C

Agilent N5183A MXG Microwave Signal Generator

DIGITAL BROADCASTING. Implementation of new services and their position in Multimedia World

Laboratory 6: Applications of a Digital Spectrum Analyzer to signal characterization

Demonstration of geolocation database and spectrum coordinator as specified in ETSI TS and TS

LICENSING POLICIES FOR THE CARIBBEAN: A TRINIDAD AND TOBAGO EXPERIENCE FOR THE BROADCASTING SECTOR

VHF/UHF frequency coordination Central America & Caribbean. To secure the operation of broadcasting stations and benefit from the Digital Dividend

The Telecommunications Act Chap. 47:31

BHUTAN current status for the Transition from Analogue to Digital Terrestrial Television Broadcasting

Global pay TV revenues crawl to $200 billion

Table of Contents 1. Introduction Background General comments Notes Stakeholder consultation

1 COPYRIGHT 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED.

A new international DVB-T Frequency Plan

Logic Analyzer Triggering Techniques to Capture Elusive Problems

1.2 The NAB is the leading representative of South Africa s broadcasting industry representing:

Analog Switch-Off Spectrum Auctions in the Digital Age

Utilisation of digital dividend in Hungary

Presented By: Andy Louis, Chairperson of NAB Technical Committee Date: 3 October National Association Of Broadcasters 1

Digital Television Regulation from a European Perspective

Working Group I: Global Issues on Satellite Systems and Telecommunication Coordination

Mobile TV broadcasting in Japan

AN EXPLORATION OF THE BENEFITS OF MIGRATION TO DIGITAL BROADCASTING

VHF/UHF frequency coordination Central America & Caribbean. To secure the operation of broadcasting stations and benefit from the Digital Dividend

The use of Time Code within a Broadcast Facility

Evolution of Broadcast Content Distribution

Digital Switchover Suriname Case Study

6.3 DRIVERS OF CONSUMER ADOPTION

Mobile Service Allocation Decision and Designation of Spectrum for Public Safety in the Frequency Band MHz

ORGANIZACION DE LOS ESTADOS AMERICANOS ORGANIZATION OF AMERICAN STATES

Experience of France for the transition from analog to digital TV and introduction of digital dividend

Transcription:

SBTVD Forum

Founded in 2006 Comprised of more than 90 members Members: broadcasters, receiving and transmitting equipment manufacturers, universities, software industries. A Non-Profit Association Mission: To assist and stimulate the creation and enhancement of the transmission and reception of digital sound and image in Brazil. 19 Standards More than 3000 pages

Spectrum that will be released in the transition from analog television to digital terrestrial television. Intended use: mobile broadband (IMT-International Mobile Telecommunications)

Spectrum bands allocated to mobile 450-470 MHz band 698-862 MHz band 790-862 MHz band 2.3-2.4 GHz band 3.4-3.6 GHz band No intended use in US and Canada Will not be implemented in most European (CEPT) countries Region 2 (N+S America) and Region 3 -nine countries (inc Japan, China, and India) Regions 1 (Europe, Africa and Middle East) Region 3 (all other Asia Pacific) No intended use in US and Canada Will not be implemented in most European (CEPT) countries Digital dividend Region 1 (EMEA): allocation to mobile on a primary basis and identification for IMT in 82 countries by country footnote In Region 2 (Americas): allocation to mobile on a primary basis in 14 countries (not in US/Canada) Region 3: allocation to mobile on a primary basis and identification for IMT in some countries: * WRC 07: World Radiocommunications Conference

Broadband/Internet Users Pay Television USA 76% of the population has Internet access 27% broadband Japan 77% of the population has Internet access 25% broadband USA Pay TV : 70% of households Brazil 40% of the population has Internet access 8% broadband Latin America 25% of the population has Internet access 6% broadband Brazil Pay TV : 15% of households Free-to-air: 95 % of households Source: Teleco,Operators and Regulatory Agencies.

Status on switch-over from analog to digital TV: USA Shutdown of analog transmissions on 12 June 2009 from high-power stations Low-power stations still broadcasting in analog in several areas Japan Planning to perform shutdown on 24 July 2011 Europe Switch-off complete in several countries (Belgium, Germany, Finland, Netherlands, Sweden, Switzerland, Spain, and others) Between 2010 and 2011 the following countries are scheduled for analog shutdown: France, Greece, Bulgaria, Italy, Portugal, Hungary, and others England: Switch-over began on 17 October 2007 and is following a schedule implemented by region. London is scheduled to end analog broadcasting in late 2012

2006 2009 2010 2011 2012 % % HIGH-POWER STATIONS Regional TIMETABLE

MediaFlo Technology by Qualcomm that offers video streaming and/or download to mobile devices over 6Mhz channels Service started and discontinued in the USA on TV channel 55 (716-722 MHz) LTE 3GPP (3rd Generation Partnership Project) that aims to improve the UMTS mobile telephony standard Technology for high-speed wireless broadband (100 Mbps downlink and 50 Mbps uplink) Can be used on 1.4 MHz 20 MHz bandwidth channels

WiMAX Wireless technology developed to offer broadband access Base station transmits to the terminal station, which provides access to a local network or directly to mobile devices Cognitive Radios Act in an opportunistic way, analyzing the occupancy of the spectrum in the place they re currently located, and then operating on vacant bands Their configuration is defined by software (software defined radio)

White Spaces Use of vacant TV channels on UHF Devices called WSD (White Space Device) are designed to detect the presence of existing signals, such as TV signals, to avoid the use of frequencies of such signals In the USA: mandatory query of a database of frequencies Risk of interference in the reception of television services, including on the head-end equipment of the cable TV operators

National Broadband Plan (PNBL) submitted by the FCC to Congress in March 2010 Goal: Release of 500 MHz over the next 10 years 120 MHz of TV channels! Broadcast TV Old band: channels 14-83 (6 MHz) TV MRS Broadcast TV Danger!! - PNBL (channels 31-51) Digital Dividend Mobile Services Other channels 21-30 (6 MHz) 470 512 698 806 890

Phase of Implementation of Digital TV in Brazil: Technology transition Distribution Plan for digital TV channels (PBTVD) - in preparation: TV Stations in Brazil TV Generators 495 Primary RTVs 6930 Secondary RTVs 4390 Paired channels 3500 Sharing with Mobile Service is not feasible

ITU s World Radiocommunication Conference (WRC12, January/February, 2012): Agenda Description Points of Attention 1.2 Enchancing the international regulatory framework. 1.17 Sharing between the mobile service and other services in the band 790-862 MHz in Regions 1/3. Current method protects TV channels against interference from mobile services. Risk of sharing Proposes sharing starting at channel 67 Verify use in each country. 1.19 Regulatory measures and their relevance, in order to enable the introduction of software-defined radio and cognitive radio systems(white Spaces). 1.22 Effect of emissions from short-range devices. Attention to interference from cognitive radios and white-space devices on television channels in operation.

Broadcast TV has outstanding social value, especially in Latin America. The spectrum is a key resource for the continuity of broadcast television, with demand doubled during the analog-to-digital transition. Mobile broadband services, especially those that allow video streaming, will demand spectrum. Vendors of new technologies are seeking world markets for their products and are pressuring authorities to provide uniform frequency bands around the world in order to popularize their products. Standardization in the ITU is the result of influence/decision of the various administrations it s only fitting for us to work together in defense of our interests. Each Administration should consider its needs before giving up the broadcasting spectrum, taking into account the importance of broadcast TV in the respective country.

Thanks & Gracias & Obrigado Olimpio José Franco ojfranco@set.com.br 551196376742 WWW.dtv.org.br WWW.forumsbtvd.org.br