MoMo May: Imam Hirawadi on Mobile Broadcast Technology

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Mobile Broadcast Technology Iman Hirawadi, Senior Manager Technical Business Development, Wireless Networks 26 May 2008

description

Presentation from Imam Hirawadi (Alcatel Lucent Indonesia) on Mobile Broadcast Technology, deliverd in MobileMonday Indonesia April 2008. Imam explained a couple of alternatives tech for broadcasting in mobile.

Transcript of MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Page 1: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Mobile Broadcast Technology

Iman Hirawadi, Senior Manager

Technical Business Development, Wireless Networks

26 May 2008

Page 2: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

� Overlay network in broadcast band (DVB-H, DVB-SH, MediaFLO or T-DMB)

� Unicast

� Broadcast on 3G with MBMS

Terrestrial broadcast :Build an overlay network

Mobile unicast/broadcast : Leveraging cellular network

Technologies to Deliver TV to Mobile Devices

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(DVB-H, DVB-SH, MediaFLO or T-DMB)� Broadcast on 3G with MBMS

� Evolution with WiMAX/3G LTE

� Korean S-DMB, Chinese S-TiMi

� Hybrid DVB-SH

� Re-use of mobile sites for low-power transmitter

Hybrid satellite/terrestrial broadcast : National coverage

Page 3: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Delivering TV By Leveraging Cellular/3G Network (or WiMAX/LTE)

Unicast

� Only active users consumes transmission resource

� Very limited number of active users simultaneously

Multimedia Broadcast Multicast Service (MBMS)

Unicast : data is sent as many

times as users in the network

TV program

TV program

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Service (MBMS)

� Allows operators to broadcast Multimedia content to all mobiles in any cell(s) of the network

� Unlimited number of userBroadcast : data is sent only

once within network

TV program

Both are consuming very precious 3G spectrum resource. Makes more sense with

WiMAX/LTE (technology with much higher spectrum efficiency)

Page 4: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Digital Video Broadcast – Handheld (DVB-H)

It was formally adopted as an ETSI standard in November 2004

A non-proprietary open standard, DVB-H has broad support across the industry

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Does not use cellular spectrum, instead it requires a broadcast spectrum i.e. UHF

Also approved by the 3GPP to use in conjunction with the cellular network

General business model: cooperation between mobile operator and media company

Page 5: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

� DVB-SH: Evolution of DVB-H, using UHF or higher frequencies (such as S-Band 2.2GHz)

Low-power terrestrial repeaters for urban areas / indoor TV broadcast

Cellular network for limited audience TV, VOD and interactivity

OptionalOptional High-power satellite for country coverage

1

2

3

DVB-SH: An Evolution of DVB-H

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Mobile Networks

(2.5/3G/HSDPA)

Terrestrial broadcast

(DVB-SH)

27 to 45 channels (*) Nationwide coverage:

Satellite broadcast

(DVB-SH)

9 channels*

(*) 256 kbps per channel, using

15 MHz out of 30MHz unused

3

1

2

ServiceDeliveryPlatform

Unlimited channels,

interactivity

Page 6: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

DVB-SH in S-Band (US): ICO Selects Alcatel-Lucent

1st Satellite in orbit Q1 08

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: Alcatel-Lucent scope

- ICO vehicular terminals will include DVB-SH multi-band (incl. UHF) chipsets- Large screen DVB-SH terminals will be UHF and S-Band

Page 7: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Situations on Broadcast Spectrum in Indonesia

GSM/GPRS/ EDGE

450 450

MHzMHz

UMTS/ HSDPA

470470--700700MHz MHz

800 800

MHz MHz

900 900

MHz MHz

1500 1500

MHz MHz

1900 1900

MHz MHz

2100 2100

MHz MHz

2300 2300

MHz MHz

2600 2600

MHz MHz

1800 1800

MHz MHz

2200 2200

MHz MHz

3300 3300

MHz MHz

3500 3500

MHz MHz

Currently used in Indonesia Plan from standard perspective

CDMA

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DVB-H

DVB-SH

UHF

� Almost fully utilized by analog

TV broadcast

� Digitalization target to complete

in 2015 (?)

L-Band� 2 blocks of 24MHz have already

been allocated to PT. Mentari

Multimedia (M2V)

� DVB-T has been used to provide

in-car TV entertainment

S-Band 2.2GHz� Currently still used for P2P

microwave, no immediate plan to

provide it for digital broadcasting

S-Band 2.6GHz

� Currently used for DTH satellite, &

BWA. Heavily contested band

between broadcast, LTE and WiMAX

Page 8: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

Summary: Pro/Cons of Different Technologies for Mobile Operators

UNICAST

MBMS

Unlimited number of contents

Contents

Very limited number of

contents (today)

Spectrum

Availability

Can use existing spectrum

Can use existing spectrum

Impact to voice/

broadband

Huge impact

Big impact

Scalability

Impossible for massive usage

One time deployment for unlimited user

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DVB

number of contents (today)

Limited number of contents

spectrum

No broadcast spectrum, should cooperate with media company

No impact

unlimited user

One time deployment for unlimited user

There is no best technology! Depends on each specific situations, a single or combination of unicast & broadcast technologies may be chosen

Less favorableNot favorable Favorable

Page 9: MoMo May: Imam Hirawadi on Mobile Broadcast Technology

www.alcatel-lucent.comThank You!

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Thank You!