colombo, sri lanka, 7-10 april 2009 access networks for ngn implementations bharat bhatia president,...

Colombo, Sri Lanka, 7-10 April 2009

Access Networks for NGN Access Networks for NGN implementationsimplementations

Bharat BhatiaPresident, Telecom Equipment Manufacturers Association of India (TEMA) Chairman, RWG, WiMax forum India Chapter President, CTIA India Vice President, ITU-APT Foundation of India Regional Director, India, SAARC and South East Asia, Motorola

FORUM ON NEXT GENERATION STANDARDIZATION

(Colombo, Sri Lanka, 7-10 April 2009)

MOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are the property of their respective owners. © Motorola, Inc. 2008.

Media Downloads

Video Streaming

Online Gaming

Social Networking

VoIP

Instant Messenger

Email

Search

Media Downloads Video Streaming Online Gaming Social Networking

VoIP Instant Messenger Email Search

1.5billion

Apple iTunes

songs downloaded

100million

You Tube

videos viewed per day

245million

Yahoo Mail

accounts

413million

Google Search

visitors

Motorola General Business InformationMOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are the property of their respective owners. © Motorola, Inc. 2007

Increasing use of advanced communications services & applications


BroadcastingBroadcasting

InformationTechnologyInformationTechnology

CommunicationsCommunications

Digital TV Mobile multimedia

broadcasting Quad play

Driven by The Morphing Technology Landscape

WLAN Mobile WiMAX LTE All IP networks Soft switches

Net tops and handheld computers

WiMAX and WiFi inbuilt in all PCs

Voice and video software


BroadcastingBroadcasting

InformationTechnologyInformationTechnology

CommunicationsCommunications

Entertainment becomes Digital

Mobile Personal Digital Devices prevail

Fueled by Convergence and MobilityFueled by Convergence and Mobility

Mobile Devices with voice data and video

Mobile Wireless Broadband

Fibre to Home VOIP Handsets

Laptops and Handheld PCs (Mobile computing

Entertainment as a major PC driver

IP to and in the Home


mgoswam1

Pointer on consumer trends – data from CI/reports (J. L. to check)


Source Data: GDP Information from CIA Factbook 2006. Penetration Rates for 208 Countries Latitude Broadband Research June 2006

GDP of various developing Countries and theirMobile Penetration

GDP of various developing Countries and theirBroadband Penetration

If 10% Mobile Penetration equates 1X GDP, same 10% Broadband Penetration equates 6.25X of GDP in Developing Countries

Driving Faster economic Growth of Driving Faster economic Growth of developing countriesdeveloping countries


The Access story

What about QOS How important is mobility

BER/ UptimeCall drop / failureRoaming

Fixed Monthly ChargePer GB downloadPer hour use

At homeAt workOn Campus/ outIn the vehicle Any PlaceAny Time

Driving need for Broadband Access Driving need for Broadband Access

• Voice• Video• Multimedia• Data

FTTHWiFiHSPALTEWiMax

How far is the last mile really?

What applicationsHealth, education, entertainment

What is all the bandwidth for?What infrastructure?

How much bandwidth is

enough?What Cost

Can you afford it

• 256KBPS• 2 MBPS• 10 MBPS• 1000 MBPS• Gaming

• You tube• E-governance

Rural Vs Urban

Copper/Fiber Vs Wireless

Fixed Vs. Mobile


• Subscribers connected to legacy telephone networks are only able to subscribe to the service of their network provider.

• …..similarly other services such as TV, Data etc. are provided through separate networks

• In NGN, the service-related functions are independent from underlying transport-related technologies.

• …unfettered access for users to … competing service providers and/or services of their choice.

NGN needed to enable unfettered access to information, communications and broadcasting services


Fixed network and services

Mobile network and services

Internet network and services

Access specific terminals

Access specific services

Independent service platforms

Multiple customer identifiers

Separate billing

Separate regulation

Access specific terminals

Access specific services

Independent service platforms

Multiple customer identifiers

Separate billing

Separate regulation

… Access technologies in a World Still Organized Around Separate Networks And Services…


Today: Access Network Today: Access Network Device Device Service Service Application Application

TVNetwork(Cable/

wireless/ DTH)

Internet

POTs / DSLNetwork

GSM/ CDMA/ GPRS / /3G/

WiMAXNetwork

NAT / FW

PSTN


Tomorrow: The NGN access technologiesTomorrow: The NGN access technologiesProviding all IP transport Providing all IP transport

Home Information & Entertainment

Network

All IPAccessNetwork

Information delivery to car Audio

Services

Enhanced Voice:MobilityVideophone

Multi-room video

Interactive gamingInstant messaging

Broadband Video Services

Mobile access

Home monitoring

Home automation

Broadband Data Service

Internet


1995

• + Mobile• + Narrowband

Major industryparticipants

Consumer spending on services

Communication revenue

Network technologies with over 100 million subscribers

2005+

• + Mobile broadband• + Device broadband

1990

• Wireline• Voice

2000

• + Fixed broadband

1995

• + Mobile• + Narrowband

Major industryparticipants

Consumer spending on services

Communication revenue

Network technologies with over 100 million subscribers

2005+

• + Mobile broadband• + Device broadband

1990


1990


2000

• + Fixed broadband

The Race to Unwire the WorldThe Race to Unwire the World

• ~$400B

• ~$600B

• ~$975B

• ~$1,250B

2009


0

100

200

300

400

500

600

2003 2004 2005 2006 2007 2008 2009 2010

Wireless Subscribers

Fixed LineSubscribers

Mill

ion s

Today370 Million

…and India is at the forefront of this unwiring…moving at 10-15 Million per month

Next year500 Million


WiMAX

CDMA 1X

EV-DOr0 EV-DOrA EV-DOrB

WCDMA HSDPA HSUPA3GPP

3GPP2

Mobile Broadband Access Technologies are key to delivering user experience

Antennas MIMO, Switched Beam, SDMA, Diversity

Interface Scaleable OFDMA, Adaptive Modulation

Transport IP Networking, Packet Switching

Core IMS, IP Core Network

Bandwidth Enhanced Broadband, Downlink & Uplink

4G802.16e

EV-DOrC

LTE

802.16eEV-DOrCLTE

Evolution. Revolution.

REVOLUTION


WiMAX & LTE Makes On-Demand Possible

Entertainmentand productivity

Fashionable devices working across technologies

Personal broadband on the go

ANYTIME. ANYWHERE.

INSTANT ACCESS.

WIRELESS & MOBILE.


An ecosystem of devices spans all consumer electronics

3GPP

WiMAX

3GPP2

EDGE WCDMA HSPA LTE

802.16e 802.16m

CDMA1X

EV-DO DOrA

Personal Broadband

LTELTE

Wireless Technology Evolution


WiMAX

HSDPA

EV-DO

UMTS

EDGE

CDMA 1X

GPRS

0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 (MB)

60 kbps

115 kbps

256 kbps

400 kbps

1.0 Mbps

4.0 Mbps

35 kbps

Total Time

11.5 mins

6 mins

2.5 mins

1.5 min

40 secs

10 secs

19.5 mins

aacPlus v232 kbps

aacPlus64 kbps

AAC/WMA128 kbps

MP3160 kbps

The Need for Speed

LTE 5.5 Mbps 7 secs

*Based on Motorola estimates

Average Data Transfer Rates


Lower Cost

Added Capacity

Flexible

Global

Faster

More Responsive

BroadbandExperienceAnywhere

Improved Business

Proposition

WiMAX & LTE Proposition


WiMAX & LTE apply to a wide array of use cases

outdoor CPE

digital cameras

gaming consoles

MP3 player

vehicles videocameras

indoor CPE

handsets

laptops televisions

set top boxes

UMPC Internet Tablet

Devices, Applications & Services Eco-system

pdas meter

High Data Rate

Low Latency

Capacity - Number of Users


Devices for Mobile Internet

is evolving into an Internet enabled consumer device

The device we formerly knew as the cell-phone…

Network enabled consumer device shipments: 92M in ’07 to 460M by 2012


NGN Access: Spectrum & Regulatory FocusNGN Access: Spectrum & Regulatory Focus

● WiMAX – Worldwide access to spectrum within a few specific frequency ranges:-

Sufficient Spectrum – A minimum of 30MHz per operator (in contiguous blocks) to allow full broadband services

2.3 - 2.4GHz 3.3 – 3.8GHz700MHz & the

“Digital Dividend”2.5 – 2.69GHz

● LTE – Worldwide access to spectrum within a few specific frequency ranges:-

806–960 MHz 3.3 – 3.8GHz700MHz & the

“Digital Dividend”1.7 – 2.69GHz


Global Regulatory Challenges to NGN access networks

““A unified & rationalized regulatory paradigm for new A unified & rationalized regulatory paradigm for new advanced IP-enabled services that are agnostic to the advanced IP-enabled services that are agnostic to the platform.”platform.”

““Spectrum is a foundational resource needed to Spectrum is a foundational resource needed to deliver Seamless Mobility: Spectrum for broadband deliver Seamless Mobility: Spectrum for broadband wireless, wider channels, Global harmonization”wireless, wider channels, Global harmonization”

““Devices have moved from a single phone without Devices have moved from a single phone without wires to a Mobile multifunctional communications wires to a Mobile multifunctional communications device.”device.”

““New Rules are needed to ensure seamless New Rules are needed to ensure seamless movement of such devices between services, movement of such devices between services, platforms, Spectrum Bands, National Boundaries”platforms, Spectrum Bands, National Boundaries”


Support for High Cost

Areas

SpectrumE911 Non-Voice

Lawful Intercept

Quality of Service /

Reliability

Privacy & Data Protection

Disability Require- ments

Tax Relief & Incentives

Fed Pre-Emption

MPAA

DRM ISP AccessPrivate

Networks

Ad Hoc Telecom

Users Committee

Facilities- Based Comp

Regulatory Challenges on the Road to NGN in USA


NGN AT HOME NGN AT WORK

NGN IN TRANSIT NGN FOR YOUR SAFETY

In Summary NGN Access technologies will enable


NGN will ………

MOBILE ME CONNECT ME INFORM ME ENTERTAIN ME SECURE ME EMPOWER ME

3


Empowerment through

Connectivity

colombo, sri lanka, 7-10 april 2009 access networks for ngn implementations bharat bhatia president,...

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