Superfast Broadband Access, What Does It Mean?

COPYRIGHT © 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED.

SUPERFAST BROADBAND ACCESS

WHAT DOES IT MEAN?

Dr. Ir. Michael Peeters, Wireline CTO

May 23,2012

2


WORLDWIDE

BROADBAND

3 INDICATORS:

0 ITU-T, fixed BB subs per 100 inhabitants 40

• Large, integrated predominantly national players

• Continuing large infrastructure build

• Influence of government

• Socio-economic policy-driven markets

• Diverse, competition driven, fragmented markets—in all aspects

• National incumbents investing across countries

• Low to medium governments’ involvement

• Fiber investment stalling – re-commitment to copper

• Large, integrated players and multi-national operators

• Home market for giant Internet players

• Limited governments’ involvement

• Mix of copper and fiber deployments

SPEED

SUBS.

DATE

100M

50%

2020

90M

2014

100M

100M

2020

90%

2013

100M

100M

2015

100M

90%

2020

100M

75%

2020

3


THE 50 MOST INNOVATIVE

COMPANIES IN 2012

Source: MIT Technology Review

Alcatel-Lucent

COMPUTING

Alta

Devices

ENERGY

Apple

COMPUTING

Applied

Materials

MATERIALS

ARM

Holdings

COMPUTING

Athenahealth

BIOMEDICINE

Bacock &

Wilcox

ENERGY

Better

Place

TRANSIT

Bluefin

Labs

WEB

Cellular

Dynamics

International

BIOMEDICINE

Complete

Genomics

BIOMEDICINE

Dreamworks

Animation

COMPUTING

Dropbox

WEB

EADS

MATERIALS

Facebook

WEB

First

Solar

ENERGY

Foundation

Medicine

BIOMEDICINE

General

Electric

ENERGY

Goldwind

Science and

Technology

ENERGY

Google

WEB

Healthpoint

Services

BIOMEDICINE

IBM

COMPUTING

Integrated

Diagnostics

BIOMEDICINE

Intel

MATERIALS

LanzaTech

ENERGY

Life

Technologies

BIOMEDICINE

Nicira

COMPUTING

OnLive

WEB

Organovo

BIOMEDICINE

Palantir

Technologies

COMPUTING

PatientsLike

Me

BIOMEDICINE

Qualcomm

COMPUTING

Roche

BIOMEDICINE

Safaricom

WEB

Sakti3

ENERGY

Samsung

COMPUTING

Shell

ENERGY

Siemens

ENERGY

Siluria

MATERIALS

Skybox

Imaging

COMPUTING

SpaceX

TRANSIT

Spotify

WEB

Square

COMPUTING

Suntech

ENERGY

Tabula

COMPUTING

Taiwan

Semicondu…

COMPUTING

Twitter

WEB

Wildcat

Discovery

MATERIALS

WiTricity

TRANSIT

Zynga

WEB

4


Alcatel-Lucent

COMPUTING

Apple

COMPUTING

5


LOST IN THE BROADBAND OPTIONS

A MAP OF ―CAPEXIA‖ DOWNSTREAM SUSTAINED BANDWIDTH (Mb/s) Small screen data High Speed data Entertainment video

HO

US

EH

OLD

DE

NS

ITY

h

inte

rlan

d

urb

an

Satellite

Swamps

Promised

Land of

Glass &

Fiber

AlcaLu Copper Mining

Co.

Mobile

Wastelands of Macros

6


SOLVING THE INVESTMENT

OR BANDWIDTH EQUATION

TIME-TO-MARKET

BANDWIDTH

INVESTMENT

Fiber and Civils

Cabinets/splitters

Home Drop

Actives E2E Fiber to the basement [x11]

Fiber to the home [x12-13]

FTTx fiber

investment

can be

leveraged

for FTTH

Vectoring at

the cabinet [x4-5]

Central office DSL [x1]

7


160+ P2P AND

PON FTTH

CUSTOMERS

10+ ISAM FX

DEPLOYMENTS

5 GIGABIT

CITIES

6 NATIONAL

BROADBAND

PROJECTS

FIBER IS THE CHOSEN PATH FOR NEW DEPLOYMENTS

TRADITIONAL PLAYERS IN NEW AREAS AND

NEW PLAYERS IN TRADITIONAL AREAS

8


RE-COMMITMENT TO COPPER

VDSL2 AND VECTORING ON THE RISE

25

50

75

100

125

0 150 300 450 600 750 900 1050 1200 1350 1500

April2012

July2010

LOOP LENGTH (M)

DO

WN

ST

RE

AM

BA

ND

WID

TH

(M

b/S

)

90+ VDSL2 CUSTOMERS 10+ VDSL2 BONDING

DEPLOYMENTS

18+ VDSL2 VECTORING

TRIALS

3 VECTORING

CUSTOMERS

125

100

75

50

25

0 150 300 450 600 750 900 1050 1200 1350 1500

9


THE MOVE TO MICRO NODES

―SMALL CELLS‖

FTTB

FTTH

FTTdp

FTTN

FTTC

1000s- 10000s

100s

10s

10


MAKING OPERATIONS

MORE EFFICIENT

GPON PLUGGABLE

TURN ANY DEVICE INTO

A GPON-FED NODE

EMBEDDED OPTICAL REFLECTOMETRY

EMBED TROUBLESHOOTING

IN THE FIBER ACCESS NODE

Central office

line termination

!

Residential,

business or cell site

11


MAKING OPERATIONS

MORE EFFICIENT

12


TWDM-PON IS NEXT

ONE NETWORK FOR ALL

SMALL CELL

BACKHAUL

RESIDENTIAL FTTH

BUSINESS SERVICES

FTTB AND

REMOTE NODE

BACKHAUL

GPON

GPON

XG-PON1

XG-PON1

13


REDUCING FTTH POWER CONSUMPTION @ HOME

BIT INTERLEAVED PASSIVE OPTICAL NETWORKING

TRADITIONAL: WORK HARD, SPIN YOUR WHEELS, THEN WORK HARD AGAIN. TRADITIONAL

MAC POWER

CONSUMPTION

CRUCIAL EXPERTISE AND KNOW-HOW TO DRIVE DOWN POWER CONSUMPTION OF NEXT-GEN ACCESS SYSTEMS.

1 2 3 4 1

BIT-INTERLEAVED: WORK SLOWLY ALL THE TIME.

BI-PON

MAC power

consumption

÷30

BUT: CMOS CHIPS PREFER LONGER WORKING HOURS AT LOWER SPEED

1 2 3 4 1

14


THE 50 MOST

INNOVATIVE COMPANIES IN 2012

WITH 50+

INNOVATIVE CUSTOMERS

Alcatel-Lucent

COMPUTING

Alta

Devices

ENERGY

Apple

COMPUTING

Applied

Materials

MATERIALS

ARM

Holdings

COMPUTING

Athenahealth

BIOMEDICINE

Bacock &

Wilcox

ENERGY

Better

Place

TRANSIT

Bluefin

Labs

WEB

Cellular

Dynamics

International

BIOMEDICINE

Complete

Genomics

BIOMEDICINE

Dreamworks

Animation

COMPUTING

Dropbox

WEB

EADS

MATERIALS

Facebook

WEB

First

Solar

ENERGY

Foundation

Medicine

BIOMEDICINE

General

Electric

ENERGY

Goldwind

Science and

Technology

ENERGY

Google

WEB

Healthpoint

Services

BIOMEDICINE

IBM

COMPUTING

Integrated

Diagnostics

BIOMEDICINE

Intel

MATERIALS

LanzaTech

ENERGY

Life

Technologies

BIOMEDICINE

Nicira

COMPUTING

OnLive

WEB

Organovo

BIOMEDICINE

Palantir

Technologies

COMPUTING

PatientsLike

Me

BIOMEDICINE

Qualcomm

COMPUTING

Roche

BIOMEDICINE

Safaricom

WEB

Sakti3

ENERGY

Samsung

COMPUTING

Shell

ENERGY

Siemens

ENERGY

Siluria

MATERIALS

Skybox

Imaging

COMPUTING

SpaceX

TRANSIT

Spotify

WEB

Square

COMPUTING

Suntech

ENERGY

Tabula

COMPUTING

Taiwan

Semicondu…

COMPUTING

Twitter

WEB

Wildcat

Discovery

MATERIALS

WiTricity

TRANSIT

Zynga

WEB

Asturias

FIBER

AT&T

FIBER/COPPER

Telekom

Austria

FIBER/COPPER

Belgacom

COPPER

China

Mobile

FIBER

China

Telecom

FIBER

China

Unicom

FIBER

Chunghwa

Telecom

COPPER

EnergiMidt

FIBER

EPB

Chattanooga

FIBER

Etisalat

FIBER

France

Telecom

FIBER

GTD

Manquehue

FIBER

Hong Kong

Broadband

FIBER

KDN

FIBER

KPN

FIBER/COPPER

Lattelecom

FIBER

Ministry of

Communication

FIBER

M-net

FIBER

Nayatel

FIBER

NBNCo

FIBER

Optilink

FIBER

Portugal

Telecom

FIBER

PT

Luxembourg

FIBER/COPPER

PTCL

COPPER

Sasktel

COPPER

SFR

FIBER

SK

Broadband

FIBER

Slovak

Telekom

COPPER

STC

FIBER/COPPER

Swisscom

FIBER/COPPER

South

Yorkshire

Dig Region

COPPER

TDC

FIBER/COPPER

Telecable

COPPER

Telekom

Malaysia

FIBER

Telefonica

COPPER

AlmaTV

FIBER

Telemar

COPPER

Telenor

FIBER/COPPER

TeliaSonera

COPPER

Telma

COPPER

Telmex

FIBER/COPPER

Telstra

COPPER

Telus

COPPER

TNZ

COPPER

Turk Telekom

COPPER

Velton

FIBER

Verizon

FIBER

Vodafone

FIBER/COPPER

Zon

FIBER

15


Telekom

Austria

COPPER

Belgacom

COPPER

China

Mobile

FIBER

China

Telecom

FIBER

China

Unicom

FIBER

NBNCo

FIBER

Telmex

FIBER/COPPER

Pole position in

China GPON roll-outs

Driving National Broadband projects

around the world

Leading the

copper revival

Getting the world to fast, faster.

Superfast Broadband Access, What Does It Mean?

Technology

Transcript of Superfast Broadband Access, What Does It Mean?