Infinera: Integración Fotónica, presente y futuro.

Manuel Morales, Director Técnico Infinera España y Portugal

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Agenda

Challenges of Network Growth

Photonic Integration: Moore’s Law for Bandwidth

“Digital Optical Networking” Benefits

Interesting references

Summary

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Bandwidth growth(Worldwide long-haul DWDM)

Source: Dell’Oro Group (1Q08 DWDM report)

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200Gb/s2008: 350Gb/s613Gb/s1072Gb/s1876Gb/s2009:2010:2011:2012: 3283Gb/s2013: 5745Gb/s2014: AddIn

Every Year Means More Workload

Space Power Operationalization

Installation Provisioning Reconfiguration New services

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Current Paradigm Doesn’t Scale

If bandwidth grows 75% per year for 10 years… Using 100G DWDM technology, the world’s long-

haul optical networks will require… 11 million DWDM transponders 3.3 Gigawatts of electricity

7 new midsized power plants

…and a carrier with 10% share of bandwidth will install 3,000 transponders per business day!

Requires 30x more technicians!

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ZONE OF MANAGABILITY

With Conventional Technology, the Model Breaks

100

1000

10000

100000

1000000

2000

2002

2004

2006

2008

2010

2012

2014

2016

2018

2020

# FR

Us

Dep

loye

d pe

r Yea

r 10G Transponder

100G Transponder

40G Transponder

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A Disruption is Required

Need to simultaneously address: Space Power Operationalization (install, provision, reconfigure,

manage, deliver new services)

Current industry direction does not scale Single-wave transponders insufficient, even @ 100G “All Optical” complexity

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Tran

smit

Rec

eive

Transponder-based DWDM

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Infinera’s Photonic Integrated Circuit innovationTr

ansm

itR

ecei

ve

100Gb/s Transmit

100Gb/s Receive

5mm

Size, weight, power Reliability Enables digital access to bandwidth:

superior operationalization

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To Solve Exponential Bandwidth Demand, You Need Exponential Supply

Leve

l of I

nteg

ratio

n

2004 2008 2014 201820102006 2012 2016

I-PIC 100

100G PIC

I-PIC 400

400G PIC

I-PIC 1000

1Tb/s PIC

I-PIC 2000

2Tb/s PIC

I-PIC 4000

4Tb/s PICDouble “bits per chip”

every three years

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ZONE OF MANAGABILITY

PICs Allow Continued Internet Growth

100

1000

10000

100000

1000000

2000

2002

2004

2006

2008

2010

2012

2014

2016

2018

2020

# FR

Us

Dep

loye

d pe

r Yea

r

400Gb/s PIC

2Tb/s PIC

4Tb/s PIC

10G Transponder

100G Transponder

40G Transponder

>30x reduction inline cards deployed

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Bandwidth Virtualization:Optics are Decoupled from Services

Digital logic(ODU1 Switch Matrix + DVC)

Software

Services see: Pool of reliable, connected, “colorless” bandwidth

DWDM Waves

“Digital ROADM”

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Bandwidth Virtualization in Action

Waves are resources, used by services

Service layer need not consider or even be aware of optical parameters

20G

ava

ilabl

e20

G a

vaila

ble

125G available

65G

ava

ilabl

e55

G a

vaila

ble

130G avail.85G available

82.5G avail.

42.5

G a

vaila

ble40G

available

22.5

G a

vaila

ble

52.5

G a

vaila

ble

127.5G avail.

60G

ava

ilabl

e

105G

ava

ilabl

e

2.5G

40G

Virt

ualiz

atio

n127.5G available85G available

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Multi-vendor 100GbE Demo - Overview

Deployed LH networkLV DatacenterNXTComm Booth (LV Convention Center)

100 GbE packetgenerator/tester

Ixia TAM

-1-1

00G

Infinera DTN

n000km

100Gb/sDWDM link

TAM connection

Optical loopback

Commercial LH network with Infinera DTN

100GBASE-SR10Client optics

(Pre-standard IEEE 802.3ba)

Avago

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Internet2 Network

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Internet 2 Network Philosophy

Optical Transport “Cloud”10G “Port”

Option 1: Human provisioning

Option 2: GMPLS UNI automated provisioning

UNI

UNI

UNIUNI

UNI

UNI

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Heavy Reading Report:“Photonic Integration & the Future of Optical Networking”

“Photonic integration is the optical industry’s best hope for scaling to meet

future bandwidth requirements while similarly reducing cost per bit.”

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Infinera Summary

Exponential growth demandsexponential innovation

Photonic integration provides a solution……and is now widely deployed Tactical benefits: Size, weight, power, reliability Strategic benefits: a Digital Optical Network for simpler,

faster, more flexible operations

Gracias