Building the Future-Proof, End to End Intelligent...

1 | © 2016 Infinera

Building the Future-Proof, End to End Intelligent Transport Network

Geoff Bennett: Director, Solutions and Technology


EE UK Network Traffic • Highest ever traffic spike • 50% higher overall load than previous max

BBC Sport Website Visits • 2.3M online viewers (Eng-Wales – X2) • Sports page view up from 10.2M to 11.8M

Bandwidth Demand Grows Exponentially

Source: Gartner, Ericsson, IBM

• IoT growth 3x, 21B devices

• Mobile video use 13x

• 70% business cloud-enabled

By 2020

Redigo spes post

MCMLXVI

Euro 2016

Source: Computer Weekly


Layer C: Cloud Services

Layer T: Intelligent Transport

The Emergence of a Simplified Network Model

Scale

Virtualization

Old Model

Firewall SBC

B-RAS MPLS PE

Packet

OTN

WDM

New Model

L0 – L3

L3 – L7

SDN


The Intelligent Transport Network

Metro • Strong application focus • High density, low power • Packet Optical feature set

Long Haul/Subsea • Application-agnostic • Operational scale and capacity • “Time as a Weapon”

100G Metro Core

• Flexible architecture • Enable E2E integration

SDN Orchestration

Mobile

Residential

Enterprise


Metro:

Mobile

Residential

Enterprise

Match application requirements to solution capabilities

• Power

• Density

• Synchronization

• Router offload features

Fully integrated Packet Optical

SDN Managed


100G Metro Core

Mobile

Residential

Enterprise

Critical part of metro network for architectural decisions

DWDM layer interop

End to end management

Packet OTN


Data Center Interconnect

Mobile

Residential

Enterprise

A “special case”

• Special case of Metro

• Special case of Long Haul

Point to point, high capacity connectivity…

• Lowest cost per bit

• Low power and high density

• Operational simplicity


Long Haul/Subsea

Mobile

Residential

Enterprise

Key Requirements:

• Capacity

• Reach

• Operational Scale

Overlay on this a general need to be more responsive to unforeseen network demands

Time as a Weapon


First Generation Super-Channels

F Super-Channel

Fiber capacity

• Coherent

Operational scale

• Single line card

Pay as you grow

• Instant Bandwidth™

Capacity sharing

• Integrated OTN switching

G

Capacity of the super-channel sent between same two end points


How Have Transponders Evolved?

F Wavelength

32GBaud “sweet spot” Ultra Long Haul (3,000km) • 100G, PM-QPSK

Long Haul (1,800km) • 150G, PM-8QAM

Regional (1,200km) • 200G, PM-16QAM

Short Haul (120km) • 400G, PM-64QAM

Capacity sharing • Integrated OTN switching

G

Capacity of the transponder sent between

same two end points


Need a Quantum Leap in Optical Transport

Infinera Infinite Capacity Engine

Bigger Multi-terabit super-channels,

up to 12x bigger

Multi-terabit wire-rate L1 encryption

Smaller One of world’s smallest multi-terabit

subsystem

Lower power: 82%↓ vs. competition

Better Sliceable photonics, 53% lower TCO

Advanced coherent, 40-60% improved capacity-reach performance


Sliceable Photonics, Time-Based Instant Bandwidth

F

A

B

C

D E

Multi-terabit Super-channel Activate Inst. BW (1.5T)

Slice, Route, Modulate

Pre-Deploy (up to 2.4T)

Use Time-Based Inst. BW Subsea

100G

SDN

Plan


53% Lower TCO With Sliceable Photonics

Standard US Collector Network

Client: 10G heavy, 100G later

Traffic Growth: 3 Time Periods

Mix of QPSK & 16QAM

Mix of Switched & Muxponder

Comparable designs for Infinera and nearest competitor

0

50

100

150

200

250

300

350

400

450

500

Modules Power Space TCO

Transponders INFN

340% more

53% lower N

orm

aliz

ed

56% more 37%

more

113% more


Transponder Capacity vs Super-Channel Capacity

Transponders 200G/400G Metro

More Capacity

Incr

ease

d R

each

Infinera 500G Super-channel Long-haul

Infinera Infinite Capacity Engine Up to 2.4T Super-channel Up to 26.4T / fiber BPSK, ME-PSK, QPSK, 8QAM, 16QAM Up to 12000km


Multi-Terabit Wire-Rate L1 Encryption

In-flight integrated encryption

Bulk and per service

Strong AES-256 bit key encryption

Hitless key rotation

521-bit Elliptical Curve DH key exchange

Ultra low latency

100% payload throughput

Protocol agnostic


Visit The Infinera Express

• Book a truck visit at our booth in the exhibition area

• Other Infinera participation

Wednesday, 17.10

• Sten Nordell “Software Defined DCs”

Thursday, 15.00

• Moran Roth: “ROADMs, Flexgrid and Super-Channels”


Thank You

Geoff Bennett [email protected] www.infinera.com

Building the Future-Proof, End to End Intelligent...

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