Copyright 2015 QuEST Forum. All Rights Reserved.

1

Driving Networks

forward to a Hyperconnected World

Satoshi Ikeuchi

VP, Network Business Group

Fujitsu Limited

2015 EMEA Best Practice Conference

June 17, 2015

1

Fujitsu at a Glance• Headquarters: Tokyo, Japan

• President: Masami Yamamoto

• Established: Jun 1935

• Revenue: $46.6 billion

• R&D Expenditure: $2.5 billion

80 years

A rich history

of Innovation

FORTUNE named Fujitsu as“one of the World's Most Admired Companies”

for a third consecutive year.

100+Data Centers

180+countries

On site service

Global service desk

48 regions 30+ languages

#1inJapan #4 globally

160 thousandemployees

IT Service

2

Fujitsu’s QuEST Forum Leadership

Fujitsu is a charter member of QuEST Forum

Among first TL9000 registrants

Participated on QuEST Forum

Executive Board since 2000

Hosted first APAC conference in Yokohama (6/2000)

Provided Workgroup leadership for several years

Helped QuEST Forum growth in APAC region

Continue to be a major sponsor of key events

Participated on NFV Strategic Initiative Team3

A Hyperconnected World

People, things, information, processes are increasingly connected to networks, creating new value and giving big impact to the future

4

(# of Users/Devices)

50B

Internetof

Things

2020

The rise of connections

• IoT & big data bring huge growth potential to the global economy

1M

1960

10B

2010

MobileInternet

1B

2000

DesktopInternet

100M

1990

PC

10M

1980

Minicomputer

Mainframe

5

Digital Transformation

Digital Digitalized

6

Digitalization impacts

HardWired

Softwarecontrolled

Flexibility

Months Days

Speed

SmartMachine

Auto-mation

Intelligence

7

A new paradigm is emerging

Greater Value

Craftsmanship Era Industrial Era Hyperconnected Era

People focused

Low scale

Specialized, High cost

Standalone

Assets focused

High scale

Standardized, Low cost

Value Chain

People focused

High scale

Specialized,Low cost

Digital Ecosystem

8

Greater Value

Craftsmanship Era Industrial Era Hyperconnected Era

People focused

Low scale

Specialized,High cost

Standalone

Assets focused

High scale

Standardized,Low cost

Value Chain

People focused

High scale

Specialized, Low cost

Digital Ecosystem

A new paradigm is emerging

9

The old ways are no longer adequate

Standalone

Led by specialists

Waterfall (slow)

Closed

High setup cost

Value chain

DigitalEcosystem

Connectpeople, informationand infrastructure

Led by anyone

Agile

Open

Low setup cost

Traditional Innovation New Type of Innovation

10

Human Centric Innovation

• Connect people with digital information and physical things and

infrastructure to empower people and to create business and

social value.

HumanEmpowerment

ConnectedInfrastructure

People

Information

Infrastructure

CreativeIntelligence

11

The Journey

Bring together PeopleInformation andInfrastructure

Co-create valuein Digital Ecosystem

Empowerpeople

Shape MeshDigital Ecosystemsco-creating diverse value

Human Centric Innovation

12

Two Worlds: SoR and SoE

Limited numberof users

Fixed scale

Rigid, Secured

Internet

BusinessIntelligence

Known process,Process driven

Structured data

Huge number of users

Variable scale

Flexible, Agile

Internet of Things

Big DataIntelligence

Unknown process,Data driven

Unstructured data

Systems of Record Systems of Engagement

13

Hyperconnected System

Digital Business Platform

Transaction Applications Engagement Applications

Connect and shape digital ecosystems with open interfaces (API’s)

Align SoR and SoE

Open-standard based Enable Internet of

Things Built-in Security

Connected Infrastructure

14

Software-Defined Connected Infrastructure

Hyper Connectedworld

Create Valuethrough

Integration

New Valuefrom

Information

Mobility andEmpowerment

Network-wideOptimization

IntegratedComputing

On-demandEverything

Security andBusinessContinuity

Big DataIntegration

Mobility

Computing

Security

Cloud

15

ICT Evolution

• Information technology and Communication Technology

convergence toward network-wide distributed computing

16

Networking- WAN -

Network-wide Distributed Computing

• Fujitsu bringing computing, networking and front-edge

together as an ICT platform for network-wide optimization

FUJITSU Intelligent Networking and Computing Architecture

Computing- Data Centers -

Front-edge- Smart Devices -

Management and Control

Distributed Service Platform

The best in class QoEEnd to End On-demand Optimization

Physical Resources

Virtual Resources

17

Initiatives in Networking

Copyright 2015 FUJITSU

• Fujitsu powering network revolution with

three core technologies

Fujitsu Intelligent Networking and Computing Architecture

18

Networking- WAN -

Computing- Data Centers -

Front-edge- Smart Devices -

Management and Control

Distributed Service Platform

Physical Resources

Virtual Resources SDN

Mobile Optical

Best in class QoE

End to End On-demand Optimization

SDN/NFV driving Dynamic and

Elastic Networks

Copyright 2015 FUJITSU

SDN

19

Agile new network service release on an ICT

platform

Simplified and automated network operation

Business Agility

Scalability & Reliability

Automation & Cost Reduction

Multi-vendor Support

Migration

Network DevOps

Planand

Business Model

DesignandCode

Source Controland

Build

Releaseand

Deploy

Executeand

Monitor

Analyzeand

Optimize

Discoverand

Policy Model

Testingand

Verification

Business Agility with Carrier Grade Quality

• Introducing IT DevOps with maximizing SDN/NFV programmability

Big DataAnalytics

QoEOptimization

Orchestration,Control

Visualization

Open APIs,SDK

ServiceCreation

20

SDN

SDN/NFV Products, “Virtuora”

Copyright 2015 FUJITSU

mu

lti-

lay

er

Wireless

Transport

Packet

Service node

Virtualnetworks

BroadOne(Base station)

BroadOne(Femto)

Virtuora SN-V

FLASHWAVE(Optical transport)

Network virtualizing node

EPC IMS S/P GWVirtuora NCWide-Area virtual networkoperations-control and management

Virtuora QMNetwork quality managementwith 40G Full Packet Capturing

Customer portal Data center

On-demand control

EPC: Evolved Packet CoreIMS: I Multimedia SubsystemS/P GW: Serving/Packet data network Gateway

SDN

21

Distributed Service Platform

Copyright 2015 FUJITSU

Collect

Tagging

ApplicationOperation Monitoring

Application layer

ConditionEx. Minimize traffic

Infrastructure layer

Site

Wide-Area Network

Cloud

Computing load

Traffic condition

Device performance

Distributing, Monitoring, Re-distributing

Detect

Notify

• Automatically distributed deployment for application

processing according to changes in the infrastructure

Collect TaggingDetect/filtering

NotifySummarize

Process Flow

Process flowanalysis

Infrastructureconditions

Deployment

SDN

22

Service Function Chaining

empowered by Virtuora NC

Customer A:Office1

Customer A:Office2

Customer B

Access NetworkAccess NetworkAccess Network

Service Pool

FW IDS

Service Provider:Site B

Service Pool

FW IDS

Service Provider:Site A

Tunnel (LSP)

Service Provider Core Network

SiteD

SiteC

Internet

SW SW

CustomerPortal

Customer A:Operator

Virtuora NC

Service/Network/DeviceInformation Models

defined by using YANG

FW: Fire WallIDS: Intrusion Detection SystemSW: Switch

• Commercially Available Service started in Summer of 2014

• Service Modeling capability for New Network Services

by maximizing SDN Programmability

Virtualizationof Network Resources

Standardizationof Platform/Process

(Modeling)

Automation ofprovisioning with

SDN Programmability

Creation ofOn-Demand Network Services

IDSFW

23

SDN

Copyright 2015 FUJITSU

Mobile

• Connection to explosive increase and diversified

devices

• New mobile services demand higher data volumes

and much higher QoE

Mobile

24

Mobile Service Growth

Copyright 2015 FUJITSU

1.E+05

1.E+04

1.E+03

1.E+02

1.E+01

1.E+00

1.E-00

1.E-01

1.E+011.E+00 1.E+031.E+02 1.E+051.E+04 1.E+071.E+06

User

Th

rou

gh

pu

t [M

bps/u

ser]

User density [user/km^2]

LTE

LTE-A

High Peak Throughput

High Capacity

High reliability /Low latency

Many devices (MTC)

SMS

InternetVideoSNS

Voice 5G4G3G

2G

Mobile

25

Mobile Solutions toward 5G RAN

Copyright 2015 FUJITSU

D2D

Multi-RAT /Multi-Band /Multi-Layered Cell

M2MAd-hoc NW

Wireless-Wire Cooperation

Interference Control

Optical access

DisasterPrediction

Autonomous Driving

Shared Experience

Smart CitizenServices

SDN/SONFlexible-

Backhaul

Wireless Backhaul

Ultra-Low latency

Network Moving

Green Energy

In-Building

Ultra-Dense

Wireless Fronthaul

Virtual RAN

Liner Cell

BeamformingC/U-Splitting

Connected Car

Distributed Mobile Core /CDN

Cloud RANSmall cell Solution

Interference control

Multi-band RRH

Centralized-BBU

E-band IR

• 5G mobile system serving as an Human Centric ICT

Mobile

26

5G Technology Requirements

Copyright 2015 FUJITSU

High Capacity

x1,000Traffic

PeakData rate

1-10Gbps

LowLatency

1ms

High Reliability

99.999%

Massive Devices

x100devices

Low Power

M2M

Mobility

500km/h

5G

• High performance and low costMobile

27

Optical

Copyright 2015 FUJITSU

• Making the explosion of “Big-Data” manageable

Optical

28

• Fujitsu’ track record over a multi-decade span of optical networking

Copyright 2015 FUJITSU

1980 1985 1990 1995 2000 2005 2010 2015 202010M

100M

1G

10G

100G

1T

10T

100TTransport capacity (bps/fiber)

32M

100M

400M

400M(Submarine)

1.6G

1.8G(Submarine)

2.4G

10G

2.4G x 48 wave

10G x 80 wave

40G x 40 waves

TDM era

DWDM era

Digital coherent era

400G/1T

YearRef. Nikkei Communications (partially modified)

100G x 80 wavesCommercial product base

Transport Capacity Growth

Optical

FLASHWAVE series

NetSmart series

29

Copyright 2015 FUJITSU

Toward Elastic Optical

Networking

SDN ControllerAgile

Networking

FlexibleForwarding

HigherCapacity

Point-Point(1:1)

Ring(1:n)

Mesh(m:n)

On Demand

SocialMobility Big DataCloudVariety of devices

Connected whereveryou are

Use as you like Data becomesKnowledge

Grooming

Traffic Efficiently

Optical

Everything Connected throughElastic Optical Network

30

Fujitsu Solution – Universal FamilyUniversalAccess

UniversalSwitch

UniversalTransport

SystemIntegrator

SDN Controller

31

Agile

Networking

Key Technology toward Elastic

Optical Networking

Grooming

Traffic Efficiently

FlexibleForwarding

HigherCapacity

Spectrum Defragmentation Multi-level modulation

Open innovative

4bits/symbol

180 °

0000

11111100

0011

1000

0100

1011

0111

1101

0001

1001

0101

0010

1110

1010

0110

0 °

90 °

270 °

200G DP-16QAM

Hi-

Capacity

Standardized digital technology

efficiency

Hyp

erc

on

necte

dW

orl

d

FUJITSU’s Contribution

Traditional Network Systems

Efficiency(Kaizen)

Software-Defined Network Systems

Innovation

Pursuit of Quality, Efficiency and Practical Use of existing assets for both of IT and CT Businesses

FUJITSU’s Contribution As QF Member

32

Migrate the existing systems capabilities

Modernization for continues growth

33