Transforming Communications Networks Disruption and Opportunity in the 21st Century

Jim St. Leger Communication & Storage Infrastructure Group

@Intel_Jim

Intelligent Network Video

http://www.intel.com/go/commsinfrastructure

Internet of Things

Big Data Cloud Computing

Services Evolution

Tectonic shift

Pervasive compute and communications driving “tectonic shifts”

The Internet of (Every) Things From simple data gathering to analyzing to

context awareness to pro-active decision making

Big Data – Volume, Velocity, Variety, Value: Business Analytics Will be a Competitive Differentiator

Time

Vo

lum

e

Unstructured

Data

Structured

Data

Data Growth

Companies will need to deal with 50x

more data by 2020

20 PB = HDD capacity manufactured in 1995

39,000 PB = Unstructured data in 2011

226,000 PB = Forecast unstructured data by 2015

Private Clouds, Public Clouds, Hybrid Clouds: Delivering 24/7 Services to Billions of Connected Devices

Services Evolution – It’s All About YOU

It’s what is made possible that brings the

user experience to life!

Ultrabook Desktop PCs

Smartphones Notebooks

TVs

Embedded: Auto, Signage, Etc.

Gadgets

Network Transition

Network Transformation

Common Requirements

Data

Centers

Communications

Network

Lower CAPEX and

OPEX

Compatibility and

Scalability

Performance Service Velocity

Business Requirements Technical Requirements

Open

Innovation

Network

Functions

Virtualization

Software

Defined

Networking Reduces CAPEX,

OPEX, Space &

Power Consumption

Creates competitive supply

of innovative applications by third parties

Creates network abstractions to

enable faster innovation

Software Defined Networking 3 Strategic Layers

Orchestration Automated provisioning, coordination,

management of defined services within the DC

or Telecom Network (e.g. Virtualization)

Node In a network, a node is either a Connection

Point (e.g. media gateway), a distribution point

(Top of Rack Switch) or an end point (Cloud Server)

for data transmissions.

Controller Manages network control plane to configure

network devices, choose the optimal network

path for application traffic flows.

*Other names and brands may be claimed as the property of others

“The network is in my way…” James Hamilton, VP, Amazon Web Services

“SDN is enabling a range of

applications and bringing new-

found agility to what historically

has been a closed and inflexible

enterprise network architecture” Joe Skorupa, VP, Gartner

“You don’t have to have an

MBA to realize there is a

problem. We are still ok but

not for long…” Stuart Elby, Chief Technologist, Verizon Digital Media Services

“SDN is the most disruptive

and transformative trend to

hit the networking industry

in over 20 years…” Guido Appenzeller, CEO and Co-Founder of Big Switch Networks

"Clearly we understand the

implication of what is good

about it and what are the

things we need to improve.“

"Networking is about to be

reinvented and Cisco will do

that reinvention…“ Padmasree Warrior, Cisco CTO

*Other names and brands may be claimed as the property of others

Network Functions Virtualization

Joint Call For Action to Industry

Addendum

A video of the keynote is posted at: http://bit.ly/RTECCkeynote

Additional Information Links:

China Mobile C-RAN White Paper: http://labs.chinamobile.com/cran/wp-content/uploads/CRAN_white_paper_v2_5_EN(1).pdf

ETSI Network Functions Virtualisation White Paper: http://www.tid.es/es/Documents/NFV_White_PaperV2.pdf

Intel in Communications Infrastructure: http://www.intel.com/go/commsinfrastructure

Packet Processing On Intel Architecture: http://www.intel.com/go/dpdk