Phill Coppin Discusses Hyperscale Networks and STL's Role as a Data Networks Innovator

Phill Coppin, Global Application Engg Head.
STL
Digital Communications
Transformation
& Future Demand
21 October 2019
© 2019-2020 Sterlite Technologies Limited

Discussion for today
2© 2019-2020 Sterlite Technologies Limited
The future is exciting!
Networks of Tomorrow
STL – An introduction

Digitize
Everything
becomes Data
Designed
Collaboration grows
exponentially Everyone Connected
Everywhere Knowledge
Everything Data
Demonetize
Increased Productivity
Capital Efficency
Dematerialize
Software
Artificial Intelligence
…Democratized by a
Hyper Network for all
The World is Disrupting…
Exponential growth in data needs hyperscale networks

New Technologies – Newer use cases – Exponential growth
in data
Consumer led use cases Enterprise led use cases
Connected everything
Contextual automated
experience
Need for Hyperscale networks

Industry is Witnessing
Major Tech & Capex Shifts
5G VirtualizationMassive
Data Centres
by cloud
companies
Connected
Everything
Enterprises
embrace IoT
Software
disrupting
networks
has
arrived
Source: GSMA, Canalys, Company & Industry Estimates
17

The hyper scale networks are fundamentally different from
current networks…
Denser Networks Deep Fiberization Open Source
Vendor neutral and
disaggregated
Compute and storage
at the Edge
Fiber intensive network to
support latency and capacity
requirements
Access layer end points
will multiply
More Programmable and
intelligent network
Data Center at the edge
Characteristics of hyperscale new age networks
1 2 3 4

Telcos and OTT players alike are leading the way globally
Denser Networks
Deep Fiberization
Vendor neutral &
disaggregated networks
Compute and storage at
the edge
Access layer end points
will multiply
Fibre intensive network to
support latency and capacity
requirements
More Programmable and
intelligent network
Data Center at the edge
• Jio launched Gigafiber (FTTH) to connect 50 mn homes across 1100 cities
in India
• Orange to target 20 mn homes passed in 2021
• Deutsche Telekom earmarked $27B for the next five years for its German
landline and mobile networks, small cells and the digitalization of
infrastructure
• Deutsche Telekom to create open source, low latency edge platform
available to operators to enable to launch 5G applications faster
• Successfully tested edge computing on a live 5G network in Houston
• TIP, the Facebook backed Telecom Infra Project forms new edge
computing unit

In addition, major shift is happening in the data industry ecosystem creating
the need for a new-age network creation partner
Network
Applications
Platform
Cloud players
are getting
into network
creation to
control
customer
experience
Telcos are
focusing more
on platforms to
stay relevant
Cloud players do not have the
expertise to build network creating
new opportunities
Telcos due to shift in focus are looking
at partners to build network

All this is resulting in significant network creation opportunity

Dense Fiberization Essential for New Age Networks
25-30%
4Bn fkm
deployed
5G will require
20-30x
the number of cells of a
conventional cellular network
Chuck Robbins, Chairman CISCO
Fibre Deployment is
Key for 5G Rollout
70%
Majority of our map will
have 5G…We are doing
1,000 fibre miles a month.
Hans Vestberg, CEO VerizonSource: McKinsey, Ericsson, CRISIL, Corning, RCR Wireless,
Economic Times, Company Estimates
Today For 5G
Tower Fiberization across the globe

Growth in Demand of Optical Fiber has been Unabated across Centuries
Optical fiber cable deployment
has outpaced the growth of
world economy by ~5x
1 Bn Fkm 2 Bn Fkm 3 Bn Fkm 4 Bn Fkm
38 years 5 years
1970-2008 2008-2013 2013-2016 2016-2018
3 years 2 years
World’s cumulative deployment of 1Bn fkm cable
has shrunk drastically from 38 years to 2 years
1.3
2.9
13.9
20 years CAGR: 1997 to 2017
Optical
Fibrer cable
Population GDP (World
economy)
Source : CRU

Core
Business
1
Innovation
Engines
3
We are the
Data Networks
Connectivity
Solutions
Network
Services
Network
Software
• Algorithmic Design
• Ultra Fast Deployment
• Automation & Robotics
• Advanced Photonics
• Materials Science
• Precision Manufacturing
• AI Analytics
• Programmable Networks
• Web scale DevOps
Distinguished
Capabilities
9
We drive innovation through
backed by our unique capabilities in
Innovator

One STL – Across Network Layers
AI Driven
Engagement
Affordable & Edge
Virtualization
Hyper Scale & Fast
Deployment
Algorithmic/ End to End
Design
Hyper Scale Optical
Connectivity
Intellza
Advanced Photonics
Materials Science
Precision Manufacturing
AI Analytics
Web scale DevOps
Programmable Networks
Ultra Fast Deployment
Automation & Robotics
Algorithmic Design
STL’s Positioning, the Data Networks Innovator

beyond tomorrow
www.sterlitetech.com

Phill Coppin Discusses Hyperscale Networks and STL's Role as a Data Networks Innovator

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Phill Coppin Discusses Hyperscale Networks and STL's Role as a Data Networks Innovator