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Accelerating business outcomes with a workload-centric approach to IT Conor Duffy Global Strategist, Solutions & Allliances @cduffyduff

Optimizing workload deployments to accelerate business outcomes

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Accelerating business outcomes with a workload-centric approach to ITConor Duffy Global Strategist, Solutions & Allliances

@cduffyduff

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Technology is catching up!

4

2017:-Artificial lungs & kidneys-Re-growth of natural teeth

2018:-Purely electronic companies -Global Taxation -AI comes online

2020:-Artificial brain cells-Artificial liver

2025:-Artificial legs-Artificial brains

2040:-Artificial Intelligence wins Nobel prize

8

9

Cost Center

Business Enabler

Strategic Asset

10

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

2014 2017

4113

64

15

9068

Shift in customer buying behavior:

Appliances Integrated Refrence Arch DIY

12

Reference ArchitecturesEngineered Solutions

Blueprints

13+ Engineered Solutions

20+ Reference

Architectures

By 2017, the demand for RA’s & appliances will grow over 3X!

Active System ManagerUnified management and automation for converged infrastructure OS/Hypervisors Adapters Servers

Networking Storage

Backed by Solid Engineering in 3 Development Centers

15 Dell – Confidential

Backed by Solid Engineering in 3 development centers

Austin Solutions

Engineering

WalldorfSolutions

Engineering

Bangalore Solutions

Engineering

Dell Solution Centers

• Closed management stack

• Limited interoperability• Lock-in penalty

New proprietary solutions

• Complex and monolithic• High cost-per-transaction• Proprietary to one vendor

Legacy systems

• Hardware with no value added• Technology transition issues• Limited vendor support

Commodity systems

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

An approach that leads to better results

Increasing operating

costs

Decreasing operating

costs

Decreasing acquisition

costs

Increasing acquisition

costs

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

• Complex and monolithic• High cost-per-transaction• Proprietary to one vendor

Legacy systems

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

Increasing operating

costs

Increasing acquisition

costs

Initial costs

Ongoingcosts

• Hardware with no value added• Technology transition issues• Limited vendor support

Commodity systems

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

Increasing operating

costs

Decreasing operating

costs

Initial costs

Ongoingcosts

Decreasing acquisition

costs

• Hardware with no value added• Technology transition issues• Limited vendor support

Commodity systems

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

Increasing operating

costs

Decreasing operating

costs

Initial costs

Ongoingcosts

Decreasing acquisition

costs

• Closed management stack

• Limited interoperability• Lock-in penalty

New proprietary solutionsA scalable, end-to-end approach that delivers:

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

Decreasing operating

costs

Increasing acquisition

costs

Initial costs

Ongoingcosts

Picture taken from “Oracle Exadata installation guide”.. ”carefully push oracle Exadata from behind”

• Closed management stack

• Limited interoperability• Lock-in penalty

New proprietary solutions

• Complex and monolithic• High cost-per-transaction• Proprietary to one vendor

Legacy systems

• Hardware with no value added• Technology transition issues• Limited vendor support

Commodity systems

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

An approach that leads to better results

Increasing operating

costs

Decreasing operating

costs

Decreasing acquisition

costs

Increasing acquisition

costs

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

Initial costs

Ongoingcosts

A scalable, end-to-end approach that delivers:

The Optimized Enterprise

• Rapid time to value• Superior ease of use• Unrivaled flexibility to adapt

Decreasing operating

costs

Decreasing acquisition

costs

Initial costs

Ongoingcosts

An approach that leads to better results

Standards-basedNo deliberate technology lock-in

Open approachNo intentionally closed

ecosystems

Modern portfolioNo vested interest in legacy

systems

End-to-end solutionsNo siloed viewpoint or

hidden agenda /Focused on OPEX

Flexible scalingNo forced constraints or

rip-and-replace

Modular systemsNo costly monolithic stacks

Legacy systems Commodity systems

New proprietary solutions

Times They are a changing! Figure 2. Magic Quadrant for NetworkingFigure 2. Magic Quadrant for modular servers

Figure 2. Magic Quadrant for managed secruityFigure 2. Magic Quadrant for managed Integration software

FRS FY16 Confidential

Universal workload optimized infrastructure?

Convergence =

Dell Server Marketing

The best of both worlds!What do you get when you combine the best of blades and rack servers?

Density and shared infrastructure efficiency

BLADES

Simplicity and cost benefits

RACKS

PowerEdge FX2: One platform, unparalleled workload agility

FRS FY16 Confidential

HP offers …. different systems

Apollo 8000 for super compute

ProLiant SL6500 for HPC

BladeSystemfor corporate IT

Apollo 6000

for light analytics

ProLiant SL2500 for HPC

Moonshot for VDI

Each workload has its own unique (read proprietary) server

Integrityfor mission critical

FRS FY16 Confidential

PowerEdge FX2: One platform, unparalleled workload agility

Workload examples Example FX2 configuration How it looks

• VSAN• Small Hadoop cluster

• 4 x 2-socket FC430• 2 x FD332

• Storage heavy VSAN• Performance database

• 2 x 2-socket FC430• 3 x FD332

• Performance database• Dense virtualization & VDI

• 1 x 4-socket FC830• 2 x FD332

• Virtualization farm • VDI

• 4 x 2-socket FC630

• Database consolidation • 2 x 4-socket FC830

• Low-latency HPC • 8 x 2-socket FC430

• Physical hosting• Light analytics

• 4 x FM120x4

• Virtualization with networkstorage

• 8 x 2-socket FC430

Workload examples Example FX2 configuration How it looks