Benchmark Webinar 082411

8/3/2019 Benchmark Webinar 082411

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2011 Hewlett-Packard Development Company, L.P.The information contained herein is subject to change without notice

Craig Nunes

Vice President, HP Storage Worldwide

HP 3PAR Storage:Converged Storage

without BoundariesThe Benchmark for Tier 1 Storagein Virtual and Cloud Datacenters


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Welcome

2

Introduction

Enterprise Strategy Group point of view

HP 3PAR storage solutions overview

HP 3PAR storage technology review Q&A


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3

Unpredictability is the One Constantin Virtual & Cloud DatacentersAgility and Efficiency Have Emerged as New Storage Imperativ

Performance is unknown and ramix of transaction

applica

Impossible to efficiently plan fordynamic capacity needs within a

single disk system


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Enterprise Storage GroupPoint of View

Mark Peters

Senior Analyst

Enterprise Strategy Group


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Storage Landscape Summary

Storage doesnt matter! IOPS, apps and ops are not the point

Storage tail wagging the IT dog? Last bastion of awkwardness is Ponzi storage

Major challenges scale and flexibility Change inevitable

Industry consolidation and dynamics The converged/integrated/stacked/automated promis

Storage can be an anchor on [server] virtualizati Storage through the ESG Maturity Model phases

S S ifi Ch ll R l d S Vi li


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Storage-Specific Challenges Related to Server VirtualizEnvironments, by Maturity Phase

3%

21%

28%

34%

31%

24%

14%

17%

21%

17%

7%

21%

38%

5%

21%

30%

30%

16%

17%

10%

17%

27%

21%

14%

19%

37%

13%

9%

11%

11%

15%

15%

17%

20%

22%

22%

26%

28%

37%

0% 5% 10% 15% 20% 25% 30% 35% 40%

We have not encountered any challenges

Lack of integration between storage system and virtual

Security concerns

Scalability problems

Sizing performance requirements (i.e., IOPS) required to

General lack of information or best practices

Need different tools to manage storage environment and

Sizing capacity required to support virtual server environment

Operational cost of new storage infrastructure

Need to conduct additional interoperability testing and

Difficulty backing up and/or recovering virtual machines

Impact on overall volume of storage capacity

Capital cost of new storage infrastructure

Source: ESG Research Report, The Evolution of Server Virtualization, November 2010.

St S ifi Ch ll R l t d t S Vi t li


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Storage-Specific Challenges Related to Server VirtualizEnvironments, by Maturity Phase

21%

28%

34%

7%

21%

30%

30%

14%

9%

11%

11%

26%

0% 5% 10% 15% 20% 25% 30% 35% 40

Lack of integration between storage

system and virtual machine replication

capabilities

Security concerns

Scalability problems

Difficulty backing up and/or recovering

virtual machines

Source: ESG Research Report, The Evolution of Server Virtualization, November 2010.


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What is Tier 1 Storage?


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What is Tier 1 Storage?

Why is a horse

called a horse?


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Modern Tier 1 Storage

Why Define?

How Define?

The Model


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The March of the Virtualized Data Cente

12%

21%

25%

15%

11%14%

2%

9%11%

17%

20%

38%

0%

5%

10%

15%

20%

25%

30%

35%

40%

Less than 10% of

servers

10% to 20% of

servers

21% to 30% of

servers

31% to 40% of

servers

41% to 50% of

servers

More than 50%

servers

Of all the potential x86 servers in your organization that can be virtualized, approximately what perc

these systems have actually been virtualized to date? How do you expect this to change over the n

months? (Percent of respondents, N=463)

Today 24 months from now


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Modern Tier 1 Storage

Why Define?

How Define?

The Model


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Modern Tier 1 Storage Criteria

Self Configuring


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Self Configuring

Dynamic Volume/File Provisioning Self Optimizing and Tuning

d i i i


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Self Configuring


Sub-LUN Optimization

M d Ti 1 S C i i


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Self Configuring



Secure Multi-Tenancy

M d Ti 1 S C i i


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Self Configuring




Scale-Out Infrastructure

M d Ti 1 St C it i


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Self Configuring





Scalable Multi-Tenancy

M d Ti 1 St C it i


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Self Configuring

Dynamic Volume/File Provisioning

Self Optimizing and Tuning



Scale-Out Infrastructure Scalable Multi-Tenancy

High Availability and Planned Resilience

M d Ti 1 St C it i


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Self Configuring


Self Optimizing and Tuning Sub-LUN Optimization



Scalable Multi-Tenancy High Availability and Planned Resilience

Optimized Asset Utilization



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Self Configuring


Self Optimizing and Tuning




Scalable Multi-Tenancy

High Availability and Planned Resilience

Optimized Asset Utilization

Virtualized and Federated Resource Pooling

Think Carefully About Your Storage Appr


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Think Carefully About Your Storage Appr


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HP 3PAR Storage System


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Peer Motion: The 1st Storage Federation in theMarket for Entry, Midrange and High-end Sto

1. FederatedWorkload Balancing tomap workloads to the right resources

2. FederatedAsset Management tokeep running during upgrades

3. Federated Thin Provisioning for more

efficient pooling of capacity

NEW FORLEFTHAND & 3PAR

PEER MOTIAVAILABLE B

VM to V-C


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Designed for Virtual and Cloud Data Centers

The Benchmark for Federated Tier 1 Storage

The most powerful platform for maconsolidation of unpredictable wo

The most efficient storage in the indus

to save millions in wasted capacity co

Introducing the

P10000 3PARStorage System &3PAR SoftwareEnhancements

V400 / V800Available August 29th, 2011


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Leadership technology

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Thin Provisioning

Peer Motion federated storage

Performance and scale

HP 3PAR


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HP 3PAR Technology


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Peer Motion: Delivering Storage Federation

1. FederatedWorkload Balancing tomap workloads to the right resources

2. FederatedAsset Management tokeep running during upgrades

3. Federated Thin Provisioning for moreefficient pooling of capacity

Distributed volume management across self-governing, homogeneouspeer systems using native communication between peers.

LikeCompute Federation, Stois Peer-to-Peerversus Hi


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Traditional Thin Provisioning: Buffer by System

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Maximum usablebased on arrays

raw capacity limits

Installedcapacity

Writtendata

Writtendata

Writtendata

System / array System / array System / array


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Federated Thin Provisioning: BufferAcross Sy

Maximum usablebased on arrays

raw capacity limits

Writtendata

Writtendata

System /array

System /array

Writtendata

System /array

System /array

Capacity limpresented to

Installedcapacity

M W k ?


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Peer Motion: How it Works? Configure

Storage system-to-system

Destination storage system-to-host

Migrate data Data migration for selected storage volumes occursnon-disruptively

Source system retains complete copy of data toprotect against failure

Data migration completes Storage volume control is transferred to destinationsystem

PrimSec

lf l d h ff


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Do-It-Yourself Simplicity and Thin Efficiency Co

Minutes versus DBuilt-in not Bolt-

PEER MOTION: SIMPLE AND THIN

Move data dynamically and non-disruptivelyat will with DIY simplicity built-in

Improve capacity utilization and lowerexpense with fat-to-thin volume conversion:

Built-in to 3PAR Peer Motion One click for LeftHand Systems

h f l l f f


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The Most Powerful Platform for MassiveConsolidation of Unpredictable Workloads

NEW Performance Levels An extension to the 3PAR Family50% higher port density and

disk connectivity, 1.5X performance, 2.6X bandwidth

Its like having two arrays in one systemMixed WorkloadSupport maximizes performance for BOTH transactional and

sequential with Gen4 ASIC Put the power of the entire array behind each application with

Mesh-Active Design which provides access to every array resource

Th F P h Th S B


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The Fastest Path to Thin Storage to BoostROI and Lower Operating Cost

NEW RECLAIM NEARLY100% OF UNUSED SPACE No more wasted space with 16k nano-

reclamation granularity in Thin Persistence

NEW SAVE 50%... 3X FASTER

Move from Fat to Thin in less time with new

Thin Conversion performance enhancements

NEW HYPER-EFFICIENT DISASTER RECOVERY

Up to 80% data transfer reduction between Fatand Thin sites by combining zero-detection with3PAR Remote Copy

Si l i l i h li k A i


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Simple gets simpler with one-click AutonomicRebalancing

NEW OPTIMIZE QoS WITH ZERO PRE-PLANNING

Seamlessly improve performance andcapacity using Autonomic Rebalancing

Maintain service levels during operation withthrottled rebalance of all volumes

Base volumes & snapshots

Fat & thin

Tiered or not

Big & small

M d Ti 1 St C it i


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37 For HP Internal and Partner Use Only | NDA until August 29

Modern Tier 1 Storage CriteriaHP 3PAR

Self Configuring Autonomic Configuratio

Dynamic Volume/File Provisioning Dynamic OptimizationSelf Optimizing and Tuning Autonomic Rebalancin

Sub-LUN Optimization Adaptive Optimization

Secure Multi-Tenancy Virtual Domains


Multi-Dimensional ScalScalable Multi-Tenancy Mixed Workload Supp

High Availability and Planned Resilience Persistence Cache, Mu

Optimized Asset Utilization Nano Reclamation

Virtualized and Federated Resource Pooling Peer Motion


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Q&A

F M I f ti


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For More Information

39

Access Marks paper during this webinar (for those attending Aug 2

Get the HP 3PAR Architecture White Paper today

Visit HP in booth #301 at VMworld in Las Vegas, Aug 29-Sep 1

For more details on this weeks HPs Converged Infrastructure annouwww.hp.com/go/path2cloud

For more information about HP 3PAR Storage Solutions: www.hp.co
http://www.bitpipe.com/detail/RES/1313511842_777.html?asrc=CL_PRM_HPWPhttp://www.hp.com/go/vmworldhttp://www.hp.com/go/path2cloudhttp://www.hp.com/go/3PARhttp://www.hp.com/go/3PARhttp://www.hp.com/go/path2cloudhttp://www.hp.com/go/vmworldhttp://www.hp.com/go/vmworldhttp://www.hp.com/go/vmworldhttp://www.bitpipe.com/detail/RES/1313511842_777.html?asrc=CL_PRM_HPWP


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THANK YOU

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Benchmark Webinar 082411