©2010 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without

notice

©2011 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without notice

HP Storage Solutions

Prehľad riešení na zálohovanie a

ukladanie dát pre Virtualizáciu

Marian Galik

HP Storage Pre-Sales Consultant

Hewlett-Packard Slovakia

marian.galik@hp.com

HP Storage (P4000, EVA, 3PAR)

HP Workstation Blades HP Blades

VMWare vSphere Microsoft Hyper-V Citrix XenServer

Vmware vCenter Microsoft SCVMM Citrix XenCenter

Citrix XenDesktop Windows Server

2008 RDS Quest vWorkspace

Leostream Vmware View

Microsooft

RDP 6/7

Microsoft

RemoteFX

Citrix

ICA-HDX

Vmware

PCoIP

HP

RGS

Citrix XenApp Microsoft App-V Vmware ThinApp Microsoft RDS

Citrix User

Profile Manager

AppSense Environment

Manager

Windows Roaming

Profiles

RTO

Virtual Profiles

VIRTUALIZATION: YOU HAVE THE CHOICE

HP Networking

©2010 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without

notice

HP P4000 G2 SAN Solutions

Scalable storage optimized for

server virtualization

Some storage solutions can’t adequately provide

VMs are only as available as their storage

• A single array can only protect

data within that array

• Clustered storage must protect

data across all arrays

– If not, data protection is analogous to

disk RAID 0

• Storage must be as highly

available as virtual machines

– VM HA protects servers only

– If storage is offline, VMs are as well

VM

s

Em

ail Storage

Cluster

HP P4000 G2 SAN

Virtual Storage for a Converged Infrastructure

Modular

Scalable online

Highly available

Efficient capacity utilization

Standards based

All inclusive feature set

Virtualized Pool

of Storage

HP P4000 G2 SAN

P4000 is Tightly Integrated with VMware

Site Recovery Manager

Virtual SAN Appliance

vSphere management plug-in

vStorage APIs for Data Protection

vStorage native PSA/PSP MPIO

vStorage APIs for Array Integration

– Full copy

– Block zeroing

– Hardware assisted locking

Buy for today, and then scale with demand

Fully featured, Scale-out Architecture

• All inclusive feature-set optimized

for virtualized environments

• Granular scalability of capacity

and performance, online

• Thin provision on-demand for

superior capacity utilization

• Support for NFS and CIFS

– P4000 Unified NAS Gateway

• Simple to install and centrally

manage

Always on storage, data remains online during human, power, rack, network or component

failures

Network RAID

• High availability for storage

– Would you use disk RAID 0 for your

data?

– Striping across arrays w/out protection is

just as careless!

• Protect data from any SPOF including

the array

– RAID 10 (Mirroring)

• Mixed workloads (email, DB, virtualization)

• Can lose up to half of nodes and data

remains available

– RAID 5 and 6 (Parity Based)

• Read intensive workloads (file shares)

• Storage is as HA as the VMs

– Volume level granularity

– Change Network RAID levels on-the-fly

B

A

C

D

B A

C

D

E

E F

F

A

D

B

C

P1

E

A

D

B

C

E

F

Site/Rack 1 Site/Rack2

P4000 Multi-site SAN

Real-time protection from site failure

Single Cluster

Single Cluster

Single SAN stretched between two sites or racks

• Physical separation for

protection from:

– Component failure

– Node Failure

– Rack failure

– Building failure

• The next level of high

availability for virtualized

environments

– All NR10 volumes are online and

accessible simultaneously at both

sites

– Separate both storage and VMs for

maximum protection

– Volumes and VMs remain online in

the event of a site failure

– Volumes automatically re-synch after

failed site comes back online

A

B

C

D

E

F

B

C

D

A

E

F

B

A

C

D

B A

C

D

E

E F

F = or >

1 Gb

P4000 Remote Copy

Asynchronous Snapshot Replication for DR

• Thin provisioned

snapshot replication for

efficiency

• Simple to Manage

– Bandwidth management

– Failover / Failback Wizard

– Incremental failback

• Support for VMware

SRM included

Site 2 Site 1

1:00

2:00

3:00

1:00

2:00

3:00

WAN

HP P4000 G2 SAN Solutions

P4300 G2

MDL SAS

Starter SAN

P4300 G2

SAS Starter

SAN

P4500 G2

Virtualization

SAN

P4500 G2

Multi-Site

SAN

P4500 G2

Scalable

Capacity SAN

P4800 SAN

for

BladeSystem

P4000 Virtual

SAN

Appliance

(VSA)

US list price

$30,000 $30,000 $55,000 $105,000 $127,000 $148,000 $4,390

Features Storage Clustering – Network RAID 5/6/10 – Thin Provisioning – App Integrated Snapshots – SmartClone – Remote

Copy

Starting Capacity

16.0 TB 7.2K MDL SAS

7.2 TB 15K SAS

14.4 TB 15K SAS

28.8 TB 15K SAS

120 TB 7.2K MDL SAS

31.5 TB 15K SAS

10 TB license

Max

Drives 256 256 384 384 384 1120 Varies

Support coverage

Included: 3 years, next business day (NBD) support for HW and SW Included 1

year SW

support, NBD

NAS Support

P4000 Unified NAS Gateway

CIFS and NFS file services – Single instance storage (SIS) – VSS - Microsoft Cluster Server (MSCS)

Site 1

Site 2

Replication for Remote Offices is optional via VSA for all P4000 models. It is

included with10 license (10TB each) with P4500 Multi-site and with Virtualization

SAN.

HP P4000 Virtual SAN Appliance

Highly Available Storage for ROBO Sites

• P4000 Virtual Machine

for ESX and Hyper-V

• Fully featured

• Create highly available

SANs on servers

– Support servers listed on

hypervisor’s HCL

– Convert existing SAN or

DAS into P4000 storage

• Affordable HA and DR

for small and/or remote

site B

A C

B A

C

A

C

B PB

PB

A

Trial Download: www.hp.com/go/tryvsa

No physical SAN hardware at required at remote sites

Disaster Recovery for ROBO Sites

• Main Site

– Meet core performance and

scalability needs with physical

P4000 SAN

• Remote Sites

– Performance on a smaller scale

with P4000 VSA

– No dedicated SAN hardware at

remote sites

– Accommodate space and power

restrictions at remote sites

– Fan-in / fan-out replication for

flexible configurations

Main Site

The industry’s 1st SAN converged with BladeSystem • Simplicity:

– Leverage existing C7000 chassis

– Field installable

– Common management

• Storage efficiency:

– Density and storage virtualization drives

down cost

– Dynamically scale as infrastructure

expands

• Scalable Performance:

– High speed storage paths

– Dense spindle count

• High availability:

– No single point of failure storage

architecture

– Non-disruptive software upgrades

35 Drives

35 Drives

35 Drives

35 Drives

P4800

P4800

P4800

P4800

P4800 - Configuration flexibility

More choices, higher storage density • New starting capacity points

• Field installation for existing c7000’s

• Expand up to (8) P4800 nodes within 1 c7000

Start with a smaller

footprint • 15U vs 20U

• New 2 node configurations

• More space for application

servers

15U

Clustered Storage

Storage high availability across

racks or sites

Rack or Site B

Rack or Site A

Non-disruptively hardware upgrades Protect Your Storage Investment

• Grow seamlessly from POC to full

production

• Migrate live workloads to new platforms in

just a few clicks

• Leverage older platforms in other capacities

(DR, file shares, test)

– Cross Version Functionality for DR

35 Drives

35 Drives

35 Drives

35 Drives

P4800

P4800

P4800

P4800

HP StoreOnce can be used end-to-end.

17

D2D system

Scale-out

enterprise

storage

Backup

software

Servers

D2D system

Virtual machines

Application

servers

Provides more efficient data backup across the entire network

Remote office

Regional office

Data center

WAN

Today

HP Store Once

Future

Future

Today

Future

Family positioning

HP disk-based data protection family

18

• Entry-level choice of 1.5 and 3 TBs usable

• Small IT environments or remote offices

• 4.5 to 9 TBs usable with upgrade

• Remote offices and small to mid-size data centers

• Single or multi-node systems

• High performance and scalable

• Enterprise data centers

• Large FC SANs

All feature StoreOnce deduplication, data replication

and offer VTL or NAS targets for backup

With deduplication for performance critical

environments

Entry-Level Mid-Range Enterprise

D2D2500 Series

D2D4106 Series

HP VLS Family

D2D4112 Series

• 9 to 18 TBs usable with upgrade

• Remote offices and small to mid-size data centers

D2D4312 Series

• Leading capacity

• Scalable to 36 TBs usable

• Remote offices and mid-size data centers

HP Store Once

Extended and Enhanced

D2D4324 Series

• Leading capacity

• Scalable to 72 TBs usable

• Entry and mid sized enterprise data centers

New

HP StoreOnce cleverly eliminates duplicate data to reduce the amount of

backup data to be stored on disk by typically up to 20x

Deduplication: what is it?

19

• Compares blocks of data being written

to the backup device with data blocks

previously stored.

• If duplicate data is found, a pointer is

established to the original data.

• This removes, or “deduplicates,” the

redundant blocks.

• For normal business data sets, a

deduplication ratio of 20:1 might be

expected after a period of > 3 months

• HP D2D Backup Systems allow unique

data to be compressed following

deduplication and prior to storing to disk

Backup 1

Backup 2

Backup 3

Backup 4

Backup n

Unique blocks

Stored on D2D

The key benefits of data deduplication

20

Keep More

Data on Disk -

Typically 20x

More Backup

Data

• Allows longer retention of backup data on disk before archiving off, or purchasing more backup storage

• Improve service levels and business performance – data is available on disk for longer for fast recovery of lost or corrupt files from multiple backup points

• More efficient storage utilization – effectively reduces cost per gigabyte for backup data

1

Enables

Network

Efficient

Replication

• Cuts the costs of data transmission through lower bandwidth lines

• Makes remote backup and disaster recovery more affordable for a wider range of businesses

• Reduces the overhead required at remotes sites required for backup, media management and off-site vaulting

2

Retention policy •1 week, daily Incrementals (5)

•6 months, weekly fulls (25)

Data parameters • Data compression rate = 2:1

• Daily change rate = 1%

(10% of data in 10% of files)

Example - 1 TB file server backup

Data stored normally Data stored with deduplication

1st daily full backup 500 GB 500 GB

1st daily incremental backup 50 GB 5 GB

2nd daily incremental backup 50 GB 5 GB

3rd daily incremental backup 50 GB 5 GB

4th daily incremental backup 50 GB 5 GB

5th daily incremental backup 50 GB 5 GB

2nd weekly full backup 500 GB 25 GB

3rd weekly full backup 500 GB 25 GB

25th weekly full backup 500 GB 25 GB

TOTAL 12,750 GB 1,125 GB

~11:1 reduction in data stored

Data replication that is network efficient

22

3. Replication of

changed data

blocks between

backup A and B

Target

D2D Backup System

2. Deduplication

Source

D2D Backup System

A

B

A

B

A

1. Backup to D2D

4. Replicate to target

D2D

B

WAN Link

Site A Site B

©2010 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without

notice

HP 3PAR Utility Storage

Next-generation Tier 1 Utility Storage

HP 3PAR Utility Storage

Reduce acquisition and

operational costs by 50%

Reduce storage

management time by 90%

Industry-leading

storage for Cloud

Computing

Efficient Autonomic Multi-Tenant

Efficient: High Utilization with High Performance

Green Optimized Thin

Reduce capacity

requirements by at

least 50%

Policy-based tiering

balances $/GB and

$/IOP

Reduce power

and cooling costs

at least 50%

• Provision, Convert, Reclaim

• Reservation-less

• ASIC accelerated

• Read/Writable Snapshots

• No performance compromise

• Sub-volume based

• Policy controlled

• IO density analysis

• Autonomic movement

• Bias optimized

• Think Thin. Think Green

• High utilization

• Disk minimization

• Power/cooling savings

• Utility rebates

VAAI (vStorage APIs for Array Integration) enables integration

with array-specific capabilities & intelligence

3PAR SUPPORTS VMWARE VAAI IN VSPHERE 4.1

Higher VM

density with

granular storage

locking

Increased space

reclamation efficiency

with eliminated

repetitive write zero

commands

Hardware

Assisted

Locking (ATS)

Faster VM cloning

and Storage vMotion

with offloaded data

movement

Block Zero (WRITE_SAME)

Full Copy (XCOPY)

0 0 0 0 0

0

0

0 0 0

Free 3PAR Plug-In for VAAI available here: http://www.3PAR.com/services/download.html

Autonomic: Delivering Simplicity and Agility

Respond to Change

Quickly

Excellent

Service Levels

Up Fast

15 Seconds to

provision a LUN

Deliver high

performance to all

applications

Quickly adapt to the

unpredictable

• No data layout planning

• No configuration

• Two-click provisioning

• Rapid cluster provisioning

• Rapid DR provisioning

• Mesh-Active clustering

• Wide striping

• ASIC acceleration

• Failure tolerance

• Performance optimized

• QoS adaptability

• Dynamic Optimization

• Non-disruptive

• Re-balancing on upgrade

• Massive scaling

Clustered environments add additional complexity to

storage provisioning

• Clusters create new storage

management challenges

• 1 cluster of 5 hosts and 10

volumes, requires 50

provisioning actions on most

traditional arrays!

• At 2 min/action: Almost 2 hours

• Error-prone

• Clusters are

dynamic resources subject to

growth and frequent change

Multi-Tenant: New Tier 1 Storage for the Cloud

Resilient Secure Shared

Diverse and unpredictable

workloads across many

different applications/entities

Virtual Private Array tenant

segregation combined with

massive parallelism

Sustain service levels

across major failure

scenarios

• ASIC enabled

• Data/Control separation

• Multiple QoS level support

• Autonomic

• Vmware integration (VAAI)

• Virtual Domains

• Secure administration

• Enables consolidation

• Preserves virtualization

• Addresses cloud concerns

• Persistent Cache

• Zero IO loss long distance DR

• Clustered availability

• Fast ASIC-enabled RAID 6

• Fast RAID rebuild

Traditional Modular Storage

Traditional Tradeoffs

Legacy vs. HP 3PAR Hardware Architecture

Cost-efficient but scalability and resiliency

limited by dual-controller design

Host Connectivity

Switched Backplane

Traditional Monolithic Storage

Scalable and resilient but costly.

Does not meet multi-tenant requirements efficiently

Cache

Disk Connectivity

Distribute

d

Controller

Functions Cost-effective, scalable and resilient architecture.

Meets cloud-computing requirements for efficiency,

multi-tenancy and autonomic management.

HP 3PAR meshed and active

Unified Processor

and/or Memory

Control Processor

& Memory

3PAR ASIC &

Memory

disk

Heavy throughput

workload applied

Heavy transaction

workload applied

I/O Processing : Traditional Storage

I/O Processing : 3PAR Controller Node

hosts

hosts

small IOPs wait for large IOPs to

be processed

control information and data are

pathed and processed separately

Heavy throughput

workload sustained

Heavy transaction

workload sustained

Disk

interface

= control information (metadata)

= data

Host

interface

Host

interface disk

Disk

interface

multi-tenant performance

Mixed workload support

HP 3PAR virtualization advantage

RAID5 Set RAID1 Set

RAID1 RAID5 Set RAID6 Set

LUN 1

LUN 0

LUN 3

LUN 4 LUN 5

Traditional Controllers

Sp

are

S

pa

re

LUN 7

LUN 6

LUN 2

0 1 2 3 4 5 6 7

R1 R1 R5 R1 R5 R5 R6 R6

• Each RAID level requires dedicated disks

• Dedicated spare disk required

• Limited single LUN performance

Traditional Array

3PAR InServe Controllers

0 1 2 3 4 5 6 7

R1 R1 R5 R1 R5 R5 R6 R6

HP 3PAR • All RAID levels can reside on same disks

• Distributed sparing

• Built-in wide-striping based on Chunklets

Physical Disks

HP 3PAR InServ Storage Servers

F200 F400 T400 T800

Controller Nodes 2 2 – 4 2 – 4 2 – 8

Fibre Channel Host Ports

Optional iSCSI Host Ports

Built-in Remote Copy Ports

0 – 12

0 – 8

2

0 – 24

0 – 16

2

0 – 64

0 – 16

2

0 – 128

0 – 32

2

GBs Control Cache

GBs Data Cache

8

12

8-16

12-24

8-16

24-48

8-32

24-96

Disk Drives 16 – 192 16 - 384 16 – 640 16 – 1,280

Drive Types 50GB SSD,

300/600GB FC

and/or 2TB NL

50GB SSD,

300/600GB FC

and/or 2TB NL

50GB SSD,

300/600GB FC

and/or 2TB NL

50GB SSD,

300/600GB FC

and/or 2TB NL

Max Capacity 128TB 384TB 400TB 800TB

Throughput/

IOPS (from disk)

1,300 (MB/s)

46,800

2,600 (MB/s)

93,600

3,200 (MB/s)

156,000

6,400 (MB/s)

312,000

SPC-1 Benchmark Results 93,050 224,990

Same OS, Same Management Console, Same Replication Software

Reference

Architectures

(HP and

partners)

HP Smart

Bundles

(Partner driven)

HP VirtualSystem

(HP and partners)

34

FULL PORTFOLIO OF CONFIGURATIONS FOR VIRTUALIZATION WITH PATH TO

CLOUD

VIRTUALIZATION SOLUTIONS FROM HP

SMB Mid-Market

Enterprise

(Client and

Server)

Large

Enterprise/

Service

Provider

Cloud extensibility

35