Accelerating Your Success TM. EMC Optimized for VMware Infrastructure

(1)

Accelerating Your SuccessTM

(2)

EMC Storage Infrastructure

y EMC provides the broadest selection of storage offerings in the industry

– Tailor solutions to specific information requirements

y VMware deployment requires resilient storage infrastructure

– 5-9’s availability

– Support demanding loads, QOS – Expandable, non-disruptive data

operations

– Efficient provisioning

y Consolidation requires more efficient backup/ recovery solution

– Large, highly redundant data objects

– Fewer “spare” resources for data operations

Backup/Recovery Storage SAN Functionality Host Functionality Archive Storage Replication Manager PITC management NetWorker/Avamar Backup agent PowerPath

iSCSI/FC path management

RepliStor Host-based replication Invista SAN Virtualization RecoverPoint CDP/PITC Replication EMC Centera SIS Archive Replication

Avamar Disk Library

Source deduplication Target deduplication B2D Tape encryption Replication Compression

Spin down Replication

Celerra CLARiiON Symmetrix

iSCSI/FC iSCSI/FC iSCSI/FC NFS/CIFS PITC/CDP PITC File De-duplication QoS QoS PITC Replication Replication Replication Primary Storage FC SAN IP SAN OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP

(3)

EMC CLARiiON CX4 Series

EMC Leads All Vendors as the Storage Platform of Choice for VMware

*

CX4-120 CX4-240 CX4-480 CX4-960

*Source: IDC—Server Virtualization (December 2007)

43% 12% 8% _7% 4% 26% 0% 10% 20% 30% 40% 50%

(4)

Why Customers Choose CLARiiON for VMware

y

Highest availability for virtualized IT

environments

– Five 9s (99.999 percent) availability

y

Ease of use

– Entire storage management process made easier

with CLARiiON hardware, software, and services

y

Optimized for virtualized environments

– Dual iSCSI and Fibre Channel connectivity

– MetaLUN, Virtual LUN, and CLARiiON Virtual

Provisioning

y

End-to-end service level management

– Navisphere Quality of Service Manager and

VMware DRS

y

Lowest total cost of ownership

– UltraFlex IO modules CLARiiON CX4 series Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS ESX Servers

VirtualCenter Management Server

VMFS Enterprise network Enterprise servers Virtual SMP Consolidated Backup DRS HA

(5)

Celerra - Unified Storage Platform

y

Benefits

– Storage and file server

consolidation via existing IP skills

– Extends consolidation benefits to

stranded servers

– Option to leverage Fibre Channel

as needed

y

Ideal when you have:

– Multiple Windows and UNIX/Linux

file servers

– Exchange, SQL, Oracle application

servers

– Web servers

– VMware environments

Integrated NAS, iSCSI, Fibre Channel

Celerra NX4

y Four IP ports, four Fibre Channel ports

y Scalable to 60 drives

y 64 high-availability hosts

Add Fibre Channel if required for bandwidth-intensive applications Fibre Channel SAN Fibre Channel iSCSI SAN Integrated NAS and iSCSI Fibre Channel Celerra NX4 with NAS Ethernet iSCSI SAN Ethernet File Sharing

(6)

EMC Resource Management

Smarts Family

y Automatic discovery of virtual servers and applications

y Virtual and physical dependency mapping

y Root cause analysis between virtual and physical resources

y Real-time CMDB to track resource liquidity

y Policy-based compliance and change management

ControlCenter Family

y End-to-end mapping of VMs to storage

y Shared storage capacity planning and reporting y Historical performance analysis

y Custom reporting for resource chargeback

Discovery Virtualization Service Management Problem Management Dependency Mapping Model-Based Management Compliance and Change

Service Desk Automation

(7)

y

Up to 95 percent reduction in data moved

y

Up to 90 percent reduction in backup times

y

Up to 50 percent reduction in disk impact

y

Up to 95 percent reduction in NIC usage

y

Up to 80 percent reduction in CPU usage

y

Up to 50 percent reduction in memory

usage

y

All backups are stored as “virtual full

backups,” ready for immediate restore

y

Maintains effective consolidation ratios

without overtaxing CPU utilization

Optimized Backup for VMware Infrastructure

Avamar Efficiently Protects Virtual Machines

x86 Architecture VMware Virtualization Layer

Traditional moves ~200% weekly

Avamar moves ~2% weekly

Disk NIC Memory CPU Application Operating System Application Operating System App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS Disk NIC Memory CPU

(8)

Avamar Data Store or Avamar server

How Source De-duplication Works

Global Data De-duplication Instances

n Client agent scans the

data for changes o Modified files broken into sub-file variable length segments

p Only unique

sub-file segments are backed up

Queries local file cache to identify and disregard static files

Compresses and applies a hash to each object

Queries local hash cache, and then the Avamar server to determine if objects are unique

(9)

EMC Avamar: Real-World Results

Data Type Amount of Primary Data Backed Up Amount of Data Moved Daily Daily De-duplication Ratio

Windows file systems 3,573 GB 6.1 GB 586:1

Mix of Windows, Linux, and UNIX file

systems 5,097 GB 11.7 GB 436:1

Engineering files on NAS (NDMP backups) 3,265 GB 24.2 GB 135:1

Mix of 20 percent databases, 80 percent

file systems (Windows and UNIX) 9,583 GB 80.0 GB 120:1 Mix of Linux file systems and databases 7,831 GB 104.2 GB 75:1

Source: EMC

Avamar Daily Full Backups vs. Traditional Daily Full Backups

While results will vary by data type and mix, Avamar can

dramatically improve backup performance and efficiency!

(10)

Avamar Backup for VMware Guest OS

Source-based De-duplication vs. Traditional Backup

Network Usage CPU Usage

Disk Usage

Traditional Avamar

(11)

Avamar Client Backup Solutions

Avamar client software

runs on the VCB proxy

server

VMware

Consolidated Backup

Physical Server Virtual Machines App OS App OS App OS ESX Server SAN Storage SNAPSHOT SNAPSHOT SNAPSHOT VCB proxy server with Avamar agent

MOUNT Centralized Data Mover Avamar server Avamar agents

Avamar client software

runs directly on the ESX

console

Service Console

Hardware VMware Disk NIC Memory CPU Application Application Application

Operating System Operating System Operating System

Avamar server ESX Server Avamar agents

Guest

x86 Architecture

VMware Virtualization Layer

Disk NIC Memory CPU Application Operating System Application Operating System

Avamar client software

runs directly on each

(12)

Avamar Server Backup Products

Avamar Software

Avamar Data Store

Fully integrated

hardware/software product with single point of support

Avamar Virtual Edition

for VMware

Single-node Avamar server running as a virtual machine

Avamar VM Operating System Hardware ESX Server Disk NIC Memory CPU Avamar VM Operating System Application Operating System Deployed on qualified, industry-standard servers

(13)

EMC CLARiiON CX4

(14)

CLARiiON - #1 v externích

Midrange RAID polích (IDC)*

y Široká zákaznická báze

– Více než 70 000 zákazníků

y Optimalizace pro virtualizované infrastruktury

– Unikátní software a systémová funkcionalita

y Nejnižší provozní náklady

– Nejvýhodnější pořizovací a provozní náklady na trhu

y Nejnižší spotřeba a nároky na chlazení

– Inovativnířešení pro úsporu energie

y Nejvyšší dostupnost - 99,999% a lepší

– Design a funkcionalita

zajišťující vysokou systémovou dostupnost

y Efektivní řešení pro optimalizaci nákladů

na uložení dat (tierovaná storage)

– Možnost přesouvat data mezi různými typy kapacity (a ceny za GB) bez snížení dostupnosti aplikací

*Midrange External RAID Market based on IDC product-line estimates

CLARiiON CX4

(15)

EMC jako jediný výrobce garantuje

kompatibilitu a upgradovatelnost - již 10 let

Ochrana investic

do SW, HW a Lidí

• mezigenera

č

ní kompatibilita

• data-in-place upgrady

• modelová upgradovatelnost

CLARiiON CX4 - Ochrana investic

(16)

SSD - Flash drives

Tier “0” storage

s 30ti násobným výkonem

Virtual Provisioning

Lepší využití instalované kapacity, snazší správa

Drive Spin Down,

low power SATA II,

Adaptivní chlazení

Nové technologie pro úsporu energie

Sou

č

asná lokální

i vzdálená replikace

EMC RecoverPoint

Integrovaný EMC RecoverPoint splitter zjednodušuje nasazení

UltraFlex technologie

Multiprotokolová konektivita, hot pluggable,

připraveno pro budoucí rozvoj

CLARiiON CX4

Architektura nové generace

Klí

č

ové inovace

64-bit FLARE a

multi-core procesory

Více než dvojnásobný výkon a kapacita proti předchozím modelům

(17)

Nízká spot

ř

eba energie

Nejnižší provozní náklady

Nová CX4 architektura

•

Flash disky pro Tier “0” • Virtual Provisioning • UltraFlex technologie

• Drive Spin Down

•

low power SATA

•

New

CLARiiON CX4 – p

ř

ínosy

Optimalizováno pro virtualizaci

Vysoká dostupnost a ochrana dat

(18)

P

ř

ehled o modelech CLARiiON CX4

VÝKON A DOSTUPNOST ŠKÁLOVATELNOST CX4-480 • Až 480 disků • 16 GB cache • Standard 8 Fibre Channel/4 iSCSI • Flash disky • 8 BE smyčky CX4-960 • Až 960 disků • 32 GB cache • Standard 8 Fibre Channel/4 iSCSI • Flash disky • 8/16 BE smyčky CX4-240 • Až 240 disků • 8 GB cache • Standard 4 Fibre Channel/4 iSCSI • 4 BE smyčky CX4-120 • Až 120 disků • 6 GB cache • Standard 4 Fibre Channel/4 iSCSI • 2 BE smyčky

(19)

UltraFlex = Multiprotokolové, rozši

ř

itelné a p

ř

ipravené pro nové technologie

CX4 – inovovaná architektura

x8 CMI

LCC LCC

Vysoce výkonné Flash disky Spin Down

Low power SATA II disky

Adaptivní Chlazení Virtual Provisioning = kapacitní optimalizace = Energetická efektivita Multi-core procesory Větší cache 64-bit FLARE Až 960 disků = více než dvojnásobný výkon a kapacita SPS SPS Napájecí zdroj Napájecí zdroj IO Complex iSCSI modul Fibre Channel modul iSCSI modul Fibre Channel modul Fibre Channel modul Fibre Channel modul CPU Modul Multi-Core Procesory Paměť CPU CPU CPU CPU CPU CPU CPU CPU IO Complex iSCSI modul Fibre Channel modul iSCSI modul Fibre Channel modul Fibre Channel modul Fibre Channel modul CPU Modul Multi-Core Procesory Paměť CPU CPU CPU CPU CPU CPU CPU CPU

(20)

Nová technologie UltraFlex

y

Modularita – unikátní pro CX4

y

Možnost kombinace

Fibre Channel a iSCSI

y

Jednoduché, za provozu

instalovatelné (hot-plug) I/O

moduly

y

Snadná implementace nových

technologií bez náro

č

ných

investic

Navržená pro modularitu, škálovatelnost a budoucí technologie

BUDOUCÍ TECHNOLOGIE

Např. 8 Gb/s Fibre Channel, 10 Gb/s iSCSI

Fibre Channel a IP Fibre Channel base iSCSI base Fibre Channel base iSCSI base Fibre Channel a IP Open slot Open slot Open slot Open slot Fibre Channel add Fibre Channel add iSCSI add iSCSI add The next thing The next thing

A ZEJMÉNA 10 Gb FCoE

(21)

UltraFlex Modular IO

y Architectural design enables flexible IO configurations

y Each SPE provides a number of IO module bays

y IO modules provide front and back end ports

y “Marketing” constraints will keep customers from hurting themselves

y Launch with FC4 and 1Gb iSCSI;

– FC8, 10Gb iSCSI post launch

y

yFC4 moduleFC4 module y4 ports

yMix front & back

yNeed at least one for 1 or more back end ports

y

yiSCSIiSCSImodulemodule y1Gb y2 ports yFront only Production Mechanicals Prototy p e Prototy p e

(22)

MetaLUN Technology:

Efficient Storage Provisioning

CX4-240

Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS VMware ESX Server

CX4-240

MetaLUN technology

y

Real-time LUN expansion

supports the creation of new

virtual machines in real time

y

New capacity immediately

available to VMware ESX Server

y

No reboot necessary

– Raw device mapping and virtual machine file system (VMFS) support

y

Efficient use of IT resources

CLARiiON CX4-240

(23)

Virtual LUN Technology: Enable Information

Lifecycle Management for VMware

y Tier virtual machines within CLARiiON

– Information lifecycle management for efficient use of storage resources

y Ability to move onto cost-effective

storage tier as virtual machines become less critical

y Alter performance characteristic of your VMFS without disruption

– Move virtual machines from RAID 5 to RAID 1 LUN

y Nondisruptive to virtual machines and applications

– Reconfigure system layout

APP OS APP OS APP OS Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS VMware ESX Server Tier 1 Applications Tier 2 Applications

Virtual LUN Technology

FC FC FC FC FC FC LP-SATA LP-SATA LP-SATA LP-SATA LP-SATA LP-SATA

(24)

Thin LUN Technology

Virtual Provisioning: Capacity-Efficient Storage

Provisioning

y

Ease of provisioning and

efficient use of IT resources

y

Monitor and manage resources

from central storage pools

y

Physical capacity is consumed

automatically on demand

y

VMFS is “thin” friendly

Storage Pool

Allocated Allocated Allocated

Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS VMware ESX Server

(25)

CLARiiON Flexible Deployment Options for VMware

y

iSCSI can provide the right level of

performance for typical VM-based

e-mail and OLTP applications

y

Fibre Channel is ideally suited for

decision support systems,

backup-to-disk, and other streaming media

applications

y

Every CLARiiON CX4 series array

provides dual iSCSI and Fibre

Channel connectivity, supports

online port expansion, and is ready

for future connectivity technology

CLARiiON Customers Choose the Right Connectivity for Their VMs

Combine iSCSI

and

Fibre Channel

UltraFlex technology provides the ultimate connectivity flexibility

VMware ESX Server

APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS APP OS Ethernet iSCSI SAN

(26)

BeforeAfter Navisphere Quality of Service ManagerNavisphere Quality of Service Manager

High Priority Medium

Priority PriorityLow

Available Performance

Applications

Navisphere Quality of Service Manager and

VMware DRS in Action

y

Application performance policies

enforced through Navisphere

Quality of Service Manager

– Throughput

– Bandwidth

– Response time

y

DRS balances capacity to ensure

each virtual machine has access

to appropriate resources at any

point in time

– CPU/memory utilization

– Resources constrained additional capacity made available by migrating live virtual machines using VMotion

VMware ESX Server

APP OS APP OS APP OS APP OS APP OS APP OS

(27)

CLARiiON with VMware Site Recovery Manager

Protect and Recover a Single Virtual Machine or the Entire VMware ESX

Server

PRODUCTION DISASTER RECOVERY

Virtual Center SRM SRA VMware Infrastructure Virtual Center SRM SRA RecoverPoint Adapter for VMware Site

Recovery Manager VMware Site Recovery Manager RecoverPoint Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS Virtual Machines APP OS APP OS APP OS APP OS APP OS APP OS APP OS VMware Infrastructure Servers Servers Heterogeneous Storage Heterogeneous Storage

(28)

VMware Site Recovery Manager (SRM) Benefits

y

Simplifies and automates disaster

recovery

– Setup, testing, failover, fail-back

y

Makes DR a property of the VM

– like HA and DRS

y

Provides central management of

recovery plans from VirtualCenter

y

Turns manual recovery processes into

automated plans

y

Storage Adapters available for:

– Symmetrix SRDF

– CLARiiON MirrorView

– Celerra IP Replicator

– RecoverPoint

VMware SRM leverages storage replication to transform DR processes

PRODUCTION APP OS APP OS APP OS APP OS RECOVERY APP OS APP OS APP OS APP OS

(29)

(30)

Introducing EMC Avamar

y

Reduces the size of backup data at the source—before it

is transferred across the network—reducing backup times

by up to 10 times

y

Reduces required network bandwidth—and the amount of

data backed up daily—by up to 500 times

y

De-duplicates across sites and servers for maximum

efficiency

y

Cost-effectively stores a greater number of full backups on

disk—reducing or eliminating the need for tape

y

Ideal for protecting remote offices, VMware environments,

LAN servers in the data center—enabling fast, reliable,

and secure backups over existing network connections

(31)

Avamar Data Store or Avamar server

How Source De-duplication Works

Global Data De-duplication Instances

n Client agent scans the

data for changes o Modified files broken into sub-file variable length segments

p Only unique

sub-file segments are backed up

Queries local file cache to identify and disregard static files

Compresses and applies a hash to each object

Queries local hash cache, and then the Avamar server to determine if objects are unique

(32)

Remote Site 1 o Duplicate Instance

Data already backed up, so only unique IDs stored (20 byte pointers)

Data Center

A

B

C

D

De-duplication Server (stored backup data)

Only unique data segments are backed up

E

E A B C D n First Instance Remote Site 2 p Modified Instance

New data segment identified and backed up

Avamar: How it Works

(33)

EMC Avamar: Real-World Results

Data Type Amount of Primary Data Backed Up Amount of Data Moved Daily Daily De-duplication Ratio

Windows file systems 3,573 GB 6.1 GB 586:1

Mix of Windows, Linux, and UNIX file

systems 5,097 GB 11.7 GB 436:1

Engineering files on NAS (NDMP backups) 3,265 GB 24.2 GB 135:1

Mix of 20 percent databases, 80 percent

file systems (Windows and UNIX) 9,583 GB 80.0 GB 120:1 Mix of Linux file systems and databases 7,831 GB 104.2 GB 75:1

Source: EMC

Avamar Daily Full Backups vs. Traditional Daily Full Backups

While results will vary by data type and mix, Avamar can

dramatically improve backup performance and efficiency!

(34)

REPLICATE AFTER

DE-DUPLICATION

Backup de-duplication

Avamar Impact on Remote Replication and

Bandwidth Requirements

Without De-duplication

y

No reduction in local backup storage

y

No reduction in replication time and

bandwidth

y

No reduction in offsite storage

Leveraging De-duplication

y

Reduced local backup storage

y

Reduced replication time and

bandwidth

y

Reduced offsite storage

OFFSITE REPLICATION WITHOUT

DE-DUPLICATION

(35)

Avamar Flexible Deployment

WAN

(ENCRYPTED) (ENCRYPTED)

DATA CENTER

Primary systems

Avamar Data Store

(ENCRYPTED)

REMOTE RECOVERY SITE

Primary systems

Tape Vault Avamar Data Store

SMALL REMOTE SITE

Avamar agent only on primary systems

LARGE REMOTE SITE

Primary systems

(ENCRYPTED)

(36)

Virtualization Goes Mainstream

Source: X86 Virtualization Adaptors Hit the Tipping Point, Forrester Research, Inc., November 30, 2007

65% Will Adopt Server Utilization by 2009

Firms that don’t expect to virtualize by 2009

35%

Believe they will implement by 2009 15% Already implemented in 2007 37% Implemented by 2008 15%

Base: 275 enterprise server decision-makers

50% Will Have at Least Two Years Experience

Percent of enterprises with two or more years of x86 virtualization experience, by year

Base: 125 enterprise server decision-makers that are using or implementing x86 virtualization

2004 2005 2006 2007 2008 2009 3% 4% 8%

23%

38%

51%

Reached two years of experience in current year Base of experienced firms from previous year

X86 Server Virtualization Will Grow from 24% Today to 45% by 2009

“Approximately what percentage of your x86 servers are virtualized today?”

2007

(Actual)

24%

“Approximately what percentage of your x86 servers do you believe will be virtualized two

years from today?”

2009

(Expected)

45%

Base: 131 server decision-makers who are using server virtualization as of mid-2007

(37)

Virtualization Changes Server, Application, and Information Paradigm…

Backup Must Evolve to Deliver Even Greater Consolidation and Value

New Backup Challenges

Virtual Server A Virtual Server B Virtual Server C 100% 80% 40% 0% 60% 20% CPU Utilizati on CPU Utilizati on

NEW PARADIGM

Virtual Environment: High overall server utilization and little bandwidth for backup

OLD PARADIGM

Physical Environment: Low overall server utilization and plenty of bandwidth for backup

100% 80% 40% 0% 60% 20% CPU Utilizati on CPU Utilizati on

Server A Server B Server C

Shared Physical Resources

(38)

Avamar: Optimized Backup for VMware

Infrastructure

y

Optimal location:

Reduces data at the source

– Duplicate data never traverses congested shared resources

– Data backed up is reduced from ~200 percent to ~2 percent of primary weekly

– Significantly reduces contention for shared resources

– De-duplicates within and across virtual machines and/or VMDK (virtual machine disk format) files

y

Optimal granularity:

Sub-file, variable-length segments

– VMDK is one large file; any changes cause an incremental/full traditional backup

– Fixed-length segment de-duplication fails due to frame offset

– Sub-file, variable-length segment de-duplication finds changes anywhere in VMDK

– Dramatically cuts the amount of data backed up daily

– Significantly reduces daily backup time

y

Ideal for the protection of VMware environments

– Enables fast, secure backups over existing virtual infrastructure

– Permits greater server consolidation and maximum value from VMware

(39)

Avamar Client Backup Solutions

Avamar client software

runs on the VCB proxy

server

VMware

Consolidated Backup

Physical Server Virtual Machines App OS App OS App OS ESX Server SAN Storage SNAPSHOT SNAPSHOT SNAPSHOT VCB proxy server with Avamar agent

Avamar client software

runs directly on the ESX

console

Service Console

Guest

Avamar client software

runs directly on each

(40)

Avamar Backup for VMware Guests

y

Avamar agent resides inside each

virtual machine

y

De-duplicates data within the virtual

machine, as if they were physical

servers

y

Moves minimal backup data

– Reduces resource contention and accelerates backups

y

Provides file-level restore for Windows,

Linux, and Solaris

Avamar agents

(41)

y

Up to 95 percent reduction in data moved

y

Up to 90 percent reduction in backup times

y

Up to 50 percent reduction in disk impact

y

Up to 95 percent reduction in NIC usage

y

Up to 80 percent reduction in CPU usage

y

Up to 50 percent reduction in memory

usage

y

All backups are stored as “virtual full

backups,” ready for immediate restore

y

Maintains effective consolidation ratios

without overtaxing CPU utilization

Optimized Backup for VMware Infrastructure

Avamar Efficiently Protects Virtual Machines

Traditional moves ~200% weekly

Avamar moves ~2% weekly

Disk NIC Memory CPU Application Operating System Application Operating System App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS Disk NIC Memory CPU

(42)

Avamar Backup for VMware Guest OS

Source-based De-duplication vs. Traditional Backup

Network Usage CPU Usage

Disk Usage

Traditional Avamar

(43)

Avamar and VMware Consolidated Backup

y

Avamar agent resides on

the proxy server

y

De-duplicates within and

across VMDK files

y

Supports both VCB file

(Windows only) and

image-level backup

y

Avamar replication

provides disaster recovery

for backed up VMDKs

Physical Server Virtual Machines App OS App OS App OS ESX Server SAN Storage SNAPSHOT SNAPSHOT SNAPSHOT VCB Proxy Server with Avamar agent

(44)

Avamar Backup at the Console Level

y

Avamar agent resides on the

ESX console operating system

y

De-duplicates within and across

VMDK files

y

Provides VMDK image-level (no

file-level) backup without VCB

y

No proxy server or SAN required

(45)

Avamar Server Backup Products

Avamar Software

Avamar Data Store

Fully integrated

hardware/software product with single point of support

Avamar Virtual Edition

for VMware

Single-node Avamar server running as a virtual machine

Avamar VM Operating System Hardware ESX Server Disk NIC Memory CPU Avamar VM Operating System Application Operating System Deployed on qualified, industry-standard servers

(46)

EMC Avamar Data Store

y

Avamar Data Store

– Multi-node RAIN configuration

– 4 TB to 32 TB de-duplicated capacity

Equivalent of up to 1 PB of cumulative traditional disk or tape backup storage*

Backup media requirement reduced 20–40 times

– RAID, with daily integrity checks and redundant power

y

Avamar Data Store Single Node

– Supports 1 TB and 2 TB de-duplicated backup capacity configurations

– Equivalent of up to 70 TB of cumulative traditional disk or tape backup storage*

– Designed for easy deployment at remote offices

– Offers fast, local recovery without dependence on a WAN connection

* Equivalent traditional backup capacity assumptions: 100 percent Microsoft Office file data, weekly full and daily incremental backups, no compression, 10 percent daily change rate, 90-day retention

Fully Integrated Software/Hardware Product

From single node to full rack New Avamar

Data Store Gen 2 doubles de-duplicated

(47)

Avamar Virtual Edition for VMware

y

Industry’s first de-duplication virtual appliance

for backup, recovery, and disaster recovery

y

Leverages existing ESX servers and storage

– Can utilize existing iSCSI, SAN or DAS disk storage

y

Replication (of applications and storage)

eliminates shipping tapes

– Replicate between virtual Avamar servers and physical Avamar servers

y

Facilitates rapid, cost-effective deployment

and return on investment

y

Supports VMotion for deployment flexibility

Avamar Server Software Deployed as a Virtual Appliance

Avamar VM Operating System Hardware ESX Server Disk NIC Memory CPU Avamar VM Operating System Application Operating System

(48)

Avamar Products for VMware Infrastructure

VMware Data Center with Guest-Level Backup

Remote Offices without VMware Remote Offices with VMware

VMware Data Center with VMware Consolidated Backup

Avamar agent moves data to Avamar Virtual Edition for VMware; data is then replicated to the corporate data center

Avamar agent moves data to a physical Avamar Single Node server; data is then replicated to the corporate data center, ORan Avamar agent can back up directly to the data center over the WAN

WAN LAN/ SAN SAN VCB Proxy Server (ENCRYPTED) (ENCRYPTED) (ENCRYPTED) Hardware ESX Server Disk NIC Memory CPU Avamar VM Operating System Application Operating System x86 Architecture

App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS Disk NIC Memory CPU x86 Architecture

App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS App OS Disk NIC Memory CPU

(49)

Avamar Supported Operating Systems and

Applications

Mac OS X 10.4x, 10.5x NetWare 6.5

Novell Storage Services (NSS) OES 2 HP-UX 11.0, 11iV1, 11iV2, 11iV3 IBM AIX 5.1, 5.2, 5.3, 6.1

SUSE Linux Enterprise Server 8, 9, 10 Solaris 2.6, 7, 8, 9, 10

Red Hat Linux 8.0, 9.0

Red Hat Enterprise Linux (RHEL) 2.1, 3.0, 4.0, 5.0 Microsoft Windows XP, XP Professional, Vista Microsoft Windows NT 4.0 Server

Microsoft Windows 2000 Server and Advanced Server Microsoft Windows Server 2003 Standard and Enterprise

Client Operating Systems Supported

NDMP (EMC Celerra) DART 5.5 NDMP (NetApp) Data ONTAP 6.3, 6.4, 6.5, 7.0.4, 7.0.5, 7.0.6, 7.1x IBM DB2 8.2.x, 9.5 Oracle 9i, 10g, 10gR2 Microsoft SQL Server 7.0, 2000, 2005 Microsoft Exchange 5.5, 2000, 2003 Application Modules

= ESX client OS-certified using RHEL 4 client (support within virtual machines depends on VMware support of client operating system)

VMware Infrastructure

VMware ESX Server versions 2.5.3, 3.0.x, 3.5, 3i New Avamar software expands client operating system, application support

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Avamar: Backup Built for VMware

y

VMware and Avamar—technologies that align perfectly

– Virtual environments provide great opportunities for source de-duplication

– Avamar is the best and most versatile solution for these environments

y

VMware adoption is a good time for a fresh look at backup and recovery

– The perfect opportunity to consider Avamar and de-duplication

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