EMC BACKUP & ARCHIVE SOLUTIONS

EMC BACKUP &

ARCHIVE SOLUTIONS

Accelerating Transformation

Our Division



Approximately 3,000 Employees



10 R&D Locations



Market Leadership

–

#1 In Deduplication

–

#1 In Purpose Built Backup Appliances

–

#1 In Combined Software & Storage



Rapid Market Adoption

–

Data Domain & Avamar Exited 2011 At

A Revenue Run Rate Over $2 Billion



Global Sales, Support, & Services

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Data Protection and

Recovery Software

Purpose Built Backup

Applicances

Tape Automation

Backup Appliances Disrupt Market



Tape Marginalized



Storage, Software

–

Functionality Peers

–

Software Within

Storage



End-to-end Designs

Will Dominate

Source: IDC, Worldwide Tape Automation 2011–2015 Forecast Update and 2010 Vendor Shares, Doc # 228692, June 2011

IDC, Worldwide Purpose-Built Backup Appliance 2011–2015 Forecast Update: Explosive Growth in 2011, Doc # 232070, December 2011

Market Leadership

0

200

400

600

800

1000

1200

1400

1600

1800

Data Protection & Recovery

Software

Purpose-built Backup

Appliances

Tape Automation

Source: IDC, Worldwide Purpose-Built Backup Appliance 2011–2015 Forecast and 2010 Vendor Shares, Doc # 228091, May 2011

IDC, Worldwide Data Protection and Recovery Software 2010 Vendor Shares: Virtualization, Deduplication, and Competitive Conversions Impacting Market, Doc # 229393, July 2011

IDC, Worldwide Tape Automation 2011–2015 Forecast Update and 2010 Vendor Shares, Doc # 228692, June 2011

Note: PBBA and DPRS both include Avamar software license revenue. To correct the summed chart, 50% of IDC’s value of this software was subtracted each

$

Mi

lli

Purpose Built Backup Appliances

Open Systems + Mainframe Revenue

2011 Total Market

$2.4B

Avamar

EMC Backup & Recovery Solutions

Second Friday Full Backup

B C D E F L G H

Data Deduplication: Technology

Overview

Store more backups in a smaller footprint

A B C D E F G H I J

Friday Full Backup

A B C D A E F G

Mon Incremental

A

B

H

Tues Incremental

C

B

I

Thurs Incremental

A

C

K

Weds Incremental

E

G

J

Backup

Estimated

Data

Logical Reduction

Physical

Monday Incremental

50 GB

7–10x

5 GB

Tuesday Incremental

50 GB

7–10x

5 GB

K L

Wednesday Incremental

50 GB

7–10x

5 GB

Thursday Incremental

50 GB

7–10x

5 GB

Second FRIDAY FULL

1 TB

50–60x 18 GB

TOTAL

2.2 TB

7.6x

288 GB

Deduplication Dramatically Reduces

Storage Capacity Requirements

Deduplication

10–30 times less data stored versus fulls + incrementals with typical retention policies

EMC DATA

DOMAIN

Disaster Recovery

WAN

1–5%

Direct Backup

EMC

Symantec

CommVault

CA

HP

Vizioncore

Backup Applications

IBM

Atempo

BakBone

FC

Data Domain Overview

Unified Infrastructure for Backup, Archive & Disaster Recovery

IBM-i

FC

Archive/Share Drive

EMC

F5 Networks

Symantec

CommVault

Archive Applications

Primary

storage

Mainframe

VMware

Microsoft

Microsoft SharePoint

Oracle

SAP

NAS, SAN, DAS

DD Boost Software



Distributes parts of deduplication process to

backup server or application clients



Speeds backups by up to 50 percent



Enables more efficient resource utilization



Provides application control of Data Domain

replication process



Supports majority of backup software market

and native utilities in industry leading

databases

–

EMC Avamar and NetWorker

–

Symantec NetBackup and Backup Exec

–

EMC Greenplum and Oracle RMAN

–

Quest vRanger

New!

Network-Efficient Replication

for True Disaster Recovery

Lowers WAN costs; improves service level agreements

95–99% cross-site bandwidth reduction

Source:

Remote sites

Destination:

Data Center Hub

Supports hundreds

of remote sites

1–5%

1–5%

1–5%

Archive data

Backup data

Data Domain

DD890

Data Domain system

Flexible replication



One-to-many



Many-to-one



Bi-directional



System-to-system



Cascaded

Home

DB

WAN

Home

Methodology:

Inline vs. Post-Process Deduplication

POST-PROCESS

Deduplication After Storing



The more processes, the more resource

contention

−

Copy to tape: Too slow to stream tape

−

Recovery: Service level agreement

predictability

−

Replication: Poor time-to-disaster-recovery

−

Deduplication: If interleaved with backup or

restore



More administration to fight these issues

Deduplication

Store

3x disk accesses

to shared store



Other activities unimpeded

−

Predictable

−

Simpler

INLINE

Deduplication Before Storing

Performance:

CPU-Centric vs. Spindle-Bound

Throughput

M

B/

s

50

6,000

Number of Disk Spindles

50

100

150

200

Data Domain

Fibre Channel

_SATA

Data Integrity:

Data Invulnerability Architecture

Other

RAID 6

NVRAM

Snapshots

End-to-end data verification

Checksum

Deduplication, write to disk

Verify

Self-healing file system

Cleaning

Expired data

Defrag

Verify

Deduplication

Local Compression

RAID

File System

Generate

Checksum

Verify

Data

Verify the file

system metadata

integrity

Verify user data

integrity

Verify stripe

integrity

Industry’s Most Scalable Inline

Deduplication Systems

DD160 DD620 DD640 DD670 DD860 DD890 DD990 Speed (DD Boost) 1.1 TB/hr 2.4 TB/hr 3.4 TB/hr 5.4 TB/hr 9.8 TB/hr 14.7 TB/hr 31.0 TB/hr Speed (other) 667 GB/hr 1.1 TB/hr 2.3 TB/hr 3.6 TB/hr 5.1 TB/hr 8.1 TB/hr 15.0 TB/hr Logical capacity 40–195 TB 83–415 TB 0.32–1.6 PB 0.6–2.7 PB 1.4–7.1 PB _{5.7–28.5 PB1} 2.9–14.2 PB 5.7–28.5 PB _{13– 65 PB1} Usable capacity Up to 3.98 TB Up to 8.3 TB Up to 32.2 TB Up to 55.9 TB Up to 142 TB _{Up to 570 TB1} Up to 285 TB Up to 570 TB _{Up to 1.3 PB1}

• DD Boost

• DD Encryption

• DD Extended Retention

Small

Enter./

ROBO

Midsize Enterprise

Large Enterprise

• DD Replicator

• DD Retention Lock

• DD Virtual Tape Library

With Data Domain Deduplication Storage

Systems, You Can…

Retain longer

Keep backups onsite longer with less

disk for fast, reliable restores, and

eliminate the use of tape for

operational recovery

Replicate smarter

Move only deduplicated data over

existing networks with up to 99%

bandwidth efficiency for cost-effective

disaster recovery

Recover reliably

Continuous fault detection and

self-healing ensure data recoverability to

meet service level agreements

Why Data Domain?

Less disk to resource, less to

manage

•

CPU-centric deduplication

•

Inline deduplication

Simple, mature, and flexible

•

Simple, mature appliance

•

Any fabric, any software, backup or

archive applications

Resilience and disaster recovery

•

Storage of last resort

•

Fast time-to-disaster recovery (DR)

readiness

EMC NETWORKER

EMC Continues to Evolve Backup

Software and storage designed to work together

Improves…

– Performance:

Up to 50%

faster than traditional

solutions

– Simplicity:

One user

interface—common policy

management

NetWorker with Data Domain



Use with existing, disk-based

or virtual tape library (VTL)

capabilities



Use with Data Domain Boost

–

Improved performance

–

Clone-controlled replication

–

Automated configuration

–

Monitoring and reporting



Optimized for tape reduction

and replication, application

backup challenges

Primary

data center

Remote site

Data Domain

File systems and applications

NetWorker

WAN

Benefits of Data Domain Boost



Deduplication distributed to:

–

Backup servers

–

Application clients

–

NetWorker clients



Increases backup speed



Reduces network traffic



Clone-controlled replication

–

Schedules replication

–

Catalog awareness of replicated

copies



Ease of use

–

Automated configuration

–

Monitoring and reporting

NetWorker Data Domain

Module for Microsoft Applications



Single module for

applications



Microsoft VSS (Volume

Shadow Copy Service) based



Integrated deduplication



Easy-to-use wizards



Dedicated storage node

support



Removes impact from hosts



Enables quick, granular-

Module for Databases and Applications



Single module for DB2, Informix,

Lotus, Oracle, and Sybase



Easy to order, license, install, and

upgrade



Simplified, common wizard-driven

configuration and workflows

Module for SAP Applications



SAP with Oracle

–

Use NetWorker Module for SAP

with Oracle



SAP with DB2 UDB

–

Use NetWorker Module for

Databases and Applications



SAP with Microsoft SQL

Server

–

Use NetWorker Module for

Microsoft Applications

SAP with

Oracle

DB2 UDB

SAP

with

SQL Server

SAP with

Multi-Tenancy



Multiple “tenants”

sharing a hosted backup

environment

–

Isolation of data

–

Separation of users



Customize service levels

for easy data protection

NetWorker Administrator

Tenant #1

Tenant #2

Tenant #3

NDMP Backup and Recovery



NDMP client configuration wizard



Simplifies and speeds NAS protection



Full catalog of local and remote backup



NDMP (Network Data Management

Protocol) capabilities

–

NDMP backup to disk

–

Direct Access Restore

–

Dynamic drive sharing with NDMP and

non-NDMP

–

NDMP Cloning

–

NDMP full, differential, and incremental

backups



Deduplication with Data Domain Boost

NetWorker and VMware Protection



Support for VMware vSphere 5



Deduplication support



Application-consistent, guest-level

backup



Off-host, snapshot-based backup

with vStorage API for Data Protection

(VADP)

–

Data Domain Boost software support



Auto-discovery and visualization

OFF-HOST

IN-GUEST

VMware vStorage API for Data

Protection Integration



Centralized backup for vSphere hosts



Image- and file-level recovery with a

single backup



Incremental and differential file

backups based on full image



Changed Block Tracking (CBT)

incremental backup support



Client Direct support

vCenter

Mount

EMC AVAMAR

Deduplication backup software

and system

EMC Avamar



Reduces backup time and network load

–

Client-side deduplication



Daily full backups and one-step recovery



Optimized for physical and virtual

environments



High availability and reliability



Lowers costs and risks



Integrated with EMC Data Domain

Deduplication backup software and system

Avamar

Network

B

A

C

C

D

D

B

A

B

A

C

B

A

C

B

C

D

D

A

B

A

B

A

C

D

Deduplication Is the Enabler

Move and store less data

1.

Divides data into variable-length sub-file

segments

2.

Determines if segments are unique or duplicate

3.

Backs up only unique data

Verified

checkpoint

Utility node

Spare node

Parity across

storage nodes

Recover Reliably

High availability and data integrity

•

Redundant Array of Independent

Nodes (RAIN) architecture

•

Grid architecture for online

scalability and performance

•

Daily Avamar server integrity and

data recoverability checks

•

RAID protection from disk failures

•

Up to 124 TB of deduplication

backup capacity

•

Includes replication for disaster

recovery

Real-World Results

Avamar daily full backups vs. traditional daily fulls

Data Type

Amount of Primary

_{Data Backed Up}

Amount of Data

_{Moved Daily}

Windows file systems

3,573 GB

6.1 GB

Mix of Windows, Linux, and UNIX file systems

5,097 GB

11.7 GB

Engineering files on NAS (NDMP backups)

3,265 GB

24.2 GB

Mix of 20% databases, 80% file systems (Windows and UNIX)

9,583 GB

80.0 GB

Mix of Linux file systems and databases

7,831 GB

104.2 GB

Source: EMC

Recover in One Step



Every backup is a “full” backup



Restore single files or full directories directly to the client

Avamar for VMware

Optimized for VMware Backup and Recovery



Application consistency

–

Guest-level backup



Faster Image-Level backup

–

Changed Block Tracking for faster backups

–

Universal proxy with load balancing



Bare-Metal (VMDK) image-level restore

–

Integrated with VMware vStorage API for Data Protection



One-step recovery

–

Changed Block Tracking for faster restores

–

Agentless file-level recovery for Windows and Linux

VMware Image-Level Backup

Avamar integration with VMware vStorage API for Data Protection



Deduplication within and across

VMs



Changed Block Tracking (CBT)

reduces backup time and

recovery time



File-level recovery from image

backup (Windows & Linux)



Flexible restore to original,

existing, or new virtual

machine



Universal proxy server load

balancing for superior

throughput

Storage

_Avamar

Data Store

Mount

Virtual Machines

Virtual Infrastructure

EMC/VMware Partnership



VMware has chosen EMC to develop its next

generation backup and recovery solution integrated

into vSphere 5.1



vSphere Data Protection (VDP) is vSphere’s

next-generation data protection product that replaces

VMware Data Recovery (VDR)



VDP is a VMware product, powered by EMC Avamar

–

Developed by Avamar engineering



VDP is bundled with vSphere

VDP vs Avamar



VDP

–

Markets: SMB

–

Max # VMs: 100

–

Storage Pool: up to 2TB

–

Replication: None

–

Image-Level backup only



Avamar

–

Markets: Mid thru Enterprise

–

Max # VMs: Unlimited

–

Storage Pool: up to 124TB

–

Replication: Included

–

Image-Level backup

–

Guest-Level backup

–

Extensive application support

–

Physical & Virtual backup

–

NAS/NDMP support

–

Desktop/Laptop backup

–

Data Domain integration

–

Extended retention to VTL/tape

Avamar for NAS



Avamar NDMP Accelerator requests only modified data daily

(level 1 dumps)



Fast daily full backups and data are deduplicated at the

NDMP Accelerator



Avamar NDMP backups are ready for immediate recovery

NAS device

(EMC VNX family,

EMC Celerra, or NetApp)

LAN

LAN/WAN

Avamar NDMP

Accelerator



Create datasets



Assign datasets

to Avamar

NDMP

Accelerators



Back up datasets

from NAS device



Replicate data

to remote

data center

Avamar

Data Store

Data Store

Avamar

NAS system

How Avamar NDMP Accelerator Works

avtar

Avamar Accelerator

Chunk Files

Compute Hash

Compress

Data Deduplication

1 TB

10% change/day

NDMP Data Stream

100 GB

3–10 GB

How Avamar NDMP Data Reduction

Works

Avamar

Data Store

NAS system

Avamar for Remote Offices

Direct to Local Single Node or AVE

Replicate to Main Data Store

LARGE REMOTE OFFICE

•

Leverage existing WAN bandwidth

•

Large remote offices with strict

SLAs for recovery may choose to

deploy the Avamar Single Node or

AVE

•

Small remote offices simply need

to deploy the Avamar agents on

the servers (clients)

Direct to Avamar Data Store

in the Data Center

•

Convenient, nondisruptive

backups

•

End-user self-service recovery

•

Document-level search engine

•

Multi-language support

•

Cross-platform restore

•

No “per-client” fees

Avamar for Desktop/Laptop Backup

Simple and Secure

•

Integrates with

domain and file

system security

•

No additional login

required

•

Flexible options

–

End-users can only

restore their own files

–

Domain users can

restore from alternate

computer

–

Authorized users can

Avamar Streamlines Enterprise

Backup and Recovery

SECONDARY SITE

PRIMARY DATA CENTER

Avamar Protects at the

Guest and the Image Level

Direct to Local

Avamar Data Store

Replicate to Main Data Store

Avamar Agents Only

Direct to Main Data Store

SMALL REMOTE OFFICE

DESKTOPS AND LAPTOPS

LARGE REMOTE OFFICE

VIRTUALIZED ENVIRONMENTS

Combining Avamar Simplicity/Efficiency

with Data Domain Scale/Performance



Avamar directs backups to

optimal Purpose-Built

Backup Appliances (PBBA)

based on workload

attributes

–

Avamar Data Store

–

Data Domain systems



Data Domain integration

provides access to an

additional 570TB of usable

capacity



Avamar manages backups,

restores, replication and

maintenance for all

systems

Avamar Data Store

Avamar

Client

NAS

Data Domain System

DD Boost

DD Boost

Oracle, SQL Server,

Exchange, SharePoint,

SAP, Sybase, VMware,

Hyper-V, IBM DB2

VM

DB

Extended Retention

Export to VTL or Tape

Avamar Client

Media Access

Node

Disk-Based

Backup/Restore

Restore (Import)

Management UI

Tape Library

or

Export

AVE

Avamar

Virtual

Edition

Avamar

Data Store

Data Domain

System

Data Domain

System with

Use Cases

Mainframe

IBM i

Remote Office

VMware

Desktop Laptop

NAS

Database

Medical Image

File & E-mail

BaaS, StaaS

Next Gen Apps