1 ©2012 Nexsan Corporation. All Rights Reserved. NEXSAN E-Series™ Best Backup to Disk.

1 ©2012 Nexsan Corporation. All Rights Reserved.

NEXSAN E-Series™Best Backup to Disk


Nexsan At-a-Glance

Established in 1999 28,000 systems installed

in over 60 countries Over 10,000 customers Proven, Enterprise-class 100% Channel

Markets Served

Video & Entertainment

Digital Surveillance

Medical Scientific& Research

Cloud Storage

Financial Law Enforcement

TransportationLocal & National

Government


Agenda

Backup and Restore Key Considerations

Backup to Disk vs. Tape

Primary Disk Storage• SAN-based vs. LAN-based Backups• The Role of Snapshots• Asynchronous Replication and Disaster Recovery

Backup Disk Storage• Best place to De-duplicate• Key Criteria• Nexsan’s Data Protection Software Partners

Nexsan E-Series Disk Arrays

Capacities, configurations, features


Disk vs. Tape

Disk No single point of failure architecture No human errors in loading / unloading tapes Does not stretch RAID Always online Asynchronous Replication to a remote site Fast restores and easy to verify backups are correct

Tape Can be a single point of failure Human errors in loading / unloading tapes Tapes stretch and shoeshine Not online, slowing restores Not automatically sent to a remote site

http://www.backupworks.com/productimages/hp-drives/MSL_48slotm.jpg


LAN-based vs. SAN-based Backups

LAN

SAN

Clients

BackupServer

StorageSystem

ApplicationServers

BackupArray-based

Snapshot

LAN-based Snapshot

Backup Software

Backup Agent

1. LAN-based (no array-based snapshot) Data takes the full round trip, bogging down

application servers, the LAN, and the SAN

2. SAN-based (with array-based snapshot) Data is copied within the disk array or across the

SAN, with no impact to LAN or application servers

1.

2.12 1 2


Asynchronous Replication for Disaster Recovery

Remote Storage System

LAN

SAN

Clients

BackupServer

ApplicationServer

ApplicationServer

ApplicationServer

LocalStorageSystem

Protection Against Site-wide Failure Frequent snapshots are transmitted to target side Snapshots may be mounted on target side Backups may be performed at the target side Good way to protect remote/branch offices Failover / Failback to remote storage system Pause / Resume, checkpoint restart, deduplication

LAN

SAN

Clients

BackupServer

ApplicationServer

ApplicationServer

ApplicationServer

LocalStorageSystem

AsynchronousReplication



De-duplicate as close to the source as possible

LAN

SAN

Clients

De-duplicatingAppliance

BackupServer

ApplicationServer

ApplicationServer

LocalStorageSystem

Why not de-duplicate right before the backup disk?

Inline de-duplicating appliances either slow backups or are costly

Application servers and networks become bogged down transmitting information that likely will not make it onto the backup disks

De-duplicating appliances fragment data, which hinders restore rates

To test the validity of a backup, a full rehydration of data from the deduplication appliance to a free storage pool is necessary, hindering restore time objectives

Backups cannot be quickly tested to ensure

they are correct with de-duplicating appliances


Nexsan Partnerships for Data Protection Software


Backup Disk Criteria

Reliability of Storage System

Storage Density / Rack Space

Modular Capacity Additions

Easy to Maintain Storage

High Throughput

Energy Efficient

Low Cost per Terabyte and Operation

Array-based Snapshots & Replication

Microsoft VSS Compliant & VMware Ready

Compatible with popular backup/restore applications


Nexsan E-Series Disk Arrays Overview

Ultimate Reliability Storage Hard drives individually stress tested Then tested in the storage system Anti-vibration Design™, Cool Drive Technology™ Hot-swappable, redundant active components Array-based Snapshots and Asynchronous Replication

Industry-leading Storage Density E18: 18 drives, 72TB in 2U E48: 48 drives 192TB in 4U E60: 60 drives, 240TB in 4U

Active Drawer Technology™ Administer storage with no downtime, heavy lifting or

pulled wires

Active/Active Controllers With dual RAID5/6 engines per controller

Up to 87% Energy Savings with AutoMAID®

Ideal for backup to disk or bulk storage scenarios

Leading Cost per Terabyte


Nexsan E-Series: Industry-leading Design

Fans in front pull in air

Fans in back push out air

Air channels go straight through chassis

Even if a fan fails, air flows over drives

Variable speed fans with temperature sensors

Cool Drive Technology™

Anti-vibration Design™

Mount drives counter-rotating

Thick plates in chassis eliminate vibrations

Active Drawer Technology™

Service drives without getting hurt

Drives remain active when drawer is open

Service system with no downtime

Increased reliability with less external wires to manage


Nexsan E-Series: Industry-leading Storage DensityRack Space Required for 240 3.5” Drives

Nexsan

E60s

Dell

EqualLogic

PS6510Es

Dell

Compellent

Series 40s

NetApp

FAS3240

EMC

VNX5500

0

5

10

15

20

25

30

35

40

45

16U

24U

40U43U

22U

Nexsan E-Series up to ½ of the rack

space

U o

f R

ack

Sp

ace

Req

uir

ed


Nexsan E-Series Disk Arrays

100 / 200 / 400 GB SSD

1 / 2 / 3 / 4 TB SATA

2U, 18 Drives

450 / 600 GB 15K SAS

(4) 1Gb iSCSI & (0-4) 1Gb iSCSI or (0-8) 8Gb FC or (0-8) 10Gb iSCSI or (0-8) 24Gb SASx4

4U, 60 Drives4U, 48 Drives

NEXSAN E48™NEXSAN E18™NEXSAN E18X™

NEXSAN E60™NEXSAN E60X™NEXSAN E48X™

Drives

In-Chassis

with 1 Expansion

I/O

with 2 Expansions

(4) 1Gb iSCSI & (0-4) 1Gb iSCSI or (0-4) 8Gb FC or (0-4) 10Gb iSCSI or (0-4) 24Gb SASx4

72 TB

144 TB 480 TB

240 TB192 TB

384 TB

216 TB 720 TB 576 TB


Recovery time

AutoMAID® Industry-leading Power Efficiency

0%

20%

40%

60%

80%

100%

75%60%

40%

15% 13%

Power Savings Levels

<1 second 15 seconds 30-45 seconds 30-60 seconds

Unload heads

Slow to 4000 RPM

Stop rotating

Drive electronics off

Can use less than 1/5 of the

power of competitive

products

Ideal for backup to disk or long-term bulk storage applications

30-60 seconds

Exp. Chassis electronics off


Nexsan E-Series Disk Arrays - High Availability

Dual Active/Active controllers

All ports can access all LUNs

Multi-path I/O

No single point of failure

Hot-swappable

Battery-backed cache

Sends alerts for important events

NO SINGLE POINT OF FAILURE


E-Series Snapshots (1 of 2)

Snapshot 1

Snapshot 2

Snapshot 3

Snapshot N

Snapshots of iSCSI, Fibre Channel, or SAS connected SAN volumes

Snapshots are instantly taken

Initiated via scheduler, manually, or scripted

Microsoft VSS Hardware Provider to install on Windows servers

Application-consistent snapshots for Windows servers

Initiate snapshots from any VSS Requestor such as popular backup applications

Initiate backups from Nexsan Storage Tools Utility (a VSS Requestor)

All security information is preserved for the volume at the point in time the snapshot was taken

Policy-based retention and deletion of snapshots

Mount snapshots as READONLY for backups or to restore individual files or entire volumes

Mount snapshots as READ/WRITE for data mining and testing


E-Series Snapshots (2 of 2)

Rollback a volume to a prior point in time

Volume is instantly available, even though the rollback is still in process for that point in time

Restore operations are reversible and all existing snapshots are preserved (space permitting)

Delete snapshots in any order

Uses copy-on-write algorithm and requires data protection storage to be pre-allocated

Size of the data protection storage pool can be grown, and can flexibly assigned to volumes

Up to 4096 snapshots per volume or RAID set

Easy to set up and manage via GUI

Nexsan utilities to manage snapshots from Linux, AIX and Solaris

Snapshot 1

Snapshot 2

Snapshot 3

Snapshot N


E-Series Asynchronous Replication (1 of 2)

IP NETWORK(LAN OR WAN)

E-Series

E-Series


Asynchronous Replication of individual iSCSI, Fibre Channel or SAS connected SAN volumes

Separate systems by any distance and communicate over TCP/IP

One-to-One and Many-to-One

Based on snapshots, which are retained on the source and destination sides of the replication

Can replicate older existing snapshots, as well as snapshots taken after replication is set up

Only the changed blocks since the last snapshot need to be transmitted

Checkpoint restarts efficiently resume replication if the transport has a temporary outage

Can mount snapshots on the destination side while replication is active

Full security is preserved for volumes on the destination side


E-Series Asynchronous Replication (2 of 2)

IP NETWORK(LAN OR WAN)

E-Series

E-Series


Manual failover to the secondary system on the destination side

Useful for data migration to a new system or for storage rebalancing

128 concurrent replications, of which 16 can be active per system

Easy to set up and manage via the GUI

Replication can start when a snapshot is taken or on a schedule

Replication can be paused, resumed, or canceled


Nexsan E-Series: Best Backup to Disk Summary

Ultimate Reliability Storage Hard drives individually stress tested Then tested in the storage system Anti-vibration Design™, Cool Drive Technology™ Hot-swappable, redundant active components Array-based Snapshots and Asynchronous Replication

Industry-leading Storage Density E60: 15 drives per U, 240TB in just 4U E48: 12 drives per U, 192TB in just 4U E18: 9 drives per U, 72TB in just 2U

Active Drawer Technology™ Easy to manage storage with no downtime

Active/Active Controllers With dual RAID engines per controller

Up to 87% Energy Savings with AutoMAID®

Ideal for backup to disk or bulk storage scenarios

Leading Cost per Terabyte


THANK YOU

1 ©2012 Nexsan Corporation. All Rights Reserved. NEXSAN E-Series™ Best Backup to Disk.

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Transcript of 1 ©2012 Nexsan Corporation. All Rights Reserved. NEXSAN E-Series™ Best Backup to Disk.