Fujitsu ETERNUS DX60 Referenzhandbuch

ETERNUS DX60 and DX80

Product Introduction

Product Introduction ETERNUS DX60 and DX80

Highlights

Low environmental impact

Highly scalable & versatile connectivity

User friendly management systems

Outstanding reliability

Product Introduction ETERNUS DX60 and DX80

Overview (1)

DX60 DX80 Note

Maximum number of drives 24 120

SAS 10.8 TB 54 TB With 450 GB disks

Maximum storage capacity

(Physical) Nearline SAS 24 TB 120 TB With 1 TB disks

Maximum cache capacity 2 GB 4 GB

FC FC 4 Gbps FC 8 Gbps / 4 Gbps

iSCSI 1 Gbps* 1 Gbps*Host interfaces

SAS 3 Gbps* 3 Gbps*

ETERNUS DX60 and DX80 are designed

to meet the needs of all environments from

small to large. They provide the right size

data storage solution for departmental level

computing through mission critical systems.

ETERNUS DX60 and DX80 are designed

to meet the needs of all environments from

small to large. They provide the right size

data storage solution for departmental level

computing through mission critical systems.

Max. 24 drives

ETERNUS DX60

* To be released in 3Q of CY2009

Max. 120 drives

Supports FC 8 Gbps

ETERNUS DX80ETERNUS DX80

ETERNUS DX80

Product Introduction ETERNUS DX60 and DX80

Overview (2)

ETERNUS DX60 ETERNUS DX80

Number of Controllers 1 or 2 1 or 2

Cache Capacity per system 2 GB 4 GB

Cache Data backup Write back to NAND Flash Memory powered

by SCU

Write back to NAND Flash Memory

Cache Hold Time No Limitation No Limitation

FC 4 Gbps 4 or 8 Gbps

iSCSI 1 Gbps* 1 Gbps*

Host Interfaces

Base Copy Functions SnapOPC+ or QuickOPC

SAS 3 Gbps* 3 Gbps*

Drive Types SAS / NL-SAS (3 Gbps), SSD* SAS / NL-SAS (3 Gbps), SSD*

RAID Levels 0,1,1+0,5,6,5+0 0,1,1+0,5,6,5+0

3.5” 24 (12 in 2U) 120 (12 in 2U)

Maximum number of HDDs

Number of HDD / Enclosure

SnapOPC+ or QuickOPC

2.5” 24 * (24 in 2U) 120 * (24 in 2U)

Maximum number of LUNs 512 1024

Maximum number of HBAs 64 (16/port) 128 (32/port)

RAID migration x x

Optional Copy Functions SnapOPC+, OPC, QuickOPC, EC, SnapOPC+, OPC, QuickOPC, EC, REC**

Encryption xx

ECO mode xx

Supported OS Windows, Linux, VMware, Unix Windows, Linux, VMware, Unix

*2nd Release **3rd Release

Product Introduction ETERNUS DX60 and DX80

Optional Modules (1)

ETERNUS

DX60

Basic configuration

(1 enclosure)

Basic configuration

(1 enclosure)

Flexible response to business expansion

Max. configuration

(2 enclosures)

Max. configuration

(2 enclosures)

Expand

Up to 12 disk drives

Max. 5.4 TB (SAS)

Max. 12 TB (NL-SAS )

Up to 24 disk drives

Max. 10.8 TB (SAS)

Max. 24 TB (NL-SAS)

Up to 12 disk drives

…

Product Introduction ETERNUS DX60 and DX80

Optional Modules (2)

ETERNUS

DX80

Flexible response to business expansion

Up to 12 disk drives

Max. 5.4 TB (SAS)

Max. 12 TB (NL-SAS )

Up to 120 disk drives

Max. 54 TB (SAS)

Max. 120 TB (NL-SAS)

Basic configuration

(1 enclosure)

Basic configuration

(1 enclosure) Max. configuration

(10 enclosures)

Max. configuration

(10 enclosures)

Expand

Up to 12 disk drives

…

Product Introduction ETERNUS DX60 and DX80

Optional Modules (3)

Single controller system can be expanded to a dual controller

system

ETERNUS DX Advanced Copy License

Allows up to 512/1024 Snapshots and Clones

HW License Default With Advanced Copy License

Number of sessions 8 512 (DX60) or 1024 (DX80)

Control by GUI/CLI VSS GUI/CLI/VSS

SnapOPC+ X (via GUI/CLI) X (via GUI/CLI)

QuickOPC X (via VSS) X (via VSS)

Product Introduction ETERNUS DX60 and DX80

Identification

The Serial Number of the ETERNUS DX60 and ETERNUS

DX80 is located on top left hand side of the shelf

Product Introduction ETERNUS DX60 and DX80

Technical Overview

Product Introduction ETERNUS DX60 and DX80

Technical Overview

Battery free cache protection

8 Gbit Fiber Channel interface

High Availability

Advanced Data Protection

Dynamic LUN Migration

LUN Concatenation

Logical Device Expansion

Data Encryption

EcoMode

Product Introduction ETERNUS DX60 and DX80

Block Diagram

Base System (a.k.a. Controller Enclosure)

Expansion Shelf (a.k.a. Drive Enclosure)

BPPSU PSU

PSU PSUBP

SCU

LSI

RoC Cache

Expander

Nonvolatile

memory

Panel

Monitor

PLD

CM#1

RoC

Expander

Cache

LSI

Nonvolatile

memory

SCUSCU

Monitor

PLD

CM#0

EXP#0 EXP#1

Panel

Monitor

PLD

Monitor

PLD

Expander Expander

To Expansion

Shelves

(SAS interface)

RAID-on-Chip

(RAID Controller)

SAS Expander

Controller

Interconnect

(PCI Express x4)

Host Interface

(Fiber Channel)

System Capacitor

Unit

Controller Module

Product Introduction ETERNUS DX60 and DX80

Battery Free Cache Protection (1)

Reduced maintenance window

SCU* is maintenance free for 5 years

• Battery replacement was required every

three years in the previous models

Avoid data loss during extended power

outages

Migrating cache data to a nonvolatile memory

ensures unlimited data retention time

• Previously battery back up supported cache

data for approximately 96 hours

Cached write performance recovered

almost immediately after power restoration

SCU recharge time about 3 minutes

• Exact battery recovery time depends on how long the power has been

unavailable

In the event of a power failure, the data is migrated from cache to a nonvolatile RAM.

For improved reliability, power for the migration process is supplied by a SCU* (System

Capacitor Unit) rather than a battery

In the event of a power failure, the data is migrated from cache to a nonvolatile RAM.

For improved reliability, power for the migration process is supplied by a SCU* (System

Capacitor Unit) rather than a battery

• SCU is a unit with electric double layer

capacitor. Electric double layer

capacitor has the advantages of being

very resistant to degrading and by

providing a short recharge time

compared to traditional batteries.

DataData

Migrate cache data to a

nonvolatile memory at high

speed through a dedicated line

SCU

SCU* supplies

power when power

fails

Nonvolatile

memory

Memory

LSI RoC Memory

Product Introduction ETERNUS DX60 and DX80

Battery Free Cache Protection (2)

Technology comparison

DataData

Migrate cache data to a

nonvolatile memory at high

speed through a dedicated line

RoC Memory

BBU

CM#0

Data

Power is supplied from BBU*

to memory when power fails.

Cache data can be kept as

long as the battery has power

Previous technology (ETERNUS 2000)

BBU = Battery Backup Unit

New way (ETERNUS DX60 & DX80)

FC8/4/2Gbps

PCI Express

Gen2

SCU

SCU* supplies

power when power

fails

Nonvolatile

memory

Memory

LSI RoC Memory

Product Introduction ETERNUS DX60 and DX80

Support for 8 Gbps FC Interface (DX80)

Improved throughput performance

Potential for 1.5 (or greater)

throughput

Potential for 1.5 (or greater)

throughput

Throughput

FibreCAT

SX80

ETERNUS

DX80

8 Gbps FC connector

1.5 times or more

SCU

LSI

RoC Memory

FC 8 Gbps

PCI Express

Gen2

CM#1CM#0

PSU

panel

RoC (RAID-on-Chip)

Nonvolatile

Memory

Product Introduction ETERNUS DX60 and DX80

High Availability

Duplicated components

Basic configuration contains

always two Power Supplies

The Controller Module can be

optionally duplicated

Components are hot

swappable

Hot expansion of disk drives

Hot firmware upgrade

supported

PSU: Power Supply Unit , SCU: System Capacitor Unit, RoC: RAID-on-Chip

PSU PSU

SCU

LSI RoC Cache

Expander

CM#0

NAND

Flash

Monitor

PLD

SCU

Base System

Expansion Shelf

CM#1

RoC

Expander

Cache LSI

NAND

Flash

SCU

Monitor

PLD

Expander Expander

EXP#0 EXP#1

Panel

Monitor

PLD

Monitor

PLD

Panel

Product Introduction ETERNUS DX60 and DX80

Advanced Data Protection

Data Block Guard

Data Block Guard function saves additional 8-byte check code to every

512-byte of data to ensure data integrity both on the disk and in the

cache

Controller Module

A0 A1 A2CC CC CC

Write Read

DISK

(3)

Verify Check Code

(2)

Apply Check Code

(1)

Written data

A0 A1 A2CC CC CC

A0 A1 A2

User data

Delete Check Code

(3)

Cache

ECC Protected

(2) (2)

(1)

A0 A1 A2

A0 A1 A2CC CC CC

User data

CC: Check Code

Product Introduction ETERNUS DX60 and DX80

Dynamic LUN Migration

LUNs can be migrated on the fly to

Other drives and different RAID groups

Other drives and different drive types (e.g. SAS to NL SAS, SAS to SSD)

Benefits

Reduce hot spots

Move LUNs to more suitable disk type or RAID type if requirements

change

LUN 1

LUN 0

RAID

migration

LUN 0

LUN 1

RAID

Group #0

RAID

Group #1

Product Introduction ETERNUS DX60 and DX80

LUN Concatenation

Can expand the capacity of existing LUN by creating new LUN

and concatenating it to an existing LUN

Data on existing LUN will be kept

• Independent of RAID level in use

• Minimum required capacity of a LUN is greater than 1 GB

• Maximum number of LUNs that can be concatenated is 16

• Maximum capacity of a concatenated LUN is 32 TB

Create LUN

and Concatenate

existing LUN

LUN 0

LUN 1

RAID

Group #0

RAID

Group #1

ETERNUS

ETERNUS LUN 1

LUN 0

ETERNUS

LUN x

Product Introduction ETERNUS DX60 and DX80

Logical Device Expansion

Expand free space of RAID Group by adding disks or by

changing the RAID Level

No need to prepare a complete new RAID Group to expand

New

RAID 1+0

New

RAID 5

RAID 1+0

Free

RAID 5

Add disks and/or

change RAID level

ETERNUS

ETERNUS ETERNUS

ETERNUS

Product Introduction ETERNUS DX60 and DX80

Data Encryption

Key is generated automatically by the system

Encryption can be configured per volume

Protects your data even on defective or

decommissioned disk drives

Protects your data even on defective or

decommissioned disk drives

??? ??? ???

???

123 123 123

Encrypted

Data encryption can be

activated on each LUN

Not encrypted

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