IBM Q412 Enterprise Storage Announcements

© 2005 IBM Corporation

IBM Systems & Technology Group

IBM Q412 Enterprise

Storage Announcements


Mark Tansey

Vicom Infinity, Inc.

Enterprise Storage Specialist

mtansey@vicominfinity.com

October
23, 2012

© 2005 IBM Corporation

IBM Systems & Technology Group

2

Agenda


IBM DS8870 Enterprise Storage Announcements



IBM Enterprise Data Protection Announcements



IBM Open Systems Storage Announcements



Q&A





© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

IBM System Storage DS8870


Release 7.0



© 2005 IBM Corporation

IBM Systems & Technology Group

5

2004

2009


POWER5


POWER6


Building on a market
-
proven, reliable code base!


94% of the same proven microcode


Designed for
over 5
-
9’s availability

natively


Designed for
over 6
-
9’s availability

when DS8000 with Metro Mirror is combined
with GDPS/PPRC HyperSwap

5
th

Generation DS8000 Enterprise Disk System

2010


POWER6+



DS8800

DS8100

/

DS8300



DS8700

2006


POWER5+

DS8300

Turbo

2012


POWER7



DS8870

© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

7

DS8870 Enterprise Storage



Built on the DS8800
Base

•
Exceptionally fast with up to 3x performance increase

•
Proven architecture and code base for optimal reliability with non
-
disruptive
microcode updates

•
Inherited all functionality of DS8800

•
RoHS compliance reduces hazardous material




New
Dual
IBM POWER7
Controllers


•
Scalable processor configurations with 2, 4, 8 and 16 cores per controller

•
Scalable cache from
16 GB
–

1 TB

•
Everything scales non
-
disruptively

•
Entry
-
level Business Class configuration also available



New
Energy
-
Efficient Power
S
upply


•
Improved efficiency, power dissipation, reliability

•
Up to 20% reduction in energy usage

•
Designed to meet upcoming ENERGY STAR standard



Full Disk Encryption
Drives
now
Standard

•
Client
decides when to encrypt or not

(Requires TKLM or ISKLM)



2013 SOD
–

Upgrades from Existing DS8800 Systems



1, 2, 3 & 4 Year Warranty Options

Smarter Storage for enterprise critical information environments



© 2005 IBM Corporation

IBM Systems & Technology Group

8


Business Class and Enterprise Class Configuration Options


List price for Business Class configuration option is roughly the same as DS8800

►
30% price premium for Business Class upgrade to Enterprise Class

►
Small servers can be mounted in the Business Class frame to optimize space efficiency


Enterprise Class offers better price/performance than previous models


Non
-
disruptive upgrade from smallest to largest configuration

Model

Processor

Physical Capacity

(max.)

Disk Drives

(max.)

Memory

Host Adapters

(max.)

9xE Attach

Business Class

961

2
-
core

216 TB

144

16/32

4

0

Enterprise Class

961

4
-
core

360 TB

240

64

8

0

961

8
-
core

2,304 TB

1536

128/256

16

0
-
3

961

16
-
core

2,304 TB

1536

512/1024

16

0
-
3

First Expansion Frame

96E

N/A

504 TB

336

N/A

8

N/A

Second/Third Expansion Frame

96E

N/A

720 TB

480

N/A

N/A

N/A

© 2005 IBM Corporation

IBM Systems & Technology Group

9

Full Disk Encryption is Now Standard


FDE options across all drive tiers


Same performance as standard drives


Standards
-
based key management software supports key
management interoperability protocol (KMIP)


Key manager supports both disk and tape


New European Union Privacy Directive makes breaches very
costly


Encryption is the least expensive data disposal technique


Supports Easy Tier environments


Over a thousand IBM encryption disk and tape solutions
deployed worldwide

“Within five years, all HDDs and SSDs will be shipped preloaded with some kind
of industry
-
standard FDE technology”
–

Gartner Hype Cycle for Storage, July
2012

“Do not wait for an event
-
driven
reaction to secure your data.
Proactively securing your data will help
ensure against a worst
-
case scenario
and a financial impact that is likely to
far surpass that of the data security
purchase itself.”

John Monroe

Gartner Hype Cycle for Storage, July 2012

* Requires deployment of Tivoli Key Lifecycle Manager or IBM Security Key Lifecycle Manager

© 2005 IBM Corporation

IBM Systems & Technology Group

10

–
3 Tier Support for
DS8870

–
Reduce dependency on high cost, low capacity
fibre channel drives

–
Hot data moves to solid
-
state drives for faster
performance

–
Less active data moves to near
-
line storage,
without archiving

–
No user or application
changes

–
DS8870 Easy Tier Support with Full Disk
Encryption Across Solid State, Enterprise SAS
& 3 TB Nearline SAS Drives




IBM System Storage
®

DS8800
. System Storage is a registered trademark of IBM Corporation

Easy Tier

Automatically migrates data between
storage tiers based on real
-
time
analysis of usage patterns


Easy Tier: The World’s Best Auto
-
tiering Gets
Even Better

SSD RAID Array(s)

FC/SAS RAID Array(s)

SATA RAID Array(s)

© 2005 IBM Corporation

IBM Systems & Technology Group

11

New VMware Support


VMware vStorage APIs for Array Integration (VAAI) includes 3
“primitives” for offloading virtual machine and storage management
operations to storage systems that support them

►
Atomic Test and Set (ATS
) enables hardware
-
assisted locking of files

►
Full Copy

-

enables the storage array to make full copies of data within the array

►
Block Zeroing

enables the array to zero out large numbers of blocks



ATS and Full Copy support are available with this DS8870 release;
Block Zeroing support is planned for 2013



DS8870 Enhancements for VMware planned for 2013

►
VAAI Block Zeroing

►
vCenter Plug
-
in

►
SRM 5.0/5.1



© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

14

Energy consumption comparison

DS8800 with 1536 drives


Base frame: 7.5kW


Exp frame: 6.2kW


Exp frame: 6.3k W


Exp frame: 6.3kW

TOTAL: 26.3kW

DS8700 with 1024 drives


Base frame: 6.8kW


Exp frame: 7.1kW


Exp frame: 6.1kW


Exp frame: 6.1kW


Exp frame: 3.1kW

TOTAL: 29.2kW

DS8870 with 1536 drives


Base frame: 6.0kW


Exp frame: 5.6kW


Exp frame 5.8kW


Exp frame: 5.8kW

TOTAL:


Higher efficiency rating positioned to meet emerging ENERGY STAR requirements

Base frame is 20% more energy efficient

23.2 kW

Note: Measurements taken on 100% read miss workload

© 2005 IBM Corporation

IBM Systems & Technology Group

15

For IBM zEnterprise EC12, there is no equal to
DS8870


DS8870 has unique performance, availability and scalability for zEnterprise


DS8000 delivers support for zEnterprise innovation before competitors


Why? Because IBM Storage and IBM System z design, develop, and test together

© 2005 IBM Corporation

IBM Systems & Technology Group

16

3q

07

4q

07

1q

08

2q

08

3q

08

4q

08

1q

09

2q

09

3q

09

4q

09

1q

10

2q

10

3q

10

4q

10

1q

11

2q

11

3q

11

4q

11

1q

12

2q

12

3q

12

HyperPav

Dynamic Volume Expansion
–

3390s

?

Basic HyperSwap

?

zGM Enhanced Reader

Extended Distance FICON
®

Large 3390 Volumes (EAV)
–

223GB

Large 3390 Volumes (EAV)
–

1TB

?

zHPF (High Performance FICON) initial function

zHPF
–

multitrack

zHPF
–

QSAM, BSAM, BPAM

?

zHPF
–

format writes

?

zHPF
-

DB2
®

list prefetch cache optimization

?

SSDs identified to DFSMS
™

Remote Pair FlashCopy
®

(Preserve Mirror)

Sub
-
volume tiering for CKD volumes

zDAC performance optimization

?

IMS
™

WADS enhanced performance

?

Workload Manager I/O performance support

?

Metro Mirror suspension
–

message aggregation

?

= DS8000 support

= Symmetrix support

Notes:

This is not a comprehensive list of z/OS storage synergy functions.

Symmetrix dates are based on a best effort to identify published claims of support, not merely licensing of
IBM’s specifications or vague intents to support in the future.

Customers interested in the status of support for z/OS storage synergy functions in other (e.g., host
-
based)
EMC offerings should consult EMC.

System z / Storage Synergy
-

DS8000 First to Market vs. EMC

© 2005 IBM Corporation

IBM Systems & Technology Group

17

3q

07

4q

07

1q

08

2q

08

3q

08

4q

08

1q

09

2q

09

3q

09

4q

09

1q

10

2q

10

3q

10

4q

10

1q

11

2q

11

3q

11

4q

11

1q

12

2q

12

3q

12

Space
-
efficient volume copy

HyperPAV

Mix FB & CKD vols. in async rmt. mirr. congroup

Dynamic Volume Expansion
–

3390s

Basic HyperSwap

zGM Enhanced Reader

?

Extended Distance FICON

Large 3390 Volumes (EAV)
–

223GB

Large 3390 Volumes (EAV)
–

1TB

?

zHPF (High Performance FICON) initial function

zHPF
–

multitrack

inconclusive

inconclusive

?

zHPF
–

QSAM, BSAM, BPAM

?

zHPF
–

format writes

?

zHPF
-

DB2 list prefetch cache optimization

?

SSDs identified to DFSMS

Remote Pair FlashCopy (Preserve Mirror)

USP V only

USP V only

USP V only

Sub
-
volume tiering for CKD volumes

zDDB (support by Innovation FDRSOS)

?

zDAC performance optimization

?

IMS WADS enhanced performance

?

Workload Manager I/O performance support

?

Metro Mirror suspension
–

message aggregation

?

Notes:

This is not a comprehensive list of z/OS storage synergy functions.

Hitachi system dates are based on a best effort to identify published claims of support, not
merely licensing of IBM’s specifications or vague intents to support the function in the future.

= Hitachi system support

= DS8000 support

= partial Hitachi support

System z / Storage Synergy
-

DS8000 First to Market vs. Hitachi Systems

© 2005 IBM Corporation

IBM Systems & Technology Group

18


IBM Q412 Enterprise

Tape Announcements


© 2012 IBM Corporation

© 2005 IBM Corporation

IBM Systems & Technology Group

19

IBM VTS / TS7700
Evolution

First
Introduced

Device

Backend
Drive

Host
Interface

Host IO
Rate

Virtual
Drives

Logical
Volumes

Logical
Volume
Size

Cache

1996

3495
-
B16

3590

ESCON

9 MB/sec

32

50,000

400, 800
MB

144 GB

1997

3494
-
B16

3590

ESCON

9 MB/sec

32

50,000

400, 800
MB

144 GB

1998

3494
-
B18

3590

ESCON

50 MB/sec

128

250,000

400, 800
MB

1.7 TB

2001

3494
-
B10

3590 or
3592

ESCON
FICON

50 MB/sec

64

250,000

400 to 2000
MB

432 GB

2001

3494
-
B20

3590
and/or
3592

ESCON
FICON

150 MB/sec

256

500,000

400 to 4000
MB

1.7 TB

2006

TS7740

3592

FICON

600+
MB/sec

256

1,000,000

400 to 4000
MB

6 TB

2008

TS7740

3592

FICON

600+
MB/sec

256

1,000,000

400 to 4000
MB

13.7 TB

2008

TS7720

----

FICON

600+
MB/sec

256

1,000,000

400 to 4000
MB

70 TB

2011

TS7740/

TS7720

3592

FICON

1000+
MB/sec

256

2,000,000

400 to 6000
MB

28.2TB
440TB

2012

Encryption

TS7740/

TS7720

3592

FICON

1000+
MB/sec

256

4,000,000

400 to 6000
MB

28.2TB


624 TB

© 2005 IBM Corporation

IBM Systems & Technology Group

20

TS7700
-

Capabilities


Tape Volume Cache

►
TS7740
–

Tape Volume Cache with Back End Tape Drives

▬
RAID
6 Encrypted Disk
–

600 GB Enterprise SAS

▬
1 to
28 TB Native Cache (84 TB with @3:1 Compression)

▬
4 to 16 TS1140 Back End Tape Drives

►
TS7720
–

Disk Only Tape Volume Cache

▬
RAID
6 Encrypted Disk
–

3 TB Nearline SAS

▬
24 TB
to
624 TB Native Cache (1.8 PB
@
3:1 Comp)

▬
Single Frame Scalable to 240 TB’s Native (720 TB @ 3:1
Comp)


IP Replication Grid Options


100 to 1000 MB/s Performance


Power 7 Technology


256 Virtual Tape Devices


4

Million Logical
Volumes

Mainframe Attachment

TS7700

© 2005 IBM Corporation

IBM Systems & Technology Group

21

New Encrypted TS7740 VTS


TS7740 Virtualization Engine (3957 Model V07)

►
Power7 Atlas HV32 Server

►
One
3
-
Ghz
8 processor core card,
16 GB
Memory

►
Integrated
Enterprise Library
Controller

►
1
-

28 TB’s Native Cache

►
100
–

1000 MB/s


TS7740 Encrypted Cache Controller (3956 Model CC9)

►
9.5 TB’s Usable Capacity per Drawer

►
(24) 600 GB SAS Drives (RAID 6)

►
1 Cache Controller Required

►
Adding Two CX9 Drawers provides up to 28 TB total capacity


TS7740
Encrypted Cache
Drawer

(3956 Model
CX9)

►
9.5 TB’s Usable
C
apacity per Drawer

►
(24) 600 GB SAS Drives (RAID 6)

►
0, 1 & 2 Cache Drawer Options

►
Adding Two CX9 Drawers
provides up to
28 TB
total capacity


3952 Model F05 Frame

►
Houses major components & support components

►
Dual Power

© 2005 IBM Corporation

IBM Systems & Technology Group

22

TS7740 Virtualization Engine
Configuration Options

Full Disk Encryption Option




Single Cache Controller Option: 1
–

9 TB’s Native Cache (Non
-
Disruptive)


Single Cache Controller & (1) Cache Module: 10
–

19 TB’s Native Cache (Non
-
Disruptive)


Single Cache Controller & (2) Cache Modules: 20
–

28 TB’s Native Cache (Non
-
Disruptive)



TS7740 Scalable from 100
–

1000 MB/s Performance Regardless of Cache Configuration


Minimum (4) Back End Tape Drives
–

Maximum of (16)

9.58 TB

9.44 TB

9.58 TB

Up to 28.6 TB

CC9

CX9

TSSC

3957
-
V07

TS7740

CX9

© 2005 IBM Corporation

IBM Systems & Technology Group

23

New Encrypted TS7720 VTS


TS7720 Disk Only VTE (3957
-
VEB)

►
Power7 Atlas HV32 Server

►
One
3
-
Ghz
8
Processor
core card,
16 GB Memory

►
24
-

624 TB’s Native Cache

►
100
–

1000 MB/s

►
Optional Expansion Frame


TS7720 Cache Controller (3956
-
CS9)

►
(12) 3 TB Encrypted Nearline SAS Drives (RAID 6)

►
(24) TB Usable Per Controller

►
1 Cache Controller Required in Base & Expansion Frame


TS7720
Cache Drawer (
3956
-
XS9)

►
(12) 3 TB Encrypted Nearline SAS Drives
(RAID 6)

►
(24) TB
Usable
Per Drawer

►
0
–

10 Cache Drawers in Base Frame

►
0
–

15 Cache Drawers in Expansion Frame



3952 Model F05 Frame

►
Ethernet routers for service and management interface functions

►
Houses major components & support components

►
Dual Power

© 2005 IBM Corporation

IBM Systems & Technology Group

24

TS7720 Virtualization
Engine Configuration Options

Full Disk Encryption Option

Maximum TS7720

Configuration

24
TB

Minimum TS7720

Configuration

CS9
-

3TB

Base Frame

24.0
TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

240
TB

624
TB

384 TB

CS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

Expansion Frame

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

CS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

Base Frame

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

XS9
-

3TB

24.0TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB

24.0 TB


Base
Frame
M
inimum
is
One
CS9 Cache Controller

–
Up to
(9)
XS9 Cache Drawers can be added to the
Base
F
rame
-

Single 24 TB Drawer increments


Expansion frame minimum is
One
CS9 Cache Controller

–
Up to
(15) XS9
Cache Drawers can be added to the
Expansion
F
rame
-

Single 24 TB Drawer increments

© 2005 IBM Corporation

IBM Systems & Technology Group

25

TS7700
Encryption
Details

►
Internal key AES 128 Bit Encryption


All
E
ncryption
K
ey
M
anagement occurs Internally
within the
TS7700
and the
Disk
Cache Controllers

»
Three redundant keys stored in internal persistent storage

»
An option is available to export a wrapped copy of the key on DVD for additional
redundancy


Statement of Direction: External Key
M
anagement
available in R3.X

»
TKLM & ISKLM

»
Move between internal/external as needed without rewriting
data


►
Retroactive Encryption Enablement


All R3.0
TS7700 Configurations
will
Ship
with
Encryption Support


If not ordered at the time of install, encryption can be enabled in the field and all existing
content at rest will automatically be retroactively encrypted.


© 2005 IBM Corporation

IBM Systems & Technology Group

26

TS7700 Grid Technology

►
IP Replication

▬
Plug Directly Into Ethernet



►
2
-
Way Local Grid

▬
High Availability

▬
Ability to sustain planned or un
-
planned outage without loss of access to data

▬
No Downtime for Code Upgrades



►
3, 4, & 6 Way Grid Options



►
TS7720 / TS7740 Hybrid Grids

▬
TS7720 Doesn’t Require Tape Library Frames, Tape Drives & Media




© 2005 IBM Corporation

IBM Systems & Technology Group

27


LAN/WAN

FICON

TCP/IP

TS7720

TS7740

TS7720

TS7740

FICON

TS7700 4
-
Way Hybrid Grid (Supports up to 6
-
Way)

TS3500 / TS1140

TS3500 / TS1140

© 2005 IBM Corporation

IBM Systems & Technology Group

28


LAN/WAN

FICON

TCP/IP

TS7720

TS7740

TS7720

FICON

TS7700 3
-
Way Hybrid Grid

TS3500 / TS1140

High

Availability

within
Production Site at Lower Cost


No Physical Tape Handling at Production Site

© 2005 IBM Corporation

IBM Systems & Technology Group

29

Copy Export

Production Site

Recovery Site

Source TS7740

TVC

Pool 01

Pool 09

Production Host

Database

Dual copy of data

Export second copy w/DB

Recovery TS7740

TVC

Pool 09

Database

Recovery Host

Load all exported volumes in lib

Restore DB from latest export volume

© 2005 IBM Corporation

IBM Systems & Technology Group

30

R2.1
-

TS1140 (Jag4)
–

JA/JJ Support


Support read only use of JA/JJ

►
TS1140 drives will support read only use of
JA/JJ (Ideal for 3592
-
J1A Gen 1 & 3592
-
E05 Gen2 Replacements)

►
Retain JA/JJ footprint indefinitely or migrate to newer

4TB JC media or improved JB media at 1.6TB.




Media

TS1140

JA

Read

JJ

Read

JB

Read
-
E05

1.0TB
-
E06*

1.6TB
-
E07

JC

4TB

JK

500GB

TS1140

*For JB Copy Export E06 format
or previously written JB
-
E06
appends

© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group


Any statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent
go
als and objectives only.

LTO Generations

LTO
-
3

LTO
-
4

LTO
-
5

LTO
-
6*

LTO
-
7

LTO
-
8

Max Native
Capacity

400 GB (L3)

800 GB (L4)

1.5 TB (L5)

2.5 TB (L6)

Up to 6.4 TB
(L7)

Up to 12.8 TB
(L8)

Other Native
Capacities

200 GB L2

100 GB L1
R/O

400 GB L3

200 GB L2
R/O



800 GB L4

400 GB L3
R/O



1.5 TB L5

800 GB L4
R/O



2.5 TB L6

1.5 TB L5 R/O



6.4 TB L7

2.5 TB L6 R/O


Native Data Rate

80 MB/s

120 MB/s

140 MB/s

160 MB/s

Up to 315
MB/s

Up to 472
MB/s

* Data Compression engine enhancement from 2:1 to 2.5:1

TS1100

Generations

Gen
-
1

3592 J1A

Gen
-
2

TS1120

Gen
-
3

TS1130

Gen
-
4

TS1140

Gen
-
5

Gen
-
6

Max Native
Capacity

300 GB (JA)

700 GB (JB)

1.0 TB (JB)

4.0 TB (JC)

8
-
10 TB

(JD)

14
-
20 TB

(JD)

Other Native
Capacities with
Media Reuse

500 GB JA

640 GB JA

1.6 TB JB

640 GB JA
R/O

6
-
8 TB JC

6
-
8 TB JC

Native Data Rate

40 MB/s

100 MB/s

160 MB/s

250 MB/s

Up to 360 MB/s

Up to 540 MB/s

IBM Tape Drive Roadmaps

© 2005 IBM Corporation

IBM Systems & Technology Group

33

Industry Trends in Mainframe VTS Technology






© 2005 IBM Corporation

IBM Systems & Technology Group

34

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability






© 2005 IBM Corporation

IBM Systems & Technology Group

35

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability



TS7720 / TS7740 Hybrid Grids






© 2005 IBM Corporation

IBM Systems & Technology Group

36

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability



TS7720 / TS7740 Hybrid Grids



4
-
Way Grids Replacing 2
-
Way Grids with Channel Extension






© 2005 IBM Corporation

IBM Systems & Technology Group

37

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability



TS7720 / TS7740 Hybrid Grids



4
-
Way Grids Replacing 2
-
Way Grids with Channel Extension



Move from Native to 100%Virtual Due to Higher Cache Options






© 2005 IBM Corporation

IBM Systems & Technology Group

38

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability



TS7720 / TS7740 Hybrid Grids



4
-
Way Grids Replacing 2
-
Way Grids with Channel Extension



Move from Native to 100%Virtual Due to Higher Cache Options



HSM on TS7720






© 2005 IBM Corporation

IBM Systems & Technology Group

39

Industry Trends in Mainframe VTS Technology


Local TS7700 High Availability



TS7720 / TS7740 Hybrid Grids



4
-
Way Grids Replacing 2
-
Way Grids with Channel Extension



Move from Native to 100%Virtual Due to Higher Cache Options



HSM on TS7720



Requirement to Separate Backup & Archive





© 2005 IBM Corporation

IBM Systems & Technology Group

40


IBM Q412 Open Systems

Storage Announcements


© 2012 IBM Corporation

© 2005 IBM Corporation

IBM Systems & Technology Group

41

XIV Gen 3 2012 Announcements


SSD
Caching Option (February 2012)


400GB SSD device can be added to each Module
–

Required for Each Interface or Data Module

6TB of Cache for a Full Rack

Scales with the system
–

6 to 15 SSD drives

Must be Added to All Modules Together

Increases OLTP Performance by up to 3X with Zero
-
Tuning

Ideal for Microsoft Exchange, Oracle, SAS & OLTP Workloads



Multi
-
System Manager Server for Large & Multi
-
Site XIV Deployments




Enhanced VMware & Microsoft Exchange Integration with VMware Site Recovery
Manager V4.1 & 5.0 & Microsoft System Center Virtual Machine Manager



1 TB XIV Gen 3 Capacity Option (In addition to 2 TB & 3 TB Options)



XIV iPhone & iPad Mobile Dashboard Enhancements







41

© 2005 IBM Corporation

IBM Systems & Technology Group

42

IBM Active Cloud
Engine
™

File

Support

Easy Tier

RAID

Innovative
GUI

SAN

Virtualization

Snapshots

Storwize V7000 Unified Storage

Leveraging the best of IBM storage technologies in a midrange disk
system
–

Start Small & Grow Big

Clustered

Systems

© 2005 IBM Corporation

IBM Systems & Technology Group

43

T



Initially Marketed as Storwize
V7000 providing Open Systems
Virtualized Block Level Storage
built upon IBM’s SAN Volume
Controller (SVC) Storage
Virtualization


Thin Provisioning, FlashCopy &
Easy Tier at No Charge


Ability to Virtualize External
Storage assisting in Storage
Management, Data Migration &
Data Consolidation


Current SVC Release Code 6.4


Support for SSD, Enterprise SAS
& Nearline SAS providing Easy
Tier Implementations


Supports 4
-
Way V7000 Cluster
Scalable to 960 Disk Drives


1 Rack 12 or 24 Drive Entry Level
Hardware Configuration

Storwize V7000



Optional V7000 Unified Storage
System provides tightly integrated
management for both block and
file capabilities


Provides Support for NFS / CIFS /
FTP / HTTPS/SCP File protocols in
addition to existing block functions
(FCP and iSCSI)


File replication and file level
snapshots for business continuity
and disaster recovery in addition to
existing block functions


Convergence of even more
workloads into one Storwize V7000
Unified system for greater storage
efficiency


Enables consolidation of multiple
stand
-
alone file servers to reduce
management effort


Supports 4
-
Way V7000 Cluster
Scalable to 960 Disk Drives


Storwize V
7000
Unified

© 2005 IBM Corporation

IBM Systems & Technology Group

44

Greater Flexibility for Block Data Remote Mirror

Balance Remote Data Currency With Network
Bandwidth Cost

Background
Copy

Remote Copy

Primary


Regular
FlashCopy

snapshot

Remote Copy

Secondary


Requires less link
bandwidth

Host

I/O


Regular
FlashCopy

snapshot

Guarantees a
consistent copy


Storwize V7000 remote replication delivers very high data currency at remote site but requires network
bandwidth to support this currency


Global
Mirror
makes
regular copies of data at primary location and transmits them to secondary location


User can select frequency of these copies, which determines network bandwidth required and data
currency


Provides much more flexibility to meet specific application currency and network cost
requirements


Ability to Virtualize External Storage & Replicate / Migrate to New or Consolidated Data Center


Ability to Replicate from SVC Cluster to Storwize V7000

© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

© 2005 IBM Corporation

IBM Systems & Technology Group

47

Real Time Compression
Architecture for SVC
/ Storwize V7000





RTC Technology is
embedded into
the SVC / V
7000
Code
to provide the same compression capabilities
for B
lock Storage

Why it Matters



Growing customer data demands more disk space and
drives up the cost of storage in the data center



The
RTC
engine, which can achieve upwards of 50 per
cent or better compression allows customers to reduce
the amount of disk required for their data

Actual host data
written to disk drives

(without compression)

Host

I/O


SVC / V7000

Volume as seen
by Host

Host

system

Actual space used on
disk drives after
RACE compression

RACE Compression
Layer in
SVC /
V
7000
Code

100 GB

40 GB

20 GB

© 2005 IBM Corporation

IBM Systems & Technology Group

48

Industry Trends in Open Systems Storage






© 2005 IBM Corporation

IBM Systems & Technology Group

49

Industry Trends in Open Systems Storage


Implement Storage Virtualization & Thin Provisioning to Increase
Storage Utilization






© 2005 IBM Corporation

IBM Systems & Technology Group

50

Industry Trends in Open Systems Storage


Implement Storage Virtualization & Thin Provisioning to Increase
Storage Utilization



Implement Storage Virtualization for Unified Storage Management







© 2005 IBM Corporation

IBM Systems & Technology Group

51

Industry Trends in Open Systems Storage


Implement Storage Virtualization & Thin Provisioning to Increase
Storage Utilization



Implement Storage Virtualization for Unified Storage Management



Reduce Amount of Stored Data using Compression & Data De
-
Duplication Technologies






© 2005 IBM Corporation

IBM Systems & Technology Group

52

Industry Trends in Open Systems Storage


Implement Storage Virtualization & Thin Provisioning to Increase
Storage Utilization



Implement Storage Virtualization for Unified Storage Management



Reduce Amount of Stored Data using Compression & Data De
-
Duplication Technologies



Tiered Storage to Reduce Overall Storage TCO







© 2005 IBM Corporation

IBM Systems & Technology Group

53

Industry Trends in Open Systems Storage


Implement Storage Virtualization & Thin Provisioning to Increase
Storage Utilization



Implement Storage Virtualization for Unified Storage Management



Reduce Amount of Stored Data using Compression & Data De
-
Duplication Technologies



Tiered Storage to Reduce Overall Storage TCO



Focus on NAS & Scale Out NAS Solutions to Manage the Growth
of Unstructured Data Content






© 2005 IBM Corporation

IBM Systems & Technology Group

Thank You!

For
More Information
Please Contact



Len Santalucia
, CTO & Business Development Manager

Vicom Infinity, Inc.

One Penn Plaza
–

Suite 2010

New York, NY 10119

212
-
799
-
9375 Office; 917
-
856
-
4493 Mobile

lsantalucia@vicominfinity.com



About
Vicom

Infinity

Account Presence Since Late 1990’s

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Vendor Source for the Last 4 Generations of Mainframes/IBM Storage

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