Information Lifecycle Management
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EMC Information Lifecycle Management Don Neilan TBC Federal Division
1
EMC in the Federal Government
More than 95% of the Cabinet Level Organizations Use EMC FEDERAL CIVILIAN CUSTOMER Solutions EXAMPLES: Departments of: • Agriculture • Commerce • Education • Energy
• FBI • IRS • Library of Congress • NASA • PTO •Health and Human Services • SSA • Housing and Urban • U.S. Coast Development Guard • Interior • U.S. Postal • Justice Service • Transportation • Federal DEPARTMENT OF DEFENSE • Treasury EXAMPLES: • CUSTOMER Veterans Affairs • AAFES Banking • Air • Labor • DISA • CIA Force • House, • DODIIS • NIMA • Army Senate • DFAS • DLA • Navy • NEXCOM • NTF • Marin • NSA es 2
EMC Information Lifecycle Management Don Neilan TBC Federal Division
3
The Evolving Computing Landscape IT Infrastructure in the 1970s / 1980s
Compute
Client interface Access capability Application processing Database management Information management Data storage
4
The Evolving Computing Landscape Today’s Infrastructure Layers
Personal Devices
Client interface, presentation
Network Access
Access capability, transport
Compute
Application processing Database management Information management
Networked Storage
Data storage
5
The Evolving Computing Landscape The Expanding Storage Infrastructure
Personal Devices
Client interface, presentation
Network Access
Access capability, transport
Compute
Application processing Database management Information management
Networked Storage
Information management Data storage
6
Information Lifecycle Management
ILM: a customer strategy to align IT infrastructure with the business, based on the changing value of information
7
Qualifying ILM Service Level Requirements Architecture 1ms
500ms
Performance Six 9s
Three 9s
Availability Functionality
Automated Integrated
Pay now
Manual Standalone
Pay later
Economics 8
Key Criteria for Information Lifecycle Management 5
Unified Management Environment End-to-end automated management of the entire information infrastructure
4
Active Information Management Access to and ability to manage all data (structured and unstructured)
3
Dynamic Infrastructure Data mobility and transparency across IT resources
2
Integrated Protection & Recovery Convergence of backup and replication, focus on recovery
1
Networked Tiered Storage Choice of service levels and access specialization
Lowest TCO 9
Networked Storage Technologies
SAN
Storage Area Networks
NAS
Network-Attached Storage
1
CAS
Content Addressed Storage
Type of transport
Fibre Channel IP (emerging)
IP, Fibre Channel
IP
Type of data
Block
File
Object, fixed content
Key requirement
Deterministic performance
Multi-protocol Sharing
Longevity, integrity assurance
OLTP, data Typical applications warehousing, ERP
Information lifecycle
Software and product Content development, file management server consolidation
Content is created and actively shared
Content is fixed and preserved
10
Tiered Storage
1
Meeting a Broad Range of Service Levels
CLARiiON
Mid-tier
Symmetrix
High-End
Connectrix
SAN
Celerra NS / CNS
NAS
CLARiiON Disk Centera Library ADIC
Tape
CAS Emulation
Tape
11
Information Lifecycle Management
1
Tiered Storage
12
Integrated Protection & Recovery: Choice of Recovery Levels
2
PowerPath Legato AAM SRDF Legato CoStandby Legato Family Server AAdvanced NetWorker MirrorView Celerra Replicator Legato RepliStor TimeFinder Family SnapView Multi-site Remote Celerra SnapSure Increasing Processing Remote distance Automatic Information Recovery improves Backup Platform Storage, switch, and server protection
Frequent, consistent, nondisruptive backups
Local
Quick, accurate, predictable recovery
All critical data safe at remote location
processing resumption: “lights out”
protection
Remote
Time Availability Distance 13
Information Lifecycle Management
Flexible Recovery Levels
2
Integrated Protection and Recovery
1
Tiered Storage
14
Dynamic, Virtual Infrastructure App
App
App
App
App
App
App
App
OS
OS
OS
OS
OS
OS
OS
OS
OS
Virtual Layer
Virtual Layer
Virtual Layer
Compute
Compute
Compute
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Storage Layer
Storage
Storage
SAN / NAS / CAS
SAN / NAS / CAS
Storage
Project FX
App
VMware
3
Unified Simple Mutually aware SLA-driven Lowest cost Highly available Flexible
SAN / NAS / CAS
Virtual Infrastructure
15
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
Virt. Vol.
Virtual Storage Layer
Storage
Storage
App
App
OS
OS
Virtual Layer
Storage
Virt. Vol.
Virt. Vol.
Proj. FX VMware
OS
Compute
App
Compute
Compute
Information Lifecycle Management
3
Dynamic Infrastructure
2
Integrated Protection and Recovery
1
Tiered Storage
Virtual Infrastructure
Flexible Recovery Levels
16
Active Information Management
4
Optimizing the movement, placement, cataloguing, and disposition of information based on policies Classify applications and data based on business and
mission policies
Dynamically migrate and archive to optimal storage type
and location (Core vs. Edge )
Version, audit, track
AUTOMATED
Replicate for testing and
improved performance
Enable sharing and
collaboration
Ensure compliance
SERVICES Classify
data / apps based on business rules
Implement policies with information mgmt tools
Manage
storage environment
SERVICES
Tier
storage resources to align with data classes
FLEXIBLE 17
Active Information Management Across All Data Types
4
Information Management Software Structured Databases and associated applications: ERP, CRM, etc.
Legato DiskXtender/ DatabaseXtender
Semi-structured Mail and messaging
Legato EmailXtender Documentum Control Mgr
Unstructured Enterprise Content Management: Documents Web pages Sound Video X-rays Documentum Records Manager Legato ApplicationXtender 18
4
Enterprise Content Management CCM
EDM
WCM
DAM
ERM
Documents
Web
Rich Media
Fixed Content
Collaboration Content
Documents Spreadsheets Contracts Drawings
HTML SGML WML XML Code Forms
Images Sound Video Presentations
Reports Records Scanning Imaging Final Form Storage E-Mail
Project Discussions Desktop Sharing Online Meetings E-mail IM
Documentum
19
Information Lifecycle Management ERP
CRM
E-mail
Business Processes and Applications
Web
Structured
Semi-structured
App
OS
OS
Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
Virt. Vol.
Virtual Storage Layer
Storage
Storage
App
App
OS
OS
Virtual Layer
Storage
Virt. Vol.
Virt. Vol.
Proj. FX VMware
App Virtual Layer
Compute
OS
Compute
Compute
Meta-Data & Policies App
Active Information Management 3 Dynamic Infrastructure
4
Unstructured
Virtual Infrastructure
Flexible Recovery Levels
2
Integrated Protection and Recovery
1
Tiered Storage
20
Unified Management Environment: Automated Storage Management Point Products: Manual Monitor
Report
Plan
5
EMC ControlCenter: Automated
Provision
Hosts SAN Storage
Multiple point products – Separate consoles
Individual, discrete
management tasks
– A lot of tools, people, time and coordination required
Manual and time
consuming
– Spreadsheet management
Integrated suite of products – Single view – Single infrastructure – Multi-vendor approach
Consolidate and automate
common tasks – – – –
Utilization and performance reporting Device and SAN Management Provisioning & planning Proactive monitoring
21
Multi-vendor Support Filesystems
Databases
Volume Managers
Frameworks
Compaq Tru64 UFS HP UX HFS IBM AIX JFS IBM z/OS Novell SUN Solaris USF VERITAS VxFS Windows NT FS Windows 2000 FS
IBM DB2 MVS, DB2 UDB Informix MS SQL Server Oracle Sybase
Compaq LSM HP LVM HP/VERITAS VxVM IBM AIX LVM Solaris / VERITAS VxVM Windows NT Windows 2000
CA Unicenter HP Openview Micromuse Microsoft MOM Tivoli Netview Any SNMP-based application
Standards
Servers
Blue Fin CIM
Bull Fujitsu Siemens HP/Compaq IBM IBM Numa-Q iCL Linux NCR NEC Novell OS/2 Intel Pyramid SCO Sequent SGI Siemens Stratus Sun Unisys Windows NT Windows 2000
Tape CA-1 STK VTS RMM Tape Management Systems
Storage Backup
SAN Devices
Legato Networker Tivoli -TSM VERITAS NetBackup
Brocade Connectrix McDATA Qlogic
NAS Devices EMC Celerra Network Appliance
EMC Symmetrix EMC CLARiiON HDS 7700E, 9900 HP StorageWorks HP XP256, XP512 IBM ESS and RVA Internal storage JBOD Sun StorEdge 9900 Series
22
Implementing Information Lifecycle Management Discrete Phases Tiered Infrastructure
Information Lifecycle Management for Specific Applications
Cross-Application Information Lifecycle Management
App
App
App
App
App
Data
Data
Data
Phase 1: Deploy tiered infrastructure • Establish classes of infrastructure • Place information on appropriate infrastructure tier • Automate storage management
App
App
Data
Data
Phase 2: Deploy applicationspecific information lifecycle management • Define business and migration policies for various types of information • Deploy enabling components for principal applications
App
App
Phase 3: Deploy enterprisewide information lifecycle management • Implement information lifecycle management across applications • Policy-based automation • Full visibility of all information
23
EMC’s Information Lifecycle Management Offerings Tiered Infrastructure
Information Lifecycle Management for Specific Applications
Cross-Application Information Lifecycle Management
Storage App Management App App
Storage Management App App App
Storage Management App App App
ControlCenter Family Visual Family Replication Data Manager Data FamilyData
Information and Content Management Data Data
Information and Content Management
Information and Content Management Data Movement Protection and Recovery Backup Recovery Local replication Remote replication Phase 1: Deploy tiered Availability infrastructure
• Establish Tiered Storage classes of
infrastructure
CLARiiON Symmetrix • Connectrix Place information onNS Series appropriate Celerra CNS infrastructure NetWin tier • Centera Automate storage ADIC CLARiiON Disk Library management
DatabaseXtender Legato DiskXtender Legato ArchiveXtender Legato EmailXtender Legato EmailXaminer Documentum ECM Platform Documentum AX5 Channel Edition
Data Movement Protection and Recovery Tiered Storage
Data Movement
Phase 2: Deploy applicationLegato DiskXtender specific SAN Copy information lifecycle management OnCourse •AVALONidm Define business and Open Replicator for Symmetrix migration policies for various DRU for Windows types of information • Deploy enabling components Protection and Recovery for principal applications Tiered Storage
Phase 3: Deploy enterprisewide information lifecycle management • Implement information lifecycle management across applications • Policy-based automation • Full visibility of all 24
The Virtual Infrastructure of Tomorrow App
App
App
App
App
App
OS
OS
OS
OS
OS
OS
Virtual Infrastructure
Server Virtualization Converts one physical server into multiple logical servers Presents “virtual” computing capacity
Server / Storage Virtualization End-to-end dynamic provisioning, balancing and optimization Storage, network and compute resources allocated in fractional increments Storage Device and Network Virtualization Masks complexity of physical storage infrastructure (i.e., disks and devices) Presents “virtual” storage capacity 25
EMC Partners Services and Consulting Partners
Global Alliance Partners
Service Provider Partners
Full range of complementary services
Jointly define, test, integrate, deliver, and support
Access to innovative, scalable infrastructure services
Channel Partners Specialized expertise to build unique solutions
26
EMC Storage Router* Networked-based Storage Virtualization
Storage Router is a storage
virtualization solution
Layer 2 SAN
Storage Router
– Will run in the storage network – Will leverage next-generation “intelligent” SAN switches
Storage Router will be heterogeneous – Will work with EMC and third-party storage – Will run on switches from Brocade, Cisco, and McDATA Storage Router will provide advanced
network-based functions
– Dynamic volume migration – Network-based volume management – Heterogeneous point-in-time copies (clones)
* Planned general availability is June 2005
27
EMC Storage Platforms The Tiered-Storage Foundation for Information Lifecycle Management
28
EMC Storage Platform Family
Tiered Storage to Meet Different Service-Level Requirements
COST
Symmetrix DMX3000 DMX3000-M2
CLARiiON AX100
Symmetrix DMX2000 DMX2000-M2 Symmetrix DMX2000-P2 DMX1000 DMX1000-M2 Symmetrix DMX1000-P2 CLARiiON DMX800 CX700 CLARiiON CLARiiON CX500 CX300
SERVICE LEVEL 29
Symmetrix DMX800 Series Industry’s Lowest Entry Point for High-End Storage
DMX800
Modular Symmetrix DMX Entry point for Symmetrix DMX functionality Flexible configuration options No raised floor or dedicated cooling required
Nondisruptive Scalability Eight to 16 channel connections (Fibre Channel, FICON, Gigabit Ethernet, iSCSI)* Up to 64 GB global memory Eight to 16 2 Gb / s Fibre Channel back-end loops Up to 120 drives (17.5 TB) *Host connection combinations may be limited or restricted
Support for FICON; Gigabit Ethernet for SRDF Family, iSCSI
30
Symmetrix DMX Series Integrated Storage Arrays
Symmetrix DMX1000 / DMX1000-M2 Up to 48 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 128 GB Global Memory 16 2 Gb/s Fibre Channel back-end loops Supports up to 144 drives (21 TB)
Symmetrix DMX2000 / DMX2000-M2 Up to 96 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 256 GB Global Memory 32 2 Gb/s Fibre Channel back-end loops Supports up to 288 drives (42 TB)
Symmetrix DMX3000 / DMX3000-M2 Up to 64 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 256 GB Global Memory 64 2 Gb/s Fibre Channel back-end loops Supports up to 576 drives (84 TB)
M2 models provide twice the processing power 31
EMC CLARiiON 2004 Family
Industry Leading Mid-tier Storage
The industry’s
CLARiiON CX700
most functional family
COST
of networked storage products across price range CLARiiON CX300 CLARiiON AX100 • 1 GB cache • Maximum 3 TB / 256 LUNs • 160 GB, 250 GB SATA disks • Eight high-availability hosts • Prepackaged functionality • Customer / partner install
• 2 GB cache • Maximum 13.4 TB / 512 LUNs • 64 high-availability hosts • Mix Fibre Channel and ATA disks • New: UNIX and SnapView support
CLARiiON CX500
• 8 GB cache • Maximum 58.4 TB / 2048 LUNs • 256 highavailability hosts • Mix Fibre Channel and ATA disks
• 4 GB cache / 15K disks • Maximum 28.4 TB / 1024 LUNs • 128 highavailability hosts • Mix Fibre Channel and ATA disks
SERVICE LEVEL 32
CLARiiON CX Platforms CLARiiON CX300—Workgroup Storage
50K IOPS and 680 MB/s bandwidth Four front-end connections, two back-end disk connections Supports up to 60 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 2 GB cache standard
CLARiiON CX500—Departmental Storage
120K IOPS and 760 MB/s bandwidth Four front-end connections, four back-end disk connections Supports up to 120 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 4 GB cache standard
CLARiiON CX700—Data Center Storage
200K IOPS and 1,520 MB/s bandwidth Eight front-end connections, eight back-end disk connections Supports up to 240 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 8 GB cache standard
Environmental simplicity and investment protection 33
34
1
EMC in the Federal Government
More than 95% of the Cabinet Level Organizations Use EMC FEDERAL CIVILIAN CUSTOMER Solutions EXAMPLES: Departments of: • Agriculture • Commerce • Education • Energy
• FBI • IRS • Library of Congress • NASA • PTO •Health and Human Services • SSA • Housing and Urban • U.S. Coast Development Guard • Interior • U.S. Postal • Justice Service • Transportation • Federal DEPARTMENT OF DEFENSE • Treasury EXAMPLES: • CUSTOMER Veterans Affairs • AAFES Banking • Air • Labor • DISA • CIA Force • House, • DODIIS • NIMA • Army Senate • DFAS • DLA • Navy • NEXCOM • NTF • Marin • NSA es 2
EMC Information Lifecycle Management Don Neilan TBC Federal Division
3
The Evolving Computing Landscape IT Infrastructure in the 1970s / 1980s
Compute
Client interface Access capability Application processing Database management Information management Data storage
4
The Evolving Computing Landscape Today’s Infrastructure Layers
Personal Devices
Client interface, presentation
Network Access
Access capability, transport
Compute
Application processing Database management Information management
Networked Storage
Data storage
5
The Evolving Computing Landscape The Expanding Storage Infrastructure
Personal Devices
Client interface, presentation
Network Access
Access capability, transport
Compute
Application processing Database management Information management
Networked Storage
Information management Data storage
6
Information Lifecycle Management
ILM: a customer strategy to align IT infrastructure with the business, based on the changing value of information
7
Qualifying ILM Service Level Requirements Architecture 1ms
500ms
Performance Six 9s
Three 9s
Availability Functionality
Automated Integrated
Pay now
Manual Standalone
Pay later
Economics 8
Key Criteria for Information Lifecycle Management 5
Unified Management Environment End-to-end automated management of the entire information infrastructure
4
Active Information Management Access to and ability to manage all data (structured and unstructured)
3
Dynamic Infrastructure Data mobility and transparency across IT resources
2
Integrated Protection & Recovery Convergence of backup and replication, focus on recovery
1
Networked Tiered Storage Choice of service levels and access specialization
Lowest TCO 9
Networked Storage Technologies
SAN
Storage Area Networks
NAS
Network-Attached Storage
1
CAS
Content Addressed Storage
Type of transport
Fibre Channel IP (emerging)
IP, Fibre Channel
IP
Type of data
Block
File
Object, fixed content
Key requirement
Deterministic performance
Multi-protocol Sharing
Longevity, integrity assurance
OLTP, data Typical applications warehousing, ERP
Information lifecycle
Software and product Content development, file management server consolidation
Content is created and actively shared
Content is fixed and preserved
10
Tiered Storage
1
Meeting a Broad Range of Service Levels
CLARiiON
Mid-tier
Symmetrix
High-End
Connectrix
SAN
Celerra NS / CNS
NAS
CLARiiON Disk Centera Library ADIC
Tape
CAS Emulation
Tape
11
Information Lifecycle Management
1
Tiered Storage
12
Integrated Protection & Recovery: Choice of Recovery Levels
2
PowerPath Legato AAM SRDF Legato CoStandby Legato Family Server AAdvanced NetWorker MirrorView Celerra Replicator Legato RepliStor TimeFinder Family SnapView Multi-site Remote Celerra SnapSure Increasing Processing Remote distance Automatic Information Recovery improves Backup Platform Storage, switch, and server protection
Frequent, consistent, nondisruptive backups
Local
Quick, accurate, predictable recovery
All critical data safe at remote location
processing resumption: “lights out”
protection
Remote
Time Availability Distance 13
Information Lifecycle Management
Flexible Recovery Levels
2
Integrated Protection and Recovery
1
Tiered Storage
14
Dynamic, Virtual Infrastructure App
App
App
App
App
App
App
App
OS
OS
OS
OS
OS
OS
OS
OS
OS
Virtual Layer
Virtual Layer
Virtual Layer
Compute
Compute
Compute
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Vol.
Virtual Storage Layer
Storage
Storage
SAN / NAS / CAS
SAN / NAS / CAS
Storage
Project FX
App
VMware
3
Unified Simple Mutually aware SLA-driven Lowest cost Highly available Flexible
SAN / NAS / CAS
Virtual Infrastructure
15
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
Virt. Vol.
Virtual Storage Layer
Storage
Storage
App
App
OS
OS
Virtual Layer
Storage
Virt. Vol.
Virt. Vol.
Proj. FX VMware
OS
Compute
App
Compute
Compute
Information Lifecycle Management
3
Dynamic Infrastructure
2
Integrated Protection and Recovery
1
Tiered Storage
Virtual Infrastructure
Flexible Recovery Levels
16
Active Information Management
4
Optimizing the movement, placement, cataloguing, and disposition of information based on policies Classify applications and data based on business and
mission policies
Dynamically migrate and archive to optimal storage type
and location (Core vs. Edge )
Version, audit, track
AUTOMATED
Replicate for testing and
improved performance
Enable sharing and
collaboration
Ensure compliance
SERVICES Classify
data / apps based on business rules
Implement policies with information mgmt tools
Manage
storage environment
SERVICES
Tier
storage resources to align with data classes
FLEXIBLE 17
Active Information Management Across All Data Types
4
Information Management Software Structured Databases and associated applications: ERP, CRM, etc.
Legato DiskXtender/ DatabaseXtender
Semi-structured Mail and messaging
Legato EmailXtender Documentum Control Mgr
Unstructured Enterprise Content Management: Documents Web pages Sound Video X-rays Documentum Records Manager Legato ApplicationXtender 18
4
Enterprise Content Management CCM
EDM
WCM
DAM
ERM
Documents
Web
Rich Media
Fixed Content
Collaboration Content
Documents Spreadsheets Contracts Drawings
HTML SGML WML XML Code Forms
Images Sound Video Presentations
Reports Records Scanning Imaging Final Form Storage E-Mail
Project Discussions Desktop Sharing Online Meetings E-mail IM
Documentum
19
Information Lifecycle Management ERP
CRM
Business Processes and Applications
Web
Structured
Semi-structured
App
OS
OS
Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
App
App
OS
OS
Virtual Layer Virt. Vol.
Virt. Vol.
Virt. Vol.
App OS
Virt. Vol.
Virtual Storage Layer
Storage
Storage
App
App
OS
OS
Virtual Layer
Storage
Virt. Vol.
Virt. Vol.
Proj. FX VMware
App Virtual Layer
Compute
OS
Compute
Compute
Meta-Data & Policies App
Active Information Management 3 Dynamic Infrastructure
4
Unstructured
Virtual Infrastructure
Flexible Recovery Levels
2
Integrated Protection and Recovery
1
Tiered Storage
20
Unified Management Environment: Automated Storage Management Point Products: Manual Monitor
Report
Plan
5
EMC ControlCenter: Automated
Provision
Hosts SAN Storage
Multiple point products – Separate consoles
Individual, discrete
management tasks
– A lot of tools, people, time and coordination required
Manual and time
consuming
– Spreadsheet management
Integrated suite of products – Single view – Single infrastructure – Multi-vendor approach
Consolidate and automate
common tasks – – – –
Utilization and performance reporting Device and SAN Management Provisioning & planning Proactive monitoring
21
Multi-vendor Support Filesystems
Databases
Volume Managers
Frameworks
Compaq Tru64 UFS HP UX HFS IBM AIX JFS IBM z/OS Novell SUN Solaris USF VERITAS VxFS Windows NT FS Windows 2000 FS
IBM DB2 MVS, DB2 UDB Informix MS SQL Server Oracle Sybase
Compaq LSM HP LVM HP/VERITAS VxVM IBM AIX LVM Solaris / VERITAS VxVM Windows NT Windows 2000
CA Unicenter HP Openview Micromuse Microsoft MOM Tivoli Netview Any SNMP-based application
Standards
Servers
Blue Fin CIM
Bull Fujitsu Siemens HP/Compaq IBM IBM Numa-Q iCL Linux NCR NEC Novell OS/2 Intel Pyramid SCO Sequent SGI Siemens Stratus Sun Unisys Windows NT Windows 2000
Tape CA-1 STK VTS RMM Tape Management Systems
Storage Backup
SAN Devices
Legato Networker Tivoli -TSM VERITAS NetBackup
Brocade Connectrix McDATA Qlogic
NAS Devices EMC Celerra Network Appliance
EMC Symmetrix EMC CLARiiON HDS 7700E, 9900 HP StorageWorks HP XP256, XP512 IBM ESS and RVA Internal storage JBOD Sun StorEdge 9900 Series
22
Implementing Information Lifecycle Management Discrete Phases Tiered Infrastructure
Information Lifecycle Management for Specific Applications
Cross-Application Information Lifecycle Management
App
App
App
App
App
Data
Data
Data
Phase 1: Deploy tiered infrastructure • Establish classes of infrastructure • Place information on appropriate infrastructure tier • Automate storage management
App
App
Data
Data
Phase 2: Deploy applicationspecific information lifecycle management • Define business and migration policies for various types of information • Deploy enabling components for principal applications
App
App
Phase 3: Deploy enterprisewide information lifecycle management • Implement information lifecycle management across applications • Policy-based automation • Full visibility of all information
23
EMC’s Information Lifecycle Management Offerings Tiered Infrastructure
Information Lifecycle Management for Specific Applications
Cross-Application Information Lifecycle Management
Storage App Management App App
Storage Management App App App
Storage Management App App App
ControlCenter Family Visual Family Replication Data Manager Data FamilyData
Information and Content Management Data Data
Information and Content Management
Information and Content Management Data Movement Protection and Recovery Backup Recovery Local replication Remote replication Phase 1: Deploy tiered Availability infrastructure
• Establish Tiered Storage classes of
infrastructure
CLARiiON Symmetrix • Connectrix Place information onNS Series appropriate Celerra CNS infrastructure NetWin tier • Centera Automate storage ADIC CLARiiON Disk Library management
DatabaseXtender Legato DiskXtender Legato ArchiveXtender Legato EmailXtender Legato EmailXaminer Documentum ECM Platform Documentum AX5 Channel Edition
Data Movement Protection and Recovery Tiered Storage
Data Movement
Phase 2: Deploy applicationLegato DiskXtender specific SAN Copy information lifecycle management OnCourse •AVALONidm Define business and Open Replicator for Symmetrix migration policies for various DRU for Windows types of information • Deploy enabling components Protection and Recovery for principal applications Tiered Storage
Phase 3: Deploy enterprisewide information lifecycle management • Implement information lifecycle management across applications • Policy-based automation • Full visibility of all 24
The Virtual Infrastructure of Tomorrow App
App
App
App
App
App
OS
OS
OS
OS
OS
OS
Virtual Infrastructure
Server Virtualization Converts one physical server into multiple logical servers Presents “virtual” computing capacity
Server / Storage Virtualization End-to-end dynamic provisioning, balancing and optimization Storage, network and compute resources allocated in fractional increments Storage Device and Network Virtualization Masks complexity of physical storage infrastructure (i.e., disks and devices) Presents “virtual” storage capacity 25
EMC Partners Services and Consulting Partners
Global Alliance Partners
Service Provider Partners
Full range of complementary services
Jointly define, test, integrate, deliver, and support
Access to innovative, scalable infrastructure services
Channel Partners Specialized expertise to build unique solutions
26
EMC Storage Router* Networked-based Storage Virtualization
Storage Router is a storage
virtualization solution
Layer 2 SAN
Storage Router
– Will run in the storage network – Will leverage next-generation “intelligent” SAN switches
Storage Router will be heterogeneous – Will work with EMC and third-party storage – Will run on switches from Brocade, Cisco, and McDATA Storage Router will provide advanced
network-based functions
– Dynamic volume migration – Network-based volume management – Heterogeneous point-in-time copies (clones)
* Planned general availability is June 2005
27
EMC Storage Platforms The Tiered-Storage Foundation for Information Lifecycle Management
28
EMC Storage Platform Family
Tiered Storage to Meet Different Service-Level Requirements
COST
Symmetrix DMX3000 DMX3000-M2
CLARiiON AX100
Symmetrix DMX2000 DMX2000-M2 Symmetrix DMX2000-P2 DMX1000 DMX1000-M2 Symmetrix DMX1000-P2 CLARiiON DMX800 CX700 CLARiiON CLARiiON CX500 CX300
SERVICE LEVEL 29
Symmetrix DMX800 Series Industry’s Lowest Entry Point for High-End Storage
DMX800
Modular Symmetrix DMX Entry point for Symmetrix DMX functionality Flexible configuration options No raised floor or dedicated cooling required
Nondisruptive Scalability Eight to 16 channel connections (Fibre Channel, FICON, Gigabit Ethernet, iSCSI)* Up to 64 GB global memory Eight to 16 2 Gb / s Fibre Channel back-end loops Up to 120 drives (17.5 TB) *Host connection combinations may be limited or restricted
Support for FICON; Gigabit Ethernet for SRDF Family, iSCSI
30
Symmetrix DMX Series Integrated Storage Arrays
Symmetrix DMX1000 / DMX1000-M2 Up to 48 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 128 GB Global Memory 16 2 Gb/s Fibre Channel back-end loops Supports up to 144 drives (21 TB)
Symmetrix DMX2000 / DMX2000-M2 Up to 96 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 256 GB Global Memory 32 2 Gb/s Fibre Channel back-end loops Supports up to 288 drives (42 TB)
Symmetrix DMX3000 / DMX3000-M2 Up to 64 host connections (Fibre Channel, ESCON, FICON, Gigabit Ethernet, iSCSI) Up to 256 GB Global Memory 64 2 Gb/s Fibre Channel back-end loops Supports up to 576 drives (84 TB)
M2 models provide twice the processing power 31
EMC CLARiiON 2004 Family
Industry Leading Mid-tier Storage
The industry’s
CLARiiON CX700
most functional family
COST
of networked storage products across price range CLARiiON CX300 CLARiiON AX100 • 1 GB cache • Maximum 3 TB / 256 LUNs • 160 GB, 250 GB SATA disks • Eight high-availability hosts • Prepackaged functionality • Customer / partner install
• 2 GB cache • Maximum 13.4 TB / 512 LUNs • 64 high-availability hosts • Mix Fibre Channel and ATA disks • New: UNIX and SnapView support
CLARiiON CX500
• 8 GB cache • Maximum 58.4 TB / 2048 LUNs • 256 highavailability hosts • Mix Fibre Channel and ATA disks
• 4 GB cache / 15K disks • Maximum 28.4 TB / 1024 LUNs • 128 highavailability hosts • Mix Fibre Channel and ATA disks
SERVICE LEVEL 32
CLARiiON CX Platforms CLARiiON CX300—Workgroup Storage
50K IOPS and 680 MB/s bandwidth Four front-end connections, two back-end disk connections Supports up to 60 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 2 GB cache standard
CLARiiON CX500—Departmental Storage
120K IOPS and 760 MB/s bandwidth Four front-end connections, four back-end disk connections Supports up to 120 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 4 GB cache standard
CLARiiON CX700—Data Center Storage
200K IOPS and 1,520 MB/s bandwidth Eight front-end connections, eight back-end disk connections Supports up to 240 drives (Fibre Channel: 36 GB, 73 GB, 146 GB; ATA: 320 GB) 8 GB cache standard
Environmental simplicity and investment protection 33
34
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