beautypg.com
Manuals
Brands
HP Manuals
Storage
StorageWorks VLS
HP StorageWorks VLS Manuals
Manuals and User Guides for HP StorageWorks VLS. We have
1
HP StorageWorks VLS manual available for free PDF download: Manual
HP StorageWorks VLS Manual (218 pages)
HP StorageWorks VLS and D2D Solutions Guide (AG306-96028, March 2010)
Brand:
HP
| Category:
Storage
| Size: 10.09 MB
Table of Contents
Table of Contents
3
Introduction
13
Concepts
15
Disk-Based Backup and Virtual Tape Libraries
15
Problems Addressed by Virtual Tape Libraries
15
Integration of Disk in Data Protection Processes
15
Where Virtual Tape Fits in the Big Picture
16
HP VLS and D2D Portfolio
16
Common Backup Technologies
16
Typical VLS Environments
17
Typical D2D Environments
17
HP Virtual Tape Library Product Range
17
What Are the Alternatives
18
Application-Based Disk Backup
18
Nas
18
Physical Tape
18
Business Copy
19
Basic Write-To-Disk Setup
19
VLS Compared to Application-Based Write-To-Disk
19
Deduplication
20
Introduction
20
HP Storageworks Deduplication Solutions
20
Unique Backup Data
20
Deduplication Ratios
21
HP Deduplication Solutions
21
Target-Based Deduplication
22
TB File Server Backup
22
Deduplication Ratio Impact
22
Tape Oversubscription
23
Replication
23
Introduction to Replication
23
HP Storageworks Replication Solutions
24
Enterprise Deployment with Small and Large Remote and Branch Offices
24
Remote Site Data Protection before Replication
25
Remote Site Data Protection Using Replication
25
Replication Deployment Options
26
Estimated Time to Replicate Data for a 1 TB Backup Environment at 2:1
26
Replication Configuration Options
27
Backup Application Interaction with Replication
28
Presenting the Replication Target to a Different Backup Application
28
Replication Limitations
29
Backup Solution Design Considerations
31
Analyze the Existing Environment
31
Consider How You Want to Back up Your Data to the VLS or D2D
31
Backup to the VLS in a LAN/SAN Hybrid Environment
32
Consider How You Want to Copy the Backup Data to an Off-Site Location
33
Consider Speed and Ease of the Restore as Well as the Backup
33
Single Library Vs. Multiple Libraries
33
Single Library
33
Benefits of Single Library Systems
34
Considerations for Single Library Systems
34
Backup to VLS in a Simple Deployment
34
Multiple Library
35
Benefits of Multiple Library Systems
35
Backup to VLS in a Simple Deployment (VLS9000-Series with Four Dedicated Libraries Shown)
35
Multiplexing, Multistreaming, and Multipathing
36
Multiplexing
36
Multistreaming
36
Multipathing
36
Blocksize and Transfer Size
37
LAN-Free Backups
37
Retention Planning
37
Future Data Growth
38
Considerations for Copies
38
Copy to Physical Tape through the Backup Application
39
Benefits of Copying to Physical Tape through the Backup Application
40
Media Server Considerations
40
Writing to Tape in a LAN/SAN Hybrid Environment
40
Considerations for Copying to Physical Tape through the Backup Application
41
Copy to Tape Using VLS Automigration
41
Benefits of Echo Copy
42
Considerations of Echo Copy
42
Echo Copy Is Managed through Automigration
42
Copy to Tape Using D2D Tape Offload
43
Copy to Remote Disk Backup Device Using Replication
43
Benefits of Replication
44
Considerations of Replication
44
Creating Archive Tapes from the Replication Target
44
Considerations for Restores
44
Restoring from Disk Backup Device
45
Restoring from Backup Application-Created Tape Copy
45
Restoring from the Replication Target
45
Performance Bottleneck Identification
45
Backup SAN Design Guidelines
46
General SAN Design Considerations
46
SAN Zoning
46
Operating System Tape Configuration
47
LUN Masking and Mapping
49
Backup Application Basic Guidelines
50
Virtual Tape Environment
50
HP Data Protector Application Overview
51
Symantec Netbackup Application Overview
51
IBM TSM Application Overview
52
TSM LAN-Based Backups
52
EMC Networker Application Overview
53
TSM LAN-Free Backups
53
D2D Systems
55
D2D Devices
55
D2D Defined
55
D2D Technical Specifications
56
D2D Design Considerations
56
D2D Port Optimization
56
Multiple Backup Streams
57
Disable Backup Application Verify Pass
58
Tape Copy or Offload Performance
58
Optimizing Rotation Scheme to Reduce Housekeeping
59
Tape Library Emulation
59
D2D Blueprints
60
Single Site Cost Effective Backup Device Consolidation
60
Large SME Site Consolidation Requiring Fibre Channel Shared Devices
61
Single Site Backup Consolidation Using Iscsi
61
Large SME Site Consolidation Requiring FC Shared Devices
62
Multi-Site Small Business Disaster Recovery Solution
63
Multi-Site Small Business Automated Disaster Recovery Solution
63
Multi-Site Small Business Automated Disaster Recovery Solution with no Physical Tape
64
Introduction to Vmware Terminology
65
Vmware Infrastructure Environment
65
Using D2D in Simple Vmware Environments with Esxi
66
Using D2D in Vmware Environments with ESX4 and Vmware Consolidated Backup
66
Using D2D in Vmware Environment with ESX4 and VCB Backup for SAN-Based
66
Using D2D in Larger Vmware Environments with HP Data Protector Zero Downtime Backup with Instant Recovery (ZDB + IR)
67
Using D2D in a Vmware Environment with ESX4 and HP Data Protector ZDB IR
68
D2D Dynamic Deduplication
69
How It Works
69
Dynamic Deduplication Implementation
70
Hash-Based Chunking
70
Restoring Data
71
D2D Configuration
71
Dynamic Deduplication Ratio
71
Housekeeping
72
Restoring from a Recipe File
72
D2D Replication
73
D2D Replication Implementation
73
How It Works
73
Implementing the Initialization Process
74
Licensing
74
Options for Initialization the Initial Data
74
Replication Setup
76
Slot Mappings
77
Example Schematic
78
Reporting
82
Design Considerations
84
Link Sizing
84
Bandwidth Utilization
85
Example 1: 100 GB Virtual Cartridge Replication over a 2 Mb/Sec Link with
85
Example 2: 100 GB Virtual Cartridge Replication over a 2 Mb/Sec Link with
86
Example 2: 100 GB Virtual Cartridge Replication over a 2 Mb/Sec Link with 25% Bandwidth Utilization
86
Example 3: 500 GB Virtual Cartridge Replication over a 2 Mbit/Sec Link
86
Example 4: 500 GB Virtual Cartridge Replication over a 10 Mbit/Sec Link
87
Many-To-One Example Using Mixed WAN Link Speeds
88
Sample Initialization and Replication Times
89
Telco Provisioning Overview of Inter-Site Links
90
Some Idea of Telco Costs
92
A Basic WAN Using MPLS
92
Telco Prices for a 3-Year Contract Including Installation (no Existing Links in Place)
92
Prices of a Major US Telco for HP Facilities in the Houston, Texas Area
93
Telco Terminology and Branding for WAN Services
93
Prices of a Telco Provider in Colorado for HP Sites Located Around 250 Km (175 Miles)
93
Prices for Point to Point Connects from HP Facilities Based in Singapore
93
Sample British Telcom Services and Speeds
94
D2D Replication Data Recovery Options
95
Recovery Options Data Center Rebuild and Reverse Replication
95
Restore Directly from the D2D Target Device
95
Reverse Replication on the D2D
95
Reverse Tape Initialization on the D2D
98
Creating Archive Tapes from the Target
99
Recovery Options Physical Tape
99
Creating Archive Tapes from the Target
100
Virtual Library Systems
101
VLS Devices
101
VLS Defined
101
Prime Environments
102
VLS Benefits
102
VLS9000-Series Configurations
103
TB System with Expansion Disk Array Enclosures
103
VLS Technical Specifications
104
Full VLS9000 System
104
Kit and 40 TB Arrays (2:1 Compression, Non-Deduplication)
104
Kit and 40 TB Arrays (2:1 Compression, Non-Deduplication)
105
Connectivity Kits and 40 TB Arrays (2:1 Compression, Non-Deduplication)
105
Vls6000–Series Technical Specifications
106
Vls9000–Series Backup Performance by Configuration
106
Vls6000–Series Performance by Configuration, 4 GB Models
107
VLS12000 EVA Gateway Technical Specifications
108
VLS12000 EVA Gateway Backup Throughput Using Deduplication
108
VLS12000 EVA Gateway Backup Throughput Without Deduplication
109
How It Works
111
VLS Scalability
111
Internal Architecture of the VLS (VLS9000 Shown)
112
VLS Automatic Performance Load Balancing
113
Virtual Drives Across Multiple Nodes
113
VLS Warm Failover
114
Storage Pool Load Balancing on the VLS
114
Device Configuration Preparation
115
Implementation
115
Capacity Licensing
117
Base Capacity License by VLS Model
117
Adding Capacity Beyond the Base Configuration
117
Virtual Libraries/Drives/Cartridge Configuration
118
EVA Preparation
119
VLS12000 EVA Gateway Connected to an EVA
120
Storage Pooling
121
Single Vs. Multiple Storage Pool Considerations
122
VLS Design Considerations
123
VLS Sizing
123
VLS9000 Partially Populated Storage Pools
123
Testing Backups to Tape Vs. Backups to a VLS
126
Reduce Backup Window (no Deduplication)
127
VLS Blueprints
127
Using VLS to Reduce the Backup Window
127
Large Scale Backup Consolidation (no Deduplication)
128
Using VLS for Large Scale Consolidation
128
Managing Data Retention and Reducing Backup Storage Costs
129
Full Enterprise Backup and Disaster Recovery Capability
130
Using VLS to Manage Data Retention and Reduce Backup Storage Costs
130
Using VLS with Full Enterprise Backup and Disaster Recovery Capability
131
Multi-Data Center Replication to a Common Disaster Recovery Site
132
Using VLS with Multi-Data Center Replication to a Common Disaster Recovery Site
132
Vmware Backup Environment with Esxi
133
Vmware Backup Environment with ESX4 and VCB-Based Backups
134
Using VLS with Vmware Using Backup Agents
134
Using VLS with Vmware Using VCB
135
Larger Vmware Environment with ESX4 and HP Data Protector ZDB IR Integration with Vmware Consolidated Backup
136
Using VLS in Larger Vmware Environments with HP Data Protector ZDB IR Backup
137
Large Enterprise Cross-Site Backup with Deduplication and Inbuilt Disaster Recovery
138
Using VLS in Enterprise Cross Site Backup Scenarios
138
Combining D2D and VLS in an End-To-End Solution for Robo/Regional Dcs and Main Data Center Using HP Data Protector
139
VLS Automigration
140
Using D2D and VLS in ROBO/RDC/MDC Environments
140
Echo Copy Concepts
141
Implementation
141
Echo Copy Pools
141
Automigration Policy
142
Linked Media
142
Automigration Policy Details
142
Automigration Setup
143
Automigration Media Life Cycle
144
Design Considerations
145
Automigration Use Models
145
Multiple Virtual Libraries
146
Sizing the Tape Library
147
Shared Virtual Library
147
Restoring from Automigration Media
148
VLS Accelerated Deduplication
148
How It Works
149
Steps of Accelerated Deduplication
149
Backup Analysis
150
Physical Versus Logical Data
150
Accelerated Deduplication Implementation
152
Backup Sessions with Duplicate and Unique Data
152
Supported Backup Applications and Data Types
153
Deduplication Preparation
153
Licensing
154
Migrating Your Existing Backup Data
155
Configuration and Reporting
155
Required Deduplication Licenses by Platform
155
Handling the Device out of Capacity Condition
156
Design Considerations
157
Performance
157
Capacity Sizing
158
Node Oversubscription
158
VLS9000 and VLS12000 Node Oversubscription
158
VLS9000 and VLS12000 Node Oversubscription Options
158
Optimizing File Server Deduplication
159
Optimum Record Sizing
159
Client and Backup Job Naming
160
Media Management
160
Disabling Deduplication on Specific Backup Policies
161
VLS Replication
161
How It Works
161
How Replication Fits into the Deduplication Architecture
162
Replication of Incremental Backups
163
The Replication Sequence
163
Multi-Node Replication Scaling
164
VLS Replication Implementation
164
Licensing
164
Replication Scaling
164
Replication Preparation
165
Replication Setup
166
Preparing the Network Connection for Replication in a VLS
166
VLS Replication by Numbers
167
Implementing the Initialization Process
172
VLS Initialization Using Physical Tape
173
VLS Initialization Using the WAN
175
Reporting
176
VLS Initialization by Co-Location
176
Design Considerations
180
Advanced Replication Job Control
180
Dividing the Backup Jobs by Priority Level
181
Network Latency
181
Link Sizing
182
VLS Sizing Example 1
183
VLS Sizing Example 2
184
VLS Sizing Example 3
185
Summary of the Calculations Involved in the Sizing Examples
185
VLS Sizing Example 4
186
Device Sizing
187
VLS Replication Data Recovery Options
187
Restore Directly from the VLS Target Device
187
VLS Recovery Options for a Data Center Rebuild
188
Data Recovery from the Target VLS
189
Restore the VLS over the LAN/WAN
189
Creating Archive Tapes from the Target
190
Rebuilding Source Device and Re-Establishing Replication
190
Creating Archive Tapes from the VLS
191
VLS Non-Deduplicated Replication
192
Replicating a Subset of Virtual Cartridges - a Use Case
193
Site-To-Site Replication
193
Detailed Backup Application Guidelines for VLS
194
HP Data Protector
194
Data Protector General Guidelines
194
Data Protector Deduplication Guidelines
195
Data Protector Import Example Script
196
Symantec Netbackup
197
Netbackup General Guidelines
197
Netbackup Deduplication Guidelines
198
Netbackup Import Example Script
198
Ibm Tsm
199
TSM General Guidelines
199
Recommended Settings for each TSM Server's Dsmserv.opt File or Storage Agent's
199
Dsmsta.opt
199
TSM Deduplication Guidelines
200
TSM Useful Queries
203
EMC Networker
204
Networker General Guidelines
204
Networker Deduplication Guidelines
206
Support and Other Resources
209
Related Information
209
Documents
209
Websites
209
Contacting HP
209
Before You Contact HP
209
HP Contact Information
210
Subscription Service
210
Document Conventions and Symbols
210
Glossary
213
Index
215
Related Products
HP StorageWorks Ultrium 230
HP StorageWorks Ultrium 460
HP StorageWorks 4400
HP StorageWorks DLT 80
HP StorageWorks Ultrium 215
HP StorageWorks 9000 Virtual Libr
HP StorageWorks 9100 - Extreme Data Storage System
HP StorageWorks 200 - Storage Virtualization System
HP StorageWorks 7100 - Virtual Array
HP StorageWorks 7410 - Virtual Array
HP Categories
Desktop
Laptop
Server
Monitor
Switch
More HP Manuals