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StorageWorks XP512 - Disk Array
HP StorageWorks XP512 - Disk Array Manuals
Manuals and User Guides for HP StorageWorks XP512 - Disk Array. We have
7
HP StorageWorks XP512 - Disk Array manuals available for free PDF download: Reference Manual, User Manual, Owner's Manual, Manual, Configuration Manual
HP StorageWorks XP512 - Disk Array Reference Manual (456 pages)
SAN Design
Brand:
HP
| Category:
Storage
| Size: 8.41 MB
Table of Contents
Table of Contents
3
I ..Architecture
25
SAN Design Overview
27
SAN Solutions
27
HP SAN Implementations
28
SAN Components
29
Fibre Channel Technology
29
Storage Area Networks
29
SAN Infrastructure
30
Fabrics
30
SAN Scaling
30
Fibre Channel Switches
31
SAN Design Approaches
31
Design Considerations
32
SAN Fabric Topologies
35
Fabric Topologies
35
Benefits
36
Fcoe SAN Fabrics
36
Routed SAN Fabrics
36
Single-Switch Fabric
36
Benefits
37
Switch Models
37
Cascaded Fabric
37
Benefits
38
Cascaded Fabric
38
Switch Models
38
Meshed Fabric
39
Benefits
40
Switch Models
40
Ring Fabric
40
ISL Connections in a Meshed Fabric
40
Benefits
42
Switch Models
42
Core-Edge Fabric
42
Ring Fabric with Satellite Switches
42
Core-Edge Fabric (Hierarchical Depiction)
43
Core-Edge Fabric (Typical Depiction)
43
Core-Edge Fabric Types
43
Core-Edge Fabric Topology Types
44
Recommended Core-Edge Fabric ISL Ratios
44
Benefits
45
Core-Edge Fabric (4 X 12)
45
Switch Models
45
Topology Data Access
46
Topology Maximums
46
Data Access Performance by SAN Fabric Topology
46
Ring Fabric
46
B-Series Switches
47
H-Series Switch and Port Topology Maximums
47
H-Series Switches
47
B-Series Switch and Port Topology Maximums
47
C-Series Switches
48
M-Series Switches
48
Routed Fabric Topologies
48
C-Series Switch and Port Topology Maximums
48
M-Series Switch and Port Topology Maximums
48
B-Series Meta SAN
49
B-Series Virtual Fabrics with IFR
50
C-Series Vsans with IVR
51
H-Series Switches with TR
51
Fcoe Fabric Topologies
52
Fcoe Integrated with an Existing Fibre Channel Fabric
52
Data Availability
53
Converged SAN Fabric with an Fcoe Blade
53
Levels
54
Level 1: Single Connectivity Fabric
54
Level 2: Single Resilient Fabric
55
Level 3: Single Resilient Fabric with Multiple Device Paths
55
Considerations
56
Level 4: Multiple Fabrics and Device Paths (NSPOF)
56
Calculating for Data Availability Levels
57
Fabric Design Data Availability
57
Topology Migration
58
Migrating a Cascaded Fabric SAN
58
Migrating a Meshed Fabric SAN
58
Nondisruptive Migration
58
Migrating a Ring Fabric SAN
59
Fibre Channel Routing
61
Fibre Channel Routing Overview
61
Fabric Services
62
Fabric, Virtual Fabric, and VSAN Independence
62
Import and Export
62
Routing Table
62
World Wide Name
62
SAN Scaling and Routing
63
Switch Scaling
63
Scaling by Routing
64
Fibre Channel Routing Implementations
64
Fibre Channel Routing Techniques
64
Basic MP Router Configuration
65
Basic Virtual Fabric IFR Configuration
65
Basic VSAN IVR Configuration
65
Basic TR Configuration
65
B-Series Fabric Groups
66
B-Series Fabric Partitioning Using Virtual Fabrics
66
B-Series Virtual Fabrics Architecture
66
C-Series Fabric Partitioning
66
MP Router Fabric Rules
66
H-Series Switch Fabric Routing
67
B-Series, C-Series, and H-Series Routing Differences
67
B-Series Routing
67
B-Series Virtual Fabric IFR
68
C-Series VSAN IVR
68
Fabric Redundancy and Routing
69
H-Series Switch Routing
69
Dual-Redundant Meta SAN with 1606 Extension SAN Switch or MP Router
70
Dual-Redundant Virtual Fabric
70
Supported Routing Configurations
71
Routing and Core-Edge Fabrics
71
Dual-Redundant VSAN
71
Extension SAN Switch or MP Router Connecting Core Switches
71
Virtual Fabrics Connecting Core Switches
72
Vsans Connecting Core Switches
72
Routing through an IP Network
73
Extension SAN Switches Connecting Fabrics through IP
73
MP Routers Connecting Fabrics through IP
73
IVR Connecting Vsans through IP
73
High-Availability Router Configurations
74
High-Availability 1606 Extension SAN Switch Configurations
74
400 MP Router and MP Router Blade Use Cases
75
H-Series Switches with TR Configurations
75
High-Availability MP Router Configurations
75
Routing Use Cases
76
Extension SAN Switch or MP Router Consolidating SAN Islands
76
NSPOF Configuration with 1606 Extension SAN Switch Providing Fibre Channel Routing and FCIP with Direct Connect Devices
77
NSPOF Configuration with 400 MP Router Providing Fibre Channel Routing and FCIP
77
And FCIP
77
NSPOF Configuration with 1606 Extension SAN Switch Providing FC Routing and FCIP with Direct Connect Devices
78
NSPOF Configuration with 400 MP Router Providing Fibre Channel Routing and FCIP with Direct Connect Devices
78
NSPOF Configuration with MP Router Providing Fibre Channel Routing and FCIP
78
Extension SAN Switch or MP Router Consolidating Tape Backup in a Meta SAN
79
Unsupported 1606 Extension SAN Switch or MP Router Configuration
79
Fabric Infrastructure Rules
81
4 H-Series Switches and Fabric Rules
83
H-Series Switches
83
Features
84
Model Naming
84
Model Numbering
84
Switch Models
84
H-Series Switches
84
Usage
86
Fabric Rules
86
H-Series Switches High-Availability Features
86
Servers, Operating Systems, and Storage Products
87
H-Series Switches Servers, Operating Systems, and Storage System Support
87
Fabric Rules for H-Series Switches
88
ISL Maximums
88
Fabric Rules for H-Series Switches with TR
88
H-Series Switches Fabric Rules
88
H-Series Switch TR and Remote B-Series or C-Series Fabric Rules
89
Supported Switches in an H-Series Switch with TR Remote Fabric
89
Zoning Limits and Enforcement
90
H-Series Switch Zoning Limits
90
Zoning Enforcement for H-Series Switches
91
5 B-Series Switches and Fabric Rules
93
B-Series Fibre Channel Switches, 1606 Extension SAN Switches, and MP Routers
93
Model Naming
94
Model Numbering
94
Switch Models
94
B-Series Fibre Channel Switches
96
B-Series Fibre Channel Switches and Routers
97
B-Series Legacy Fibre Channel Switches and Routers (Part I)
98
B-Series Legacy HP Fibre Channel Switches and Routers (Part II)
99
Features
100
B-Series Legacy HP and Compaq Fibre Channel Switches
100
B-Series Fibre Channel Switch High-Availability Feature Comparison
103
Usage
104
Using B-Series Fibre Channel Switches as Core Switches
104
Using B-Series Fibre Channel Switches as Edge Switches
105
Fibre Channel Switch Fabric Rules
106
B-Series Fibre Channel Switch and Fabric Rules
107
Operating Systems and Storage Products
107
B-Series Fibre Channel Switch Operating System and Storage System Support
107
B-Series Fibre Channel Switch Fabric Rules
108
Database Size Rules for B-Series Fibre Channel Switches
110
B-Series Encryption Switch Fabric Rules
111
1606 Extension SAN Switch and DC dir Switch MP Extension Blade Fabric Rules
112
Scalability Rules
114
Fibre Channel Routing, 400 MP Router, and MP Router Blade Fabric Rules
116
Integrated Fibre Channel Routing, 400 MP Router, and MP Router Blade Fabric Rules
116
Integrated Fibre Channel Routing, 1606 Extension SAN Switch, DC dir Switch MP Extension
119
MP Router Fabric Rules
121
Iscsi Storage Device Connectivity for the MP Router
122
Fibre Channel Routing Storage Device Connectivity for the MP Router
123
MP Router Scalability Rules
125
MP Router with Seven Hops
126
Front and Translate Domains
126
Core Switch Addressing Mode
127
Zoning Limits and Enforcement
128
Zoning Guidelines for B-Series Fibre Channel Switches
128
Zoning Enforcement for B-Series Fibre Channel Switches and MP Router Lsans
128
B-Series Fcoe Converged Network Switch
130
B-Series Fcoe CN Switch
130
Features
131
B-Series Fcoe CN Switch High-Availability Feature Comparison
131
DC SAN Director Switch 10/24 Fcoe Blade and 2408 Fcoe Converged Network Switch Operating System and Storage System Support
132
Operating Systems and Storage Products
132
DC SAN Director Switch 10/24 Fcoe Blade and 2408 Fcoe Converged Network Switch Fabric Rules
133
ISL Maximums
134
Fibre Channel ISL Maximums
134
6 C-Series Switches and Fabric Rules
135
C-Series Fibre Channel Switches
135
Model Naming
137
Switch Models
137
C-Series Fibre Channel Switches for SAN-OS
138
C-Series Fibre Channel Switches for NX-OS
139
C-Series Fibre Channel Legacy Switches
139
C-Series Fibre Channel Switching Module Support Matrix for SAN-OS
140
C-Series Fibre Channel Switching Module Support Matrix for NX-OS
141
Features
142
C-Series Fibre Channel Switch High-Availability Feature Comparison
143
Usage
145
Using C-Series Fibre Channel Switches as Core Switches
145
Fibre Channel Switch Fabric Rules
146
Using C-Series Fibre Channel Switches as Edge Switches
146
C-Series Fibre Channel Switch Operating System and Storage System Support
147
Operating Systems and Storage Products
147
C-Series Fibre Channel Switch Fabric Rules
148
Fabric Rules for C-Series Fibre Channel Switches
148
ISL Maximums
149
C-Series VSAN High Availability
150
Zoning Enforcement for C-Series Fibre Channel Switches
150
Zoning Limits and Enforcement
150
Zoning Limits for C-Series Fibre Channel Switches
150
C-Series Fcoe Converged Network Switches
151
C-Series Fibre Channel Switch High-Availability VSAN Management Configuration
151
C-Series Nexus 5010 Fcoe Converged Network Switch
151
C-Series Nexus 5020 Fcoe Converged Network Switch
151
Expansion Modules for the C-Series Nexus 5000 Series Switches
151
C-Series Nexus Expansion Module Support Matrix
152
C-Series Nexus Switches for NX-OS
152
Features
152
C-Series Fcoe CN Switch Operating System and Storage System Support
153
C-Series Nexus 5000 Series Switch High-Availability Feature Comparison
153
Fabric Rules for C-Series Nexus 5000 Converged Network Switches
153
Fcoe Converged Network Switch Fabric Rules
153
Operating Systems and Storage Products
153
Usage
153
C-Series Fcoe Converged Network Switch Fabric Rules
154
ISL Maximums
155
C-Series Fcoe CN Switch ISL Maximums
155
7 M-Series Switches and Fabric Rules
157
M-Series Switches
157
Model Naming
158
Model Numbering
158
Switch Models
158
M-Series Switches
158
Features
159
M-Series Legacy HP Storageworks Switches
159
Mcdata/Brocade Switches Supported with M-Series Switches
159
M-Series High-Availability Feature Comparison
160
Usage
160
Using M-Series Switches as Director Switches
160
Fibre Channel Fabric Rules
161
Using M-Series Switches as Edge Switches
161
Fabric Rules for M-Series Switches
162
Operating Systems and Storage Products
162
M-Series Fabric Rules
162
M-Series Fibre Channel Switch Operating System and Storage System Support
162
ISL Maximums
163
ISL Maximums
164
M-Series and Mcdata Zoning Limits
165
Zoning Limits and Enforcement
165
Zoning Enforcement for M-Series and Mcdata Switches
166
SAN Fabric Connectivity and Switch Interoperability Rules
167
SAN Fabric Connectivity Rules
167
Device Port Interfaces
167
Switch Port Interfaces
167
Fiber Optic Cable Loss Budgets
168
Fiber Optic Cables
168
Rules for Fiber Optic Cable Connections
168
Gb/S Fiber Optic Cable Loss Budgets (Nominal Bandwidth)
169
Gb/S Fiber Optic Cable Loss Budgets (Higher Bandwidth)
170
Gb/S Fiber Optic Cable Loss Budgets (Nominal Bandwidth)
170
Gb/S Fiber Optic Cable Loss Budgets (Higher Bandwidth)
171
Gb/S Fiber Optic Cable Loss Budgets (Nominal Bandwidth)
171
Storage Product Interface and Transport Distance Rules
171
Gb/S Fibre Channel Distance Rules (B-Series, C-Series, and H-Series)
172
Gb/S Fibre Channel Distance Rules (B-Series and C-Series Switches)
173
Gb/S Fibre Channel Distance Rules (B-Series, C-Series, and M-Series Switches)
174
ATM Extension Fibre Channel Distance Rules
175
Gb/S Fibre Channel Distance Rules (B-Series, C-Series, and M-Series Switches)
175
FCIP Extension IP Network Distance Rules
176
SAN Fabric Switch Interoperability Rules
177
Dual Interoperable, Heterogeneous SAN Fabrics
177
Interoperable Routed Fabric
177
Iscsi Bridging Fibre Channel Distance Rules
177
Fibre Channel and IP Network Routing Distance Rules
177
Interoperable, Heterogeneous Switch Fabrics
179
Third-Party Switch Support
179
SAN Performance Considerations
179
Heterogeneous Switches in the same Fabric
179
Infrastructure Factors
180
Performance Guidelines
180
Host and Storage System Rules
183
Heterogeneous Server Rules
185
Flexattach
185
SAN Platform Rules
186
Blade Servers
186
General SAN Platform Rules
186
Supported Blade Servers
186
HP C-Class Bladesystem Virtual Connect
187
HP Virtual Connect Advantages
187
HP VC-FC Connectivity Guidelines
188
HP Virtual Connect Fibre Channel Configuration
188
HP Virtual Connect Fibre Channel Guidelines and Rules
188
Bladesystem with Brocade Access Gateway Mode
189
Failover Policy and Failback Policy
190
Brocade 4Gb SAN Switch for HP C-Class Bladesystem in Access Gateway Mode
190
Access Gateway with Dual Redundant Fabrics
191
AG Mode Connectivity Guidelines
191
AG Mode Considerations
191
Bladesystem with Cisco N_Port Virtualization Mode
192
Cisco MDS 9124E Fabric Switch for HP C-Class Bladesystem in NPV Mode
193
Failover Policy
193
NPV Mode Considerations
193
NPV Mode Connectivity Guidelines
194
NPV with Flexattach
194
NPV Device with Dual Redundant Fabrics
194
Cisco MDS 9124E Fabric Switch for HP C-Class Bladesystem Using NPV with
195
HP Bladesystem C3000 Enclosure Considerations
196
HBA N_Portid Virtualization
196
HBA NPIV Considerations
196
HBA NPIV Connectivity Guidelines
197
VOS with HBA NPIV Enabled
197
Nonstop Servers (XP Only)
198
Nonstop High-Availability Configurations Using Ioames
199
Nonstop High-Availability Configurations Using VIO Enclosures (NS1000, NS1200, NS14000, and NS14200 Only)
199
Nonstop Bladesystem with XP High-Availability Configurations Using Clims
200
Nonstop Server Configuration Rules
200
Supported I/O Modules for XP Connectivity with Specific Nonstop Systems
200
Minimum Direct Host Attach IOAME Configuration for XP Storage Systems
203
Minimum Direct Host Attach VIO Configuration for XP Storage Systems
203
Minimum Direct Host Attach CLIM Configuration for XP Storage Systems
204
Minimum SAN IOAME Configuration for XP Storage Systems
204
Minimum SAN VIO Configuration for XP Storage Systems (NS1000, NS14000)
205
Minimum SAN CLIM Configuration for XP Storage Systems
205
SAN IOAME Configuration with Logical and Physical Redundancy for XP Storage
206
SAN VIO Configuration with Logical and Physical Redundancy for XP Storage Systems (NS1000, NS14000)
207
SAN CLIM Configuration with Logical and Physical Redundancy for XP Storage
208
SAN IOAME Configuration (Two Cascaded Switches) with Logical and Physical Redundancy
209
For XP Storage Systems
209
SAN VIO Configuration (Two Cascaded Switches) with Logical and Physical Redundancy
210
SAN CLIM Configuration (Two Cascaded Switches) with Logical and Physical Redundancy
211
HP-UX SAN Rules
212
HP-UX SAN Configuration Rules
212
HP-UX Multipathing Coexistence Support
213
HP Openvms SAN Rules
214
HP Openvms SAN Configuration Rules
214
HP Openvms Multipathing Coexistence Support
215
Host-Based Volume Shadowing
216
HP Tru64 UNIX SAN Rules
217
Tru64 UNIX SAN Configuration Rules
217
HP Tru64 UNIX Multipathing Coexistence Support
218
Apple Mac os X SAN Rules
219
Apple Mac os X SAN Configuration Rules
219
IBM AIX SAN Rules
220
IBM AIX SAN Configuration Rules
220
IBM AIX Multipathing Coexistence Support
221
Linux SAN Rules
222
Linux Multipathing Coexistence Support
222
Linux SAN Configuration Rules
222
Microsoft Windows SAN Rules
223
Microsoft Windows SAN Configuration Rules
223
Microsoft Windows Multipathing Coexistence Support
224
Novell Netware SAN Rules
225
Netware SAN Configuration Rules
225
Netware Multipathing Coexistence Support
226
Sun Solaris SAN Rules
227
Sun Solaris SAN Configuration Rules
227
Sun Solaris Multipathing Coexistence Support
229
Vmware ESX Multipathing Coexistence Support
230
Vmware ESX SAN Rules
230
Vmware ESX SAN Configuration Rules
230
Xen Citrix SAN Rules
231
Xen SAN Configuration Rules
231
Common SAN Coexistence
232
Common Server Access
232
Common Server, Different Hbas
232
Heterogeneous SAN Storage System Coexistence
232
Common Server, Common HBA
233
Server Zoning Rules
233
10 P2000 and MSA Storage System Rules
235
HP Storageworks P2000 G3, FC, Modular Smart Array 2000Fc G2 and 2000Fc
235
Msa2000Fc G2 Configurations
235
Heterogeneous SAN Support
236
Msa2000Fc Configurations
236
Msa2000Fc and Msa2000Fc G2 Heterogeneous SAN Support
236
Configuration Rules
237
Heterogeneous Storage System Support
237
Msa2000Fc and Msa2000Fc G2 Storage System Rules
237
Maximums
238
Systems
238
Zoning
238
Msa2000Fc and Msa2000Fc G2 Maximum Configurations
238
HP Storageworks Modular Smart Array 1500
239
Management Software Support
239
Tape Storage
239
Homogeneous SAN Support
240
MSA1500 Homogeneous SAN Support
240
Configuration Rules
241
Heterogeneous SAN Support
241
Heterogeneous Storage System Support
241
MSA1500 Heterogeneous SAN Support
241
MSA1500 Storage System Rules
241
Maximums
242
Tape Storage
242
Zoning
242
MSA1500 Maximum Configurations
242
HP Storageworks Modular Smart Array 1000
243
Homogeneous SAN Support
243
Configuration Rules
244
Heterogeneous SAN Support
244
MSA1000 Homogeneous SAN Support
244
MSA1000 Heterogeneous SAN Support
244
MSA1000 Storage System Rules
244
Heterogeneous Storage System Support
245
Maximums
246
Tape Storage
246
Zoning
246
MSA1000 Maximum Configurations
246
11 EVA Storage System Rules
247
EVA Storage Systems
247
Configuration Rules
248
Heterogeneous SAN Support
248
EVA Heterogeneous SAN Support
248
EVA Storage System Rules
248
Heterogeneous Storage System Support
250
Maximums
251
EVA Single-Server Maximum Configurations
252
EVA Data Migration
253
MPX200 Multifunction Router with Offline Data Migration
253
HP Continuous Access EVA SAN Integration
254
Offline Data Migration Source-Destination Storage Systems
254
HP Continuous Access EVA Heterogeneous SAN Configuration Rules
254
Heterogeneous Storage System Support
255
Tape Storage
256
Zoning
256
EVA SAN Boot Support
256
Storage Management Server Integration
256
EVA Configuration Zoning Rules
256
Storage Management Server Configuration Rules
257
Cabling
258
Level 4 NSPOF Configuration
258
EVA3000/5000 VCS 3X Cross-Cable Configuration
258
EVA4000/4100/6000/6100 and EVA3000/5000 VCS 4X Straight-Cable, High-Availability Configuration
259
EVA4400 9X Straight-Cable Configuration
260
EVA8000/8100 Straight-Cable Configuration
260
Dual-Channel HBA Configurations
261
EVA8000/8100 Two Independent, Dual-Redundant SAN Configuration
261
Single PCI Slot with Dual-Channel HBA and One Switch
261
Single PCI Slot with Dual-Channel HBA and Two Switches
262
Two Dual-Channel Hbas (NSPOF)
262
12 XP and VA Storage System Rules
263
XP and VA Storage Systems
263
Heterogeneous SAN Support
264
XP and VA Heterogeneous SAN Support
264
XP and VA Storage System Rules
264
Configuration Rules
265
Heterogeneous Storage System Support
266
Zoning
266
Tape Storage
266
XP and VA Storage Systems with Tape Storage in a Shared Fabric
267
XP and VA SAN Boot Support
268
LUN Configuration and Security Manager XP Support
268
XP and VA SAN Boot Support by Operating System
268
13 SAN Virtualization Services Platform
271
Features
271
Software
272
Hardware for a Single SVSP Domain
272
Fabric Rules
273
Storage Rules
273
Continuous Access SVSP V2.1
274
SVSP V2.1 Inter-Site Network Requirements for Long Distance Gateways
274
14 Enterprise Backup Solution
275
Advertisement
HP StorageWorks XP512 - Disk Array User Manual (136 pages)
External Storage XP
Brand:
HP
| Category:
Storage
| Size: 2.36 MB
Table of Contents
External Storage Xp User Guide
1
Table of Contents
3
External Storage XP User Guide
5
External Storage XP User Guide
7
About this Guide
9
Intended Audience
9
Prerequisites
9
Firmware Versions
10
Related Documentation
10
Document Conventions and Symbols
10
Recommended and Minimum Firmware Versions
10
Document Conventions
10
HP Technical Support
11
Subscription Service
11
Helpful Web Sites
11
External Storage XP for the XP12000/XP10000
13
Overview of Connecting External Disk Arrays
13
External Storage XP Features
13
Figures
14
Preparing for External Storage XP Operations
14
External Storage XP Concept
14
System Requirements
15
Storage Disk Arrays that Can be Connected as External Disk Arrays
15
External Storage XP Requirements
19
Installing External Storage XP
19
Preparing for External Storage XP Settings
19
External LU Attributes Set by Mapping
20
External LU Groups
20
External LU to be Mapped
20
External Ports
20
Alternate Paths
22
Example of an Alternate Path Configuration
22
Example of Alternate Path Configuration
22
Examples of Switching I/O Execution Paths to Alternate Paths
23
Example of Alternate Path Configuration Using Two Switches
23
Example of Incorrect Alternate Path Configurations
23
Alternate Path Mode Is Multi Mode
24
Alternate Path Mode Is Single Mode
25
Alternate Path Mode Is Single Mode with Alternate Paths in Normal and Standby
26
Turning a Disk Array's Power on or off
27
Alternate Path Mode Is Single Mode with Alternate Paths in Standby Only
27
To Turn off the Local Disk Array's Power
28
To Turn on the Local Disk Array's Power
28
Turning the Local Disk Array's Power on or off
28
To Turn off the External Disk Array's Power Supply
29
To Turn on the External Disk Array's Power
29
Turning the External Disk Array's Power on or off
29
Using Mapped External Lus from the Host Connected to the Local Disk Array
29
Writing New Data to Mapped External Lus
29
Using Existing Data in Mapped External Lus
30
Writing New Data to Mapped External Lus
30
Uninstalling External Storage XP
31
Using Existing Data in Mapped External Lus (Without Formatting)
31
Limitations on External Storage XP Operations
32
Example of External LU with 2 TB or Less
32
External LU Capacity Is Larger than the Specified Emulation Type's Capacity (OPEN-3 Example)
33
External LU Capacity Is Smaller than the Specified Emulation Type's Basic Capacity
33
When External Lu's Emulation Type Is for Mainframes
36
Combining External Storage XP with Other HP Storageworks Products
37
Using External Lus for Auto LUN XP Operations
39
Using External Lus for Continuous Access XP Operations
40
Using External Lus for Continuous Access XP Journal Operations
41
Using External Lus for Business Copy XP Operations
42
When External Lu's Emulation Type Is OPEN
36
Using External Lus for Business Copy Operations
42
External Storage XP Panes
43
LU Operation Pane
44
Device Tree
45
Device List
46
External Disk Array Status Values
46
Mapped External LU Status Values
47
WWN Tree
48
WWN List
48
Port Tree
50
Port List
51
Filter Button
52
Filter Window
52
Preset List (LU Operation Pane)
53
Preset Detail Window (Mapping Operation)
53
Port Operation Pane
54
Port Operation Tree
55
Port Operation List
55
Preset List (Port Operation Pane)
56
Configuring External Lus
57
Overview of Configuring External Lus
58
Setting an External Disk Array's Port
59
Setting a Local Disk Array's Port Attributes
59
Mapping External Lus (Add LU)
60
Mapping External Lus Individually (Add LU)
60
Error When Changing Port Attribute
60
Add LU Window
61
Select Paths Pane
64
To Map an External LU as an Internal XP LDEV Individually
65
Add LU Pane
66
Set SSID Window
67
Mapping Multiple External Lus at One Time (Add LU (Auto))
68
SSID Window
67
Auto Map Setting Window
68
Select LDEV Window
71
To Map Multiple External Lus as Internal XP Ldevs at One Time
71
Displaying Detailed Information Stored in VMA (VMA Information)
73
VMA Information Pane
73
Setting Alternate Paths for External Lus
74
Path Setting Window
75
Defining Alternate Paths
77
Changing an Alternate Path's Priority
77
Canceling Defined Alternate Paths
78
Path Setting Window, Shortcut Menu
78
Changing Alternate Paths
79
Adding Alternate Paths to Multiple External Lus (Add Paths)
79
Add Paths Window
79
To Add Alternate Paths to Multiple External Lus at One Time
80
Deleting Alternate Paths for Multiple External Lus (Delete Paths)
80
To Delete Alternate Paths for Multiple External Lus at One Time
81
Checking an External Lu's Status (LDEV Information)
82
Obtaining Information about External Lus
82
LDEV Information Window
82
Restoring External Lus (Restore)
83
Shortcut Menu of the LDEV Information Window
84
Displaying Configuration Information for External Lus (Volume Detail)
85
Disconnecting External Disk Arrays or External Lus
85
Disconnecting All External Lus in an External Disk Array (Disconnect Subsystem)
85
Disconnecting External Lus Individually (Disconnect Volume)
86
Disconnect Subsystem and Check Paths & Restore Vol. Commands
86
Checking the Connection Status and Resuming External LU Operations (Check Paths & Restore Vol.)
87
Restoring All External Lus in an External Disk Array (Check Paths & Restore Vol.)
87
Restoring External Lus Individually (Check Paths & Restore Vol.)
87
Restoring External Lus (LDEV Restore)
88
Restoring the Lus in an External Disk Array
88
Restoring Lus in a Mapped External LU Individually
89
Restoring Paths to an External LU by Specifying an External Disk Array's WWN (Check Paths)
89
Changing an External Disk Array's Port Setting
90
Stopping the Use of Paths to an External LU by Specifying a Local Disk Array's Port (Disconnect Paths)
91
Restoring Paths to an External LU by Specifying a Local Disk Array's Port (Check Paths)
91
Deleting External LU Mappings (Delete LU)
92
Outline of Remote Command Device
93
Remote Command Devices
93
Outline of Remote Command Devices
93
Notices about Remote Command Devices
93
Information Displayed in the Device Column for Remote Command Devices
94
Mapping Command Devices as Remote Command Devices
95
Restrictions on Remote Command Devices
95
Troubleshooting External Storage XP
95
General External Storage XP Troubleshooting
96
Notes on Connecting External Disk Arrays
101
Connecting Thunder 9500V Subsystems
101
System Parameters for Connecting Thunder 9500V Subsystems
101
System Parameter Settings (Thunder 9500V Subsystems)
101
Relationship between Serial Numbers in the Device List on the LU Operation Pane and Thunder 9500V Subsystem Models
102
Relationship between the WWN of the Port on the Thunder 9500V Subsystem and the Controller
103
Relationship between Ports' Wwns and Controllers (Thunder 9500V Subsystems)
103
Path Status and Examples of Recovery Procedures (Thunder 9500V Subsystems)
104
Connecting Tagmastore AMS and Tagmastore WMS Subsystems
105
System Parameters for Connecting Tagmastore AMS and Tagmastore WMS Subsystems
105
Relationship between Serial Numbers in the Device List on the LU Operation Pane and Tagmastore AMS and Tagmastore WMS Subsystem Models
106
Relationship between the WWN of the Port on the Tagmastore AMS or Tagmastore WMS Subsystem and the Controller
106
Relationship between Serial Numbers and Subsystem Models (Thunder 9500V Subsystems)
103
Relationship between Ports' Wwns and Controllers (Tagmastore AMS and Tagmastore WMS Subsystems)
106
Path Status and Examples of Recovery Procedures (Tagmastore AMS and Tagmastore WMS Subsystems)
107
Connecting XP12000/XP10000 Disk Arrays
108
Path Status and Examples of Recovery Procedures (XP12000/XP10000 Disk Arrays)
108
Connecting XP1024/XP128 Disk Arrays
109
Path Status and Examples of Recovery Procedures (XP1024/XP128 Disk Arrays)
109
Connecting XP512/XP48 Disk Arrays
110
Path Status and Examples of Recovery Procedures (XP512/XP48 Disk Arrays)
110
Connecting EVA Disk Arrays
111
Identifying Logical Volumes of EVA Disk Arrays (Using Characteristic 2)
111
Alternate Path's Behavior When an EVA Disk Array Is Connected
112
Required Volume Capacity for Emulation Types
112
Relationship between Serial Numbers and Subsystem Models
106
Configuration Example for Which Logical Volumes Can Only be Identified by Characteristic
112
External Lu's Maximum Usable Capacity
113
LDEV Capacity
113
Calculating LU Capacity (OPEN-3 Example)
114
Volume Capacity Information for each Emulation Type
115
Adjusting Volume Capacity for Copy Pair Setting
116
Copying Data from External Disk Arrays (Using External Lus as P-Vols)
116
Copying Data to External Disk Arrays (Setting External Lus as S-Vols)
117
Copying Data from External Disk Arrays (Using External Lus as P-Vols)
117
HP StorageWorks XP512 - Disk Array Owner's Manual (124 pages)
Disk Array
Brand:
HP
| Category:
Storage
| Size: 2.44 MB
Table of Contents
Safety Notices
2
Table of Contents
3
Revision History
7
Updates
8
1 About the HP Surestore E Disk Array XP512 and XP48
9
Continuous Data Availability
10
Nondisruptive Service and Upgrades
11
Connectivity
12
Fibre Channel Connectivity
12
ESCON Connectivity
13
Data Integrity
14
Comparing the XP512 to the XP48
16
Websites
18
2 The HP Surestore E Disk Array XP512 Hardware
19
General Safety Guidelines
20
Physical Components
22
Disk Control Frame
24
Control Panel
24
Service Processor
25
Disk Array Frames
26
Available Disk Drives
26
RAID Options
26
Remote Console PC (Optional)
27
Control Panel
30
Unit Emergency Power off
35
Normal Operations
37
Powering off the Disk Array
38
Unit Emergency Power off
38
Planned Power-Off
39
Recovering from a Power Outage to the Disk Array
40
Specifications
42
Temperature
42
Humidity
42
Mechanical Vibration
43
AC Line Voltage
43
3 The HP Surestore E Disk Array XP48 Hardware
45
General Safety Guidelines
46
Physical Components
48
Control Panel
51
Unit Emergency Power off
55
Normal Operations
57
Powering off the Disk Array
58
Unit Emergency Power off
58
Planned Power-Off
59
Recovering from a Power Outage to the Disk Array
60
Specifications
62
Temperature
62
Humidity
62
Mechanical Vibration
63
AC Line Voltage
63
Website
64
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HP StorageWorks XP512 - Disk Array Manual (76 pages)
HP SureStore E Disk Array XP512 Site Prep Guide
Brand:
HP
| Category:
Disk array system
| Size: 0.64 MB
Table of Contents
Safety Notices
2
Table of Contents
3
Revision History
7
Updates
8
1 Introduction
9
2 The Site Prep Team and Tasks
11
The Site Prep Team
12
The HP Sales Representative (SR)
12
The HP Customer Engineer (CE)
12
The HP Application Software Engineer (ASE)
12
The Customer
13
Site Prep Technical Tasks
14
Site Planning Timetable
16
3 Preparing for Installation
17
Safety Requirements
18
Site Safety Consideration
18
Fire Safety
18
Equipment Servicing Hazards
18
General Computer Room Requirements
19
Space Planning
19
The HP Surestore E Disk Array XP512
20
Physical Requirements
21
Dimensions
21
HP Surestore E Disk Array XP512 Weight
23
Specific Component Dimensions and Weights
23
Service and Cable Routing Space Requirements
27
Data Comm Requirements
38
Phone Home with Continuous Track
38
Local Area Network (LAN)
39
Outside Phone Line
40
Electrical Requirements
41
Line Voltage
41
Branch Circuit Breakers
41
Frequency
42
AC Line Voltage Requirements for the HP Surestore E Disk Array XP512
42
Safety and Dedicated Ground
44
HP Surestore E Disk Array XP512 Grounding Requirements
44
Receptacles
45
Power Line Transients
45
Maximum Peak Inrush and Crest Factor
46
Sources of Electrical Interference
47
3-Phase AC Cabling for USA
49
Connecting the External Power Supply Cord
49
Branch Circuit Requirements
49
3-Phase AC Cabling for Europe
51
Connecting the Power Supply Cord
51
Branch Circuit Requirements
52
Single-Phase AC Cabling for USA
53
Connecting the Power Supply Cord
53
Branch Circuit Requirements
55
Single-Phase Cabling for Europe
56
Connecting the Power Supply Cord
56
Branch Circuit Requirements
57
Uninterruptible Power Supply (UPS)
58
UPS Features
58
UPS Limitations
58
Power Requirements: Single Secondary Input (Primary Offline)
59
Reference Supplier Information
59
Environmental Requirements
60
Air Conditioning Ducts
60
Humidity
60
Dust and Pollution Control
61
HP Surestore E Disk Array XP512 Temperature and Humidity Specifications
61
Heat Dissipation
64
Altitude
65
Acoustics
66
Delivery Space Requirements
67
HP StorageWorks XP512 - Disk Array Configuration Manual (72 pages)
StorageWorks Disk Array XP
Brand:
HP
| Category:
Storage
| Size: 0.69 MB
Table of Contents
Operating System Configuration
1
Table of Contents
3
About this Guide
5
Intended Audience
5
Disk Arrays
5
Related Documentation
5
Conventions
6
HP Technical Support
6
HP Storage Website
7
HP Authorized Reseller
7
Revision History
8
Warranty Statement
9
1 Installation
11
Features and Requirements
12
Fibre Channel Interface
13
Device Emulation Types
13
Failover
14
SNMP Configuration
14
RAID Manager Command Devices
15
Installation Procedures
16
Install and Configure the Disk Array
17
Setting the System Option Modes
17
Configuring the Fibre Channel Ports
18
Setting the Host Mode for the Disk Array Ports
20
Install and Configure the Host
21
Loading the os and Software
21
Installing and Configuring the Hbas
21
Clustering and Fabric Zoning
22
Fabric Zoning and LUN Security for Multiple Operating Systems
23
Connect the Disk Array
24
Defining the Paths
25
Verifying New Device Recognition
25
Configure Disk Array Devices
26
Creating Device Files
26
Partitioning and Labeling the Devices
29
Hp Storageworks Disk Array Xp Operating System Configuration Guide: Sgi Irix
30
Enabling Command Tag Queuing
32
Creating the File Systems
34
Creating and Verifying the Mount Directories
35
Registering, Mounting, and Verifying the File Systems
36
2 Troubleshooting
39
Error Conditions
40
Calling the HP Support Center
42
A Worksheet
43
Path Worksheet
44
Disk Array Device Emulations
45
Supported Emulations
46
Device Type Specifications
47
Parameter Values Tables
49
Byte Information Table
60
Queue Depth Parameters Table
61
Physical Partition Size Table
62
Glossary
65
Index
69
HP StorageWorks XP512 - Disk Array Configuration Manual (46 pages)
Disk Array XP Operating System Configuration Guide
Brand:
HP
| Category:
Storage
| Size: 1.14 MB
Table of Contents
Operating System
1
Table of Contents
3
About this Guide
5
Intended Audience
5
Disk Arrays
5
Related Documentation
5
Conventions
6
HP Technical Support
6
HP Storage Website
7
HP Authorized Reseller
7
Revision History
8
Warranty Statement
9
1 Installation
11
Features and Requirements
12
Fibre Channel Interface
13
Device Emulation Types
13
Failover
14
SNMP Configuration
14
RAID Manager Command Devices
14
Installation Procedures
15
Install and Configure the Disk Array
16
Setting the System Option Modes
16
Configuring the Fibre Channel Ports
17
Setting the Host Mode for the Disk Array Ports
19
Install and Configure the Host
20
Loading the os and Software
20
Installing and Configuring the Hbas
20
Clustering and Fabric Zoning
21
Fabric Zoning and LUN Security for Multiple Operating Systems
22
Connect the Disk Array
23
Defining the Paths
24
Verifying Disk Array Device Recognition
25
Configure Disk Array Devices
26
2 Troubleshooting
27
Error Conditions
28
Calling the HP Support Center
30
A Worksheet
31
A Worksheet 29
32
Path Worksheet
32
B Disk Array Device Emulations
33
B Disk Array Device Emulations 31
34
Supported Emulations
34
Device Type Specifications
35
Glossary
39
Index
43
HP StorageWorks XP512 - Disk Array Configuration Manual (50 pages)
Brand:
HP
| Category:
Disk array system
| Size: 0.43 MB
Table of Contents
Table of Contents
3
About this Guide
5
Intended Audience
5
Disk Arrays
5
Related Documentation
5
Conventions
6
HP Technical Support
7
HP Storage Website
7
HP Authorized Reseller
8
Revision History
9
Warranty Statement
10
1 Installation
13
Features and Requirements
14
Fibre Channel Interface
15
Device Emulation Types
15
RAID Manager Command Devices
16
Failover
16
SNMP Configuration
17
Installation Procedures
18
Install and Configure the Disk Array
19
Setting the System Option Modes
20
Configuring the Fibre Channel Ports
21
Setting the Host Mode for the Disk Array Ports
23
Install and Configure the Host
24
Loading the os and Software
24
Installing and Configuring the Hbas
24
Clustering and Fabric Zoning
25
Fabric Zoning and LUN Security for Multiple Operating Systems
26
Configure FC Switches
27
Connect the Disk Array
29
Configure Disk Array Devices
30
2 Troubleshooting
33
Error Conditions
34
Calling the HP Support Center
36
A Disk Array Device Emulations
37
A Disk Array Device Emulations 37
38
Supported Emulations
38
Device Type Specifications
39
Glossary
43
Index
47
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