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StorageWorks 2/140 - Director Switch
McDATA StorageWorks 2/140 - Director Switch Manuals
Manuals and User Guides for McDATA StorageWorks 2/140 - Director Switch. We have
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McDATA StorageWorks 2/140 - Director Switch manuals available for free PDF download: Manual, Planning Manual
McDATA StorageWorks 2/140 - Director Switch Manual (684 pages)
FW 08.01.00 McDATA E/OS SNMP Support Manual (620-000131-630, November 2005)
Brand:
McDATA
| Category:
Switch
| Size: 5.34 MB
Table of Contents
Table of Contents
3
Preface
7
Chapter 1 Introduction to SNMP
13
Network Management Using SNMP
13
SNMP Features
14
SNMP Commands
14
Why Variables Exist in a Managed Device
15
How SNMP Changes Variables in a Managed Device
15
Snmpv3
16
SNMP Community Co-Existence
17
Security Features
17
E/OS Snmpv3 Configuration
18
Standard Mibs
19
Private Enterprise Mibs
20
Traps and Their Purpose
21
Chapter 2 Mcdata SNMP Support
23
Overview
23
E/OS Trap Overview
24
E/OS Trap Summary Table
25
MIB Definitions: MIB-II
42
System Group
42
Interfaces Group
44
Address Translation Group
51
IP Group
52
IP Routing Group
58
ICMP Group
64
TCP Group
69
UDP Group
74
SNMP Group
75
Fabric Element Management MIB
82
Predefined Types
82
Fibre Alliance MIB
118
Type Definitions
118
Trap Types
168
Appendix A Fibre Alliance MIB
171
Fa Mib
171
Textual Conventions for this MIB
174
Connectivity Unit Group
176
Event Group
204
SNMP Trap Registration Group
235
Related Traps
238
Conformance Definitions
239
Conformance Units
240
Fibre Alliance MIB
171
Appendix B FC Management MIB
249
FCMGMT-MIB Definitions
249
Connectivity Unit Group
252
Sensor Table
267
Port Table
271
Event Group
283
Link Table
287
Port Statistics
294
FC Simple Name Server Table
312
SNMP Trap Registration Group
317
Related Traps
321
FC Management MIB
249
Appendix C Mcdata Private Enterprise MIB
325
Fceos.mib
325
Textual Conventions for this MIB
327
Enterprise Specific Object Identifiers
329
Fibre Channel Product Lines
329
Groups in FCEOS MIB
329
System Group
330
Fibre Channel FRU Group
334
Fibre Channel Port Group
337
NPIV Information
363
Fibre Channel Zoning Group
366
Fibre Channel Threshold Alert Group
371
FCEOS Enterprise-Specific Trap Definitions
375
Mcdata Private Enterprise MIB
325
Appendix D Fabric Element Management MIB
381
Fcfe.mib
381
Configuration Group
386
Operation Group
398
F_Port Fabric Login Table
401
Fxport Fabric Login Table
405
Error Group
410
Accounting Groups
415
Class 2 Accounting Table
420
Class 3 Accounting Group
423
Capability Group
426
Fabric Element Management MIB
381
Mib II
433
Appendix E MIB II
434
Groups in MIB II
434
System Group
434
Interfaces Group
437
Address Translation Group
446
IP Group
448
ICMP Group
465
TCP Group
472
SNMP Group
482
SNMP Framework MIB
491
Textual Conventions
492
The Snmpengine Group
497
Appendix F SNMP Framework MIB
501
Snmpv3 MIB
501
User Based SM MIB
501
SNMP View Based Acm MIB Definitions
521
MIB Views
532
Snmp-Community-Mib
540
Appendix G Snmpv3 MIB
551
Appendix H MIB Objects Listing
551
MIB Objects Listed by OID
551
MIB Objects Listing
551
Advertisement
McDATA StorageWorks 2/140 - Director Switch Manual (508 pages)
E/OS SNMP
Brand:
McDATA
| Category:
Switch
| Size: 1.58 MB
Table of Contents
Table of Contents
3
Preface
7
Chapter 1 Introduction to SNMP
13
SNMP Management
13
SNMP Simplified
14
SNMP Commands
14
Why Variables Exist in a Managed Device
15
How SNMP Changes Variables (Objects) in a Managed Device
15
Standard Mibs
16
Private Enterprise Mibs
17
Traps and Their Purpose
17
Chapter 2 Mcdata SNMP Support
19
Overview
19
E/OS Trap Overview
21
E/OS Trap Summary Table
22
Enterprise-Specific Port Status Change Trap2-7
25
Enterprise-Specific FRU Status Change Trap
25
Enterprise-Specific Invalid Attachment Trap
26
Enterprise-Specific Threshold Alert Trap
26
Enterprise-Specific FRU Traps
26
Enterprise-Specific Link Traps
28
FA MIB Switch Status Change Trap
28
FA MIB Event Trap
29
FA MIB Sensor Trap
30
FA MIB Port Status Change Trap
30
MIB Definitions: MIB-II
39
System Group
39
Interfaces Group
41
Address Translation Group
48
IP Group
49
IP Routing Group
55
ICMP Group
61
TCP Group
66
UDP Group
71
SNMP Group
72
Fabric Element Management MIB
79
Fabric Element Management MIB Tables
79
Fibre Alliance MIB
114
Type Definitions
114
Trap Types
164
Appendix A Fibre Alliance MIB
167
Fa Mib
167
Textual Conventions for this MIB
170
Connectivity Unit Group
172
Event Group
200
SNMP Trap Registration Group
231
Related Traps
234
Conformance Definitions
235
Conformance Units
236
Fibre Alliance MIB
167
Appendix B FC Management MIB
245
FCMGMT-MIB Definitions
245
Connectivity Unit Group
248
Sensor Table
264
Port Table
268
Event Group
281
Link Table
286
Port Statistics
293
FC Simple Name Server Table
311
SNMP Trap Registration Group
317
Related Traps
321
FC Management MIB
245
Appendix C Mcdata Private Enterprise MIB
325
Fceos.mib
325
Textual Conventions for this MIB
326
Enterprise Specific Object Identifiers
329
Fibre Channel Product Lines
329
Groups in FCEOS MIB
329
System Group
330
Fibre Channel FRU Group
334
Fibre Channel Port Group
337
NPIV Information
363
Fibre Channel Zoning Group
366
Fibre Channel Threshold Alert Group
371
FCEOS Enterprise-Specific Trap Definitions
376
Mcdata Private Enterprise MIB
325
SNMP Framework MIB
381
Textual Conventions Used in the SNMP Management Architecture
382
The Snmpengine Group
387
Appendix D SNMP Framework MIB
391
Mib II
391
Appendix E MIB II
392
Groups in MIB II
392
System Group
392
Interfaces Group
395
Address Translation Group
404
IP Group
406
ICMP Group
423
TCP Group
430
SNMP Group
440
Appendix F Fabric Element Management MIB
449
Fabric Element Management MIB
449
Fcfe.mib
449
Configuration Group
454
Operation Group
466
F_Port Fabric Login Table
469
Fxport Fabric Login Table
473
Error Group
478
Accounting Groups
483
Class 2 Accounting Table
488
Class 3 Accounting Group
491
Capability Group
494
Index
501
McDATA StorageWorks 2/140 - Director Switch Planning Manual (322 pages)
FW 07.00.00/HAFM SW 08.06.00 McDATA Products in a SAN Environment Planning Manual (620-000124-500, April 2005)
Brand:
McDATA
| Category:
Storage
| Size: 23.66 MB
Table of Contents
Table of Contents
3
Preface
13
Sphereon 3232 Fabric Switch
15
Sphereon 4300 Fabric Switch
15
Sphereon 4500 Fabric Switch
15
Eclipse 1620 SAN Router
15
Eclipse 2640 SAN Router
16
Chapter 1 Introduction to Mcdata Multi-Protocol Products
27
Product Overview
28
Multi-Protocol Hardware
28
Cabinet-Mount Mcdata Products
30
SAN Management Applications
31
Directors
32
Director Performance
33
Intrepid 6064 Director
34
Intrepid 6140 Director
36
Intrepid 10000 Director
38
Intrepid 10000 Director
39
Fabric Switches
41
Fabric Switch Performance
41
Sphereon 3232 Fabric Switch
42
Sphereon 4300 Fabric Switch
43
Sphereon 4500 Fabric Switch
44
SAN Routers
46
SAN Router Performance
47
Eclipse 1620 SAN Router
48
Eclipse 2640 SAN Router
50
Product Features
51
Connectivity Features
52
Security Features
54
Serviceability Features
55
Chapter 2 Product Management
61
Product Management
61
Out-Of-Band Management
62
Out-Of-Band Product Management
64
Inband Management
65
Management Interface Summary
66
Inband Product Management
66
Management Server Support
67
Out-Of-Band and Inband Product Support Summary
67
Management Server
67
Management Server Specifications
68
Ethernet Hub
70
Remote User Workstations
70
24-Port Ethernet Hub
70
Product Firmware
71
Firmware Services
72
Backup and Restore Features
73
SAN Management Applications
75
Sanavigator and EFCM Applications
75
Sphereon 4500 Product Icon
79
Sanvergence Manager Application
81
Sanpilot Interface
84
Command Line Interface
86
Chapter 3 Planning Considerations for Fibre Channel Topologies
87
Fibre Channel Topologies
87
Characteristics of Arbitrated Loop Operation
88
Shared Mode Versus Switched Mode
89
Shared Mode Operation and Logical Equivalent
89
Switched Mode Operation and Logical Equivalent
90
Public Versus Private Devices
92
Public Device Connectivity
92
Private Device Connectivity
93
Public Versus Private Loops
94
Public Loop Connectivity
95
Private Loop Connectivity
95
Fl_Port Connectivity
96
Planning for Private Arbitrated Loop Connectivity
96
Planning for Fabric-Attached Loop Connectivity
97
Connecting FC-AL Devices to a Switched Fabric
97
Server Consolidation
98
Tape Device Consolidation
99
Fabric Topologies
100
Mesh Fabric
100
Tape Drive Consolidation
100
Full Mesh Fabric
101
Core-To-Edge Fabric
102
SAN Islands
104
Planning for Multiswitch Fabric Support
104
Fabric Topology Limits
105
Example Multiswitch Fabric
105
Factors to Consider When Implementing a Fabric Topology
106
ISL Transfer Rate Versus Fabric Port Availability (Two-Director Fabric)
108
General Fabric Design Considerations
115
Fabric Initialization
116
Fabric Performance
117
ISL Oversubscription
118
Device Locality
120
Device Fan-Out Ratio
121
Fabric Performance Tuning
122
Fabric Availability
123
Fabric Scalability
125
Redundant Fabrics
125
Obtaining Professional Services
126
Mixed Fabric Design Considerations
126
FCP and FICON in a Single Fabric
127
Intrepid 6140 Port Numbers and Logical Port Addresses (Front)
129
Intrepid 6140 Port Numbers and Logical Port Addresses (Rear)
130
Multiple Data Transmission Speeds in a Single Fabric
137
FICON Cascading
138
High-Integrity Fabrics
139
Minimum Requirements
140
FICON Cascading Best Practices
141
Chapter 4 Implementing SAN Internetworking Solutions
145
SAN Island Consolidation
146
Flexible Partitioning Technology
148
Intrepid 10000 Director Flexpar Functionality
149
SAN Routing
152
SAN Routing Hierarchy
153
SAN Routing Concepts
154
SAN Routing - Physical Connectivity
155
SAN Routing - Logical Connectivity
157
Msan Routing Domain
162
Msan Supported Limits
165
Ifcp WAN Extension
168
Mfcp Versus
172
Inter-Flexpar Routing
173
Implementing BC/DR Solutions
180
Extended-Distance Operational Modes
181
SAN Extension Transport Technologies
183
Dark Fiber Extended-Distance Connectivity
184
WDM Extended-Distance Connectivity
185
SONET Extended-Distance Connectivity
187
Soip Extended-Distance Connectivity
190
SAN Extension Technology Comparison
191
Transport Technology Comparison
192
Distance Extension through Bb_Credit
193
Intelligent Port Speed
195
WAN Link Performance (no Rate Limiting)
195
WAN Link Performance (Rate Limiting Enabled)
196
Distance Extension Best Practices
199
Consolidating and Integrating Iscsi Servers and Storage
202
Iscsi Protocol
203
Iscsi Server Consolidation
204
Server Consolidation
204
Iscsi Storage Consolidation
205
Chapter 5 Physical Planning Considerations
207
Port Connectivity and Fiber-Optic Cabling
207
Port Requirements
208
SFP Optical Transceivers
209
Cable Type and Transmission Rate Versus Distance and Link Budget
211
Extended-Distance Ports
212
High-Availability Considerations
212
Fibre Channel Cables and Connectors
212
SFP Transceiver and LC Duplex Connector
213
Routing Fiber-Optic Cables
214
Management Server, LAN, and Remote Access Support
215
Management Server
215
Remote User Workstations
217
Typical Network Configuration (One Ethernet Connection)
218
SNMP Management Workstations
219
Typical Network Configuration (Two Ethernet Connections)
219
Sanpilot Interface
220
Security Provisions
221
Password Protection
221
Santegrity Authentication
222
Santegrity Binding
225
PDCM Arrays
226
Configure Allow/Prohibit Matrix - Active Dialog Box
227
PDCM Array - Example Problem
228
Preferred Path
229
Preferred Path Configuration
229
Zoning
231
Director Zoning
231
Server and Storage-Level Access Control
235
Security Best Practices
236
Optional Feature Keys
239
Inband Management Access
241
Flexport Technology
242
Santegrity Authentication
243
Santegrity Binding
243
Opentrunking
243
Full Volatility
244
Full Fabric
245
Remote Fabric
245
CNT WAN Support
246
Element Manager Application
246
No Feature Key Dialog Box
246
Chapter 6 Configuration Planning Tasks
249
Task 1: Prepare a Site Plan
250
Task 2: Plan Fibre Channel Cable Routing
251
Task 3: Consider Interoperability with Fabric Elements and End Devices
252
Task 4: Plan Console Management Support
253
Task 5: Plan Ethernet Access
254
Task 6: Plan Network Addresses
255
Task 7: Plan SNMP Support (Optional)
258
Task 8: Plan E-Mail Notification (Optional)
259
Task 9: Establish Product and Server Security Measures
259
Task 10: Plan Phone Connections
260
Task 11: Diagram the Planned Configuration
261
Task 12: Assign Port Names and Nicknames
261
Task 13: Complete the Planning Worksheet
262
Task 14: Plan AC Power
276
Task 15: Plan a Multiswitch Fabric (Optional)
277
Task 16: Plan Zone Sets for Multiple Products (Optional)
278
Task 17: Plan SAN Routing (Optional)
279
Task 18: Complete Planning Checklists
282
Physical Planning and Hardware Installation Tasks
283
Operational Setup Tasks
284
Appendix A Product Specifications
287
Director, Fabric Switch, and SAN Router Specifications
287
Dimensions
287
Intrepid 6064 Director
287
Intrepid 6140 Director
287
Power Requirements
289
Heat Dissipation
290
Clearances
290
Acoustical Noise and Physical Tolerances
292
Storage and Shipping Environment
292
Operating Environment
293
FC-512 Fabricenter Cabinet Specifications
293
Dimensions
293
Power Requirements
294
Clearances
294
Cabinet Footprint
294
Product Specifications
287
Appendix B Firmware Summary
297
System-Related Differences
297
Fibre Channel Protocol-Related Differences
297
Management-Related Differences
297
E/OS Versus E/Osn and E/Osi - System-Related Differences
298
E/OS Versus E/Osn and E/Osi - Fibre Channel Protocol-Related
299
Differences
301
E/OS Versus E/Osn and E/Osi - Management-Related Differences
302
Firmware Summary
297
Advertisement
McDATA StorageWorks 2/140 - Director Switch Planning Manual (318 pages)
Products in a SAN Environment
Brand:
McDATA
| Category:
Network Hardware
| Size: 18.31 MB
Table of Contents
Table of Contents
3
Preface
13
Sphereon 4700 Fabric Switch
16
Chapter 1 Introduction to Mcdata Multi-Protocol Products
27
Product Overview
28
Multi-Protocol Hardware
28
Cabinet-Mount Mcdata Products
30
SAN Management Applications
31
Directors
32
Director Performance
33
Intrepid 6064 Director
34
Intrepid 6140 Director
36
Intrepid 10000 Director
38
Fabric Switches
40
Fabric Switch Performance
41
Sphereon 3232 Fabric Switch
41
Sphereon 4300 Fabric Switch
42
Sphereon 4400 Fabric Switch
44
Sphereon 4500 Fabric Switch
45
Sphereon 4700 Fabric Switch
47
SAN Routers
48
SAN Router Performance
49
Eclipse 1620 SAN Router
50
Eclipse 2640 SAN Router
52
Product Features
54
Connectivity Features
54
Security Features
57
Serviceability Features
58
Chapter 2 Product Management
63
Out-Of-Band Management
64
Product Management
64
Inband Management
67
Management Interface Summary
68
Management Server Support
69
Out-Of-Band and Inband Product Support Summary
69
Management Server
69
Management Server Specifications
70
Ethernet Hub
72
Remote User Workstations
72
24-Port Ethernet Hub
72
Product Firmware
73
Firmware Services
74
Backup and Restore Features
75
SAN Management Applications
77
Sanavigator and EFCM Applications
77
Sanvergence Manager Application
80
EFCM Basic Edition Interface
82
Command Line Interface
83
Chapter 3 Planning Considerations for Fibre Channel Topologies
85
Fibre Channel Topologies
85
Characteristics of Arbitrated Loop Operation
86
Shared Mode Versus Switched Mode
87
Shared Mode Operation and Logical Equivalent
87
Switched Mode Operation and Logical Equivalent
88
Public Versus Private Devices
90
Public Device Connectivity
90
Private Device Connectivity
91
Public Versus Private Loops
92
Public Loop Connectivity
93
Private Loop Connectivity
93
Fl_Port Connectivity
94
Planning for Private Arbitrated Loop Connectivity
94
Planning for Fabric-Attached Loop Connectivity
95
Connecting FC-AL Devices to a Switched Fabric
95
Server Consolidation
96
Tape Device Consolidation
97
Fabric Topologies
98
Mesh Fabric
98
Tape Drive Consolidation
98
Full Mesh Fabric
99
Core-To-Edge Fabric
100
SAN Islands
102
Planning for Multiswitch Fabric Support
102
Fabric Topology Limits
103
Example Multiswitch Fabric
103
Factors to Consider When Implementing a Fabric Topology
104
General Fabric Design Considerations
113
Fabric Initialization
113
Fabric Performance
114
ISL Oversubscription
116
Device Fan-Out Ratio
119
Fabric Performance Tuning
120
Fabric Availability
121
Fabric Scalability
123
Obtaining Professional Services
124
Mixed Fabric Design Considerations
124
FCP and FICON in a Single Fabric
125
Intrepid 6140 Port Numbers and Logical Port Addresses (Front)
127
Intrepid 6140 Port Numbers and Logical Port Addresses (Rear)
128
Multiple Data Transmission Speeds in a Single Fabric
135
FICON Cascading
136
High-Integrity Fabrics
137
Minimum Requirements
137
FICON Cascading Best Practices
138
Chapter 4 Implementing SAN Internetworking Solutions
143
SAN Island Consolidation
144
Flexible Partitioning Technology
146
Intrepid 10000 Director Flexpar Functionality
147
SAN Routing
150
SAN Routing Hierarchy
151
SAN Routing Concepts
152
SAN Routing - Physical Connectivity
153
SAN Routing - Logical Connectivity
155
Msan Routing Domain
160
Msan Supported Limits
163
Ifcp WAN Extension
166
Mfcp Versus
170
Implementing BC/DR Solutions
178
Extended-Distance Operational Modes
179
SAN Extension Transport Technologies
181
Dark Fiber Extended-Distance Connectivity
182
WDM Extended-Distance Connectivity
183
SONET Extended-Distance Connectivity
185
Soip Extended-Distance Connectivity
188
SAN Extension Technology Comparison
189
Distance Extension through Bb_Credit
191
Intelligent Port Speed
193
WAN Link Performance (no Rate Limiting)
193
WAN Link Performance (Rate Limiting Enabled)
194
Distance Extension Best Practices
197
Consolidating and Integrating Iscsi Servers and Storage
200
Iscsi Protocol
201
Iscsi Server Consolidation
201
Iscsi Server Consolidation
202
Server Consolidation
202
Iscsi Storage Consolidation
203
Chapter 5 Physical Planning Considerations
205
Port Connectivity and Fiber-Optic Cabling
205
Port Requirements
206
SFP Optical Transceivers
208
Cable Type and Transmission Rate Versus Distance and Link Budget
209
Extended-Distance Ports
210
High-Availability Considerations
210
Fibre Channel Cables and Connectors
211
Routing Fiber-Optic Cables
212
SFP Transceiver and LC Duplex Connector
212
Management Server, LAN, and Remote Access Support
213
Management Server
214
Remote User Workstations
215
Typical Network Configuration (One Ethernet Connection)
216
SNMP Management Workstations
217
Typical Network Configuration (Two Ethernet Connections)
217
EFCM Basic Edition Interface
218
Security Provisions
219
Password Protection
219
Santegrity Authentication
220
Santegrity Binding
223
PDCM Arrays
224
Configure Allow/Prohibit Matrix - Active Dialog Box
225
PDCM Array - Example Problem
226
Preferred Path
227
Preferred Path Configuration
227
Zoning
229
Director Zoning
229
Server and Storage-Level Access Control
233
Security Best Practices
234
Optional Feature Keys
237
Inband Management Access
239
Flexport Technology
240
Santegrity Authentication
240
Santegrity Binding
240
Opentrunking
241
Full Volatility
242
Full Fabric
242
Remote Fabric
243
N_Port ID Virtualization
243
Element Manager Application
243
Chapter 6 Configuration Planning Tasks
245
Task 1: Prepare a Site Plan
246
Task 2: Plan Fibre Channel Cable Routing
247
Task 3: Consider Interoperability with Fabric Elements and End Devices
248
Task 4: Plan Console Management Support
249
Task 5: Plan Ethernet Access
251
Task 6: Plan Network Addresses
251
Eclipse 2640 SAN Router
253
Task 7: Plan SNMP Support (Optional)
254
Task 8: Plan E-Mail Notification (Optional)
255
Task 9: Establish Product and Server Security Measures
255
Task 10: Plan Phone Connections
256
Task 11: Diagram the Planned Configuration
256
Task 12: Assign Port Names and Nicknames
257
Rules for Port Names
257
Rules for Nicknames
258
Task 13: Complete the Planning Worksheet
258
Task 14: Plan AC Power
272
Task 15: Plan a Multiswitch Fabric (Optional)
273
Task 16: Plan Zone Sets for Multiple Products (Optional)
274
Task 17: Plan SAN Routing (Optional)
275
Task 18: Complete Planning Checklists
278
Physical Planning and Hardware Installation Tasks
279
Operational Setup Tasks
280
Appendix A Product Specifications
283
Director, Fabric Switch, and SAN Router Specifications
283
Dimensions
283
Sphereon 3232 Fabric Switch
284
Sphereon 4500 Fabric Switch
284
Power Requirements
285
Eclipse 1620 SAN Router
285
Heat Dissipation
287
Clearances
287
Acoustical Noise and Physical Tolerances
288
Storage and Shipping Environment
288
Operating Environment
289
FC-512 Fabricenter Cabinet Specifications
289
Dimensions
290
Power Requirements
290
Clearances
290
Cabinet Footprint
290
Fabricenter Cabinet Footprint
291
Product Specifications
283
Appendix B Firmware Summary
293
System-Related Differences
293
Fibre Channel Protocol-Related Differences
293
Management-Related Differences
293
E/Osc Versus E/Osn and E/Osi - System-Related Differences
294
E/Osc Versus E/Osn and E/Osi - Fibre Channel Protocol-Related Differences
296
E/Osc Versus E/Osn and E/Osi - Management-Related Differences
298
Firmware Summary
293
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