AMD LE-363 User's Guía de usuario Pagina 253
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Valorado. / 5. Basado en revisión del cliente
Chapter 13 Link Aggregation Groups (LAGs) 227
When a LAG contains multiple ports, traffic is mapped to the appropriate port based
on a hashing algorithm that considers the following parameters of the packets
originating from the vNICs in a LAG:
■ Source and destination MAC address and (if applicable)
■ IPv4 source and destination addresses and (if applicable)
■ TCP and UDP source and destination ports (if applicable)
Ports that are assigned to a LAG remain part of the LAG regardless of their state. If
a port is in the up/up state, and transitions to the up/down state, the port does not
leave the LAG. Instead, it remains a member of the LAG but does not support traffic
until it transitions back to the up/up state. When the port returns to the up/up state,
it can resume operation in the LAG. However, only new traffic flows may be
assigned to this port. Existing traffic flows are not remapped onto the port when it
comes back up.
Ports membership in a LAG is statically assigned by you. Ports are not dynamically
added or deleted based on LAG changes on the peer Ethernet switch. As a result,
any time you make a LAG change on the peer device at the end of the Gigabit
Ethernet link, you must make the corresponding change to the LAG on the Oracle
Fabric Interconnect.
LAG Considerations
As a general rule, the LAG configured on the Oracle Fabric Interconnect must match
the LAG configuration on the peer device at the other end of the Ethernet link.
Specifically, you should be aware of the following considerations:
■ A LAG consists of multiple physical ports of the same speed on the 10-Port GE
module. A LAG consisting of all 1 GB links is valid, but a LAG with a mixture of
1 Gbps and 100 Mbps cannot be created.
■ Link properties between the Oracle Fabric Interconnect and the peer Ethernet
device must be identical at both ends of the LAG. Some examples:
■ Link speed. Be aware that auto-negotiation on the peer Ethernet device can
cause link speed to change.
■ Full duplex mode. OVN LAGs support only full-duplex communication.
■ MTU size on the link.
■ These settings must be identical on both ends of the LAG. They cannot be
changed for the LAG in runtime, so be sure that they are identical before creating
the LAG and populating it with ports.
■ A LAG’s ports must all reside on the same Oracle Fabric Interconnect slot. For
example, you cannot create a LAG from ports on slot 5 and slot 6.
- User’s Guide 1
- Contents 3
- Contents v 5
- ▼ Search the CLI History 62 6
- Contents ix 9
- ▼ Configure a Basic vHBA 137 10
- ▼ Enable prescan 148 10
- ▼ Bind After prescan 149 10
- ▼ Set a LUN Mask 172 12
- ▼ Monitor vNICs 187 12
- Contents xiii 13
- ▼ Deny Egress Traffic 221 14
- Contents xv 15
- ▼ Configure a Static LAG 232 15
- Contents xvii 17
- ▼ Configure ProWatch 297 18
- Contents xix 19
- ▼ Upgrade XgOS 315 19
- ▼ Change root Password 324 19
- Contents xxi 21
- ▼ Apply a Patch 348 21
- ▼ Remove a Patch 349 21
- ▼ Add RDMA Headers 367 22
- Contents xxiii 23
- Using This Documentation 25
- Support and Accessibility 26
- XgOS CLI Overview 27
- Command Syntax Conventions 28
- Command Completion 29
- Online Help 30
- Command History 31
- Redirecting Output 31
- Wildcards 32
- Chapter 1 XgOS CLI Overview 7 33
- Naming Conventions 34
- Interconnect 35
- Virtual Resources Quick Start 35
- Server Profile Commands 36
- I/O Card Commands 39
- Miscellaneous Show Commands 40
- ■ dash (-) 41
- Configuring Hardware Elements 43
- InfiniBand Ports 45
- I/O Modules 49
- Controlling I/O Modules 51
- Resetting I/O Modules 53
- I/O Ports 55
- Firmware Version in Servers 57
- Fabric Interconnect F1-15 59
- Fabric Interconnect F1-4 64
- XgOS File System Access and 71
- Default Login 72
- File Operations 72
- Command Description 74
- Redirect 75
- Example: Archive and Compress 76
- Example: Upload and Download 76
- Log files are stored in /log 77
- Example: 78
- Configuring the XgOS CLI 79
- Displaying CLI Attributes 82
- (Wrapping) 83
- CLI Display Filters 84
- Terminal Rows and Columns 86
- CLI History 87
- CLI Recording 88
- Server Profiles and Gateways 95
- Parameter Descriptions 96
- ▼ Create a Server Profile 97
- Default Gateway 98
- ▼ Configure a Default Gateway 100
- Basic vNIC Configuration 104
- On the host server: 106
- High Availability vNIC Pairs 107
- ▼ Configure Multiple Chassis 109
- Automatic Switchover 114
- Admin State Control 116
- Gigabit Ethernet Card State 117
- Gigabit Ethernet Port State 118
- Maximum Transmission Unit 120
- Parameter Description 121
- ▼ Set the MTU 121
- Hardware Support 123
- Mirror Traffic 123
- Mirroring to vNIC 123
- Mirroring to Port 124
- Mirroring Considerations 124
- Display vNIC Mirrors 130
- Related Commands 133
- Command Syntax 134
- ▼ Set VLANs on a vNIC 135
- TCP Segmentation Offload 137
- Receive Batching 140
- ▼ Configure Receive Batching 141
- For example: 142
- Virtual LANs (VLANs) 143
- Host-Managed VLANs 145
- Chassis-Managed VLANs 145
- Properties 146
- Tag Native 147
- Configuration Options 149
- ■ chassis managed 150
- Configuring VLANs 151
- HA vNICs 156
- Basic vHBA Configuration 162
- Optional Modifiers 163
- ▼ Configure a Basic vHBA 163
- Persistent Binding 168
- Undeployed vHBA 169
- Target Prescan and Rescan 172
- ▼ Enable prescan 174
- ▼ Bind After prescan 175
- Example: remove-prescan 176
- ▼ Detect LUN Changes rescan 176
- Set FC Card Attributes 177
- Parameters 178
- Example: Display FC Cards 178
- Set FC Port Attributes 179
- 4/2 sanFc1GbPort up/up 0 4 182
- Removing vHBAs 184
- Machines 186
- Direct Disk Access 187
- Hosted in VMware 188
- Environment 189
- ■ /etc/init.d/PowerPath stop 190
- ■ service PowerPath stop 190
- ■ /etc/init.d/PowerPath start 191
- ■ service PowerPath start 191
- LUN Masking 195
- ▼ Set a LUN Mask 198
- Interception 200
- VMware ESX Servers 205
- VMware ESX Support in XgOS 206
- ESX Utilities 207
- ESX Configuration 208
- ▼ Monitor vNICs 213
- Unattached Server Profiles 214
- Automatic Rescans in ESX 215
- Network QoS for vNICs 217
- Bandwidth 218
- Burst Size 218
- Network QoS Services 219
- QoS Operations Overview 219
- QoS Feature Matrix 221
- QoS Default Sets 221
- QoS Custom Sets 223
- Automatic Calculation 225
- ▼ Create a Policer for vNIC 226
- ▼ Create ACL-Based Policer 229
- Disabling QoS on a vNIC 231
- IP Precedence Mapping 232
- DSCP Mapping on 10GbE Cards 233
- AF12 001100 1 234
- AF11 001010 1 234
- DF (Other) 000000 0 234
- SAN QoS for vHBAs 235
- Commands 236
- ▼ Create vHBA With Shaping 237
- Access Control Lists 239
- Setting Actions 240
- Setting Conditions 242
- Operators 243
- Displaying ACLs and Rules 244
- Removing ACLs 245
- ▼ Deny Egress Traffic 247
- Employing LAG 251
- Port Assignment in the LAG 252
- LAG Considerations 253
- LAG Commands 254
- LAG Configuration Options 256
- Configuring a Static LAG 258
- 1 record displayed 259
- Deleting a LAG 262
- Delete a Port from a LAG 263
- Clusters 265
- Xsigo Directory Service 266
- XDS Registration Process 267
- Add Server Profiles 268
- OpenSM Decoupling 269
- Chapter 14 Clusters 245 271
- User Authorization and Access 273
- Configuring IMS 274
- Using the Internal IMS 276
- ▼ Create a User Account 277
- 5. Test the new user account: 278
- ■ xg-administrators 281
- ■ xg-network 281
- ■ xg-operators 281
- ■ xg-server 281
- ■ xg-storage 281
- Using Role Group Mappings for 285
- AD/LDAP Users 285
- Group Mappings 287
- Mappings 287
- Regular Expression 290
- Using RADIUS as the IMS 291
- Authentication 292
- Example: Adding a RADIUS User 293
- Configurations 294
- Common IMS Operations 295
- Root User 296
- Monitoring XgOS 299
- Example: SNMP Configuration 300
- Configure Trap Destinations 300
- MIB Support 301
- XSIGO-IODIRECTOR-ENTITY-MIB 302
- Hardware Monitoring 303
- Physical I/O Port Status 304
- With numeric OID: 305
- With symbolic object name: 305
- Fan Status 306
- Temperature Sensors 307
- Power Supply (PSU) Status 311
- System Status 312
- Virtual I/O Interfaces 313
- Traffic Counters 314
- Server Profile Status 315
- Xsigo ProWatch Overview 317
- HTTP Proxy Support 318
- ProWatch Command Syntax 319
- Optional Qualifiers 321
- Configuring ProWatch 322
- ▼ Configure ProWatch 323
- Snoozing ProWatch 326
- Displaying System Statistics 333
- 14 records displayed 336
- Field Description 337
- System Management 339
- ▼ Upgrade XgOS 341
- Clear Configuration 343
- System Configuration 344
- System Control 345
- Example: Broadcast a Message 346
- -noconfirm option, the 347
- Login Methods 348
- SSH Login 349
- Display Login Information 350
- Management IP Address 354
- Restoring Factory Defaults 357
- Software Information 358
- Getting System Log Files 360
- Firmware 363
- Considerations 364
- Resetting the HCA 367
- Oracle Fabric Interconnect 369
- Removing the Option ROM 369
- Removing the Firmware 370
- Upgrading the Option ROM and 370
- Firmware Images 370
- Applying System Patches 373
- ▼ Apply a Patch 374
- ▼ Remove a Patch 375
- Scripting XgOS Commands 377
- Aikido Scripting Language 378
- SEDIT Script Editor 380
- ▼ Create Your Own Commands 381
- Source RPM: Building OVN Host 383
- Overview 384
- Compatibility 384
- Prerequisites 384
- SRC RPM File 385
- Basic rpmbuild Example 385
- The SPEC File 386
- Environment Variables 388
- Build Option 1: Stock Kernels 388
- OFED Stack 390
- Non-RPM Builds 391
- OFED Patch Files 392
- RDMA Headers 393
- InfiniBand Headers 393
- Customer Support 394
- Upgrading XgOS 395
- Basic OS Upgrade 397
- Basic Upgrade Process 398
- Chapter 20 Upgrading XgOS 373 399
- ■ Using FTP, type: 400
- Chapter 20 Upgrading XgOS 377 403
- Upgrading VMware Host Servers 405
- ▼ Upgrade VMware Host Servers 406
- Chapter 20 Upgrading XgOS 381 407
- Option ROM 408
- HCA in the Windows server 409
- Xsigo Dependency Service 410
- Chapter 20 Upgrading XgOS 385 411
- Compatible Software Versions 413
- Chapter 20 Upgrading XgOS 389 415
- Chapter 20 Upgrading XgOS 391 417
- Chapter 20 Upgrading XgOS 393 419
- Glossary 421
- Numerics 429
- Index 405 431
- Index 407 433
- Index 409 435
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