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246 Intel® Blade Server Ethernet Switch Module IXM5414E: Installation and User’s Guide:A Guide for Technically
default priority mapping provided by the switch. These commands affect all of the interfaces on
the switch and leave the defaults unchanged for priority levels 3-7.
config classofservice 802.1p mapping 0 0
config classofservice 802.1p mapping 1 2
config classofservice 802.1p mapping 2 1
The switch supports two protocols based on the Generic Attribute Registration Protocol (GARP)
defined in IEEE 802.1D: GARP Multicast Registration Protocol (GMRP) and GARP VLAN
Registration Protocol (GVRP). These protocols are disabled by default.
config garp gmrp adminmode enable
config garp gmrp interfacemode all
config garp gvrp adminmode enable
config garp gvrp interfacemode all
While the Spanning Tree Protocol is needed to maintain the network topology, forwarding of
frames also requires that the switch learn the location of end stations. The switch does this by
recording the port on which packets from a source MAC address are received. The forwarding
database is used to hold this information. You can control how long an address will remain in the
database if no traffic is seen from it (the aging timer).
config forwardingdb agetime 500
IEEE 802.1w configuration example
This section shows you how to configure the Intel® Blade Server Ethernet Switch Module
IXM5414E to support rapid reconfiguration of the spanning tree topology. The IEEE 802.1w
support specified in IEEE 802.1s defines a new configuration algorithm and protocol that provide
significantly faster reconfiguration of the spanning tree than the original algorithm and protocol
defined in the base IEEE 802.1D standard. While the old and new protocols will successfully
interoperate, the IEEE 802.1 standards committee recommends the use of the new protocol.
Configuration of the switch to support IEEE 802.1w is simple. In normal operation, the bridge
timers are not used to control reconfiguration, and the default values should be adequate. Bridge and
port priorities and path costs are still required, and are configured as shown for IEEE 802.1D.
Configure the switch to use rapid reconfiguration.
config spanningtree forceversion 802.1w
To disable support for rapid reconfiguration.
config spanningtree forceversion 802.1d
VLAN configuration example
This section provides sample CLI commands showing how to configure the Intel® Blade Server
Ethernet Switch Module IXM5414E to support IEEE 802.1Q VLANs. Configuring VLANs allows
you to partition your network on a logical rather than physical basis. The only physical restriction is
that both ends of a point-to-point link must be in the same VLAN. There are many possible logical
partitions – one common one being department membership.
- User’s Guide 1
- Contents 2
- Contents v 4
- Contents vii 6
- Contents ix 8
- Contents xi 10
- Contents xiii 12
- Contents xv 14
- Contents xvii 16
- CAUTION: 20
- Related publications 25
- Specifications and features 27
- IXM5414E 32
- Installation guidelines 34
- Information panel 42
- Concepts 44
- Port mirroring 48
- Switching concepts 49
- Spanning Tree Protocol (STP) 50
- IEEE 802.1Q VLANs 51
- 802.1Q Packet Forwarding 52
- IEEE 802.1Q VLAN tags 53
- Port VLAN ID 54
- Tagging and untagging 54
- IEEE 802.1Q VLAN configuration 55
- Static MAC filtering 56
- Link aggregation (LAG) 58
- Static LAGs 59
- Distribution method 59
- Local authentication 61
- RADIUS authentication 62
- Secure Shell (SSH) 62
- Quality of Service (QoS) 63
- Access Control Lists (ACL) 64
- Introduction 66
- Getting started 67
- ARP cache 71
- Network connectivity 74
- User accounts 76
- Login configuration 78
- Login session 79
- Login summary 80
- User login 81
- Forwarding database 83
- Message log 85
- Event log 86
- Mirroring 92
- Community configuration 94
- Trap receiver configuration 95
- Trap receiver summary 96
- Switch summary 101
- Port detailed 102
- Port summary 107
- System utilities 109
- Reset passwords to defaults 110
- Download file to switch 111
- Upload file from switch 112
- Trap manager 114
- Trap log 115
- Switching 116
- Configuration 117
- Port configuration 120
- Protocol-based VLAN 122
- MAC filter configuration 125
- MAC filter summary 126
- Switch configuration 128
- IGMP snooping 130
- Interface configuration 131
- MFDB table 134
- GMRP table 135
- IGMP snooping table 136
- Spanning tree 137
- CST port configuration/status 140
- Class of service 142
- Security 143
- Port status 146
- Statistics 150
- Port access privileges 153
- Port access summary 153
- Server configuration 155
- RADIUS statistics 157
- Server statistics 157
- Accounting server statistics 160
- Secure HTTP 161
- Secure Shell 163
- Access Control Lists 164
- Rule configuration 166
- Bandwidth provisioning 169
- Bandwidth profile summary 170
- Traffic class configuration 171
- Traffic class summary 173
- Interface allocation summary 174
- Command name 176
- Parameters 177
- Comments 178
- Special characters 178
- Managing user accounts 180
- Initial configuration 181
- System commands 182
- Inventory information 183
- Port commands 184
- System configuration 190
- System description 194
- TFTP upload example 204
- IGMP snooping commands 210
- MAC filter commands 213
- Protocol-based VLAN commands 216
- Spanning tree commands 217
- Spanning tree port commands 221
- Class of Service commands 227
- Authentication commands 228
- IEEE 802.1X commands 230
- RADIUS accounting commands 235
- RADIUS server commands 238
- Secure Shell (SSH) commands 240
- Appendix B Cable Lengths 252
- Settings 254
- Appendix D CLI Command Tree 260
- Bridging configuration example 268
- VLAN configuration example 269
- Creating a stable topology 275
- IEEE 802.1D STP port states 276
- IEEE 802.1w STP port states 277
- Illustration of STP 279
- Discarding state 281
- Learning state 282
- Forwarding state 283
- Disabled state 285
- Troubleshooting STP 286
- Unidirectional link 287
- Packet corruption 288
- Resource errors 288
- Identifying a data loop 288
- Avoiding network problems 289
- Assistance 292
- Appendix H Notices 294
- General Safety 295
- Electrical Safety 295
- Safety compliance 297
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