Supported TLVs
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As Extreme Networks devices are always capable of supporting protocol-based VLANs, once you
configure this TLV, the system
always
advertises support for this type of VLAN.
By default, once you configure this TLV, the system sends information for all VLANs on the port.
However, as VLAN TLV requires space and the LLDPDU cannot exceed 1500 bytes, you should
configure the port to advertise only
specified
VLANs.
MAC/PHY Configuration/Status TLV
You configure this TLV to be advertised or not advertised. Once configured, this TLV advertises
autonegotiation and physical layer capabilities of the port. The system adds information about the
speed rate, duplex setting, bit rate, physical interface, and autonegotiation support and status.
Power via MDI TLV
You configure this TLV to be advertised or not advertised. When enabled, this TLV is included in the
LLDPDU only for those ports that support supplying power over Ethernet (PoE).
This TLV allows network management to advertise and discover the power-via-MDI capabilities of the
sending 802.3 LAN station. The device type field contains a binary value that represents whether an
LLDP-MED device transmitting the LLDPDU is a power sourcing entity (PSE) or power device (PD), as
listed in
Table 19
.
Additional PoE information is advertised as well, including the power status, power class, and pin pairs
used to supply power.
Link Aggregation TLV
You configure this TLV to be advertised or not advertised. When enabled, this TLV advertises
information on the port’s load-sharing (link aggregation) capabilities and status.
Maximum Frame Size TLV
You configure this TLV to be advertised or not advertised. This TLV allows the port to advertise its
maximum supported frame size to its neighbors.
When jumbo frames are not enabled on the specified port, the TLV reports a value of 1518 once you
configure it to advertise. If jumbo frames are enabled, the TLV inserts the configured value for the
jumbo frames.
Table 19: Power management TLV device information
Value
Power source
0
PSE device
1
PD device
2-3
Reserved
Summary of Contents for ExtremeWare XOS 11.3
Page 20: ...Contents ExtremeWare XOS 11 3 Concepts Guide 20...
Page 25: ...1 Using ExtremeWare XOS...
Page 26: ......
Page 38: ...ExtremeWare XOS Overview ExtremeWare XOS 11 3 Concepts Guide 38...
Page 58: ...Accessing the Switch ExtremeWare XOS 11 3 Concepts Guide 58...
Page 146: ...Configuring Slots and Ports on a Switch ExtremeWare XOS 11 3 Concepts Guide 146...
Page 218: ...Status Monitoring and Statistics ExtremeWare XOS 11 3 Concepts Guide 218...
Page 240: ...Virtual LANs ExtremeWare XOS 11 3 Concepts Guide 240...
Page 248: ...Virtual Routers ExtremeWare XOS 11 3 Concepts Guide 248...
Page 278: ...Access Lists ACLs ExtremeWare XOS 11 3 Concepts Guide 278...
Page 288: ...Routing Policies ExtremeWare XOS 11 3 Concepts Guide 288 entry deny_rest if then deny...
Page 344: ...Security ExtremeWare XOS 11 3 Concepts Guide 344...
Page 393: ...2 Using Switching and Routing Protocols...
Page 394: ......
Page 454: ...Spanning Tree Protocol ExtremeWare XOS 11 3 Concepts Guide 454...
Page 484: ...Extreme Standby Router Protocol ExtremeWare XOS 11 3 Concepts Guide 484...
Page 514: ...IPv4 Unicast Routing ExtremeWare XOS 11 3 Concepts Guide 514...
Page 530: ...IPv6 Unicast Routing ExtremeWare XOS 11 3 Concepts Guide 530...
Page 538: ...RIP ExtremeWare XOS 11 3 Concepts Guide 538...
Page 556: ...OSPF ExtremeWare XOS 11 3 Concepts Guide 556...
Page 566: ...OSPFv3 ExtremeWare XOS 11 3 Concepts Guide 566...
Page 589: ...3 Appendixes...
Page 590: ......
Page 640: ...CNA Agent ExtremeWare XOS 11 3 Concepts Guide 640...
Page 670: ...Glossary ExtremeWare XOS 11 3 Concepts Guide 670...
Page 698: ...Index ExtremeWare XOS 11 3 Concepts Guide 698...