H3C Technologies H3C S7500E Series Switches User Manual
Page 335
24-2
Configuring MAC Information Mode
Configuring MAC-Based VLAN
Configuring Many-to-One VLAN Mapping
Configuring No Agreement Check
Configuring Null 0 Interface
Configuring One-to-One VLAN Mapping
Configuring One-to-Two VLAN Mapping
Configuring Outer VLAN Tag Priority
Configuring Path Costs of Ports
Configuring Port Isolation for a UNI
Configuring Port Priority
Configuring Ports as Edge Ports
Configuring Protection Functions
Configuring Storm Suppression
Configuring the Advertisable TLVs
Configuring the Aging Timer for Dynamic
MAC Address Entries
Configuring the Description of an Aggregate
Interface
Configuring the Interval for Sending Syslog
or Trap Messages
Configuring the Link Type of an OLT Port
Configuring the Link Type of an ONU Port
Configuring the Link Type of Ports
Configuring the MAC Information Queue
Length
Configuring the MAC Learning Limit
Configuring the Management Address and
Its Encoding Format
Configuring the Management VLAN of the
ONU
Configuring the Maximum Hops of an MST
Region
Configuring the Maximum Port Rate
Configuring the Mode a Port Uses to
Recognize/Send MSTP Packets
Configuring the Multicast Mode of the ONU
Configuring the Network Diameter of a
Switched Network
Configuring the Priority of a Device
Configuring the Root Bridge or a Secondary
Root Bridge
Configuring the Storm Constrain Function on
an Ethernet Port
Configuring the Timeout Factor
Configuring the VLAN Operation Mode for a
UNI
Configuring the Work Mode of an MSTP
Device
Configuring Timers of MSTP
Configuring Traffic Encryption
Configuring Two-to-Two VLAN Mapping
Configuring VLAN Transparent Transmission
Creating an ONU Port
D
Data Transmission
Deregistering an ONU
Disabling MAC Address Learning
Displaying and Maintaining Alarm
Configurations
Dynamic Aggregation Configuration Example
E
Enabling Alarm Monitoring
Enabling FEC
Enabling Layer-2 Communication Between
the ONUs Attached to an OLT Port
Enabling Link State Trapping for an
Aggregate Interface
Enabling LLDP Polling
Enabling LLDP