FS S5900-24S4T2Q Configuration

FS S5900-24S4T2Q Configuration

Eaps configuration
Hide thumbs Also See for S5900-24S4T2Q:

Advertisement

S5900-24S4T2Q SWITCH EAPS CONFIGURATION
EAPS Configuration
Model: S5900-24S4T2Q

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the S5900-24S4T2Q and is the answer not in the manual?

Questions and answers

Summary of Contents for FS S5900-24S4T2Q

  • Page 1 S5900-24S4T2Q SWITCH EAPS CONFIGURATION EAPS Configuration Model: S5900-24S4T2Q...
  • Page 2: Table Of Contents

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION Table of Contents 1. Introduction of Fast Ethernet Ring Protection............................1 1.1 Overview ......................................1 1.2 Related Concepts of Fast Ether-Ring Protection ..........................1 1.2.1 Roles of Ring’s Nodes .................................. 1 1.2.2 Role of the Ring’s Port ................................. 1 1.2.3 Control VLAN and Data VLAN ..............................
  • Page 3: Introduction Of Fast Ethernet Ring Protection

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION 1. Introduction of Fast Ethernet Ring Protection 1.1 Overview Ethernet ring protection protocol is a special type of link-layer protocol specially designed for constructing the ring Ethernet topology. The Ethernet protection protocol can shut down one link in a complete ring topology, preventing the data loop from forming the broadcast storm.
  • Page 4: Control Vlan And Data Vlan

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION Transit port: the transmit port can only be configured on the transit node. Both ports through which the transit node connects the ring network are all transit ports. Each port of the ring network can be configured as only one port role after the node's role of the switch and the control VLAN are configured.
  • Page 5: Fast Ethernet Ring Protection Mechanism

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION 1.4 Fast Ethernet Ring Protection Mechanism 1.4.1 Ring Detection and Control of Master Node The master node transmits the HEALTH packets to the control VLAN through the primary port in a configurable period. In normal case, the HEALTH packets will pass through all other nodes of the ring network and finally arrive at the secondary port of the master node.
  • Page 6: Fast Ethernet Ring Protection

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION 2. Fast Ethernet Ring Protection 2.1 Default EAPS Settings Note: The fast Ethernet protection protocol cannot be set together with STP. After STP is disabled, you are recommended to run spanning-tree bpdu-terminal to keep the ring node from forwarding BPDU, which leads to the storm.
  • Page 7: Configuring The Transit Node

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION Command Purpose Switch#config Enters the switch configuration mode. Sets a node and enters the node configuration mode. Switch_config#ether-ring id id: Instance ID Configures the control VLAN. Switch_config_ring#control-vlan vlan-id Vlan-id: ID of the control VLAN Switch_config_ring#master-node Configures the node type to be a master node.
  • Page 8: Browsing The State Of The Ring Protection Protocol

    S5900-24S4T2Q SWITCH EAPS CONFIGURATION Enters the interface configuration mode. Switch_config#interface intf-name intf-name: Stands for the name of an interface. Switch_config_intf#ether-ring id {primary-port | secondary- Configures the type of the port of Ethernet ring. port | transit-port} ID of the node of Ethernet ring Switch_config_intf#exit Exits from interface configuration mode.
  • Page 9 S5900-24S4T2Q SWITCH EAPS CONFIGURATION S1_config_ring1#control-vlan 2 S1_config_ring1#master-node The following commands are used to set the time related parameters: S1_config_ring1#hello-time 2 S1_config_ring1#fail-time 6 Exits from the node configuration mode: S1_config_ring1#exit Configures the primary port and the secondary port: S1_config#interface gigaEthernet 0/1 S1_config_g0/1#ether-ring 1 primary-port S1_config_g0/1#exit...

Table of Contents