Accton Technology ES4626 - Manual (Page 564)

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into the route map of the neighbor even if there is no route locally. Using the attribute
specified in the network application through route map, when specifying the route comes
from EBGP or inside the network through back door parameters, the inside route will be
the optimized route even if the external route is of shorter distance.
Example:
Switch(config-router)# network 172.16.0.0/16
13.8.3.82 redistribute (BGP)
Command: redistribute <ROUTES> [route-map <WORD>]
no redistribute <ROUTES> [route-map <WORD>]
Function: Set the BGP to redistribute route from other modes into BGO. The “no
redistribute <ROUTES> [route-map <WORD>] ” command cancels this configuration
Parameter: <ROUTES> : Route source or protocol, including: connected, isis, kernel,
ospf, rip, static, etc.
<WORD>: Name of route map
Default:
None
Command Mode: BGP route mode .
Usage Guide: Route from other ways will be distributed into the BGP route table with this
command and transmitted to the neighbors
Example: The static route is introduced into BGP with this configuration and advertised
to the neighbors
Switch(config-router)# redistribute static
13.8.3.83 rd
Command: rd <rd-val>
Function: Configure the VRF route identification label.
Parameter:<rd-val> is the route identification label, which normally should be（AS
number or IP address）: digits, such as: 100:10
Command Mode: vrf mode
Usage Guide:
Under VRF mode the configured RD is for identifying different VRF each
of which shall have a unique RD; The BGP distinct routes with different VRF with this
identification label. But attention should be paid on that once RD is configured, it will not
be changed. So there is no form command to cancel this configuration and you have to
reconfigure VRF
Example:
Switch(config)#ip vrf DC1
Switch(config-vrf)#rd 100:10
Switch(config-vrf)#