peer next-hop-invariable命令配置不同AS域的PE间向EBGP对等体发布路由时不改变下一跳;向IBGP对等体发布引入的IGP路由时使用IGP路由的下一跳地址。 undo peer next-hop-invariable命令用来恢复缺省配置。 缺省情况下,BGP发言者在向EBGP对等体发布路由时和向IBGP对等体发布引入的IGP路由时将下一跳改为自己的接口地址...
undo peer next-hop-invariable命令用来恢复缺省配置。 缺省情况下: BGP EVPN发言者向EBGP EVPN对等体通告路由时,将下一跳属性设为自身用于建立EBGP EVPN对等体关系的接口地址。 BGP EVPN发言者将从EBGP EVPN收到的路由向IBGP EVPN对等体通告时,不改变下一跳属性。
一、拓扑 二、AS内部IGP使用isis、MPLS ldp配置 三、PE对接CE的vpn-instance配置 四、配置BGP和MPBGP邻居 五、CE配置EBGP 六、验证CE互访 七、next-hop-invariable 没有配置之前的下一跳指向本地 RR 八、配置peer …
peer next-hop-invariable命令配置不同AS域的PE向EBGP对等体发布路由时不改变下一跳;向IBGP对等体发布引入的IGP路由时使用IGP路由的下一跳地址。 undo peer next-hop-invariable命令用来恢复缺省配置。 缺省情况下,BGP发言者在向EBGP对等体发布路由时和向IBGP对等体发布引入的IGP路由时将下一跳改为自己的接口地址。
peer next-hop-invariable命令配置不同AS域的PE间向EBGP对等体发布路由时不改变下一跳;向IBGP对等体发布引入的IGP路由时使用IGP路由的下一跳地址。 undo peer next-hop-invariable命令用来恢复缺省配置。 缺省情况下,BGP发言者在向EBGP对等体发布路由时和向IBGP对等体发布引入的IGP路由时将下一跳改为自己的接口地址...
peer next-hop-invariable命令配置不同AS域的PE向EBGP对等体发布路由时不改变下一跳;向IBGP对等体发布引入的IGP路由时使用IGP路由的下一跳地址。 undo peer next-hop-invariable命令用来恢复缺省配置。 缺省情况下,BGP发言者在向EBGP对等体发布路由时和向IBGP对等体发布引入的IGP路由时将下一跳改为自己的接口地址。
The peer next-hop-invariable command configures PEs in different ASs not to change next hops of routes when the PEs advertise them to their EBGP peers, and configures the PEs to use the next hops of imported IGP routes when the PEs advertise them to their IBGP peers. The undo peer next-...
The peer next-hop-invariable command configures PEs in different ASs not to change next hops of routes when the PEs advertise them to their EBGP peers, and configures the PEs to use the next hops of imported IGP routes when the PEs advertise them to their IBGP peers. The undo peer next-...
The peer next-hop-invariable command configures PEs in different ASs not to change next hops of routes when the PEs advertise them to their EBGP peers, and configures the PEs to use the next hops of imported IGP routes when the PEs advertise them to their IBGP peers. The undo peer next-...
In the inter-AS VPN option C networking where an RR is used, thepeer next-hop-invariablecommand needs to be run to configure the RR not to change the next-hop address of a route when advertising the route to an EBGP peer. This ensures that the remote PE recurses a route to the BGP...