Can IPv6 BGP peering be done using link local addresses?
The IPv6 multiprotocol BGP can be configured between two IPv6 devices (peers) using link-local addresses.
Why do I have two IPv6 addresses on my phone?
A device generates new 64 bits every once in a while and uses that in the IPv6 address. Because new addresses are generated regularly the addresses are marked as temporary . A device can have multiple privacy extension addresses if the system is still using an old address when a new address is being generated.
How does IPv6 Multiprotocol BGP use link local address?
The document represents a configuration example of IPv6 Multiprotocol BGP peering between two routers using Link Local Address. Each router’s active interface (here Serial 0/0) is configured with a unique link local address by command “ipv6 address {ipv6 address} link-local”.
How does BGP split link-local address peering?
The neighbors peering using link-local addresses are split into one update group per interface. BGP splits update group membership for neighbors with link-local addresses based on the interface used to communicate with that neighbor. How to Configure IPv6 Routing: Multiprotocol BGP Link-Local Address Peering
How to set IPv6 global next hop in BGP?
Under BGP configuration mode, the remote router’s link-local address is combined with keyword “update-source “. Using link-local addresses requires that the interface for the neighbor be identified by using the update-source command and that a route map be configured to set an IPv6 global next hop.
How to use link local address for IPv6?
Using link-local addresses requires that the interface for the neighbor be identified by using the update-source command and that a route map be configured to set an IPv6 global next hop. Under the address-family mode, neighbour is activated and a route-map specifying the Next Hop is applied to the neighbour.