Volume 1 - Chapter 29: Implementing IPv6 Routing Flashcards
True or False:
Routers create connected/local routes for IPv6 link local addresses?
False
A technician configures an interface with an IPv6 address of 2000:2:301:4::1/64.
Assuming the interface is up/up and working correctly, what routes would you expect to added to the routing table?
Two routes will be added:
A connected route for the subnet of 2000:2:301:4::/64
A local route for the one IP address of 2000:2:301:4::1/128
An interface with configured IPv6 address of 2001:0:1:2::2 /64 goes down due to a faulty cable.
What happens to the routes associated with the interface/subnet?
The local and connected routes are removed from the routing table, but will be re-added automatically when the interface returns to up/up
What are the commands to list specifically the local and connected IPv6 routes?
show ipv6 route local
show ipv6 route connected
What is the proper command to configure an IPv6 route to the subnet of 2001:abff:1:: /64 via the Serial 0/2/0 interface?
ipv6 route 2001:abff:1::/64 S0/2/0
A technician configures a static route to the the subnet of 2000:abc:123:1::/64 using the following command, but tests the command and verifies that it does not work. What is the problem?
ipv6 route 2000:abc:123:1::/64 G0/0/1
Static IPv6 routes using an outgoing Ethernet interface must specify a next hop address. The proper command is:
ipv6 route 2000:abc:123:1::/64 G0/0/1 nexthopaddress
What does the code of * indicate about a specific route?
That the route has been added to the routers RIB
A technician wants to add a route to the subnet of 2000:2:301:4::/64 which can be reached through its outgoing interface of Gi0/1/0 or the next hop of 3001:1:1::5
What are the available ways that this static route can be configured?
The route can be configured with a next hop address, or an outgoing interface with the next hop address:
ipv6 route 2000:2:301:4::/64 3001:1:1::5
ipv6 route 2000:2:301:4::/64 Gi0/1/0 3001:1:1::5
