IPv6 Static Routing

A network engineer is configuring a backup floating IPv6 static route on router R1 toward destination prefix $2001:\text{db8}:7410:\text{a1}::/64$. The next-hop router is identified by its link-local address $\text{fe80}::\text{cafe}:1$ over local interface $\text{GigabitEthernet0/0/0}$. The route must be configured with an administrative distance of $140$. Fill in the missing parameters in the command snippet below.

A network operations engineer is provisioning IPv6 static routing on router Edge-Rtr. The design requirements specify:
1. All default traffic must be forwarded to the primary service provider gateway at global unicast address $2001:\text{db8}:1000:1::1$.
2. A backup static route for internal network $2001:\text{db8}:\text{abc}:10::/64$ must direct traffic to link-local next-hop address $\text{fe80}::2$ across exit interface GigabitEthernet0/0/1, functioning as a floating route to back up a primary OSPFv3 route (administrative distance 110).

Which TWO Cisco IOS configuration commands correctly fulfill these requirements?

A network administrator needs to configure a static route on router R1 to reach the destination subnet $2001:\text{db8}:\text{fed}:10::/64$. The next-hop router's interface uses the link-local IPv6 address $\text{fe80}::2$ across the local GigabitEthernet0/0/1 point-to-point link. Which command must be entered on R1 to properly establish this route?

A network administrator is establishing a backup default route on a Cisco IOS router. The primary default route is currently learned dynamically via OSPFv3 with an administrative distance of 110. The administrator wants to ensure that the backup path towards the next-hop global unicast address 2001:db8:200::2 is used only if the primary OSPFv3 route fails. Which command correctly achieves this objective?

An engineer needs to configure a static route on a Cisco router to forward traffic destined for $2001:\text{db8}:\text{a}:10::/64$. The route must use the next-hop router's link-local address $\text{fe80}::211:25\text{ff}:\text{feab}:1234$ via the local interface GigabitEthernet0/1. Which command correctly configures this IPv6 static route?

A network engineer needs to configure an IPv6 static route on router R1 to forward traffic destined for remote subnet $2001:\text{db8}:\text{acad}:50::/64$. The next-hop router's link-local address is $\text{fe80::fe54:99ff:fe12:34ab}$ via local interface GigabitEthernet0/0/2. Complete the Cisco IOS command below by filling in the exit interface and the next-hop address.

A network engineer is configuring a static route on router R1 to reach remote network $2001:\text{db8}:\text{c0ff}:20::/64$. The engineer intends to forward traffic to the neighboring router using its link-local address $\text{fe80}::215:c5ff:\text{feab}:3102$ through R1's local interface GigabitEthernet0/0/1. Which Cisco IOS command successfully accomplishes this configuration?

A network administrator needs to configure a fully specified IPv6 static route on a Cisco router to reach the remote network $2001:\text{DB8}:\text{ACAD}:1::/64$ using the neighbor router's link-local address $\text{FE80}::2$ reachable via the local $\text{GigabitEthernet0/1}$ interface. Which command correctly configures this route?

What prefix and prefix length parameter completes the Cisco IOS command to configure a default IPv6 static route pointing to next-hop address $2001:

\text{db8}:1::2$?

A network administrator needs to configure an IPv6 static route on a Cisco IOS router to reach the destination prefix $2001:\text{db8}:1:10::/64$. Which of the following commands represent valid IPv6 static route configurations? (Select TWO.)

A network administrator needs to configure a static route on a Cisco router to reach destination network $2001:\text{DB8}:\text{ABCD}:10::/64$. The adjacent router's link-local address is $\text{FE80}::2:1$ and the local outbound interface is GigabitEthernet0/0. Which Cisco IOS command correctly configures this IPv6 static route?

A network administrator is configuring static routing on router R1 to forward traffic to the destination network $2001:\text{DB8}:\text{CAFE}:5::/64$. The egress interface on R1 is GigabitEthernet0/0/0, which connects directly to router R2. Router R2's connected interface has a global unicast address of $2001:\text{DB8}:\text{LAB}:1::2/64$ and a link-local address of $\text{FE80}::2$. Which command correctly configures a static route on R1 using R2's link-local address as the next hop?

A network administrator needs to configure a static IPv6 route on a Cisco router to reach the destination network 2001:db8:acad:1::/64 using the next-hop router's link-local address fe80::1 via local interface GigabitEthernet0/0/1. Which Cisco IOS command correctly accomplishes this configuration?

Complete the Cisco IOS command by entering the missing administrative distance value to configure a floating static route.

A network administrator needs to configure a static route on a Cisco router for the destination network $2001:\text{DB8}:5::/64$ using the next-hop router's link-local address $\text{FE80}::2$ reachable via interface GigabitEthernet0/0/1. Which Cisco IOS command correctly configures this route?

A network engineer is configuring a static route on a Cisco router to reach remote network $2001:\text{db8}:3\text{c}4\text{d}:10::/64$. The adjacent router's interface uses the link-local IPv6 address $\text{fe80}::1$ and is directly attached to local interface $\text{GigabitEthernet0/0/1}$. Which Cisco IOS command correctly establishes this static route?

A network administrator needs to configure an IPv6 static route on a Cisco IOS router for the destination network $2001:\text{db8}:\text{acad}:10::/64$. The next-hop router's link-local IPv6 address is $\text{fe80}::1$, and the local exit interface is GigabitEthernet0/0/1. Which Cisco IOS command correctly configures this static route?

A network engineer is configuring static routes on a Cisco IOS router to establish reachability to remote networks. Which TWO commands represent syntactically valid IPv6 static route configurations?

A Cisco router currently learns the active route to destination network $2001:\text{DB8}:\text{ACAD}:20::/64$ via OSPFv3 with an administrative distance of 110. An engineer must configure a backup floating static IPv6 route to this remote network. The backup path uses the next-hop router's link-local IPv6 address $\text{FE80}::2$ through the local interface $\text{GigabitEthernet0/0/1}$. Which command correctly configures this floating static IPv6 route on the Cisco IOS router?

A network administrator is configuring IPv6 static routing on router R1 to reach network $2001:\text{db8}:89\text{ab}:10::/64$. The directly connected neighbor router interface is configured with global unicast address $2001:\text{db8}:1234:1::2$ and link-local address $\text{fe80}::2$. Router R1 uses local interface GigabitEthernet0/1 to reach this neighbor. Which TWO Cisco IOS commands represent valid IPv6 static route configurations on R1?