IPv6 Static Routing

A network engineer needs to manually configure a backup route on Router R1 toward the remote prefix $2001:\text{db8}:\text{cafe}:40::/64$. The primary route to this subnet is learned via OSPFv3 with an administrative distance of 110. The engineer must use the neighboring router's link-local address $\text{fe80}::250:56ff:\text{fe9a}:12ab$ reachable through interface GigabitEthernet0/0/1. What complete Cisco IOS global configuration command must be entered to establish this route as a floating static route with an administrative distance of 130?

A network technician is configuring an IPv6 static route on a Cisco router. The destination network is $2001:\text{db8}:\text{c0ff}:50::/64$. The next-hop router's link-local IPv6 address is $\text{fe80}::a5$, and traffic must exit via the local interface GigabitEthernet0/0/0. What is the exact, complete Cisco IOS command required to configure this fully specified static route with a custom administrative distance of 130?

A network administrator needs to configure an IPv6 default static route on a Cisco IOS router pointing to the exit interface GigabitEthernet0/0. Complete the command by specifying the IPv6 default route prefix notation.

A network administrator is configuring a floating static route on router R1 to reach the destination prefix $2001:\text{db8}:\text{acad}:10::/64$. The primary path to this network is currently learned via OSPFv3 with an Administrative Distance of 110. The administrator wants to configure the backup static route using the next-hop neighbor's link-local IPv6 address $fe80::2$ across R1's local interface GigabitEthernet0/1. Which command must be entered on R1 to correctly configure this floating static route?

A network technician is configuring an IPv6 static route on a router to reach network $2001:\text{DB8}:\text{5000}:10::/64$. The technician intends to use the neighbor's link-local address $\text{FE80}::2$ as the next hop. Which Cisco IOS command correctly configures this route using local interface GigabitEthernet0/1?

An engineer is configuring a static route on a Cisco router to reach the destination subnet $2001:\text{db8}:\text{a100}:12::/64$ using the neighbor link-local address $\text{fe80}::\text{fe22}:1$ via local interface $\text{GigabitEthernet0/1}$. Complete the Cisco IOS configuration command by filling in the missing parameters in order.

An engineer is configuring a secondary backup route on core router R1 to reach remote subnet $2001:\text{db8}:89\text{ab}:2000::/56$ through neighboring router R2. The primary route is learned dynamically via OSPFv3 with an Administrative Distance of $110$. The interconnecting segment between R1 and R2 uses GigabitEthernet0/0/1. R2's interface on this link uses the link-local address $\text{fe80}::211:22\text{ff}:\text{fe33}:4455$. Which Cisco IOS command must be configured on R1 to create a valid floating static route with an Administrative Distance of $130$ using R2's link-local address?

A network engineer is configuring static routes on a Cisco IOS router to establish connectivity across an enterprise IPv6 infrastructure. Which two statements correctly describe valid IPv6 static route configuration syntax and operational requirements on Cisco IOS?

A network administrator is configuring static routing on router R1 to forward traffic toward network 2001:db8:3c4d:10::/64. The administrator intends to use the link-local address fe80::211:22ff:fe33:4455 of the neighboring router connected to local interface GigabitEthernet0/1. Which Cisco IOS command correctly configures this static route?

A network administrator is configuring a backup route on a Cisco IOS router to reach a remote branch office network with the prefix $2001:\text{db8}:\text{fedc}:9900::/56$. The primary path is currently provided by OSPFv3 with an administrative distance of $110$. The administrator must configure a floating static route using the next-hop router's link-local address $fe80::cafe:1$ over the local exit interface $GigabitEthernet0/0/1$. Which command correctly configures this backup floating static route on the router?

A network administrator is configuring static routing on router HQ to forward traffic bound for remote subnet $2001:\text{db8}:\text{feed}:10::/64$. The outbound connection uses a point-to-point serial-like Ethernet link where the remote router interface uses the link-local address $\text{fe80}::21a:2bff:\text{fe3c}:4d5e$ on interface GigabitEthernet0/0/1. The primary path must use an administrative distance of $1$, but if configured using a link-local next-hop address without an outbound interface specified, Cisco IOS will reject the command. Which command correctly establishes a fully-specified IPv6 static route for this destination using the link-local next hop?

A network administrator is configuring IPv6 static routing on router R1 to reach the destination network $2001:\text{db8}:\text{acad}:10::/64$. Router R1 connects to neighboring router R2 via interface GigabitEthernet0/0/1. Router R2's connected interface has a global unicast address of $2001:\text{db8}:\text{acad}:12::2/64$ and a link-local address of $\text{fe80}::2$.

Which two Cisco IOS commands represent valid IPv6 static route configurations on R1? (Select two.)

An engineer is configuring a backup fully-specified IPv6 static route on router R1 toward the remote destination network $2001:\text{db8}:500:10::/64$. The primary path is learned via OSPFv3. The backup route must forward traffic to the next-hop router's link-local address $\text{fe80::2}$ via local interface GigabitEthernet0/1 with an administrative distance of 130. Complete the required Cisco IOS configuration command.

A network administrator is configuring a backup floating static IPv6 route on router R1 to reach the remote prefix $2001:\text{db8}:\text{acad}:44::/64$. The primary route to this subnet is learned via OSPFv3 with an administrative distance of 110. The administrator wants to route backup traffic through the link-local address $fe80::211:23ff:fe45:6789$ of the neighboring router connected to interface $GigabitEthernet0/0/1$, assigning an administrative distance of 130. Which Cisco IOS command correctly configures this floating static route?

A network administrator needs to manually configure an IPv6 static route on router R2 to forward traffic toward subnet $2001:\text{db8}:cafe:20::/64$. The next-hop router R1 uses a link-local IPv6 address of $\text{fe80}::1$ on the shared point-to-point link attached to R2's local interface GigabitEthernet0/1. Which Cisco IOS command correctly configures this route?

A network administrator needs to configure a backup floating static default route on router Edge-R1 to reach an upstream provider. The primary default route is currently learned via OSPFv3 with an administrative distance of $110$. The next-hop provider router interface has a global unicast address of $2001:\text{db8}:200:1::1/64$ and a link-local address of $\text{fe80}::250:56\text{ff}:\text{fe9a}:1234$ connected directly to interface GigabitEthernet0/0/0 on Edge-R1. Which command correctly configures the floating static default route using the provider's link-local address with an administrative distance of $130$?

A network engineer must configure path redundancy on a Cisco IOS router for reaching the remote IPv6 prefix $2001:\text{db8}:4000:50::/64$. The primary path must forward packets through interface GigabitEthernet0/0/1 using the next-hop router's link-local IPv6 address $\text{fe80}::2$. The secondary backup path must forward packets toward the global unicast next-hop IPv6 address $2001:\text{db8}:1000:20::2$ only if the primary path fails. Which TWO Cisco IOS commands are required to satisfy these requirements?

A network administrator needs to configure an IPv6 static route on router R1 to forward traffic to the remote network $2001:\text{db8}:10:20::/64$. The next-hop router's interface has a link-local address of $\text{fe80}::212:79\text{ff}:\text{fe34}:5678$ connected to R1's local interface GigabitEthernet0/0/1. Which Cisco IOS command correctly provisions this static route?

A network administrator is configuring static routing on Cisco router Branch-R1 to reach remote subnet $2001:\text{db8}:3\text{c4d}:15::/64$. The routing design requires a primary path using next-hop global unicast address $2001:\text{db8}:3\text{c4d}:12::2$, and a floating static backup path using link-local next-hop address $\text{fe80}::2$ reachable via interface GigabitEthernet0/0/1. Which two commands must be configured on Branch-R1 to fulfill these requirements? (Select two.)

A network administrator needs to configure a secondary floating default route on router Edge-2 toward an upstream ISP. The primary default route is learned dynamically via OSPFv3 with a administrative distance of 110. The backup route must forward all unmatched traffic out local interface GigabitEthernet0/1 to the ISP router's link-local next-hop address fe80::250:56ff:fea1:2b3c using an administrative distance of 130. Complete the global configuration command required on router Edge-2 to create this fully specified floating default static route.