What static route command should be entered on R1 to forward traffic to the LAN connected to R2?

What static route command should be entered on R1 to forward traffic to the LAN connected to R2?

• A. ipv6 route 2001:db8:12:10::/64 s0/0/1 fe80::2
• B. ipv6 route 2001:db8:12:10::1/64 s0/0/1
• C. ipv6 route 2001:db8:12:10::/32 s0/0/0 fe80::2
• D. ipv6 route 2001:db8:0:12::/64 s0/0/1 fe80::1

Answer: (A)

The command that should be entered on R1 to forward traffic to the LAN connected to R2 is correctly stated as “ipv6 route 2001:db8:12:10::/64 s0/0/1 fe80::2.” This command is structured to create a static route for traffic destined for the specified IPv6 subnet (2001:db8:12:10::/64) through a specified outgoing interface (s0/0/1) and using the link-local address of R2 (fe80::2) as the next-hop address. The use of the link-local address is crucial in point-to-point links because it allows R1 to communicate effectively with R2 without needing a globally unique address, which is especially important in scenarios involving directly connected interfaces where the link-local address serves as a reliable reference point for routing. Here, the /64 subnet mask designates a typical size for IPv6 LAN subnets, allowing for ample address space for devices in R2's LAN, and specifying the interface tells R1 where to send the traffic. In contrast, options involving different prefix lengths or incorrect next-hop addresses would not forward traffic properly or would provide an incorrect direction for routing. Therefore, the correct

The command that should be entered on R1 to forward traffic to the LAN connected to R2 is correctly stated as “ipv6 route 2001:db8:12:10::/64 s0/0/1 fe80::2.”

This command is structured to create a static route for traffic destined for the specified IPv6 subnet (2001:db8:12:10::/64) through a specified outgoing interface (s0/0/1) and using the link-local address of R2 (fe80::2) as the next-hop address. The use of the link-local address is crucial in point-to-point links because it allows R1 to communicate effectively with R2 without needing a globally unique address, which is especially important in scenarios involving directly connected interfaces where the link-local address serves as a reliable reference point for routing.

Here, the /64 subnet mask designates a typical size for IPv6 LAN subnets, allowing for ample address space for devices in R2's LAN, and specifying the interface tells R1 where to send the traffic.

In contrast, options involving different prefix lengths or incorrect next-hop addresses would not forward traffic properly or would provide an incorrect direction for routing. Therefore, the correct