HL5

• Use static routing throughout the networks
• Use IPv6 addressing - type Global Unicast - in the space 2001:DB8:ACAD:XX##:: /64.
• Replace XX with the number 14.
• Replace ## with a value representing the subnet portion of the address.
• There are no specific host requirements. Ipv6 has plenty of address space.
• Use the following subnet values:
  • LA LAN will use the subnet AA
  • NY LAN will use the subnet BB
  • MIA LAN (C-Suite HQ) will use the subnet value CC
• Apply the following standards to your network configs:
  • First valid IP goes to the default gateway for the LAN
  • Default gateways should also be assigned a Link Local address [FE80::] assigned
  • Router's IPv6 Link Local address should be used for all host default gateways
  • Second valid IP goes to the LAN Switch SVI
  • Last valid IP goes to the PC computer on the LAN
  • WANs - use first and second valid host IPv6 addresses in subnets
    • LA (first IP) to NY (second IP) use subnet DD
    • NY (first IP) to MIA (second IP) use subnet EE
    • Set the highest available clock rate on interfaces getting first hosts
  • Use hostnames configured as before
  • No additional basic configuration is required - beyond what is needed for complete Layer 3 connectivity among all nodes

Deliverables:

• For each of the 3 routers - the output of show ipv6 route & show ipv6 interface brief - in that order
• For each of the 3 SWITCHES - the output of show running-config & show ipv6 interface brief - in that order
• A single ping script file showing a complete ping test from LA-PC to each configured node in the network in order from closest to farthest
• The output results of running the ping script showing 100% success for all nodes.
  • You will be LA and MIA LAN PCs, the laptop can be the 3rd PC
• Need a table that specifies the IPv6 addressing used. There should be columns for:
  • Description/port - eg - LA LAN fa0/1
  • Network ID
  • First host
  • Second host
  • Third host (LANs only)
  • Prefix value