IPv6 Lab Activity
Lab
Exercise: Lab 8-1 Configuring OSPF for IPv6 For
this lab, you will configure IPv6 addresses on interfaces, both
static addresses and EUI-64 addresses. Then, you will configure
OSPFv3 to route between the IPv6 networks. - Configure a
static IPv6 address on an interface
- Change the
default-link local address on an interface
- Configure
an EUI-64 IPv6 address on an interface
- Enable IPv6
routing and CEF
- Configure and verify single-area
OSPFv3 operation
Content 8.7 IPv6
Lab Exercises 8.7.2 Lab 8-2 Using Manual IPv6
Tunnels Lab Activity
Lab Exercise: Lab
8-2 Using Manual IPv6 Tunnels For this lab, you will
configure EIGRP for full connectivity between all IPv4 subnets.
Then you will create a manual IPv6 tunnel and run OSPFv3 over
it. - Configure EIGRP for IPv4
- Create a
manual IPv6 tunnel
- Configure OSPFv3
Content 8.7 IPv6 Lab Exercises 8.7.3
Lab 8-3 Configuring 6to4 Tunnels Lab
Activity
Lab Exercise: Lab 8-3 Configuring 6to4
Tunnels For this lab, you will configure EIGRP for full
connectivity between all IPv4 subnets. Then you will create a
6to4 tunnel and create static routes to go over it. -
Configure EIGRP for IPv4
- Create a 6to4 tunnel
- Configure static IPv6 routes
Content
Summary This module is an overview of IP version 6 (IPv6),
beginning with why it will become the protocol of choice in the
future and the benefits of that choice. The changes in the
addressing format and the packet header format were discussed
in detail, including autoconfiguration and the role of the
multicast address. A major portion of the module was devoted to
describing routing IPv6. All possible routing protocols were
defined and Open Shortest Path First Protocol (OSPF) for IPv6
was covered in more detail. The transition strategies to
migrate from IPv4 to IPv6 were also defined. Cisco IOS
configuration, verification, and troubleshooting commands were
shown.