In this lab, you have to configure global unicast addresses, which does not require a lot of thinking. The harder part is the contrived part that lets you review some modified EUI-64 math, making you manipulate hexadecimal values to determine
IPv6 addresses just take a little getting used to. This next lab gives you same reps with configuring Global Unicast addresses, while giving you a few mind-bending exercises to make you think about Link Local addresses and EUI-64. I would
Ready to play detective? Go back and check out the lab post, and take your best shot at predicting the configuration. Then come back here and check your thoughts versus the answer. The theme: interpreting the unicast and multicast addresses
This latest config lab takes a backwards approach to configuration. In this case, it starts with a bunch of show commands, and asks you to derive some of the key configuration items on several routers. The theme: IPv6 addressing. By
This most recent lab asked you to configure a bunch of static IPv6 routes on the same router. Some had the exact same destination subnet, and some created host routes that overlapped with other static routes. And all were assigned
Although this lab’s title is “IPv6 Static Routes 3”, it might be better called “Convoluted Fun with overlapping IPv6 Static Routes using Administrative Distance”. The purpose of the lab is to exercise a couple of specific ideas: how a router
Static IPv6 routes may seem like a bigger challenge than static IPv4 routes at first. Configuring static IPv6 routes, however, can really help you learn those basic routing concepts. Check out the lab requirements, get some reps in, and
IPv6 routing has many similarities with IPv4 routing; however, the length of the IPv6 addresses can sometimes get in the way of learning the main concepts. This next lab removes those barriers with a straightforward IPv6 static route configuration
This lab requires a fair bit of manipulating hexadecimal numbers to reverse engineer the values you need to configure in the lab; however, it serves as good exercise to make sure you understand how to configure IPv6 addresses using the
Do you know how to take an interface MAC address and determine what IPv6 address the interface would use when using EUI-64? Could you then do the reverse: take the IPv6 address, and predict what MAC address is used for
