Configuring a static GRE tunnel, before adding the IPsec encryption, takes just a few commands. Have you mastered those commands yet? If not, check out the lab exercise first, and then come back here for the answer and some comments.
#GRE – that is, Generic Route Encapsulation – gives us a way to encapsulate IP packets inside another IP packet. Why? Often times, the reason is to create an Internet VPN, forwarding encrypted IP packets inside IP packets that can
Centralized DHCP Server? Check. Remote clients have reachability to the server, and can lease addresses? Check. Are you sure – even if you could not test the function in a lab? Build some configuration confidence, and if you have time,
DHCP plays a huge role in most IPv4 networks. In some cases, the server sits on the same subnet as the client, but in other cases, the DHCP server is remote. When it is remote, you need to configure the
This lab has some repetitive configuration elements for EIGRPv6. Check out the original lab first, and then come here to check out your answers. The main task in this case: Get EIGRP working for IPv6 in a three router
Today’s lab lets you configure a local DHCP on a router, and work through all the small settings. You know the drill – read the original lab post first, and then come back here.
Configuring a local DHCP server on a router removes the need for one DHCP configuration feature, but you still need to navigate all the DHCP server features. Today’s lab gives you a chance to practice. Follow the usual drill –
EIGRP for IPv6 – often called EIGRPv6 – has a nice clean configuration process. This lab asks you to follow that process, with a few small wrinkles. If you have the basics down, you should be able to work this
