Using the IPv$6$ network assigned specifically to you $($posted on Blackboard$)$ design an IPv$6$

sub$-$network $($using CIDR notation$)$ that will meet the needs of Acme Corporation $($from LAB

$8).$ The selected option must follow good network design goals. Develop an IP network

number scheme for each type of device on the network. Apply your network IP number

scheme by assigning IP addresses to types of devices used at each location. Diagram the

entire network applying this scheme.

Using GNS$3$ or Cisco Packet Tracer complete the set$-$up of each router, switch, and PC in the

Toledo$-$Napoleon$-$Port Clinton scenario.

a$.$ Each Router must use IPv$6$ Addressing

b$.$ Each location must have a switch connected to an Ethernet port

The switch does not need to have an IP address assigned

c$.$ Each switch must have at least one PC connected using IPv$6$ addressing

Apply the configuration statements to enable static route entries to allow all devices on the

inter$-$network to communicate?

Apply the configuration statements to enable IPv$6$ RIP dynamic routing protocol to allow all

devices on the inter$-$network to communicate?

Apply the configuration statements to enable IPv$6$ OSPF dynamic routing protocol to allow all

devices on the inter$-$network to communicate?

Create an IPv$6$ Extended ACL to block ping echo request from your network.

Copies of all the config files, Route Tables, Screen Shots of the successful pings and for

question $6-$ the blocked pings, and the network diagram including your IP addressing scheme

will be turned in on the last day of class.

NOTE: You must have config files and route tables for each of the $3$ routers for each task.

My ipv$6$ network is: $2001$:$9$c$21$:$0$b$2$a::$/48$

You can ask me if you need any more information.