On Packet Tracer $(7$ screenshots$)$

$1.$ Design and document one LAN with: $($Refer to example topology on page $2.)$

$$ Three $2960$ Switches

$$ Four PCs

$2.$ Use a logical naming and numbering system in your design. $($name$,$ address, port, etc.$)$

$3.$ Show Device Model Labels, Device Name Labels, Port Labels, Link Lights $($Options $>$ Preferences$)$

$4.$ Connect all devices like the topology below.

$5.$ Design and implement an IP addressing scheme for the LAN. Remember it is only one network!

$6.$ Documentation should be on the topology and include device names$/$models$,$ ports, network addresses

with prefixes, and any other pertinent information. For all parameters not specified, you choose. $($Use

notes for information not shown by labels.$)$

$7.$ Arrange devices and notes so that information can be seen. Snip your topology $(1$ snip$)$

$8.$ Configure all devices and make traffic to verify that computers have connectivity.

$9.$ Configure VLAN $1$ interface for each switch

$10.$ Make sure the IP address scheme you chose for the network is appropriate! $($All devices must be on the same

network because we don$$t have a router!$)$

$11.$ Verify connectivity between the PCs and snip the results.

$12.$ Once configured, devices should ping successfully $(3$ snip$)$

$13.$ PC $4$ to PC $7$

$14.$ PC $4$ to PC $9$

$15.$ PC $6$ to PC $9$

$16.$ Configure on all switches:

$17.$ Shutdown VLAN $1$ interface $($Yes$!$ Even though you have set it up$!)$

$>$no ip address

$>$shutdown

$18.$ Show configurations on each Switch $(1$ snips$)$

$>$show ip interface brief $|$ begin Vlan$1($it is case sensitive$)$

$19.$ Configure NEW VLANs according to the Switch number or a series of $10$

$($Do NOT use VLAN $1).$

$>$interface VLAN $10$

$>$ip address xxx$.$xxx$.$xx$.$x xxx$.$xxx$.$xxx$.$x

$20.$ Make sure that all IP addresses are part of the same LAN including the ones on the switches. For example:

$21.$ Switch $1=192\mathrm{.}168\mathrm{.}1\mathrm{.}10255\mathrm{.}255\mathrm{.}255\mathrm{.}0$

$22.$ Switch $2=192\mathrm{.}168\mathrm{.}1\mathrm{.}20255\mathrm{.}255\mathrm{.}255\mathrm{.}0$

$23.$ Switch $3=192\mathrm{.}168\mathrm{.}1\mathrm{.}30255\mathrm{.}255\mathrm{.}255\mathrm{.}0$

$24.$ Verify configurations using appropriate commands.

$25.$ Test connectivity once more ONLY between the PCs and snip the results.

The switches will no longer ping due to the VLAN change!

$26.$ Show Ping outcome of after switches have new VLANs $(2$ snips$)$:

$$ PC $4$ to PC $7$

$$ PC $4$ to PC $9$

CIS $271$ Module $2$ Lab: Switching Concepts Page $2$ of $2$

Submit one Word document with a screenshot of: $($change orientation to landscape if needed for topology$)$

$1.$ Topology $(1$ snip$)$

$2.$ Configured PC devices with successful pings $(3$ snip$)$

$$ PC $4$ to PC $7$

$$ PC $4$ to PC $9$

$$ PC $6$ to PC $9$

$3.$ Show configurations on each Switch $(1$ snips$)$

$>$show ip interface brief $|$ begin Vlan$1($it is case sensitive$)$

$4.$ Show Ping outcome from PCs after switches have new VLANs $(2$ snips$)$:

$$ PC $4$ to PC $7$

$$ PC $4$ to PC $9$

Example Topology

$-$Add documentation to the topology