Create a network diagram for a LAN.

Use the Microsoft Visio technical drawing tool.

Choose the Detailed Network Diaaram template.

You'll need the following hardware shapes there.

Make the diagram look nice so the cables are not crossing over other devices$/$connectors$.$

Switches

a$.3$ switches. Switches are connected to each other thru Trunk Ports.

b$.1$ of the switches has $2$ WAPs connected to it$.$

c$.$ The other $2$ switches have all wired devices connected to them.

Wireless Access Points $($WAP$).$

a$.$ Have $2$ on the network.

b$.$ Have the back$-$end of the $2$ WAPs wired to the one switch.

c$.$ One uses wireless std $802\mathrm{.}11n.$

d$.$ The other uses wireless std $802\mathrm{.}11ac.$

Wired devices:

a$.$ Provide $3$ devices wired to each of the $3$ switches.

b$.$ Of all the devices in the diagram, one device is a network server. The network server

also acts as a DHCP server.

Wireless devices: Provide $5$ wireless devices, for the entire network.

a$.$ The $5$ are spread out over the $2$ WAPs.

Routers: Have one router on the network that acts as this network's default gateway.

Printers: Show two printers on the diagram.

a$.$ Printer $1$: is wired, and accessible to the entire network.

b$.$ Printer $2$: wired to a specific desktop PC $($but not the Server device$)$

Data$/$Information Need to Provide.

a$.$ IP Addresses: All devices on the LAN must show IP addresses.

b$.$ The Router needs an IP address. On the LAN side.

c$.$ The network part of the IP Address shall be $192\mathrm{.}168\mathrm{.}10.$ x$/24.$

d$.$ MAC addresses: Provide $1$MAC address for all of the interfaces on each device.

e$.$ For simplicity reasons, create shortened mythical MAC addresses with the format:

i$.$ One letter of $(A,B,C,D)$ followed by three numbers $($i$.$e$.$

A$123,$ B$690)$

f$.$ Cabling: Label each cable, whether a crossover or straight$-$thru

g$.$ Display each Switches Mac Address Table, that is created and stored in the Switches.