In this project phase, you will continue working with your subnetted small network from Phase $2.$ This should be done in Packet Tracer only.

Task $1$ Adding additional devices to your subnetted small network.

You will start with your small network from the previous week.

Add an Access Point, Thermostat, Motion Detector, and two Webcam Security Cameras. Connect the Access Point to the S$1$ Switch.

Connect the IoT devices to the Access Point over Wi$-$Fi$.$ Label your Access Point and IoT devices.

Take a screenshot of your network with all your devices connected and labeled.

Deliverables for Task $1$

$$ Screenshot of your network with all devices connected and labeled with device names.

Task $2$ Subnet the network using sub$-$interfaces and VLANs.

We will now subnet our network again, going from two $/25$ networks to four $/26$ networks. We will be configuring sub$-$interfaces on our router, one for each VLAN.

Any time you see a $\_\_\_$ replace it with your student number.

System Port Connect To IP address Subnet Mask

$-$R$1$ G$0/0/0\mathrm{.}10$ S$1172\mathrm{.}16.\_\_\_\mathrm{.}1255\mathrm{.}255\mathrm{.}255\mathrm{.}192$

G$0/0/0\mathrm{.}20$ S$1172\mathrm{.}16.\_\_\_\mathrm{.}65255\mathrm{.}255\mathrm{.}255\mathrm{.}192$

G$0/0/1\mathrm{.}30$ S$2172\mathrm{.}16.\_\_\_\mathrm{.}129255\mathrm{.}255\mathrm{.}255\mathrm{.}192$

G$0/0/1\mathrm{.}40$ S$2172\mathrm{.}16.\_\_\_\mathrm{.}193255\mathrm{.}255\mathrm{.}255\mathrm{.}192$

In addition to configuring the above sub$-$interfaces, remove the IP addresses configured on G$0/0/0$ and G$0/0/1$ on the router.

Run a show ip interface brief to display the sub$-$interfaces you just configured. Take a screenshot.

We now need to update our DHCP pools to use the new IP addresses we just configured. We will update the two DHCP pools you previously configured and add two more. We will have four DHCP pools, one for each VLAN.

Run a show running$-$config and display your four new DHCP pools $($they are at the top of your configuration$).$ Take a screenshot.

Now we need to configure the switches. S$1$ will have its ports configured for VLAN $10$ and $20$ and S$2$ VLAN $30$ and $40.$ We will configure the last two ports on the switches, G$0/1,$ and G$0/2,$ as trunks. There is an extra command you will need to input to create trunks on the $3560$ switches.

Let$$s now make sure our devices are plugged into the proper VLANs. On S$1,$ plug the PC and Laptop in VLAN $20$ and the IoT Server and Access Point in VLAN $10.$ On S$2,$ plug the PC in VLAN $30$ and the Laptop and Server in VLAN $40.$ Remove the IP address labeling, as we will update those in the next task.

Finally, take a screenshot of your network with devices plugged into the proper VLAN.

Deliverables for Task $2$

$$ Screenshot of show ip interface brief displaying your sub$-$interfaces.

$$ Screenshot of show running$-$config displaying your DHCP pools.

$$ Screenshot of your network with devices plugged into the proper VLAN.

Task $3$ Verify DHCP$.$

In this task, you will verify DHCP is working correctly for your devices.

Go to your PCs$,$ Laptops, and Servers, click on IP Configuration, and move from DHCP to Static back to DHCP$.$ You should receive a new dynamic IP address, subnet mask, and default gateway. Take a screenshot of each showing the new IP address information.

Now verify DHCP is working correctly on your IoT devices. Click on each IoT device. Under Config$-$Wireless$0,$ toggle from DHCP to Static and back to DHCP under IP Configuration. Take a screenshot.

Then go to Config$-$Settings and toggle from DHCP to Static and back to DHCP under Gateway$/$DNS IPv$4.$

Now let$$s label our network again with the IP addresses. Make sure not only to label your devices but your router sub$-$interfaces as well. Take a screenshot. Keep in mind your IP addresses may not precisely match the image below due to DHCP leasing.

Deliverables for Task $3$

$$ Screenshot showing IP address information for PCs$,$ Printers, and Servers using DHCP$.$

$$ Screenshot showing IP address information for IoT devices using DHCP$.$

$$ Screenshot of your network with all devices connected and labeled with device names and IP addresses.