Draw and label a model of an office local area network (LAN) that is using a star topology for the wired connections and a point-to-point topology for the wireless connections. Be sure to label the connections, types of connections, and hardware used. Identify which devices are directly connected and to what they are connected. Explain the basics of how the network will work to get information from the wide area network (WAN) to the LAN. Explain how IP addresses would be assigned to devices within the network. If other networks are present, explain how information will get to other devices, and describe the network.

Question

Draw and label a model of an office local area network (LAN) that is using a star topology for the wired connections and a point-to-point topology for the wireless connections. Be sure to label the connections, types of connections, and hardware used. Identify which devices are directly connected and to what they are connected. Explain the basics of how the network will work to get information from the wide area network (WAN) to the LAN. Explain how IP addresses would be assigned to devices within the network. If other networks are present, explain how information will get to other devices, and describe the network.

Answer 1

Unfortunately, I am unable to draw images. However, I can provide a detailed description of the scenario you have requested.

In the office LAN setup, a star topology is used for wired connections, where each device is connected directly to a central switch. The switch acts as the central hub for all the wired connections and facilitates communication between devices. For the wireless connections, a point-to-point topology is used, where devices communicate directly with one another without the need for a central hub.

The central switch is connected to a router, which acts as the gateway to the WAN. The router connects the LAN to the internet and allows the devices within the LAN to access resources outside of the local network.

Each device within the LAN is assigned a unique IP address to facilitate communication. IP addresses can be assigned manually or through a DHCP server that automatically assigns addresses to devices as they connect to the network.

If other networks are present, communication between devices on different networks can be facilitated through routers. Routers act as gateways between different networks and ensure that data packets are correctly routed to their intended destinations. By using routing protocols such as RIP or OSPF, routers can discover the most efficient paths to transmit data between networks.

Overall, the network operates by allowing devices within the LAN to communicate with one another through the central switch and access resources on the WAN through the router. The use of IP addressing and routing enables seamless communication between devices on different networks within the office setup.