Question

Sasha is an IT engineer at a small online news agency, where 35 employees carry laptops and print to the wireless printer. Several wireless access points are installed in the ceiling at appropriate points throughout the office space, though they share the same Service Set Identifier (SSID). In fact, an employee can start a large download, and then carry her laptop from one end of the office space to the other without losing her connection.

Which network topology configuration supports this scenario?
a. Bus topology
b. Star topology
c. Mesh topology
d. Token ring topology

Answer 1

The network topology configuration that supports this scenario is Star topology. Each laptop connects wirelessly to a central hub, allowing employees to move around without losing connection. Bus, mesh, and token ring topologies are not suitable for this scenario.

Step-by-step explanation:

The network topology configuration that supports this scenario is Star topology. In a star topology, all devices in a network are connected to a central hub, which in this case would be the wireless access points installed in the ceiling. Each laptop represents a spoke that can connect to the hub wirelessly.

With a shared SSID, all the devices in the office space can connect to any of the wireless access points without losing connection. This means that even if an employee moves from one end of the office space to the other, their laptop will seamlessly connect to the nearest access point with the same SSID.

The other topology configurations mentioned are not suitable for this scenario. Bus topology uses a single cable to connect all devices, mesh topology requires each device to connect to multiple devices, and token ring topology relies on token passing to access the network.