Which of the following network topologies typically has all devices on a network directly connected to every other network device?
A.
Mesh B.
Star C.
Ad hoc D.
Ring.
A.
Which of the following network topologies typically has all devices on a network directly connected to every other network device?
A.
Mesh
B.
Star
C.
Ad hoc
D.
Ring.
A.
The correct answer is A. Mesh.
A mesh network topology connects all devices on the network directly to every other device on the network, forming a mesh-like structure. Each device acts as a relay for data, sending and receiving data from other devices on the network. This type of topology is highly redundant, which means that if one connection fails, data can still be routed through other connections.
In a mesh network, every device is connected to every other device, so there is no central point of failure. This makes mesh networks highly reliable and scalable, especially in large networks. However, this type of topology can be more difficult to implement and manage, as each device must be configured to communicate with every other device on the network.
In contrast, a star topology connects all devices to a central hub or switch, which then connects to other devices on the network. This type of topology is simpler to manage but can be less reliable, as a failure in the central hub or switch can bring down the entire network.
An ad hoc network is a temporary network created for a specific purpose, such as connecting two devices wirelessly without a central access point. This type of network is not typically used for large-scale networking.
A ring topology connects devices in a circular loop, with each device connecting to two other devices on the network. Data travels around the ring in one direction, passing through each device in turn. This type of topology is also highly redundant, but it can be slower than other topologies, as data must travel through each device on the ring before reaching its destination.
In summary, a mesh network topology typically has all devices on a network directly connected to every other device, making it highly redundant and reliable, but more complex to manage than other topologies.