A break in the cable with bus topology causes the entire network to fail
A bus is a passive topology, which means that the workstation on the bus are not responsible for regenerating the signal as it passes by them. Since the workstation do not play an active role, the workstations are not a requirement of a functioning bus, which means that if a workstations fails the bus does not fail. But if there is an un-terminated end in the bus, the entire network will fail.
Advantages of a Bus Topology :-
One advantage of a bus topology is cost. A bus topology uses less cable than a star topology or a mesh topology, and you do not need to purchase any additional devices such as hubs. Another advantages of a bus topology is the ease of installation. With a bus topology, you simply connect the workstation to the cable segment or backbone. You need only the amount of cable to connect the workstation to the backbone. The most economical choice for a network topology is a bus topology, because it is easy to work with and a minimal amount of additional devices as required. Most importantly if a computer fails, the network stays functional.
A bus is a passive topology, which means that the workstation on the bus are not responsible for regenerating the signal as it passes by them. Since the workstation do not play an active role, the workstations are not a requirement of a functioning bus, which means that if a workstations fails the bus does not fail. But if there is an un-terminated end in the bus, the entire network will fail.
Advantages of a Bus Topology :-
One advantage of a bus topology is cost. A bus topology uses less cable than a star topology or a mesh topology, and you do not need to purchase any additional devices such as hubs. Another advantages of a bus topology is the ease of installation. With a bus topology, you simply connect the workstation to the cable segment or backbone. You need only the amount of cable to connect the workstation to the backbone. The most economical choice for a network topology is a bus topology, because it is easy to work with and a minimal amount of additional devices as required. Most importantly if a computer fails, the network stays functional.
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