Bus topology is a setup of a network where network devices, computers or nodes are directly linked to a single cable, or we can say with a common link. An RJ-45 network cable or coaxial cable is preferred to link them, depending on the type of system network card.
In a bus topology, we have another important term which is the station. Basically, a host on a bus network is known as a station. When it comes to the bus network, all the stations will accept all network traffic, and this traffic will have a similar transmission preference.
Table of Contents
- Important Pointers of Bus Topology
- Advantages of Bus Topology
- Disadvantages of Bus Topology
- FAQs Related to Bus Topology
Important Pointers of Bus Topology
- The bus topology is created efficiently, and every station is linked via a single cable called a backbone cable.
- There are two conditions: First, the nodes are directly linked to the backbone cable, or they take the help of a drop cable to make a connection.
- When it comes to the bus topology, the famous access technique is CSMA (Carrier Sense Multiple Access).
CSMA: It’s a type of media access control that handles data flow to guarantee data integrity.
Advantages of Bus Topology
- It works excellently in a tiny network.
- Bus topology is the most uncomplicated topology for linking computers linearly.
- It demands a shorter cable length as compared to the star topology.
- In the case of bus topology, nodes are directly linked to the cable; therefore, the starting cost of installation is quite low.
Disadvantages of Bus Topology
- In the case of bus topology, it is very tough to determine the issues if the entire network goes down.
- For large networks, it is not suitable.
- We need terminators at both ends of the primary cable.
- It is tough to troubleshoot particular device issues.
- The network divides into two if the primary cable is harmed.
- If we add new devices to the bus topology network, it would affect the network and slow down.
- Though the concept of bus topology is pretty easy, it still demands a lot of cabling.
FAQs Related to Bus Topology
What components are required for bus topology?
1. Bus Cable
2. Transceiver
3. Drop Cable
4. Terminator
Why is bus topology slow?
In a bus topology, every computer is connected through a backbone, and as we add on the devices, the entire network slows down since we are using a single cable.
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