What is Bus Topology?
Bus topology is a network in which multiple devices are connected to a single cable, known as a bus. Data is transferred along the bus, and all devices receive the same data. If one device on the bus is transmitting data, all other devices must wait until the transmission is complete before they can transmit.
Bus topologies are relatively simple and inexpensive to implement. However, they can be inefficient if there is a lot of traffic on the bus, as each device must wait for other devices to finish transmitting before it can transmit its own data. Additionally, if the cable is damaged, all devices on the bus will be affected.
Advantages of bus topology:
- Simple and inexpensive to implement
- Easy to troubleshoot
- No need for a central hub or switch
Disadvantages of bus topology:
- Inefficient with heavy traffic
- Vulnerable to cable damage
- Requires careful planning to avoid signal collisions
Related Questions:
- What are the different types of network topologies?
- Bus, star, ring, mesh
- Which type of topology is the most efficient?
- Mesh topology
- What are the advantages of star topology over bus topology?
- More efficient, less vulnerable to cable damage
- What are the disadvantages of ring topology?
- Difficult to troubleshoot, can be disrupted by a single device failure
- Which type of topology is best for a small, home network?
- Star topology
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