BUS TOPOLOGY Meaning and
Definition
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Bus topology is a network configuration in which all devices are connected to a central cable called a bus. It is a type of physical topology commonly used in local area networks (LANs). In a bus topology, devices such as computers, printers, and servers are connected in a linear manner to the bus cable, which functions as a shared communication medium.
The bus cable carries the data signals between devices, allowing them to transmit and receive information. Each device is connected to the bus cable through a connector or tap, which allows it to access the data on the bus. When a device sends data, it is broadcasted to all other devices on the bus, and each device filters out the information intended for it. This type of communication is known as multicast.
One key characteristic of a bus topology is that it requires terminators at both ends of the bus cable to prevent signal reflections and ensure data integrity. If a device fails, the entire network may be affected as the bus cable is severed. However, this simplicity also means that bus topologies are relatively easy to install and manage, making them popular in small networks.
Overall, bus topology offers a straightforward and cost-effective solution for connecting multiple devices in a network. It is particularly suitable for small networks with limited distance requirements and where simplicity and ease of installation are important factors.
Common Misspellings for BUS TOPOLOGY
- vus topology
- nus topology
- hus topology
- gus topology
- bys topology
- bhs topology
- bjs topology
- bis topology
- b8s topology
- b7s topology
- bua topology
- buz topology
- bux topology
- bud topology
- bue topology
- buw topology
- bus ropology
- bus fopology
- bus gopology
- bus yopology
Etymology of BUS TOPOLOGY
The word "bus" in "bus topology" comes from the Latin word "omnibus", which means "for all" or "for everyone". This reflects the characteristic of a bus topology where all devices on the network are connected to a single communication path or cable called a "bus". This communication path acts as a shared medium for transmitting data between devices, similar to how an omnibus serves as a shared transport for multiple people. Thus, the term "bus topology" metaphorically represents the way devices in this network architecture are linked together.
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