What are two purposes for segmentation with a bridge? To add more bro...
Bridges break up collision domains, which allow more bandwidth for users.
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What are two purposes for segmentation with a bridge? To add more bro...
Segmentation with a bridge serves two main purposes:
1. To add more broadcast domains:
- A broadcast domain is a logical division of a computer network, in which all devices can directly communicate with each other without the need for a routing device.
- By segmenting a network with a bridge, we can create multiple broadcast domains and limit the scope of broadcast traffic. This helps in reducing network congestion and improving overall network performance.
- Each segment created by the bridge acts as a separate broadcast domain, isolating broadcast traffic within that segment. This prevents unnecessary broadcast packets from flooding the entire network and consuming bandwidth.
- In larger networks, creating multiple broadcast domains through segmentation helps in organizing and managing the network more efficiently.
2. To create more collision domains:
- A collision domain is a network segment in which packet collisions can occur. Packet collisions happen when two devices on the same network segment send data simultaneously, resulting in data loss and reduced network performance.
- Bridges can be used to segment a network into multiple collision domains, reducing the likelihood of collisions and improving overall network efficiency.
- Each segment created by the bridge acts as a separate collision domain, isolating collision traffic within that segment. This means that collisions occurring in one segment will not affect devices in other segments.
- By creating smaller collision domains, bridges help in minimizing network congestion, improving data transmission reliability, and enhancing network performance.
Conclusion:
Segmentation with a bridge serves the purpose of adding more broadcast domains and creating more collision domains in a network. This helps in reducing network congestion, improving overall network performance, and enhancing data transmission reliability.