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How Do Different Network Topologies Affect Data Transmission Speeds and Efficiency?

Different network designs can really change how fast data moves and how well everything works. Here’s a look at some common types of network topologies:

  1. Star Topology:

    • Very fast, can reach speeds of up to 1 Gbps.
    • If one part (node) fails, the rest of the network keeps working.
    • But, the main hub can slow things down if it's overloaded.
  2. Bus Topology:

    • Offers speeds between 10 and 100 Mbps.
    • It’s simple to set up but can get crowded, making it slower.
    • Not the best choice for growing networks.
  3. Ring Topology:

    • Data moves in a circle, which can slow things down.
    • Usually has speeds from 4 to 16 Mbps.
    • If one part fails, it can bring down the whole network.
  4. Mesh Topology:

    • Very reliable and has many backup options.
    • Supports lots of connections, great for big networks, but speeds can vary.
  5. Hybrid Topology:

    • Mixes different designs to get the best performance.
    • It balances speed and efficiency and can change based on what you need.

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How Do Different Network Topologies Affect Data Transmission Speeds and Efficiency?

Different network designs can really change how fast data moves and how well everything works. Here’s a look at some common types of network topologies:

  1. Star Topology:

    • Very fast, can reach speeds of up to 1 Gbps.
    • If one part (node) fails, the rest of the network keeps working.
    • But, the main hub can slow things down if it's overloaded.
  2. Bus Topology:

    • Offers speeds between 10 and 100 Mbps.
    • It’s simple to set up but can get crowded, making it slower.
    • Not the best choice for growing networks.
  3. Ring Topology:

    • Data moves in a circle, which can slow things down.
    • Usually has speeds from 4 to 16 Mbps.
    • If one part fails, it can bring down the whole network.
  4. Mesh Topology:

    • Very reliable and has many backup options.
    • Supports lots of connections, great for big networks, but speeds can vary.
  5. Hybrid Topology:

    • Mixes different designs to get the best performance.
    • It balances speed and efficiency and can change based on what you need.

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