What occurs when STP is enabled on a network?

What occurs when STP is enabled on a network?

• A. Increased broadcast traffic
• B. Redundant paths are created
• C. Redundant paths are disabled
• D. Prioritization of traffic

Answer: (C)

When Spanning Tree Protocol (STP) is enabled on a network, it primarily functions to prevent loops in Ethernet networks that can occur due to redundant paths. STP achieves this by determining which paths are operational and which ones should remain disabled. The protocol identifies a single active path between switches while blocking the redundant paths that could potentially create network loops. Consequently, while STP disables specific redundant paths, it maintains a loop-free topology, allowing for efficient data transmission without the complications that loops would introduce. The configuration of STP ensures that only one active path is used while blocking others, thus preventing broadcast storms and ensuring that all traffic is directed correctly. By effectively managing network topologies, STP contributes to overall network stability and performance.

When Spanning Tree Protocol (STP) is enabled on a network, it primarily functions to prevent loops in Ethernet networks that can occur due to redundant paths. STP achieves this by determining which paths are operational and which ones should remain disabled. The protocol identifies a single active path between switches while blocking the redundant paths that could potentially create network loops. Consequently, while STP disables specific redundant paths, it maintains a loop-free topology, allowing for efficient data transmission without the complications that loops would introduce.

The configuration of STP ensures that only one active path is used while blocking others, thus preventing broadcast storms and ensuring that all traffic is directed correctly. By effectively managing network topologies, STP contributes to overall network stability and performance.