Ring topologies provide which primary benefit?

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Multiple Choice

Ring topologies provide which primary benefit?

Ring topology combines a closed loop with the ability for traffic to use an alternate path around a failure. If a segment or connection in the ring breaks, data can still reach its destination by traveling the other direction (or via a protected secondary ring in dual-ring implementations). This creates fault-tolerant, redundant routing, meaning services stay up even when part of the network has a fault. Flexible architecture and lower cost aren’t inherent advantages of this topology, and while reliability improves, the specific, defining benefit is the ability to reroute around failures to maintain connectivity.

Ring topology combines a closed loop with the ability for traffic to use an alternate path around a failure. If a segment or connection in the ring breaks, data can still reach its destination by traveling the other direction (or via a protected secondary ring in dual-ring implementations). This creates fault-tolerant, redundant routing, meaning services stay up even when part of the network has a fault. Flexible architecture and lower cost aren’t inherent advantages of this topology, and while reliability improves, the specific, defining benefit is the ability to reroute around failures to maintain connectivity.

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