Why is redundancy important in network configurations?

Redundancy in network configurations is vital for ensuring continuous connectivity. This means that if one connection fails or becomes unavailable due to hardware failure, maintenance, or any other issue, the redundant systems can automatically take over without interrupting service. This is particularly important in environments where uptime is critical, as it minimizes the risk of downtime and ensures that users can reliably access the network resources without disruption.

In contrast, high data latency is typically a result of inefficiencies or bottlenecks in the network, and redundancy aims to enhance reliability rather than introduce delays. Additionally, while backups are essential data protection strategies, they do not replace the need for redundancy in maintaining live connections. Providing only one connection per node would actually increase the risk of failure and does not align with the principles of a robust network design that prioritizes reliability through redundancy.