What network redundancy technique can be configured on a server?

What network redundancy technique can be configured on a server?

• A. Load balancing
• B. Teaming
• C. Multiple IPs
• D. Failover clustering

Answer: (B)

Teaming refers to a network redundancy technique where multiple network interfaces are grouped together to function as a single logical interface. This configuration can provide several benefits, including increased bandwidth and enhanced fault tolerance. If one network interface goes down, the traffic can seamlessly continue through the other interfaces in the team, ensuring that network connectivity is maintained. This technique is particularly effective in environments where continuous network availability is critical, as it helps to prevent downtime due to a single point of failure. Teaming can be implemented using various protocols, depending on the server's operating system and hardware capabilities, allowing for flexibility in configuration and management. The other techniques mentioned, while valuable, serve different purposes. Load balancing typically distributes workloads across multiple servers, rather than focusing on redundancy of a single server's network connections. Multiple IPs can increase the number of available addresses but doesn't inherently provide redundancy. Failover clustering is more concerned with server availability by providing redundancy at the server level rather than specifically managing network interface redundancy.

Teaming refers to a network redundancy technique where multiple network interfaces are grouped together to function as a single logical interface. This configuration can provide several benefits, including increased bandwidth and enhanced fault tolerance. If one network interface goes down, the traffic can seamlessly continue through the other interfaces in the team, ensuring that network connectivity is maintained.

This technique is particularly effective in environments where continuous network availability is critical, as it helps to prevent downtime due to a single point of failure. Teaming can be implemented using various protocols, depending on the server's operating system and hardware capabilities, allowing for flexibility in configuration and management.

The other techniques mentioned, while valuable, serve different purposes. Load balancing typically distributes workloads across multiple servers, rather than focusing on redundancy of a single server's network connections. Multiple IPs can increase the number of available addresses but doesn't inherently provide redundancy. Failover clustering is more concerned with server availability by providing redundancy at the server level rather than specifically managing network interface redundancy.