What term describes configuring multiple network cards in a server as a single logical interface to provide redundancy and potentially increase throughput?

What term describes configuring multiple network cards in a server as a single logical interface to provide redundancy and potentially increase throughput?

• A. Load Balancing
• B. Bonding
• C. NIC Teaming
• D. Network Aggregation

Answer: (C)

Combining several network cards into one logical interface to provide redundancy and potentially increase throughput is NIC Teaming. This approach creates a single virtual network interface that the operating system and applications use, while traffic is actually carried across multiple physical NICs. The redundancy comes from having alternate paths if one NIC or connection fails, and throughput can improve because the load can be distributed across the adapters. NIC Teaming is the precise label used in many environments for this setup. Other terms describe parts of the idea or are platform-specific remnants: bonding is the Linux name for the same concept, which can be implemented in different ways; load balancing describes how traffic is distributed but not the act of presenting a single interface; and network aggregation is a broader phrase that doesn’t always pin down the exact feature in all contexts.

Combining several network cards into one logical interface to provide redundancy and potentially increase throughput is NIC Teaming. This approach creates a single virtual network interface that the operating system and applications use, while traffic is actually carried across multiple physical NICs. The redundancy comes from having alternate paths if one NIC or connection fails, and throughput can improve because the load can be distributed across the adapters.

NIC Teaming is the precise label used in many environments for this setup. Other terms describe parts of the idea or are platform-specific remnants: bonding is the Linux name for the same concept, which can be implemented in different ways; load balancing describes how traffic is distributed but not the act of presenting a single interface; and network aggregation is a broader phrase that doesn’t always pin down the exact feature in all contexts.