NIC Teaming

Which of the following technologies is used when multiple Ethernet adapters work to increase speed and fault tolerance?

A.

Clustering

B.

Load balancing

C.

Redundant circuits

D.

NIC teaming.

D.

The technology that is used when multiple Ethernet adapters work together to increase speed and fault tolerance is called "NIC teaming," which stands for "network interface card teaming." NIC teaming involves combining two or more physical network adapters into a single logical adapter, allowing for increased bandwidth and redundancy.

NIC teaming is commonly used in server environments, where network availability and performance are critical. By combining multiple network adapters into a single logical adapter, NIC teaming provides increased bandwidth and network redundancy. If one network adapter fails, the other adapters in the team can continue to function, ensuring network availability.

NIC teaming can also be used to increase network performance. By using multiple adapters, NIC teaming allows for load balancing, which distributes network traffic across the available adapters. This can result in increased network throughput and reduced network congestion.

To implement NIC teaming, a network administrator must configure the network adapters and the network operating system. The specific steps involved in configuring NIC teaming depend on the operating system and network adapter used.

Overall, NIC teaming is a powerful technology that provides increased network performance and fault tolerance. It is commonly used in server environments to ensure network availability and performance.