Which technology should be configured in pairs on a server to provide network redundancy?

Which technology should be configured in pairs on a server to provide network redundancy?

• A. RDP
• B. VLAN tagging
• C. DLP
• D. NIC teaming

Answer: (D)

Using NIC teaming is an effective way to achieve network redundancy on a server. This technology involves combining two or more Network Interface Cards (NICs) into a single logical unit, which can enhance performance and ensure that there is a failover option if one of the NICs fails. If one NIC in the team goes down, the other NICs can continue to handle the network traffic, thereby maintaining connectivity and increasing reliability. In practice, NIC teaming can help balance network load between the teamed interfaces and provide redundancy, making it possible for systems to maintain network communications even in the event of hardware failure. This is particularly important in server environments where uptime and availability are critical. Understanding the significance of network redundancy through NIC teaming is vital in server management and ensuring uninterrupted service delivery.

Using NIC teaming is an effective way to achieve network redundancy on a server. This technology involves combining two or more Network Interface Cards (NICs) into a single logical unit, which can enhance performance and ensure that there is a failover option if one of the NICs fails. If one NIC in the team goes down, the other NICs can continue to handle the network traffic, thereby maintaining connectivity and increasing reliability.

In practice, NIC teaming can help balance network load between the teamed interfaces and provide redundancy, making it possible for systems to maintain network communications even in the event of hardware failure. This is particularly important in server environments where uptime and availability are critical.

Understanding the significance of network redundancy through NIC teaming is vital in server management and ensuring uninterrupted service delivery.