The process of grouping network interfaces together to increase throughput is called:
A.
VLAN tagging B.
load balancing C.
port aggregation D.
fault tolerance.
C.
The process of grouping network interfaces together to increase throughput is called:
A.
VLAN tagging
B.
load balancing
C.
port aggregation
D.
fault tolerance.
C.
The correct answer is C. port aggregation.
Port aggregation is the process of grouping two or more physical network connections into a single logical connection to increase the throughput of the network. This is also known as link aggregation, NIC teaming or bonding.
Port aggregation works by using a special protocol, such as Link Aggregation Control Protocol (LACP) or Static Link Aggregation, to combine the bandwidth of the individual connections into a single logical connection. This means that multiple physical links between two devices can act as a single high-speed link, allowing for faster data transfer and improved network performance.
Port aggregation is commonly used in high-bandwidth applications, such as server clusters, storage networks, and data centers, where there is a high demand for network bandwidth and reliability. It is also useful for load balancing, as it allows network traffic to be distributed across multiple physical links, reducing the risk of congestion and improving overall network performance.
In summary, port aggregation is a method of increasing network throughput by grouping multiple physical network connections into a single logical connection, using a special protocol to combine the bandwidth of the individual connections.