What mechanism allows simultaneous access to multiple network paths to avoid bottlenecks?

What mechanism allows simultaneous access to multiple network paths to avoid bottlenecks?

• A. Load balancing
• B. Clustering
• C. Link aggregation
• D. Connection pooling

Answer: (C)

Link aggregation is a mechanism that combines multiple network connections in parallel to increase throughput and provide redundancy in case one of the connections fails. This technique allows simultaneous access to multiple network paths, effectively preventing bottlenecks that may occur if traffic were confined to a single link. By aggregating links, users can enjoy improved bandwidth and fault tolerance, making systems more resilient to network failures. In contrast, load balancing distributes workloads across multiple resources or servers, while clustering involves grouping multiple servers to work together as a single unit to enhance performance and reliability. Connection pooling is a method used in software applications to manage database connections efficiently, rather than addressing network paths directly. The distinct role of link aggregation in enabling multiple paths simultaneously sets it apart, making it the correct choice for this question.

Link aggregation is a mechanism that combines multiple network connections in parallel to increase throughput and provide redundancy in case one of the connections fails. This technique allows simultaneous access to multiple network paths, effectively preventing bottlenecks that may occur if traffic were confined to a single link. By aggregating links, users can enjoy improved bandwidth and fault tolerance, making systems more resilient to network failures.

In contrast, load balancing distributes workloads across multiple resources or servers, while clustering involves grouping multiple servers to work together as a single unit to enhance performance and reliability. Connection pooling is a method used in software applications to manage database connections efficiently, rather than addressing network paths directly. The distinct role of link aggregation in enabling multiple paths simultaneously sets it apart, making it the correct choice for this question.