Clustering can be used with multiple Windows Server 2019 systems to enhance speed and fault tolerance for network services. True or False?

Clustering can be used with multiple Windows Server 2019 systems to enhance speed and fault tolerance for network services. True or False?

• A. True
• B. False
• C. Not sure
• D. Not applicable

Answer: (A)

Clustering in Windows Server 2019 lets several servers work together so a service keeps running even if one node fails, providing fault tolerance. For network services, you can deploy failover clusters to keep services available, and you can use load-distribution approaches (like Network Load Balancing) to spread client requests across nodes, which can boost throughput. So the statement is true: clustering across multiple servers can enhance fault tolerance, and, in appropriate configurations, can also improve speed by distributing load. The other options don’t fit because clustering does provide fault tolerance, and the idea isn’t about applicability or uncertainty.

Clustering in Windows Server 2019 lets several servers work together so a service keeps running even if one node fails, providing fault tolerance. For network services, you can deploy failover clusters to keep services available, and you can use load-distribution approaches (like Network Load Balancing) to spread client requests across nodes, which can boost throughput. So the statement is true: clustering across multiple servers can enhance fault tolerance, and, in appropriate configurations, can also improve speed by distributing load. The other options don’t fit because clustering does provide fault tolerance, and the idea isn’t about applicability or uncertainty.