To enable resource overcommitment while adhering to different department performance SLAs, which features should an administrator enable? (Choose two.)

Enabling vSphere Resource Pools is a crucial step for facilitating resource overcommitment while ensuring that different departments can adhere to specific performance service level agreements (SLAs). Resource pools allow administrators to allocate resources, such as CPU and memory, among virtual machines in a hierarchical manner. This segregation enables the assignment of resource shares, limits, and reservations, which helps manage how resources are distributed and consumed among various workloads. By doing so, administrators can ensure that critical applications receive the necessary resources while allowing for overcommitment in less critical environments, thereby optimizing the overall utilization of hardware resources.

In addition to resource pools, vSphere Storage I/O Control can also significantly contribute to meeting performance SLAs. This feature enables administrators to prioritize storage I/O among virtual machines, thereby ensuring that critical workloads receive the appropriate level of storage bandwidth even when demand exceeds available capacity. This is essential for maintaining performance levels in environments where resources are overcommitted.

The other options, such as vSphere Fault Tolerance and vSphere High Availability, focus on protective measures and uptime rather than resource allocation and performance management. Fault Tolerance provides continuous availability for virtual machines by creating a duplicate instance that runs in lockstep with the primary instance, while High Availability minimizes downtime by automatically restarting virtual