Virtual SAN can be configured in two different configurations, which are:

The correct choice highlights the two specific configurations for Virtual SAN, which are SSD and hybrid storage. In a hybrid configuration, Virtual SAN uses a combination of traditional spinning disks (HDDs) alongside SSDs. The SSDs act as a caching tier to accelerate storage performance, while the HDDs provide a cost-effective solution for large data capacity. This design allows organizations to benefit from the speed of SSDs while still utilizing the economical storage of HDDs for less performance-sensitive data.

In contrast, other configurations mentioned may not accurately represent the options available for Virtual SAN. Using SSD and SATA, for instance, does not capture the essence of how Virtual SAN is structured, since SATA typically refers to standard hard drives rather than functioning in a hybrid manner alongside SSDs within the Virtual SAN architecture. Similarly, while HCI (Hyper-Converged Infrastructure) encompasses concepts of combining storage and compute resources, it is not specifically a configuration option for Virtual SAN itself. Lastly, the notion of hybrid storage and standard fails to clarify the critical role of SSDs within the hybrid model, which specifically defines the performance tier within Virtual SAN.

Understanding these configurations is essential, as they outline how organizations can leverage both performance and capacity in their storage solutions, making Virtual SAN a