Nutanix Certified Professional Multicloud Infrastructure (NCP-MCI) Practice Exam

The correct answer is B. AHV, which stands for Acropolis Hypervisor, represents the virtualization layer used in Nutanix environments. One of the significant advantages of AHV is its ability to apply firmware and software updates seamlessly without necessitating reboots of the host systems. This capability is crucial for maintaining high availability and minimizing downtime in production environments, allowing workloads to continue running while important updates are being deployed.

This functionality ensures that organizations can keep their systems up to date with the latest features and security patches without impacting application availability. It leverages live migration and other technologies to ensure that updates do not disrupt the normal operations of virtual machines.

The other components mentioned, such as M.2 Drives, Data Drives, and AOS (Acropolis Operating System), do not specifically characterize the hypervisor’s capacity to perform updates without reboots. M.2 Drives are storage devices that can enhance system performance but are not directly related to update processes. Data Drives refer to additional storage for workloads and are not involved in managing updates. AOS does encompass broader functionalities of the Nutanix platform, but it is AHV that specifically allows for this seamless update process.