Nutanix Nutanix Certified Services Core Infrastructure Professional (NCS-Core 6.8) NCS-Core Exam Dumps: Updated Questions & Answers (July 2025)

The warning message about powering off VMs during an AOS upgrade in a two-node cluster is issued because, in smaller clusters such as two-node configurations, resource availability and redundancy are limited. To safely perform an upgrade without risking service disruption, the VMs need to be powered down to free up resources and ensure that there is sufficient capacity to handle the cluster operations during the upgrade process.References: Nutanix Bible, NCS-Core 6.8 course content, and Nutanix upgrade best practices.

If the Foundation applet's progress bar webpage does not load after a refresh during a cluster creation, the consultant should verify if the Foundation process has completed by attempting to connect to any CVM (Controller Virtual Machine) IP address using a web browser. Accessing the CVM will confirm whether the nodes are operational and part of the cluster, thus indicating whether the Foundation process has successfully completed or not.References: Nutanix Bible, NCS-Core 6.8 official documentation on the Foundation process.

Ref: https://next.nutanix.com/installation-configuration-23/physical-relocation-of-nutanix-clusters-38403

To meet the customer requirements for automatic failover and resource balancing in a vSphere environment, two specific features need to be enabled: vSphere High Availability (HA) and Distributed Resource Scheduler (DRS). vSphere HA ensures that VMs automatically restart on other hosts in the event of a host failure, providing high availability. vSphere DRS balances computing workloads with available resources in a vSphere environment, ensuring that resources are used efficiently and that new VMs are placed on hosts with the most available resources.

References:

Nutanix Bible: vSphere Integration

Nutanix University: Configuring vSphere Features

Ref: https://next.nutanix.com/installation-configuration-23/backplane-net work-in-aos-5-5-27291

When deploying Nutanix hardware, it is essential to ensure that all necessary components are included in the Bill of Materials (BOM). In this case, the BOM includes SFP+ modules but lacks the fiber cables needed for connectivity. The SFP+ modules indicate a requirement for fiber optic cables, and it's crucial for the consultant to ensure the client understands their responsibility to procure compatible cables. Nutanix typically does not provide fiber cables as these are considered network infrastructure components, which vary based on specific network requirements and setups.References:

Nutanix University - NCS-Core 6.8 Learning Path

The Nutanix Bible (https://www.nutanixbible.com/ )

Nutanix TechTalks and Learning Videos (https://www.youtube.com/playlist?list=PLAHgaS9IrJecs_AcQT3Y7vSsKT2mjz3Iu )

When a NearSync Replication window is missed due to high write volume during nightly backups, the expected behavior of the system is to adjust the replication schedule temporarily and continuously attempt to return to the configured NearSync schedule. The correct answers are:

Option B, "Protection Domain transitions back to the hourly schedule." If the NearSync cannot maintain the 15-minute schedule due to excessive write volume, it may temporarily fall back to a less frequent schedule, such as hourly, to stabilize.

Option D, "The system continuously tries to get to the NearSync schedule." NearSync is designed to handle transient high-load situations by trying to catch up and revert to the pre-set NearSync schedule as conditions allow.

References:These behaviors are outlined in the Nutanix documentation for NearSync, which describes how the system manages periods of high I/O and missed replication windows.

Ref: https://next.nutanix.com/installation-configuration-23/convert-existing-nutanix-vmware-cluster-to-nutanix- only-37600

In the scenario where SQL queries are running slower post-migration, creating multiple TempDB data files is a recognized best practice for optimizing SQL Server performance, especially when dealing with high transaction rates or complex queries. This approach helps in distributing the I/O load across multiple files and drives, reducing the contention and wait times associated with TempDB, which is a common bottleneck in SQL Server environments. Enabling autogrowth ensures that these files can dynamically grow as needed, which helps in handling unexpected increases in database activity without manual intervention.References: Nutanix Best Practices for SQL Server, SQL Server performance tuning guidelines.

Ref: https://support-portal.nutanix.com/page/documents/details?targetId=Web-Console-Guide-Prism-v5_10:wc-prote ction-domain-wc-c.html