NCP-EUC Nutanix Certified Professional - End User Computing (NCP-EUC) 6.10 Exam Free Practice Exam Questions (2025 Updated)

One of them is Nutanix Frame, which is a cloud-based service that delivers virtual apps and desktops from any cloud provider or on-premises datacenter.

Nutanix Frame simplifies VDI deployment by providing automated cloud resource orchestration, user session brokering, and environment administration.

Another solution is Nutanix Citrix Cloud, which is a hybrid cloud solution that integrates Nutanix HCI with Citrix Virtual Apps and Desktops service.

Nutanix Citrix Cloud enables VDI deployment by providing centralized management and delivery of virtual apps and desktops through Citrix Cloud Services.

According to Nutanix best practices2, one of the steps needed for deploying VDI with Nutanix Citrix Cloud is to configure the PE Citrix Connection.

This step involves creating a connection between the Nutanix Prism Element (PE) cluster and the Citrix Cloud account, which allows Nutanix to register as a resource location for Citrix Cloud Services.

This connection also enables Nutanix to provide performance metrics, alerts, and actions for the virtual apps and desktops running on Nutanix HCI.

When migrating Machine Creation Services (MCS) non-persistent (pooled) environments to Nutanix, it is not efficient or recommended to migrate the individual worker VMs using migration tools like Nutanix Move. These VMs are ephemeral clones that are deleted or reset upon reboot.

The correct architectural procedure is to migrate the Master Image (Gold Image). The administrator should replicate the base image VM to the Nutanix cluster (using Nutanix Move or Data Protection replication), install the necessary Nutanix drivers (VirtIO) and the Citrix VDA, and then snapshot this migrated image. This snapshot is then used by the MCS service to redeploy a fresh catalog of worker VMs native to the Nutanix AHV infrastructure. This ensures all clones are properly linked to the new storage architecture and avoids the overhead of moving disposable data.

the delivery method in use is Citrix MCS. Citrix Machine Creation Services (MCS) is a technology that creates and manages virtual machines from a master image. MCS uses Nutanix storage efficiency features such as deduplication and shadow clones to reduce storage consumption and improve performance. The exhibit shows that the VDI cluster has a high deduplication ratio (7.5x) and a low physical space usage (1.2 TB) compared to the logical space usage (9.1 TB), which indicates that MCS is in use.

Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:

According to Nutanix EUC Troubleshooting Guides:

Tool Capabilities: RDAnalyzer (Remote Display Analyzer) is the specific tool recommended to view real-time statistics regarding the Display Protocol (Blast/ICA/PCoIP), Frames Per Second (FPS), Bandwidth, Network Latency, and GPU Utilization in a single overlay window.

Why not GPUView? NVIDIA GPUView (Option D) is a deep-dive performance trace tool used for analyzing complex rendering pipelines and driver lag (DPCs/ISRs). It does not provide a live dashboard of "Network Latency" or "Bandwidth" for the display protocol, nor is it used for quick "real-time" monitoring by administrators in the same way RDAnalyzer is.

Note on Exam Key: While some older exam dumps might incorrectly flag D, RDAnalyzer is the only tool in the list that provides the protocol-specific network metrics (bandwidth/latency) requested in the scenario.

https://portal.nutanix.com/page/documents/solutions/details?targetId=TN-2041-Nutanix-Files:file-server-virtual-machines.html

https://next.nutanix.com/files-storage-71/command-line-access-to-nutanix-file-server-vm-fsvm-via-ssh-nutanix-files-33420

The file server VM (FSVM) is a virtual machine that runs on Nutanix Files and provides file services such as SMB shares and NFS exports. The FSVM is based on CentOS and incorporates all the security and hardening that goes into the Nutanix Controller VM (CVM)2. The CVM is a virtual machine that runs on each node of a Nutanix cluster and provides storage management, data protection, cluster coordination, and other services3.

The FSVMs have some default configuration settings that can be changed depending on your workload requirements. For example, you can change the number of vCPUs, RAM, network interfaces, or disk size of an FSVM2. However, you should not change these settings without consulting Nutanix Support first.

One of the factors that affects the performance of an FSVM is its memory allocation. The more memory an FSVM has, the more cache it can use for file operations. This can improve the throughput and latency of file serving workloads4. Therefore, increasing the FSVM RAM to 96GB can help optimize its performance for a large number of users.

In the context of migrating or setting up Citrix MCS workloads on Nutanix AHV, the workflow relies on the Machine Catalog as the provisioning unit.4

After the administrator converts the base image (Master Image) to the Nutanix AHV format, the correct procedure to deploy "many VMs" (non-persistent pooled workloads) is to create a New Machine Catalog within Citrix Studio.5 During this creation process, the administrator selects the converted image (or a snapshot of it) as the template source.6 MCS then utilizes this single image to clone and provision the multiple non-persistent VMs requested. Therefore, provisioning "New catalogs on AHV with the converted image" is the accurate description of the required task.

Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:

According to Nutanix Validated Designs (NVD) for Citrix DaaS:

Control Plane: The requirement to "reduce brokering infrastructure footprint" dictates the use of Citrix DaaS (formerly Citrix Cloud), which offloads the Delivery Controllers and SQL databases to the Citrix cloud service, leaving only the lightweight Cloud Connectors on-premises.

Placement: In a large multisite architecture using the standard "Block and Pod" design, Nutanix recommends separating Management/Infrastructure functions from Workload functions.

Best Practice: Cloud Connectors are critical infrastructure components. They should be deployed on the AHV Infrastructure Clusters (Management Clusters) in each resource location, rather than the Workload clusters, to ensure they are protected from resource contention caused by user desktops and to maintain a clean separation of duties.

Nutanix Prism defines alert severity levels as follows:

Critical: An issue that requires immediate attention; the system or service is likely down or data is at risk.

Warning: An actionable issue has been detected. The system is currently functioning, but user intervention is required to prevent the issue from escalating. As the prompt states, "a more serious issue may develop if this is not resolved soon."

Info: System events that are for tracking purposes only (e.g., power on/off).

Therefore, the scenario describes a Warning level alert.

Nutanix Prism Central features the Security Dashboard (previously known as Security Planner), which is the designated interface for monitoring and managing the security posture of the environment.

This dashboard specifically scans and reports on Common Vulnerabilities and Exposures (CVEs), including CPU and memory-related vulnerabilities (such as Spectre, Meltdown, and L1TF) affecting the AHV hosts and CVMs. It provides a consolidated view of the "Protection Status" across all registered clusters and guides the administrator on the necessary software versions (LTS/STS) or Life Cycle Manager (LCM) updates required to remediate these specific hardware-level security risks.

Comprehensive and Detailed Explanation From Exact Extract of Nutanix and Citrix DaaS documents:

According to Citrix Cloud and Nutanix DR best practices:

High Availability Requirement: Citrix strongly recommends and practically enforces a requirement of at least two (2) Cloud Connectors per Resource Location (RL).

Reasoning: Cloud Connectors are "evergreen" components that update automatically from the cloud. During an update, a connector may reboot. If only one connector exists (Option A), the Resource Location would go offline, severing connectivity for the DR site.

Production vs. DR: A Disaster Recovery (DR) site is treated as a production Resource Location because it must be ready to accept user connections instantly during a failover. Therefore, the minimum N+1 redundancy rule applies, requiring 2 connectors.

one of the possible causes of slower logon and application load times for VMware Horizon-based virtual desktop users is Failed to create Native clone errors. This error occurs when there is a problem with cloning virtual machines using Nutanix Native Clones technology. To troubleshoot this issue, you can check the following:

The Nutanix cluster has enough free space to create clones

The Nutanix cluster has enough CPU and memory resources to handle cloning operations

The Nutanix cluster is running a compatible version of AOS and AHV with VMware Horizon

The VMware Horizon environment is configured correctly to use Nutanix Native Clones

The VMware Horizon agent is installed and updated on the master image

https://www.nutanix.com/support-services/training-certification/certifications/certification-details-nutanix-certified-professional-ncp-euc-v6

https://kb.vmware.com/s/article/1008360

Frame is a cloud-based desktop-as-a-service platform that allows users to access Windows applications and desktops from any device1. A license server is a server that hosts a network licensing manager for software that requires licenses to run2. Frame supports using a utility server as a license server for Frame desktops1. A utility server is a stand-alone, general purpose Windows server that can be configured and managed from the Frame dashboard1.

https://docs.frame.nutanix.com/platform/admin/utility-servers/