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  • [Aug-2026] Nutanix NCP-EUC Exam Practice Test Questions – Free4Dump [Q19-Q39]

[Aug-2026] Nutanix NCP-EUC Exam Practice Test Questions – Free4Dump [Q19-Q39]

Posted on August 4, 2026 By freedumps No Comments on [Aug-2026] Nutanix NCP-EUC Exam Practice Test Questions – Free4Dump [Q19-Q39]
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[Aug-2026] Nutanix NCP-EUC Exam Practice Test Questions – Free4Dump

Updated Certification Exam NCP-EUC Dumps – Practice Test Questions

Nutanix NCP-EUC, or Nutanix Certified Professional – End-User Computing, is an industry-recognized certification program designed to validate the skills and knowledge of professionals working in the end-user computing field. Nutanix Certified Professional – End User Computing (NCP-EUC) 6.10 Exam certification is offered by Nutanix, a leading provider of cloud computing and hyper-converged infrastructure solutions.

 

NO.19 A persistent desktop that is already configured for inline-compression can take advantage of which other storage space-saving technology?

 
 
 
 
For persistent desktop workloads (full clones) where data efficiency is critical, Nutanix recommends leveraging Inline Compression as the primary reduction technology. To further optimize storage capacity without the heavy memory overhead associated with Deduplication, the recommended complementary technology is Erasure Coding (specifically Inline Erasure Coding in newer AOS versions or EC-X post- process).
Erasure Coding increases the effective usable capacity of the cluster by stripping data parity across nodes (similar to RAID 5/6 logic) rather than relying on the default Replication Factor 2 (RAID 1 logic) for cold or write-cold data. Since persistent desktops often contain large amounts of static data after the initial OS and application installation, Erasure Coding significantly reduces the storage footprint. While Capacity Deduplication (Option D) is available, it is generally reserved for specific use cases (like full clone setups with high data commonality) due to its high RAM requirement for fingerprint metadata, making Erasure Coding the more universally applicable “other” technology for general persistent VDI.

NO.20 What network port is required for inbound communication to Citrix Licensing?

 
 
 
 
In a Nutanix-hosted Citrix Virtual Apps and Desktops environment, proper network port configuration is essential for component communication. The Citrix License Server is a critical infrastructure component that manages product licensing.
According to Nutanix Validated Designs and Citrix reference architectures for traffic flow, TCP port 27000 is the default port required for inbound communication to the License Server. This port is used by the License Server Manager (lmadmin or lmgrd) to receive communication from Citrix products (such as the Delivery Controller) requesting licenses.
The specific port breakdown for the License Server is:
* Port 27000 (TCP): The License Server Manager port (Inbound communication). This is the primary entry point.
* Port 7279 (TCP): The Vendor Daemon port.
* Port 8082/8083 (TCP): The Administration Console web port (used for management, not licensing requests).
Therefore, to ensure successful inbound communication for licensing operations within the Nutanix infrastructure, the firewall must allow traffic on Port 27000.

NO.21 An administrator needs to migrate MCS non-persistent workloads to Nutanix.
Which statement is true regarding this task?

 
 
 
 
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.

NO.22

An administrator has deployed Citrix Virtual Apps and Desktops on a Nutanix dedicated VD’ cluster.
What is the delivery method in use, based on the curator reports shown in the exhibit?

 
 
 
 
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.

NO.23 An administrator has an ESXi-based Nutanix cluster exclusively using T4-2Q profile types. When attempting to power on virtual desktops with a T4-4Q profile, the operation fails.
The administrator has noted that the physical GPUs across the cluster show low usage with only one 2Q desktop per GPU per host, with plenty of spare frame buffer memory available. The administrator wants to maximize the number of users on a single card and allow 4Q and 2Q profiles to co-exist. The administrator acknowledges the lower performance that may occur.
How can the administrator accomplish this task?

 
 
 
 
This issue is caused by the NVIDIA vGPU scheduling policy. On many NVIDIA GRID/vGPU architectures (prior to latest MIG capabilities), you cannot mix different vGPU profile sizes (e.g., 2Q and 4Q) on the same physical GPU.
* Current State (Breadth Mode): The scheduler is likely distributing the “2Q” VMs evenly across all available GPUs. This means every physical GPU has at least one “2Q” profile active, “tainting” the GPU so it can only accept other “2Q” VMs.
* The Fix (Depth Mode): By changing the allocation policy to Depth-First, the scheduler will fill up the first physical GPU with “2Q” VMs until it is full before moving to the next. This consolidates the “2Q” workloads onto fewer cards, leaving other physical GPUs completely empty. These empty GPUs can then accept the “4Q” profile type, allowing both profiles to co-exist on the same host (though on different physical cards).

NO.24 An administrator has been given a new support role for a group of 1000 users, which are all running Windows
10 Linked Clone virtual desktops,
The administrator learns quickly that the environment has been undersized with constant complaints from the user community around running out of storage. The administrator further discovers that the environment is memory constrained.
Which feature should the administrator enable to help relieve the capacity issue?

 
 
 
 
Deduplication is a process that eliminates duplicate data blocks and reduces the amount of storage space required for virtual desktops. Deduplication can be enabled at both cluster level and container level on Nutanix.
Deduplication can also work with VCAI (View Composer Array Integration), which is a feature that uses Nutanix native NFS snapshot technology to clone VMs2. VCAI can improve performance and reduce storage consumption for linked-clone desktop pools.
Another feature that can help with capacity issue is Shadow Clones, which is a distributed caching mechanism that allows multiple VMs to read from a single vDisk copy stored locally on each node3. Shadow Clones can reduce network traffic and improve boot times for virtual desktops.
https://www.nutanix.com/support-services/training-certification/certifications/certification-details-nutanix-certifi

NO.25 An administrator is tasked with setting up an integration between Nutanix and Citrix PVS. After installing the Nutanix AHV plug-in for PVS, the administrator is unable to use the integration in Citrix PVS.
What step must the administrator take to resolve the issue?

 
 
 
 
Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:
According to the installation guide for the Nutanix AHV Plug-in for Citrix:
* Plugin Registration: The Nutanix AHV plug-in functions as a Hardware Compatibility Layer (HCL) plugin within the Citrix architecture. This allows the Citrix Provisioning (PVS) Streamed VM Setup Wizard to communicate with the AHV hypervisor.
* Service Restart: After installing the plug-in on the PVS Console machine (or the DDC where the wizard is being run), the administrator must restart the specific Citrix services that load these HCL plugins. The Citrix Remote HCL Server service (often associated with the proxying of hypervisor calls in PVS/DDC environments) must be restarted to register the new Nutanix connection type.
* Resolution: Without restarting this service, the PVS wizard cannot enumerate the Nutanix AHV connection or resources, rendering the integration unusable until the service reload picks up the new plugin dlls.

NO.26 An administrator is utilizing Citrix App Layering in an AHV cluster.
What must be included in the OS layer?

 
 
 
 
When creating the OS Layer for Citrix App Layering on Nutanix AHV, it is a strict requirement to include the Nutanix VirtIO Drivers.
The OS Layer is the foundational disk image used to generate the layered desktop. Because Nutanix AHV uses paravirtualized storage (SCSI) and network drivers for performance, the Windows OS within the layer must have the VirtIO drivers installed to successfully boot and communicate with the AHV hypervisor platform. Without these drivers in the OS layer, the resulting layered image will fail to boot on Nutanix infrastructure. (The Citrix VDA is typically placed in the Platform Layer or a separate App Layer, not strictly the OS layer).

NO.27 An administrator is investigating a complaint about poor performance and slow response times for a virtual desktop environment.
The administrator has obtained the following statistics from the environment:
* vCPU to pCPU ratio is 4:1
* VM Guest OS is Windows 10
* VMs are configured with 4 vCPUs each
* VM Guests are configured with 16GB of RAM
* The SSD cache tier is 85% full, and the capacity tier is 45% full
* Host CPU utilization is < 40%
What is the most likely cause of the poor performance?

 
 
 
 
The performance statistics indicate that the SSD Cache tier is 85% full, which is the primary bottleneck. In a Nutanix cluster, the SSD tier serves as the high-performance “Hot Tier” (Extent Store and Oplog) for active data. When the SSD tier utilization exceeds recommended thresholds (typically above 75-80%), the system must aggressively destage data to the slower HDD Capacity tier to free up space for incoming writes.
This destaging process and the lack of available SSD space for the active working set (WS) force read and write operations to be served from the slower Capacity tier (HDD), resulting in significantly higher latency and “sluggish” desktop performance. The vCPU ratio (4:1) and Host CPU (< 40%) are well within healthy limits, ruling out CPU contention.

NO.28 A company has decided to use Citrix Optimizer tool to prepare their gold image.
Which two actions does Optimizer take to improve the gold image creation process? (Choose two.)

 
 
 
 
The Citrix Optimizer tool is used to prepare Windows operating system images for use in a virtual desktop environment. Some of the actions that it takes to improve the gold image creation process include:
* Optimizes user environments for better performance: The tool removes unnecessary or redundant services, features, and applications from the image, which can improve performance and reduce resource usage.
* Uses built-in templates to perform optimizations: The tool comes with pre-configured templates that are optimized for specific environments, such as virtual desktops or server workloads. These templates can be customized based on the specific needs of the organization.
https://support.citrix.com/article/CTX224676/citrix-optimizer-tool
https://docs.citrix.com/en-us/workspace-environment-management/service/using-environment-management
/system-optimization/citrix-optimizer.html

NO.29 By default, Prism Central provides 18 predefined system report configurations that address common use cases and requirements of an organization’s infrastructure management.
What is a valid action for predefined report configurations?

 
 
 
 
According to the Prism Central Guide regarding Reporting, predefined system reports (such as Cluster Efficiency, Environment Summary, etc.) are built-in templates provided by Nutanix. The documentation explicitly states that while administrators can view and run these reports, they cannot delete or modify (Edit) the structure of these predefined reports directly.
However, the valid action an administrator can perform on a predefined report is to Schedule it. Scheduling allows the report to run automatically at specified intervals and email the results to recipients. If modification is required, the administrator must first clone the predefined report to create a custom copy, which can then be edited; the original remains locked.

NO.30 An administrator is tasked with enabling security measures through a STIG to ensure the CVM meets company requirements.
Which RHEL STIG version is the Nutanix CVM compliant with?

 
 
 
 
Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:
According to the latest Nutanix Security Guide (AOS 6.x and later) regarding SCMA (Security Configuration Management Automation):
* OS Evolution: Modern Nutanix Controller VMs (CVMs) in current Long Term Support (LTS) releases (AOS 6.5 and above) utilize an operating system based on RHEL 8 / CentOS 8.
* STIG Compliance: Consequently, the built-in SCMA policies are updated to check and enforce compliance against the RHEL 8 STIG (Security Technical Implementation Guide).
* Correction Note: Older documentation (AOS 5.x) referenced the RHEL 7 STIG. However, per your request for “latest knowledge” applicable to current supported environments, the CVM is compliant with RHEL 8 STIGs. If this question appears on a legacy exam version, the answer might still be listed as C (RHEL 7), but B is the technically correct answer for modern Nutanix software.

NO.31 An administrator is attempting to enable Active-Active NIC load balancing on a cluster. The operation succeeds on the first node, but fails on the second.
What should the administrator confirm before retrying?

 
 
 
 
When configuring Link Aggregation Groups (LAG) or Active-Active NIC bonding (such as balance-tcp with LACP) on Nutanix AHV, there is a strict requirement regarding link negotiation. All interfaces in a bond must run at the same speed.
If the second node has physical NICs that have negotiated different speeds (e.g., one link at 10 Gbps and another at 1 Gbps due to a cabling issue or switch misconfiguration), the bond creation command will fail for that specific node. While identical hardware (Option A) is preferred, it is the actual operating speed of the links that determines whether the OVS bond can successfully form.

NO.32 An administrator receives reports that members in a delivery group that recently had a new gold image applied are being prompted to restart their non-persistent desktops in the middle of the workday.
Which setting in the recently applied gold image does the administrator need to address to resolve this issue?

 
 
 
 
In a non-persistent VDI environment, changes to the operating system should only occur within the Golden Image (or Master Image), not on the individual provisioned VMs. If the Windows Update policy is set to Automatic within the Gold Image, the clones generated from that image will independently check for updates, download them, and attempt to install them during the user’s session.
This behavior often triggers a “Restart Required” prompt to the end-user to finish installing the updates. To prevent this disruption and ensure version consistency, Nutanix and VDI best practices dictate that the Windows Update service should be disabled or set to Manual in the Gold Image. Updates should be applied administratively to the Gold Image during a maintenance window, followed by a recompose/update of the machine catalog.

NO.33 An administrator is upgrading a 3-node Nutanix Files Server during a routine maintenance window. The administrator observes that users experience connectivity problems with their profile containers becoming disconnected from their virtual desktops when a File Server VM (FSVM) reboots. What could be implemented to address this?

 
 
 
 
To support non-disruptive operations for sensitive workloads such as VDI user profiles (e.g., FSLogix or Citrix Profile Management), Nutanix Files supports Continuous Availability (CA) for SMB shares.
Standard SMB shares may experience a brief pause or disconnect during an FSVM failover or upgrade (rolling reboot), which causes VDI profile containers to detach, leading to application crashes or session hangs. Continuous Availability enables persistent file handles, allowing the client session to transparently failover to another FSVM node without disconnecting the application or user session. This is the specific feature designed to address connectivity issues during maintenance windows for VDI workloads.

NO.34 An administrator wants to allow SSH access to a Prism Element cluster from selected workstations and disallow password access.
How can this be accomplished?

 
 
 
 
According to the Nutanix Security Guide, Cluster Lockdown is the specific security feature designed to restrict access to the cluster by disabling password-based authentication. When Cluster Lockdown is enabled, the cluster allows access only via SSH keys (RSA keys).
To meet the requirement of allowing access from “selected workstations” while “disallowing password access,” the administrator must use Cluster Lockdown. By generating an SSH key pair and configuring the public key within the Cluster Lockdown settings (and removing the “Enable Remote Login with Password” option), the administrator ensures that only workstations possessing the corresponding private key can authenticate. This effectively restricts access to the specific workstations holding the keys and eliminates the risk associated with password-based logins. While IP restrictions (Option B/C) can limit the source addresses, they do not inherently disable password authentication, which is the primary requirement of the question.

NO.35 Refer the exhibit.


Which statement is true?

 
 
 
 
The schedule has two rows: one for Weekdays and one for Tuesday and Thursday.
Each row has a column for Instances, which indicates how many instances should be running during that time range.
Each row also has a column for Time Range, which indicates the start and end time for running the instances.
The time range is expressed in 24-hour format, where 00:00 means midnight and 24:00 means midnight of the next day.
According to the exhibit, the schedule Dev has the following settings:
On Weekdays (Monday to Friday), five instances are running from 09:00 am till 05:00 pm.
On Tuesday and Thursday, five instances are running from 00:00 am till 24:00 pm.

NO.36 What disaster recovery feature does the Nutanix platform provide in a VMware Horizon environment?

 
 
 
 
Nutanix is the only vendor that supports replication of linked clones. This means that option A is correct. However, I cannot guarantee the accuracy or validity of this information, so please verify it with other sources before using it.

NO.37 A multisite App Volumes deployment uses a stretched database over multiple Horizon View sites. Non- Attachable volumes will be used to support replication of AppStacks between blocks and pods.
What should the administrator do to be able to replicate AppStacks between the Nutanix clusters?

 
 
 
 
regarding replicating AppStacks between Nutanix clusters, it is likely that the correct answer would involve configuring some form of replication or disaster recovery technology on the Nutanix clusters themselves.
https://portal.nutanix.com/page/documents/solutions/details?targetId=BP-2135-VMware-App-Volumes:BP-
2135-VMware-App-Volumes

NO.38 Refer to the exhibit.

An administrator was made aware that user sessions are being randomly disconnected. and their applications and files being terminated. When the user launches new virtual desktop session, they are authenticated to a fresh desktop. upon investigating. the administrator discovers that most users log in at 9:00 AM and are active through 2:00 PM.
What configuration setting must be modified in order to resolve this issue?

 
 
 
 
Nutanix Frame has several session settings that can affect the user experience and resource utilization. One of these settings is Max session duration, which defines how long a user can stay connected to a Frame session before it is automatically terminated1. If this setting is too low, users might experience random disconnections and lose their applications and files. Therefore, the configuration setting that must be modified in order to resolve this issue is A (Max session duration).

NO.39 A company is using Citrix for virtual desktops on Nutanix with AHV. The studio has 10,000 users who will be connecting to this infrastructure and have deployed a dedicated Files cluster for holding the user home shares.
Since this is a dedicated cluster with dual Intel 6242 28 GHz 16 Core processors and 192GB of RAM, what should be done for the FSVM and CVM configuration to allow for optimal performance?

 
 
 
 
https://portal.nutanix.com/page/documents/solutions/details?targetId=TN-2041-Nutanix-Files:file-server-virtual-
https://next.nutanix.com/files-storage-71/command-line-access-to-nutanix-file-server-vm-fsvm-via-ssh-nutanix-f 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.

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