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Nutanix Certified Professional - End-User Computing (NCP-EUC) exam is a certification exam that is designed to validate the skills and knowledge of IT professionals in managing Nutanix virtual desktop infrastructure (VDI) solutions. NCP-EUC Exam is specifically designed for IT professionals who work with Nutanix VDI solutions in their organizations and want to enhance their skills and knowledge to become proficient in managing virtual desktops.

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Nutanix Certified Professional - End User Computing (NCP-EUC) 6.10 Exam Sample Questions (Q120-Q125):

NEW QUESTION # 120
What are the two types Of Launchpads that exist in Frame? (Choose two.)

Answer: B,C

Explanation:
There are two types of Launchpads that exist in Frame: Application Launchpad and Desktop Launchpad2.
An Application Launchpad is a representation of the applications that are available for streaming.
Users can launch any application they have access to from this Launchpad. An example of an Application Launchpad is shown below:
A Desktop Launchpad is a representation of the desktops that are available for streaming. Users can launch any desktop they have access to from this Launchpad. An example of a Desktop Launchpad is shown below:
https://www.nutanix.com/blog/work-from-home-anywhere-in-five-easy-steps


NEW QUESTION # 121
Due to a recent unprivileged access incident, an administrator needs to better protect critical applications by preventing lateral movement within the EUC environment.
Which Flow Network Security feature will accomplish this task?

Answer: B

Explanation:
Microsegmentation is the specific functional capability within Nutanix Flow Network Security designed to control and restrict east-west traffic between virtual machines.
While traditional firewalls protect the perimeter (North-South), Microsegmentation applies stateful firewall policies directly to the vNIC of each VM. This allows an administrator to define granular rules that explicitly allow or deny traffic between individual VMs or groups of VMs (e.g., preventing a compromised VDI desktop from accessing a database server on the same subnet). This feature is the primary mechanism used to prevent lateral movement within the environment.


NEW QUESTION # 122
An administrator has configured a VM with passthrough GPU to allow direct access to GPU resources. After an AHV host failure, the VM fails to power up on another host.
What would cause this behavior?

Answer: B

Explanation:
Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:
According to Nutanix AHV Administration Guide regarding GPU Pass-Through:
* Hardware Binding: GPU Pass-Through (DirectPath I/O) binds a virtual machine to a specific physical PCIe device on the host. Unlike vGPU (which abstracts the hardware), passthrough creates a 1:1 dependency.
* HA Behavior: Nutanix AHV supports High Availability (HA) for GPU-enabled VMs in the sense that if a host fails, the system attempts to restart the VM on another host (Cold Migration). Option C ("Not HA-capable") is incorrect because the system attempts the restart; it does not simply abandon the VM by design.
* Failure Cause: The restart fails (the "behavior" described) because the destination host must have the exact same GPU hardware resource available (free and matching the profile/addressing). If the other nodes in the cluster do not have a free GPU of the same type, or if they are already fully utilized, the VM cannot power on, resulting in the "Insufficient GPU resources" error.


NEW QUESTION # 123
An administrator has configured three web servers that are used to access VDIs. One of the cluster nodes has become unresponsive and users can no longer reach a web server VM to access their VDI. What should the administrator configure to avoid this issue in the future?

Answer: B

Explanation:
To ensure high availability for distributed applications such as load-balanced web servers, Nutanix AHV allows administrators to configure Anti-Affinity rules.
An Anti-Affinity rule specifies that a group of virtual machines should never run on the same AHV host simultaneously. By applying an Anti-Affinity rule to the three web server VMs, the Acropolis Scheduler ensures they are distributed across different physical nodes in the cluster.
In the scenario described, the web servers likely resided on the same host (or the failing host held the only active instance). If Anti-Affinity rules had been configured, the other web server VMs would have been running on healthy hosts, ensuring continued user access to the VDI environment despite the single node failure.


NEW QUESTION # 124
Which data type should be stored in a container with compression disabled?

Answer: A

Explanation:
Nutanix storage best practices dictate that Encrypted Data should be stored in a container with compression disabled.
Data that is encrypted at the guest VM level or application level (before reaching the Nutanix storage controller) appears as random, high-entropy data. Compression algorithms (like LZ4) rely on finding repeated patterns in data to reduce its size. Because encrypted data has no discernible patterns, the compression algorithm will consume CPU cycles without achieving any storage savings (and potentially increasing latency).
While VM Templates and ISOs are often already compressed, they are not strictly required to have compression disabled in the same critical manner as Encrypted Data. VDI User Profiles often benefit significantly from compression.


NEW QUESTION # 125
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