Most Recent Nutanix NCP-EUC Exam Questions & Answers

The feature in Nutanix that would be used to complete the task of deploying virtual desktops to a Hyper-V Nutanix cluster with writable differencing disks using a read-only master image with clones that link back to the image is Shadow Clones. Shadow Clones allow for the creation of a snapshot or a clone of a VM that uses the original VM's disks as read-only, and only writes changes to a separate differencing disk. This is useful when deploying virtual desktops as it can reduce storage requirements and improve performance.

Nutanix shadow clones are a feature that enables distributed caching of virtual disks (vDisks) that are in a multi-reader scenario.This can improve performance and reduce network traffic for scenarios such as VDI or private clone boot storms1

Nutanix offers a solution that delivers virtual apps and desktops in one click. Nutanix supports both persistent and non-persistent VDI deployments, as well as RDSH-based VMs and AppStacks.

Storage containers are logical units that group vDisks and apply storage policies such as replication factor, encryption, compression, deduplication and erasure coding3.Nutanix recommends using compression and deduplication to reduce storage usage and avoid duplicate data4.

Nutanix's Shadow Clones feature is used to create linked clones or snapshots of base VMs, which can improve VM provisioning time and storage efficiency by reducing the amount of duplicated data.

If an administrator disables Shadow Clones within a company's VDI environment, it is likely that deployment times would increase as the number of deployed desktops increases. This is because linked clones or snapshots would no longer be used, so each new desktop deployment would require creating a full copy of the base VM.

Nutanix Shadow Clones allow for distributed caching of a particular disk or VM data, which are in a 'multi-reader' scenario.This can help in scenarios such as VDI or private clone boot storms, where VMs on multiple nodes read from the same set of base disks12

ersistent virtual machines are those that retain all the user's personal settings, files, and customizations after each session12.Non-persistent virtual machines are those that reset to a predefined state after each session and do not save any user data12.MCS (Machine Creation Services) is a Citrix feature that allows administrators to create and manage multiple virtual machines from a single master image3.Remote Desktop Services (RDS) is a Microsoft feature that allows users to access applications or desktops hosted on a remote server4.Citrix Virtual Apps is a Citrix feature that allows users to access applications hosted on a remote server or cloud5

https://docs.citrix.com/en-us/citrix-workspace/integrate.html

The Prism Citrix Cloud integration feature allows you to configure the Citrix Cloud settings in Prism Central and connect your Nutanix cluster as a resource location in Citrix Cloud4. This enables you to use Citrix Virtual Apps and Desktops service to deliver applications and desktops to your end users.

To use this feature, you need to meet some prerequisites, such as:

The Prism Central version must be 2020.11 or later.

The AOS version must be 5.15 LTSR or later.

The hypervisor must be AHV or ESXi.

You must have a valid Citrix Cloud account with access to Citrix Virtual Apps and Desktops service4.

One of the steps for configuring the Prism Citrix Cloud integration is to establish the connection to Citrix Cloud. To do this, you need to provide three pieces of information:

Customer ID: This is a unique identifier for your Citrix Cloud account that can be found in your profile settings2.

Client ID: This is a unique identifier for an API client that can access your Citrix Cloud account.You can create an API client in your identity and access management settings2.

Secret Key: This is a secret string that authenticates the API client.You can generate a secret key when you create an API client2.