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質問 # 26
An administrator receives many complaints about increased boot times from a WI user over the past few days.
Upon further review, the administrator discovers delays in the deployments of VD' desktops. The administrator could not find any indications that the cluster resources are insufficient.
What should the administrator verify to resolve this issue?
- A. If Memory Overcommitment was disabled
- B. Erasure Coding was disabled
- C. If a node failed
- D. If Shadow Clone was disabled
正解：D
解説：
Shadow Clones are a feature of the AOS storage that enables distributed caching of virtual disks (vDisks) that are read by multiple VMs on different nodes. This can improve performance and reduce network traffic in scenarios such as VDI deployments.
Therefore, if Shadow Clones were disabled, it could cause delays in the deployments of VD' desktops, as they would have to read the vDisk from a remote node instead of a local cache.
質問 # 27
Refer the exhibit
An administrator is getting complaints from users regarding virtual desktop performance. The user base is a mixture of task workers, knowledge workers, and power users. The administrator suspects there are user Virtual desktops that are consuming resources and are starving the other virtual desktops from performing adequately.
How many virtual desktops are contributing to this issue?
- A. 0
- B. 1
- C. 2
- D. 3
正解：C
解説：
The CPU usage percentage indicates how much of the allocated CPU resources the virtual desktop is consuming.
A high CPU usage percentage means that the virtual desktop is using a lot of CPU resources, which can affect the performance of other virtual desktops on the same host or cluster.
According to Nutanix best practices, the recommended CPU usage percentage for virtual desktops is less than 80%.
VM-0001 (99%)
VM-0002 (98%)
VM-0003 (97%)
VM-0004 (96%)
VM-0005 (95%)
VM-0010 (85%)
VM-0016 (81%)
These virtual desktops are likely contributing to the performance issue by consuming too much CPU resources and starving other virtual desktops from performing adequately.
質問 # 28
An administrator is monitoring cluster I/O and Latency during VDI user logins shortly after 9:00am.
Which option best describes what is shown in this scenario?
- A. DSF
- B. Fiber Channel MPIO
- C. Data Locality
- D. Compression
正解：C
解説：
The charts provided display a scenario typical of a VDI Boot Storm or login storm, characterized by a massive spike in Read IOPS (top chart) while maintaining extremely low Read I/O Latency (bottom chart).
This behavior is best described by Data Locality (specifically leveraged through a mechanism often called Shadow Clones in VDI contexts).
* The Scenario: During VDI logins, hundreds or thousands of VMs simultaneously read from the same base "Golden Image" or replica disk.
* The Mechanism: Nutanix Data Locality ensures that VM data is served locally from the node where the VM is running. In the specific case of multi-reader VDI workloads, the Nutanix Distributed Storage Fabric detects that the same vDisk is being read by VMs across multiple nodes. It automatically caches this vDisk (Shadow Clone) on the local SSD/RAM of every node.
* The Result: As shown in the graphs, the cluster delivers very high Read IOPS because every node is serving its own VMs from local cache, preventing network congestion. Consequently, the latency remains flat and near-zero, rather than spiking as it would in a traditional centralized storage architecture where all reads traverse the network to a single controller.
質問 # 29
A VM is having vGPU-related issues. An administrator wants to determine the display protocol in use and display real-time statistics such as CPU time, memory usage, frames per second, bandwidth, network latency, and GPU utilization.
What troubleshooting tool should the administrator use?
- A. Prism Central
- B. NVIDIA GPUView
- C. Process Explorer
- D. RDAnalyzer
正解：D
解説：
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.
質問 # 30
A group of developers are migrating from physical computers to persistent virtual desktops.
What is the recommended migration path?
- A. Deploy non-persistent desktops and install required applications.
- B. Convert the developers profile to a roaming profile.
- C. Convert the physical computers to virtual desktops,
- D. Deploy a base image and provision required hosted applications
正解：C
解説：
persistent virtual desktops are virtual desktops that retain their state and configuration across sessions.
This means that users can customize their virtual desktops with their own applications, settings, and data, and have them available every time they log on.
Persistent virtual desktops are suitable for users who need a consistent and personalized experience, such as developers.
According to Nutanix best practices2, one of the recommended migration paths for persistent virtual desktops is to convert the physical computers to virtual desktops.
This can be done by using a tool such as VMware Converter or Microsoft Disk2vhd to create a virtual disk image of the physical computer's hard drive.
Then, this image can be imported into Nutanix Cloud Platform and used as a base image for creating persistent virtual desktops.
This migration path can preserve the existing applications, settings, and data of the physical computers and minimize the disruption for the users.
質問 # 31
Which metric is available in customized reports when using the AHV Plug-in for Citrix Director?
- A. VM Network utilization
- B. VM Average I/O latency
- C. VM CPU Ready time
- D. VM Bandwidth latency
正解：A
解説：
Nutanix AHV Plug-In for Citrix Director provides more information on Citrix generated desktops running on Nutanix AHV. Some of the metrics that are available in customized reports are:
VM CPU Usage
VM Memory Usage
VM Disk IOPS
VM Disk Bandwidth
質問 # 32
An administrator has created a Prism Central Playbook Action named Virtual Desktop Add CPU to add 2 vCPU to virtual desktop when an alert is triggered after the virtual desktop's CPU usage has exceeded 80%. Initially the Playbook Action works as expected, however over time it seems it is no longer being triggered.
What is causing this issue?
- A. The virtual desktop CPU Usage alerts were not cleared.
- B. The vNUMA boundary has been breached preventing more vCPUs to be added.
- C. There are no more CPUs availed to allocate to the VM.
- D. Additional vCPUs need to be registered.
正解：A
解説：
https://next.nutanix.com/community-blog-154/new-x-play-actions-in-prism-central-2021-7-40005 The Prism Central Playbook Action is a tool that allows you to automate tasks based on triggers, such as events, alerts, or webhooks. You can define a series of actions (called a playbook) that perform operations on your infrastructure, such as adding or reducing resources on a VM2.
To use the Playbook Action for VMs, 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.
The VMs must have Nutanix Guest Tools (NGT) installed and enabled3.
One of the possible reasons why the Playbook Action is no longer being triggered is that the virtual desktop CPU Usage alerts were not cleared. According to the Prism Central guide3, "If an alert has been triggered once and has not been cleared yet, then it will not trigger any action again until it has been cleared". Therefore, if the CPU Usage alert remains active for a virtual desktop, it will prevent the Playbook Action from adding more vCPUs to it.
質問 # 33
Refer the exhibit.
Which statement is true?
- A. Five instances are running Tuesday and Thursday from 09:00 am till 05:00 pm.
- B. Five instances are running Tuesday and Thursday from 00:00am till 24:00 pm
- C. Five instances are running on every Weekday from 09:00am till 05:00 pm
- D. Five instances are running on every Weekday fro, 00:00am till 24:00 pm
正解：B
解説：
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.
質問 # 34
An administrator is creating a customized report. Both the "global" and "report" level have been applied.
What is the expected outcome?
- A. Report level will take precedence.
- B. Report with two charts will be created.
- C. Global Level will take precedence.
- D. Contradicting data will be highlighted.
正解：A
解説：
Comprehensive and Detailed Explanation From Exact Extract of Nutanix Prism Operations documents:
According to the Prism Central Intelligent Operations Guide regarding Reporting:
* Precedence Rule: When configuring reports, settings can be applied at a Global level (default for all reports) or overridden at the specific Report level.
* Outcome: The specific Report level settings take precedence over the Global level settings. This allows administrators to have a general standard while customizing specific reports for unique requirements without breaking the global standard.
質問 # 35
An administrator is trying to add a Nutanix cluster as a new connection, but connection name Nutanix AHV is not listed in the Connection type menu.
What should the administrator do to resolve this issue?
- A. Install the Nutanix AHV plugin for Citrix on all Storefront.
- B. Install the Nutanix AHV plugin for Citrix Director on Delivery controllers.
- C. Install the Nutanix AHV plugin for Citrix controllers.
- D. Install the Nutanix AHV plugin for Citrix Director on Storefront Servers.
正解：C
解説：
This is because this option will enable the administrator to add a Nutanix cluster as a new connection by installing and registering the plugin on the Delivery Controllers that manage the connection type menu.
https://portal.nutanix.com/page/documents/solutions/details?targetId=BP-2079-Citrix-Virtual-Apps-and-Desktops:BP-2079-Citrix-Virtual-Apps-and-Desktops
質問 # 36
Refer to the exhibit.
An administrator is deploying an Instant Clone desktop pool on an 8-node Nutanix cluster. The system displays a warning message, as shown in the exhibit.
What should the administrator do to resolve the issue?
- A. Disable Shadow Clones
- B. use both VSA and Shadow Clones
- C. Enable View Storage Accelerator
- D. Safely ignore this warning
正解：A
解説：
Shadow Clones are a unique feature of the AOS storage that enables distributed caching of virtual disks (vDisks) used by virtual machines1. Shadow Clones provide effective caching optimization in distributed multireader scenarios, such as large VDI and cloud deployments2.
The warning message you see indicates that Shadow Clones are disabled on your Nutanix cluster. This may affect the performance of your Instant Clone desktop pool, as it will not benefit from the caching optimization provided by Shadow Clones.
https://portal.nutanix.com/page/documents/solutions/details?targetId=TN-2100-Performance-Analysis-Nutanix-S
質問 # 37
An administrator decides to deploy non-persistent virtual desktops for the accounting department. Currently, the department uses physical desktops and users has full administrative rights to their machines.
Which capability will persist for users following a migration to non-persistent VDI desktops?
- A. Saving user data
- B. Application installations
- C. Installing drivers for user peripherals
- D. Saving application configurations
正解：D
解説：
non-persistent VDI desktops are virtual desktops that do not save any changes made by the user after they log off or shut down12. They rely on a master image that contains the OS, configuration settings, and other customizations that replicate to multiple virtual desktops1.
質問 # 38
The administrator has checked the logs to see the below output:
The API call sent to the VM via XD Plugin at [CDF logs]:
Following that while the VM is being powered OFF, query for the current VM state results in ON (the administrator sees a number of these until the VM is marked as power OFF) logs]:
Upon further review the administrator notices in COF logs, after a number of queries for the machine state, one results in a conflicting state, reporting the Power state as ON anc OFF [CDF logs) HCM should the administrator resolve the issue?
- A. Decrease the distribution time in Machine Update Rollout
- B. Increase the distribution time in Machine Update Rollout
- C. Delete Scheduled reboot settings
- D. Create a Scheduled reboot cycle.
正解：D
質問 # 39
The operations team have been tasked with increasing overall datacenter efficiency with a target minimum of 80% CPU, memory, and storage capacity utilization. They are requesting usage data from all application owners be sent on a monthly basis to be ingested into their capacity management software.
An administrator has an implementation of four Nutanix clusters under the management of a single Prism Central Instance.
How should the administrator best provide the data needed to the operations team to ensure adherence to the datacenter utilization directive?
- A. Schedule a monthly email report with CPU, Memory, and Storage Usage data across all clusters under the Reporting facility in Prism Central.
- B. Review the VM Efficiencies widget in Prism Central and export the data to a comma delimited file to be sent to the operations team.
- C. Export the CPU Memory end Storage Usage metrics under Virtual Infrastructure/VMs in Prism Central and FTP the file to the operations team's FTP server.
- D. Create a Metric Chart in Prism Central with CPU, Memory, and Storage usage across all clusters and export the data to be sent to the operations team,
正解：A
解説：
This option allows you to create a custom report with the required metrics for all VMs across all clusters and send it automatically to the operations team via email4. This way, you don't have to manually export or FTP the data every month.
質問 # 40
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?
- A. Restart the Citrix Remote HCL Server service.
- B. Install the MCS AHV plug-in on all brokers.
- C. Restart the Citrix Remote Broker Provider service.
- D. Install the PVS AHV plug-in on all brokers.
正解：A
解説：
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.
質問 # 41
Which storage-efficiency mechanism is enabled by default on newly-created containers?
- A. Erasure Coding
- B. Deduplication
- C. Inline Compression1
- D. Post-Process Compression
正解：C
解説：
Comprehensive and Detailed Explanation From Exact Extract of Nutanix End User Computing documents:
According to Nutanix AOS storage documentation and best practices regarding Data Efficiency:
* Default Behavior (AOS 5.18+): Starting with AOS 5.18, Inline Compression is enabled by default on all newly created storage containers.2 The system configures this with a compression delay of 0, meaning data is compressed immediately as it is written to the extent store.3
* Performance Impact: Enabling inline compression by default is designed to improve performance and increase effective storage capacity without significant overhead.4 Nutanix recommends keeping this default setting for most workloads, including VDI and general server virtualization, as it reduces the amount of physical data written to the SSD tier.5
* Other Mechanisms:
* Deduplication is not enabled by default.6 It is typically reserved for specific use cases (like full clones or persistent desktops) and requires enabling both cache and capacity deduplication manually.
* Erasure Coding (EC-X) is not enabled by default. It is a post-process feature that must be manually turned on for containers where data is "write cold" (not frequently overwritten), such as archives or backups.
* Post-Process Compression was the historical default in older AOS versions (configured with a
60-minute delay) but has been superseded by Inline Compression as the standard default for new containers.
Summary: When an administrator creates a new container in a modern Nutanix environment, the system automatically checks the box for Compression and sets the delay to 0 minutes (Inline).7
質問 # 42
An administrator has finished setting up a Frame environment and has to finish preparing the Sandbox image. During the publishing andtesting phase, the administrator notices issue with the Sysprep process.
Which tool can the administrator use to prepare the Sysprep of the sandbox with error parsing?
- A. Frame Guest Agent 8
- B. Frame Sysprep Helper Tool
- C. Frame Guest Agent 7
- D. Windows Sysprep Built in tool
正解：B
解説：
Sysprep is a Microsoft tool that prepares a Windows installation for cloning, auditing, and customer delivery23. The Frame Sysprep Helper Tool is designed to simplify the Microsoft Sysprep process by parsing errors reported by sysprep and immediately repairing them when possible1. Therefore, the tool that the administrator can use to prepare the Sysprep of the sandbox with error parsing is A (Frame Sysprep Helper Tool).
質問 # 43
Which scenario represents the best case for how an organization would deploy non-persistent desktops to their employee and customer base?
- A. Registration kiosks at a conference
- B. Application Quality Assurance Testing
- C. High end developers
- D. Private equity traders
正解：A
解説：
This is because registration kiosks are used by multiple customers who do not need to personalize their desktops or applications, and who only need to perform a specific task such as registering or checking in. Non-persistent desktops can provide a secure and consistent user experience for these customers, and also reduce management overhead for the organization.
質問 # 44
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